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[]
["Datum: ",null,null,"2019-01-07",null,null,"Rev.: V.6.3",null,null,null,null,"Name: ","Mustermann",null,null,null,"ZNr.: ","P0000.KB.01"]
[]
[]
[]
[null,"Maximal zulässige Kabeltemperatur (Cu) im ungestörten Betrieb für Motorabgänge, Sicherungsabgänge und Transformatorableitungen für PVC Isolierte Leitungen"]
[null,null,null,null,70,"°C","Belastbarkeit, Kabel mit Nennspannung U0/U =0,6/1kV  laut DIN VDE 0298, Teil 4 ;   "]
[null,null,null,null,null,null,null,null,null,"für Frequenzumrichter - Abgänge",null,null,null,null,null,null,null,null,null,null,null,null,null,"für Frequenzumrichter - Abgänge"]
[null,"für Motor und Sicherungsabgänge",null,null,null,null,null,null,null,"Sicherung Abschaltfaktor Faktor m =",null,null,null,5,"(SIm)",null,"Verlegung in Luft \nUmrechnungsfaktoren bei \nfolgenden Temperaturen",null,null,null,null,null,null,"mit  \"JA Ändern\" wird auch der Sicherungs Abschaltfaktor Faktor m = auf 5 gesetzt"]
[null,"Motor  ΔUmax Anlauf = ",null,null,null,null,10,"%",null,"Frequenzumrichter  ΔUmax Anlauf = ",null,null,null,5,"%"]
[null,"Motor Anlaufstrom  >>>>   IS = ",null,null,null,null,7,"x IN",null,"FU - Motor Anlaufstrom  >>>>   ISFU = ",null,null,null,1.5,"x IN"]
["4) Belastbarkeit der Kabel bei",null,null,null,40,"°C",{"$f":"IF(Fehlerwert > 0,\"FEHLEINGABE  BEACHTEN <<<  in Sprüngen zu 5 °C\",\"<<<  in Sprüngen von 5 °C      <  ACHTUNG ALLE KABEL -     <  DATEN werden geändert    !!! Es werden immer die kleinstmöglichen Querschnitte eingetragen !!!\")","v":"<<<  in Sprüngen von 5 °C      <  ACHTUNG ALLE KABEL -     <  DATEN werden geändert    !!! Es werden immer die kleinstmöglichen Querschnitte eingetragen !!!"},null,null,null,null,{"$f":"MOD(MSLuft,5)","v":0},null,"laut DIN VDE 0298, Teil 4 ;","  "]
["5) Verlegung in Luft ",null,null,null,null,null,null,null,null,null,null,null,"f1 = ",{"$f":"(IF(E12=Q17,T17,IF(E12=Q18,T18,IF(E12=Q19,T19,IF(E12=Q20,T20,IF(E12=Q21,T21,IF(E12=Q22,T22,IF(E12=Q23,T23,IF(E12=Q24,T24,\"Fehler\")))))))))","v":0.87},"  Tab.15",null,"laut DIN VDE 0298, Teil 4 ; Tab 15"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Werte  < 15°C /  > 50°C \nnicht automatisch"]
[{"$f":"Red_Kabelverlegung!C18","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,null,null,null,null,null,null,"f2 = ",{"$f":"Red_Kabelverlegung!O18","v":0.66},"  Tab.18"]
[{"$f":"Red_Kabelverlegung!C19","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"Red_Kabelverlegung!C33","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,null,null,null,null,null,"f2 = ",{"$f":"Red_Kabelverlegung!O33","v":0.87},"  Tab. 16",null,15,null," °C  --->",1.17]
[{"$f":"Red_Kabelverlegung!C34","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,20,null," °C  --->",1.1200000000000001]
[null,null,null,null,null,null,null,null,null,null,"ΔU 690 V","ΔU 500 V","ΔU 400 V",null,null,null,25,null," °C  --->",1.06]
[null,null,"Spannungsfall max  5 % eingeben",null,null,null,2.5,"%",null,null,{"$f":"690/100*Spannungsfall","v":17.25},{"$f":"500/100*Spannungsfall","v":12.5},{"$f":"400/100*Spannungsfall","v":10},null,null,null,30,null," °C  --->",1]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,null,null,null,null,null,null,"f = f1 * f2",{"$f":"AbmTemp*AbmHaeufung","v":0.57420000000000004},null,null,35,null," °C  --->",0.94]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,40,null," °C  --->",0.87]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,null,null,null,null,null,null,"f = f1 * f2",{"$f":"AbmTemp*AbmHäuf_Einleiter","v":0.75690000000000002},null,null,45,null," °C  --->",0.79]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,50,null," °C  --->",0.71]
[]
[null,null,null,null,"Temperatur-Beiwert ",3.9300000000000003E-3,null,"Kurzschluss Endtemperatur",null,null,null,81,null,"Kupfer   KCu=",56]
[]
["für Transformator - Ableitungen",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"laut DIN VDE 0298, Teil 4 ; Tab 28"]
["2) Belastbarkeit der Kabel",null,null,null,"Sprünge >> 5°C",null,{"$f":"IF(FehlerwertTrafo > 0,\"FEHLEINGABE  BEACHTEN <<<  in Sprüngen zu 5 °C\",\"<<<  in Sprüngen von 5 °C\")","v":"<<<  in Sprüngen von 5 °C"},null,null,null,null,{"$f":"MOD(E30,5)","v":0},null,"laut DIN VDE 0298, Teil 4 ;","  ",null,"Bemessung der\nKurzzeitstromdichte (1s)\nin A/mm2  (bis 300mm2)"]
["3) Verlegung in Luft bei",null,null,null,35,"°C",null,null,null,null,null,null,"f1 = ",{"$f":"IF(E30=Q17,T17,IF(E30=Q18,T18,IF(E30=Q19,T19,IF(E30=Q20,T20,IF(E30=Q21,T21,IF(E30=Q22,T22,IF(E30=Q23,T23,IF(E30=Q24,T24,\"Fehler\"))))))))","v":0.94},"  Tab.15"]
[]
[{"$f":"Red_Kabelverlegung!C48","v":"4)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,null,null,null,null,null,"Einl.   f2 = ",{"$f":"Red_Kabelverlegung!O48","v":0.87},"  Tab.16",null,"Leitertemperatur zu Beginn\ndes Kurzschlusses"]
[{"$f":"Red_Kabelverlegung!C49","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl. "},null,null,null,null,null,null,null,null,null,null,null,"f = f1 * Einl. f2 =",{"$f":"AbmTempTrafo*F2EinlTrafo","v":0.81779999999999997}]
["5) Reduzierung der Belastbarkeit (4)    ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,70," °C  --->",115,"A/sec"]
[{"$f":"Red_Kabelverlegung!C62","v":"4)   Drei- und Mehr- leiterkabel: Verlegung auf  6  Kabelpritsche(n)"},null,null,null,null,null,null,null,null,null,null,null,"Mehrl.   f2 = ",{"$f":"Red_Kabelverlegung!O62","v":0.96},"  Tab.17",null,"Bemessung der\nKurzzeitstromdichte (1s)\nin A/mm2  (über 300mm2)"]
[{"$f":"Red_Kabelverlegung!C63","v":"im Abstand d   3  Kabel nebeneinander liegend, KS-fest verl."},null,null,null,null,null,null,null,null,null,null,null,"f = f1 * Mehrl. f2 =",{"$f":"AbmTempTrafo*F2VierlTrafo","v":0.90239999999999987}]
["5) Reduzierung der Belastbarkeit (4)    f = f1 x f2"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,70," °C  --->",103,"A/sec"]
[]
["  ROT",null,null," EINGABEFELD",null,"  Hier können die relevanten Daten - Eingaben erfolgen"]
["Schwarz",null,null," RECHEN- TEXT- FELD",null,"  Rechenergebnisse und Texte nach der Eingabe von Daten"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,null,null,"Berechnungswerte",null,null,"Speicherort",null,null,null,null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null,null,null,null,null,"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel",null,null,null,null,null,null,null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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["drucken",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Bitte einmal selbst nachrechnen",null,"Kurzschlusstrom umr.\nfür tk = 0,01 bis 5 s",null,null,"kCu bis 300 mm2"]
["drucken",null,null,null,null,null,"Spalte I (I4 bis I126):  Strombelastbarkeit nach ÖVE - K 603, VI Anhang (Tabellen), Tabelle 7",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"A/mm2/s 115"]
["drucken",null,null,null,null,null,"Temperatur >",null,null,30,{"$f":"MSLuft","v":40},20,20,{"$f":"Maximale_Kabel_Temperatur","v":70},{"$f":"Maximale_Kabel_Temperatur","v":70},{"$f":"Maximale_Kabel_Temperatur","v":70},null,{"$f":"Berechnungswerte!E30","v":35},null,null,null,null,null,null,null,1,null,null,"kCu > 300 mm2"]
["drucken",null,null,null,null,null,"[mm2]","[mm2]","[A]","[A]","[A]","[Ohm/km]","[Ohm/km]","[Ohm/km]","[Ohm/km]","[Ohm/km]",null,null,null,null,null,null,null,"Hinleiter","Rückleiter","Hinleiter","Rückleiter",null,"A/mm2/s 103"]
["     Pos (INDEX)","     Adern Hinleiter","     Adern Rückleiter","     parallel","     Kabeltype","     Kabel\n     Querschnitt - A mm2","     Hinleiter mm2 \n     (einer)   > 300mm2 \n     farblich hinterlegt","     Rückleiter mm2 \n     (einer)   > 300mm2 \n     farblich hinterlegt","     Belastbarkeit in Luft \n     Strom in  A",{"$f":"\"     Belastbarkeit in Luft \n     Strom in  A \n     Summe der Leiter \n     Temperatur \" & J3 & \"°C\"","v":"     Belastbarkeit in Luft \n     Strom in  A \n     Summe der Leiter \n     Temperatur 30°C"},{"$f":"\"     Belastbarkeit in Luft \n     Strom in  A  mit\n     Abminderungsfaktoren\"","v":"     Belastbarkeit in Luft \n     Strom in  A  mit\n     Abminderungsfaktoren"},"     Hinleiter     (einer)    \n     R bei---> °C","     Rückleiter  (einer)    \n     R bei ---> °C","     Hinleiter     (einer)    \n     R bei---> °C","     Rückleiter  (einer)    \n     R bei ---> °C","     Z´. NEU 70°C\n     Hin und Rückleiter\n     alle Leiter parallel \n     R warm bei --->°C","     Abminderungsfaktor \n     Trafoableitungen",{"$f":"\"     Trafokabel in Luft \n     Strom in  A \n     Summe der Leiter \n     Temperatur \" & R3 & \"°C\"","v":"     Trafokabel in Luft \n     Strom in  A \n     Summe der Leiter \n     Temperatur 35°C"},"     Kabelanzahl","     Kabeldurchmesser \n     ø (mm)","     Motorkabel\n     Text","     Kabelgewicht EINZEL\n     kg/m","     Kabelgewicht SUMME\n     kg/m","     Hinleiter   \n     Kurzschl. Festigkeit \n     in (kA) für t k = 1s","     Rückleiter\n     Kurzschl. Festigkeit \n     in (kA) für t k = 1s","Ithz = \nIthr * \nWurzel(1s / tk )\nin kA",null,null,"ACHTUNG\nSpalte AA\nFormatierung verminderte Rückleiter"]
[1,1,1," //","NYY-J","4x2,5",2.5,2.5,25,{"$f":"IF(B6=0,I6,I6*B6)","v":25},{"$f":"J6*Reduz_a","v":14.355},7.41,7.41,{"$f":"$L6*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":8.866064999999999},{"$f":"$M6*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":8.866064999999999},{"$f":"(N6/B6)+(O6/C6)","v":17.732129999999998},{"$f":"FVierlTrafo","v":0.90239999999999987},{"$f":"J6*FVierlTrafo","v":22.559999999999995},{"$f":"B6","v":1},17,{"$f":"CONCATENATE(S6,\"x \",T6)","v":"1x 17"},0.31,{"$f":"S6*V6","v":0.31},{"$f":"B6*G6*115/1000","v":0.28749999999999998},{"$f":"C6*H6*115/1000","v":0.28749999999999998},{"$f":"X6*SQRT(1/KSZeit)","v":0.28749999999999998},{"$f":"Y6*SQRT(1/KSZeit)","v":0.28749999999999998}]
[2,1,1," //","NYY-J","4x4",4,4,34,34,19.5228,4.6100000000000003,4.6100000000000003,5.5158649999999998,5.5158649999999998,11.03173,0.90239999999999987,30.681599999999996,1,19,"1x 19",0.43,0.43,{"$f":"B7*G7*115/1000","v":0.46},{"$f":"C7*H7*115/1000","v":0.46},0.46,0.46]
[3,1,1," //","NYY-J","4x6",6,6,43,43,24.690600000000003,3.08,3.08,3.6852199999999997,3.6852199999999997,7.3704399999999994,0.90239999999999987,38.803199999999997,1,20,"1x 20",0.54,0.54,0.69,0.69,0.69,0.69]
[4,1,1," //","NYY-J","4x10",10,10,59,59,33.877800000000001,1.83,1.83,2.1895949999999997,2.1895949999999997,4.3791899999999995,0.90239999999999987,53.241599999999991,1,22,"1x 22",0.74,0.74,1.1499999999999999,1.1499999999999999,1.1499999999999999,1.1499999999999999]
[5,1,1," //","NYY-J","4x16",16,16,78,78,44.787600000000005,1.1499999999999999,1.1499999999999999,1.3759749999999997,1.3759749999999997,2.7519499999999995,0.90239999999999987,70.387199999999993,1,25,"1x 25",1.03,1.03,1.84,1.84,1.84,1.84]
[6,1,1," //","NYY-J","3x25/16",25,16,105,105,60.291000000000004,0.72699999999999998,1.1499999999999999,0.86985549999999989,1.3759749999999997,2.2458304999999994,0.90239999999999987,94.751999999999981,1,30,"1x 30",1.42,1.42,2.875,1.84,2.875,1.84]
[7,1,1," //","NYY-J","4x25",25,25,105,105,60.291000000000004,0.72699999999999998,0.72699999999999998,0.86985549999999989,0.86985549999999989,1.7397109999999998,0.90239999999999987,94.751999999999981,1,32,"1x 32",1.54,1.54,2.875,2.875,2.875,2.875]
[8,1,1," //","NYY-J","3x35/16",35,16,129,129,74.07180000000001,0.52400000000000002,1.1499999999999999,0.62696600000000002,1.3759749999999997,2.0029409999999999,0.90239999999999987,116.40959999999998,1,31,"1x 31",1.69,1.69,4.0250000000000004,1.84,4.0250000000000004,1.84]
[9,1,1," //","NYY-J","4x35",35,35,129,129,74.07180000000001,0.52400000000000002,0.52400000000000002,0.62696600000000002,0.62696600000000002,1.253932,0.90239999999999987,116.40959999999998,1,32,"1x 32",1.8,1.8,4.0250000000000004,4.0250000000000004,4.0250000000000004,4.0250000000000004]
[10,1,1," //","NYY-J","3x50/25",50,25,157,157,90.1494,0.38700000000000001,0.72699999999999998,0.4630455,0.86985549999999989,1.3329009999999999,0.90239999999999987,141.67679999999999,1,35,"1x 35",2.2599999999999998,2.2599999999999998,5.75,2.875,5.75,2.875]
[11,1,1," //","NYY-J","4x50",50,50,157,157,90.1494,0.38700000000000001,0.38700000000000001,0.4630455,0.4630455,0.926091,0.90239999999999987,141.67679999999999,1,36,"1x 36",2.4,2.4,5.75,5.75,5.75,5.75]
[12,1,1," //","NYY-J","3x70/35",70,35,199,199,114.26580000000001,0.26800000000000002,0.52400000000000002,0.320662,0.62696600000000002,0.94762800000000003,0.90239999999999987,179.57759999999996,1,38,"1x 38",2.94,2.94,8.0500000000000007,4.0250000000000004,8.0500000000000007,4.0250000000000004]
[13,1,1," //","NYY-J","4x70",70,70,199,199,114.26580000000001,0.26800000000000002,0.26800000000000002,0.320662,0.320662,0.64132400000000001,0.90239999999999987,179.57759999999996,1,40,"1x 40",3.31,3.31,8.0500000000000007,8.0500000000000007,8.0500000000000007,8.0500000000000007]
[14,1,1," //","NYY-J","3x95/50",95,50,246,246,141.25320000000002,0.193,0.38700000000000001,0.23092449999999998,0.4630455,0.69396999999999998,0.90239999999999987,221.99039999999997,1,44,"1x 44",3.96,3.96,10.925000000000001,5.75,10.925000000000001,5.75]
[15,1,1," //","NYY-J","4x95",95,95,246,246,141.25320000000002,0.193,0.193,0.23092449999999998,0.23092449999999998,0.46184899999999995,0.90239999999999987,221.99039999999997,1,45,"1x 45",4.45,4.45,10.925000000000001,10.925000000000001,10.925000000000001,10.925000000000001]
[16,1,1," //","NYY-J","3x120/70",120,70,285,285,163.64700000000002,0.153,0.26800000000000002,0.18306449999999999,0.320662,0.50372649999999997,0.90239999999999987,257.18399999999997,1,48,"1x 48",4.9000000000000004,4.9000000000000004,13.8,8.0500000000000007,13.8,8.0500000000000007]
[17,1,1," //","NYY-J","4x120",120,120,285,285,163.64700000000002,0.153,0.153,0.18306449999999999,0.18306449999999999,0.36612899999999998,0.90239999999999987,257.18399999999997,1,49,"1x 49",5.45,5.45,13.8,13.8,13.8,13.8]
[18,1,1," //","NYY-J","3x150/70",150,70,326,326,187.18920000000003,0.124,0.26800000000000002,0.148366,0.320662,0.469028,0.90239999999999987,294.18239999999997,1,52,"1x 52",5.87,5.87,17.25,8.0500000000000007,17.25,8.0500000000000007]
[19,1,1," //","NYY-J","4x150",150,150,326,326,187.18920000000003,0.124,0.124,0.148366,0.148366,0.296732,0.90239999999999987,294.18239999999997,1,54,"1x 54",6.7,6.7,17.25,17.25,17.25,17.25]
[20,1,1," //","NYY-J","3x185/95",185,95,374,374,214.75080000000003,9.9099999999999994E-2,0.193,0.11857314999999999,0.23092449999999998,0.34949764999999999,0.90239999999999987,337.49759999999998,1,57,"1x 57",7.34,7.34,21.274999999999999,10.925000000000001,21.274999999999999,10.925000000000001]
[21,1,1," //","NYY-J","4x185",185,185,374,374,214.75080000000003,9.9099999999999994E-2,9.9099999999999994E-2,0.11857314999999999,0.11857314999999999,0.23714629999999998,0.90239999999999987,337.49759999999998,1,59,"1x 59",8.3000000000000007,8.3000000000000007,21.274999999999999,21.274999999999999,21.274999999999999,21.274999999999999]
[22,2,2," //","NYY-J","2x(3x70/35)",70,35,199,398,228.53160000000003,0.26800000000000002,0.52400000000000002,0.320662,0.62696600000000002,0.47381400000000001,0.90239999999999987,359.15519999999992,2,38,"2x 38",2.94,5.88,16.100000000000001,8.0500000000000007,16.100000000000001,8.0500000000000007]
[23,1,1," //","NYY-J","3x240/120",240,120,445,445,255.51900000000001,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,0.27328059999999998,0.90239999999999987,401.56799999999993,1,64,"1x 64",9.44,9.44,27.6,13.8,27.6,13.8]
[24,1,1," //","NYY-J","4x240",240,240,445,445,255.51900000000001,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,0.18043219999999996,0.90239999999999987,401.56799999999993,1,68,"1x 68",10.9,10.9,27.6,27.6,27.6,27.6]
[25,2,2," //","NYY-J","2x(3x95/50)",95,50,246,492,282.50640000000004,0.193,0.38700000000000001,0.23092449999999998,0.4630455,0.34698499999999999,0.90239999999999987,443.98079999999993,2,44,"2x 44",3.96,7.92,21.85,11.5,21.85,11.5]
[26,2,2," //","NYY-J","2x(3x120/70)",120,70,285,570,327.29400000000004,0.153,0.26800000000000002,0.18306449999999999,0.320662,0.25186324999999998,0.90239999999999987,514.36799999999994,2,48,"2x 48",4.9000000000000004,9.8000000000000007,27.6,16.100000000000001,27.6,16.100000000000001]
[27,2,2," //","NYY-J","2x(3x150/70)",150,70,326,652,374.37840000000006,0.124,0.26800000000000002,0.148366,0.320662,0.234514,0.90239999999999987,588.36479999999995,2,52,"2x 52",5.87,11.74,34.5,16.100000000000001,34.5,16.100000000000001]
[28,2,2," //","NYY-J","2x(3x185/95)",185,95,374,748,429.50160000000005,9.9099999999999994E-2,0.193,0.11857314999999999,0.23092449999999998,0.174748825,0.90239999999999987,674.99519999999995,2,57,"2x 57",7.34,14.68,42.55,21.85,42.55,21.85]
[29,2,2," //","NYY-J","2x(3x240/120)",240,120,445,890,511.03800000000001,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,0.13664029999999999,0.90239999999999987,803.13599999999985,2,64,"2x 64",9.44,18.88,55.2,27.6,55.2,27.6]
[30,3,3," //","NYY-J","3x(3x150/70)",150,70,326,978,561.56760000000008,0.124,0.26800000000000002,0.148366,0.320662,0.15634266666666666,0.90239999999999987,882.54719999999986,3,52,"3x 52",5.87,17.61,51.75,24.15,51.75,24.15]
[31,3,3," //","NYY-J","3x(3x185/95)",185,95,374,1122,644.25240000000008,9.9099999999999994E-2,0.193,0.11857314999999999,0.23092449999999998,0.11649921666666666,0.90239999999999987,1012.4927999999999,3,57,"3x 57",7.34,22.02,{"$f":"B36*G36*115/1000","v":63.825000000000003},32.774999999999999,63.825000000000003,32.774999999999999]
[32,3,3," //","NYY-J","3x(3x240/120)",240,120,445,1335,766.55700000000002,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,9.1093533333333324E-2,0.90239999999999987,1204.7039999999997,3,64,"3x 64",9.44,28.32,82.8,41.4,82.8,41.4]
[33,4,4," //","NYY-J","4x(3x185/95)",185,95,374,1496,859.00320000000011,9.9099999999999994E-2,0.193,0.11857314999999999,0.23092449999999998,8.7374412499999998E-2,0.90239999999999987,1349.9903999999999,4,57,"4x 57",5.87,23.48,85.1,43.7,85.1,43.7]
[34,4,4," //","NYY-J","4x(3x240/120)",240,120,445,1780,1022.076,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,6.8320149999999996E-2,0.90239999999999987,1606.2719999999997,4,64,"4x 64",7.34,29.36,110.4,55.2,110.4,55.2]
[35,5,5," //","NYY-J","5x(3x240/120)",240,120,445,2225,1277.595,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,5.4656119999999989E-2,0.90239999999999987,2007.8399999999997,5,64,"5x 64",9.44,47.199999999999996,138,69,138,69]
[36,6,6," //","NYY-J","6x(3x240/120)",240,120,445,2670,1533.114,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,4.5546766666666662E-2,0.90239999999999987,2409.4079999999994,6,64,"6x 64",9.44,56.64,165.6,82.8,165.6,82.8]
[37,7,7," //","NYY-J","7x(3x240/120)",240,120,445,3115,1788.633,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,3.9040085714285709E-2,0.90239999999999987,2810.9759999999997,7,64,"7x 64",9.44,66.08,193.2,96.6,193.2,96.6]
[38,8,8," //","NYY-J","8x(3x240/120)",240,120,445,3560,2044.152,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,3.4160074999999998E-2,0.90239999999999987,3212.5439999999994,8,64,"8x 64",9.44,75.52,220.8,110.4,220.8,110.4]
[39,null,null,null,null,"Reserve"]
[40,null,null,null,null,"Reserve"]
[41,null,null,null,null,"Reserve"]
[42,null,null,null,null,"Reserve"]
[43,null,null,null,null,"Reserve"]
[44,null,null,null,null,"Reserve"]
[45,null,null,null,null,"Reserve"]
[46,null,null,null,null,"Reserve"]
[]
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[101,1,1," //","NYY-J","5x2,5RE",2.5,2.5,25,{"$f":"IF(B106=0,I106,I106*B106)","v":25},{"$f":"J106*Reduz_a","v":14.355},7.41,7.41,{"$f":"$L106*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":8.866064999999999},{"$f":"$M106*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":8.866064999999999},{"$f":"(N106/B106)+(O106/C106)","v":17.732129999999998},{"$f":"FVierlTrafo","v":0.90239999999999987},{"$f":"J106*FVierlTrafo","v":22.559999999999995},{"$f":"B106","v":1},17,{"$f":"CONCATENATE(S106,\"x \",T106)","v":"1x 17"},0.35,{"$f":"S106*V106","v":0.35},{"$f":"B106*G106*115/1000","v":0.28749999999999998},{"$f":"C106*H106*115/1000","v":0.28749999999999998},{"$f":"X106*SQRT(1/KSZeit)","v":0.28749999999999998},{"$f":"Y106*SQRT(1/KSZeit)","v":0.28749999999999998}]
[102,1,1," //","NYY-J","5x4RE",4,4,34,34,19.5228,4.6100000000000003,4.6100000000000003,5.5158649999999998,5.5158649999999998,11.03173,0.90239999999999987,30.681599999999996,1,19,"1x 19",0.5,0.5,{"$f":"B107*G107*115/1000","v":0.46},{"$f":"C107*H107*115/1000","v":0.46},0.46,0.46]
[103,1,1," //","NYY-J","5x6RE",6,6,43,43,24.690600000000003,3.08,3.08,3.6852199999999997,3.6852199999999997,7.3704399999999994,0.90239999999999987,38.803199999999997,1,21,"1x 21",0.63,0.63,0.69,0.69,0.69,0.69]
[104,1,1," //","NYY-J","5x10RM",10,10,59,59,33.877800000000001,1.83,1.83,2.1895949999999997,2.1895949999999997,4.3791899999999995,0.90239999999999987,53.241599999999991,1,23,"1x 23",0.88,0.88,1.1499999999999999,1.1499999999999999,1.1499999999999999,1.1499999999999999]
[105,1,1," //","NYY-J","5x16RM",16,16,78,78,44.787600000000005,1.1499999999999999,1.1499999999999999,1.3759749999999997,1.3759749999999997,2.7519499999999995,0.90239999999999987,70.387199999999993,1,25,"1x 25",1.26,1.26,1.84,1.84,1.84,1.84]
[106,1,1," //","NYY-J","5x25RM",25,25,105,105,60.291000000000004,0.72699999999999998,0.72699999999999998,0.86985549999999989,0.86985549999999989,1.7397109999999998,0.90239999999999987,94.751999999999981,1,33,"1x 33",1.89,1.89,2.875,2.875,2.875,2.875]
[107,1,1," //","NYY-J","5x35RM",35,35,129,129,74.07180000000001,0.52400000000000002,0.52400000000000002,0.62696600000000002,0.62696600000000002,1.253932,0.90239999999999987,116.40959999999998,1,36,"1x 36",2.8,2.8,4.0250000000000004,4.0250000000000004,4.0250000000000004,4.0250000000000004]
[108,1,1," //","NYY-J","5x50RM",50,50,157,157,90.1494,0.38700000000000001,0.38700000000000001,0.4630455,0.4630455,0.926091,0.90239999999999987,141.67679999999999,1,40,"1x 40",3.56,3.56,5.75,5.75,5.75,5.75]
[109,1,1," //","NYY-J","5x70RM",70,70,199,199,114.26580000000001,0.26800000000000002,0.26800000000000002,0.320662,0.320662,0.64132400000000001,0.90239999999999987,179.57759999999996,1,47,"1x 47",4.8099999999999996,4.8099999999999996,8.0500000000000007,8.0500000000000007,8.0500000000000007,8.0500000000000007]
[110,1,1," //","NYY-J","5x95RM",95,95,246,246,141.25320000000002,0.193,0.193,0.23092449999999998,0.23092449999999998,0.46184899999999995,0.90239999999999987,221.99039999999997,1,52,"1x 52",5.3849999999999998,5.3849999999999998,10.925000000000001,10.925000000000001,10.925000000000001,10.925000000000001]
[111,1,1," //","NYY-J","5x120RM",120,120,285,285,163.64700000000002,0.153,0.153,0.18306449999999999,0.18306449999999999,0.36612899999999998,0.90239999999999987,257.18399999999997,1,57,"1x 57",6.78,6.78,13.8,13.8,13.8,13.8]
[112,2,2," //","NYY-J","2x(5x70RM)",70,70,199,398,228.53160000000003,0.26800000000000002,0.26800000000000002,0.320662,0.320662,0.320662,0.90239999999999987,359.15519999999992,2,47,"2x 47",4.8099999999999996,9.6199999999999992,16.100000000000001,16.100000000000001,16.100000000000001,16.100000000000001]
[113,2,2," //","NYY-J","2x(5x95RM)",95,95,246,492,282.50640000000004,0.193,0.193,0.23092449999999998,0.23092449999999998,0.23092449999999998,0.90239999999999987,443.98079999999993,2,52,"2x 52",5.3849999999999998,10.77,21.85,21.85,21.85,21.85]
[114,2,2," //","NYY-J","2x(5x120RM)",120,120,285,570,327.29400000000004,0.153,0.153,0.18306449999999999,0.18306449999999999,0.18306449999999999,0.90239999999999987,514.36799999999994,2,57,"2x 57",6.78,13.56,27.6,27.6,27.6,27.6]
[115,null,null,null,null,"Reserve"]
[116,null,null,null,null,"Reserve"]
[117,null,null,null,null,"Reserve"]
[118,null,null,null,null,"Reserve"]
[119,null,null,null,null,"Reserve"]
[120,null,null,null,null,"Reserve"]
[121,null,null,null,null,"Reserve"]
[122,null,null,null,null,"Reserve"]
[123,null,null,null,null,"Reserve"]
[124,null,null,null,null,"Reserve"]
[125,null,null,null,null,"Reserve"]
[126,null,null,null,null,"Reserve"]
[127,null,null,null,null,"Reserve"]
[128,null,null,null,null,"Reserve"]
[129,null,null,null,null,"Reserve"]
[130,null,null,null,null,"Reserve"]
[131,null,null,null,null,"Reserve"]
[132,null,null,null,null,"Reserve"]
[133,null,null,null,null,"Reserve"]
[134,null,null,null,null,"Reserve"]
[135,null,null,null,null,"Reserve"]
[136,null,null,null,null,"Reserve"]
[137,null,null,null,null,"Reserve"]
[138,null,null,null,null,"Reserve"]
[139,null,null,null,null,"Reserve"]
[140,null,null,null,null,"Reserve"]
[141,null,null,null,null,"Reserve"]
[142,null,null,null,null,"Reserve"]
[143,null,null,null,null,"Reserve"]
[144,null,null,null,null,"Reserve"]
[145,null,null,null,null,"Reserve"]
[146,null,null,null,null,"Reserve"]
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[201,1,1," //","NYCY","3x2,5RE/2,5",2.5,2.5,25,{"$f":"IF(B206=0,I206,I206*B206)","v":25},{"$f":"J206*Reduz_a","v":14.355},7.41,7.41,{"$f":"$L206*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":8.866064999999999},{"$f":"$M206*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":8.866064999999999},{"$f":"(N206/B206)+(O206/C206)","v":17.732129999999998},{"$f":"FVierlTrafo","v":0.90239999999999987},{"$f":"J206*FVierlTrafo","v":22.559999999999995},{"$f":"B206","v":1},18,{"$f":"CONCATENATE(S206,\"x \",T206)","v":"1x 18"},0.28999999999999998,{"$f":"S206*V206","v":0.28999999999999998},{"$f":"B206*G206*115/1000","v":0.28749999999999998},{"$f":"C206*H206*115/1000","v":0.28749999999999998},{"$f":"X206*SQRT(1/KSZeit)","v":0.28749999999999998},{"$f":"Y206*SQRT(1/KSZeit)","v":0.28749999999999998}]
[202,1,1," //","NYCY","3x4RE/4",4,4,34,34,19.5228,4.6100000000000003,4.6100000000000003,5.5158649999999998,5.5158649999999998,11.03173,0.90239999999999987,30.681599999999996,1,20,"1x 20",0.41499999999999998,0.41499999999999998,{"$f":"B207*G207*115/1000","v":0.46},{"$f":"C207*H207*115/1000","v":0.46},0.46,0.46]
[203,1,1," //","NYCY","3x6RE/6",6,6,43,43,24.690600000000003,3.08,3.08,3.6852199999999997,3.6852199999999997,7.3704399999999994,0.90239999999999987,38.803199999999997,1,21,"1x 21",0.5,0.5,0.69,0.69,0.69,0.69]
[204,1,1," //","NYCWY","3x10/RE10",10,10,59,59,33.877800000000001,1.83,1.83,2.1895949999999997,2.1895949999999997,4.3791899999999995,0.90239999999999987,53.241599999999991,1,23,"1x 23",0.75,0.75,1.1499999999999999,1.1499999999999999,1.1499999999999999,1.1499999999999999]
[205,1,1," //","NYCWY","3x16RE/16",16,16,78,78,44.787600000000005,1.1499999999999999,1.1499999999999999,1.3759749999999997,1.3759749999999997,2.7519499999999995,0.90239999999999987,70.387199999999993,1,25,"1x 25",1.04,1.04,1.84,1.84,1.84,1.84]
[206,1,1," //","NYCWY","3x25RM/16",25,16,105,105,60.291000000000004,0.72699999999999998,1.1499999999999999,0.86985549999999989,1.3759749999999997,2.2458304999999994,0.90239999999999987,94.751999999999981,1,31,"1x 31",1.45,1.45,2.875,1.84,2.875,1.84]
[207,1,1," //","NYCWY","3x35SM/16",35,16,129,129,74.07180000000001,0.52400000000000002,1.1499999999999999,0.62696600000000002,1.3759749999999997,2.0029409999999999,0.90239999999999987,116.40959999999998,1,32,"1x 32",1.61,1.61,4.0250000000000004,1.84,4.0250000000000004,1.84]
[208,1,1," //","NYCWY","3x50SM/25",50,25,157,157,90.1494,0.38700000000000001,0.72699999999999998,0.4630455,0.86985549999999989,1.3329009999999999,0.90239999999999987,141.67679999999999,1,35,"1x 35",2.16,2.16,5.75,2.875,5.75,2.875]
[209,1,1," //","NYCWY","3x70SM/35",70,35,199,199,114.26580000000001,0.26800000000000002,0.52400000000000002,0.320662,0.62696600000000002,0.94762800000000003,0.90239999999999987,179.57759999999996,1,39,"1x 39",2.94,2.94,8.0500000000000007,4.0250000000000004,8.0500000000000007,4.0250000000000004]
[210,1,1," //","NYCWY","3x95SM/50",95,50,246,246,141.25320000000002,0.193,0.38700000000000001,0.23092449999999998,0.4630455,0.69396999999999998,0.90239999999999987,221.99039999999997,1,44,"1x 44",3.98,3.98,10.925000000000001,5.75,10.925000000000001,5.75]
[211,1,1," //","NYCWY","3x120SM/70",120,70,285,285,163.64700000000002,0.153,0.26800000000000002,0.18306449999999999,0.320662,0.50372649999999997,0.90239999999999987,257.18399999999997,1,47,"1x 47",4.93,4.93,13.8,8.0500000000000007,13.8,8.0500000000000007]
[212,1,1," //","NYCWY","3x150SM/70",150,70,326,326,187.18920000000003,0.124,0.26800000000000002,0.148366,0.320662,0.469028,0.90239999999999987,294.18239999999997,1,51,"1x 51",5.88,5.88,17.25,8.0500000000000007,17.25,8.0500000000000007]
[213,1,1," //","NYCWY","3x185SM/95",185,95,374,374,214.75080000000003,9.9099999999999994E-2,0.193,0.11857314999999999,0.23092449999999998,0.34949764999999999,0.90239999999999987,337.49759999999998,1,56,"1x 56",7.41,7.41,21.274999999999999,10.925000000000001,21.274999999999999,10.925000000000001]
[214,2,2," //","NYCWY","2x(3x70SM/35)",70,35,199,398,228.53160000000003,0.26800000000000002,0.52400000000000002,0.320662,0.62696600000000002,0.47381400000000001,0.90239999999999987,359.15519999999992,2,39,"2x 39",2.94,5.88,16.100000000000001,8.0500000000000007,16.100000000000001,8.0500000000000007]
[215,2,2," //","NYCWY","2x(3x95SM/50)",95,50,246,492,282.50640000000004,0.193,0.38700000000000001,0.23092449999999998,0.4630455,0.34698499999999999,0.90239999999999987,443.98079999999993,2,44,"2x 44",3.98,7.96,21.85,11.5,21.85,11.5]
[216,2,2," //","NYCWY","2x(3x120SM/70)",120,70,285,570,327.29400000000004,0.153,0.26800000000000002,0.18306449999999999,0.320662,0.25186324999999998,0.90239999999999987,514.36799999999994,2,47,"2x 47",4.93,9.86,27.6,16.100000000000001,27.6,16.100000000000001]
[217,2,2," //","NYCWY","2x(3x150SM/70)",150,70,326,652,374.37840000000006,0.124,0.26800000000000002,0.148366,0.320662,0.234514,0.90239999999999987,588.36479999999995,2,51,"2x 51",5.88,11.76,34.5,16.100000000000001,34.5,16.100000000000001]
[218,2,2," //","NYCWY","2x(3x185SM/95)",185,95,374,748,429.50160000000005,9.9099999999999994E-2,0.193,0.11857314999999999,0.23092449999999998,0.174748825,0.90239999999999987,674.99519999999995,2,56,"2x 56",7.41,14.82,42.55,21.85,42.55,21.85]
[219,2,2," //","NYCWY","2x(3x240SM/120)",240,120,445,890,511.03800000000001,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,0.13664029999999999,0.90239999999999987,803.13599999999985,2,63,"2x 63",9.4600000000000009,18.920000000000002,55.2,27.6,55.2,27.6]
[220,3,3," //","NYCWY","3x(3x150SM/70)",150,70,326,978,561.56760000000008,0.124,0.26800000000000002,0.148366,0.320662,0.15634266666666666,0.90239999999999987,882.54719999999986,3,51,"3x 51",5.88,17.64,51.75,24.15,51.75,24.15]
[221,3,3," //","NYCWY","3x(3x185SM/95)",185,95,374,1122,644.25240000000008,9.9099999999999994E-2,0.193,0.11857314999999999,0.23092449999999998,0.11649921666666666,0.90239999999999987,1012.4927999999999,3,56,"3x 56",7.41,22.23,63.825000000000003,32.774999999999999,63.825000000000003,32.774999999999999]
[222,3,3," //","NYCWY","3x(3x240SM/120)",240,120,445,1335,766.55700000000002,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,9.1093533333333324E-2,0.90239999999999987,1204.7039999999997,3,63,"3x 63",9.4600000000000009,28.380000000000003,82.8,41.4,82.8,41.4]
[223,4,4," //","NYCWY","4x(3x240SM/120)",240,120,445,1780,1022.076,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,6.8320149999999996E-2,0.90239999999999987,1606.2719999999997,4,63,"4x 63",9.4600000000000009,37.840000000000003,110.4,55.2,110.4,55.2]
[224,5,5," //","NYCWY","5x(3x240SM/120)",240,120,445,2225,1277.595,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,5.4656119999999989E-2,0.90239999999999987,2007.8399999999997,5,63,"5x 63",9.4600000000000009,47.300000000000004,138,69,138,69]
[225,6,6," //","NYCWY","6x(3x240SM/120)",240,120,445,2670,1533.114,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,4.5546766666666662E-2,0.90239999999999987,2409.4079999999994,6,63,"6x 63",9.4600000000000009,56.760000000000005,165.6,82.8,165.6,82.8]
[226,8,8," //","NYCWY","8x(3x240SM/120)",240,120,445,3560,2044.152,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,3.4160074999999998E-2,0.90239999999999987,3212.5439999999994,8,63,"8x 63",9.4600000000000009,75.680000000000007,220.8,110.4,220.8,110.4]
[227,9,9," //","NYCWY","9x(3x240SM/120)",240,120,445,4005,{"$f":"J232*Reduz_a","v":2299.6710000000003},7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,3.0364511111111107E-2,0.90239999999999987,{"$f":"J232*FVierlTrafo","v":3614.1119999999996},{"$f":"B232","v":9},63,{"$f":"CONCATENATE(S232,\"x \",T232)","v":"9x 63"},9.4600000000000009,{"$f":"S232*V232","v":85.140000000000015},248.4,124.2,248.4,124.2]
[228,10,10," //","NYCWY","10x(3x240SM/120)",240,120,445,4450,{"$f":"J233*Reduz_a","v":2555.19},7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,2.7328059999999994E-2,0.90239999999999987,{"$f":"J233*FVierlTrafo","v":4015.6799999999994},{"$f":"B233","v":10},63,{"$f":"CONCATENATE(S233,\"x \",T233)","v":"10x 63"},9.4600000000000009,{"$f":"S233*V233","v":94.600000000000009},276,138,276,138]
[229,null,null,null,null,"Reserve"]
[230,null,null,null,null,"Reserve"]
[231,null,null,null,null,"Reserve"]
[232,null,null,null,null,"Reserve"]
[233,null,null,null,null,"Reserve"]
[234,null,null,null,null,"Reserve"]
[235,null,null,null,null,"Reserve"]
[236,null,null,null,null,"Reserve"]
[237,null,null,null,null,"Reserve"]
[238,null,null,null,null,"Reserve"]
[239,null,null,null,null,"Reserve"]
[240,null,null,null,null,"Reserve"]
[241,null,null,null,null,"Reserve"]
[242,null,null,null,null,"Reserve"]
[243,null,null,null,null,"Reserve"]
[244,null,null,null,null,"Reserve"]
[245,null,null,null,null,"Reserve"]
[246,null,null,null,null,"Reserve"]
[]
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[301,1,1," //","NYCY","4x2,5RE/2,5",2.5,2.5,25,{"$f":"IF(B306=0,I306,I306*B306)","v":25},{"$f":"J306*Reduz_a","v":14.355},7.41,7.41,{"$f":"$L306*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":8.866064999999999},{"$f":"$M306*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":8.866064999999999},{"$f":"(N306/B306)+(O306/C306)","v":17.732129999999998},{"$f":"FVierlTrafo","v":0.90239999999999987},{"$f":"J306*FVierlTrafo","v":22.559999999999995},{"$f":"B306","v":1},19,{"$f":"CONCATENATE(S306,\"x \",T306)","v":"1x 19"},0.36,{"$f":"S306*V306","v":0.36},{"$f":"B306*G306*115/1000","v":0.28749999999999998},{"$f":"C306*H306*115/1000","v":0.28749999999999998},{"$f":"X306*SQRT(1/KSZeit)","v":0.28749999999999998},{"$f":"Y306*SQRT(1/KSZeit)","v":0.28749999999999998}]
[302,1,1," //","NYCY","4x4RE/4",4,4,34,34,19.5228,4.6100000000000003,4.6100000000000003,5.5158649999999998,5.5158649999999998,11.03173,0.90239999999999987,30.681599999999996,1,21,"1x 21",0.46,0.46,{"$f":"B307*G307*115/1000","v":0.46},{"$f":"C307*H307*115/1000","v":0.46},0.46,0.46]
[303,1,1," //","NYCY","4x6RE/6",6,6,43,43,24.690600000000003,3.08,3.08,3.6852199999999997,3.6852199999999997,7.3704399999999994,0.90239999999999987,38.803199999999997,1,22,"1x 22",0.57999999999999996,0.57999999999999996,0.69,0.69,0.69,0.69]
[304,1,1," //","NYCWY","4x10/RE10",10,10,59,59,33.877800000000001,1.83,1.83,2.1895949999999997,2.1895949999999997,4.3791899999999995,0.90239999999999987,53.241599999999991,1,24,"1x 24",0.88,0.88,1.1499999999999999,1.1499999999999999,1.1499999999999999,1.1499999999999999]
[305,1,1," //","NYCWY","4x16RE/16",16,16,78,78,44.787600000000005,1.1499999999999999,1.1499999999999999,1.3759749999999997,1.3759749999999997,2.7519499999999995,0.90239999999999987,70.387199999999993,1,27,"1x 27",1.24,1.24,1.84,1.84,1.84,1.84]
[306,1,1," //","NYCWY","4x25RM/16",25,16,105,105,60.291000000000004,0.72699999999999998,1.1499999999999999,0.86985549999999989,1.3759749999999997,2.2458304999999994,0.90239999999999987,94.751999999999981,1,34,"1x 34",1.75,1.75,2.875,1.84,2.875,1.84]
[307,1,1," //","NYCWY","4x35SM/16",35,16,129,129,74.07180000000001,0.52400000000000002,1.1499999999999999,0.62696600000000002,1.3759749999999997,2.0029409999999999,0.90239999999999987,116.40959999999998,1,35,"1x 35",2.02,2.02,4.0250000000000004,1.84,4.0250000000000004,1.84]
[308,1,1," //","NYCWY","4x50SM/25",50,25,157,157,90.1494,0.38700000000000001,0.72699999999999998,0.4630455,0.86985549999999989,1.3329009999999999,0.90239999999999987,141.67679999999999,1,39,"1x 39",2.73,2.73,5.75,2.875,5.75,2.875]
[309,1,1," //","NYCWY","4x70SM/35",70,35,199,199,114.26580000000001,0.26800000000000002,0.52400000000000002,0.320662,0.62696600000000002,0.94762800000000003,0.90239999999999987,179.57759999999996,1,43,"1x 43",3.76,3.76,8.0500000000000007,4.0250000000000004,8.0500000000000007,4.0250000000000004]
[310,1,1," //","NYCWY","4x95SM/50",95,50,246,246,141.25320000000002,0.193,0.38700000000000001,0.23092449999999998,0.4630455,0.69396999999999998,0.90239999999999987,221.99039999999997,1,49,"1x 49",5.0599999999999996,5.0599999999999996,10.925000000000001,5.75,10.925000000000001,5.75]
[311,1,1," //","NYCWY","4x120SM/70",120,70,285,285,163.64700000000002,0.153,0.26800000000000002,0.18306449999999999,0.320662,0.50372649999999997,0.90239999999999987,257.18399999999997,1,53,"1x 53",6.25,6.25,13.8,8.0500000000000007,13.8,8.0500000000000007]
[312,1,1," //","NYCWY","4x150SM/70",150,70,326,326,187.18920000000003,0.124,0.26800000000000002,0.148366,0.320662,0.469028,0.90239999999999987,294.18239999999997,1,57,"1x 57",7.56,7.56,17.25,8.0500000000000007,17.25,8.0500000000000007]
[313,1,1," //","NYCWY","4x185SM/95",185,95,374,374,214.75080000000003,9.9099999999999994E-2,0.193,0.11857314999999999,0.23092449999999998,0.34949764999999999,0.90239999999999987,337.49759999999998,1,62,"1x 62",9.75,9.75,21.274999999999999,10.925000000000001,21.274999999999999,10.925000000000001]
[314,2,2," //","NYCWY","2x(4x70SM/35)",70,35,199,398,228.53160000000003,0.26800000000000002,0.52400000000000002,0.320662,0.62696600000000002,0.47381400000000001,0.90239999999999987,359.15519999999992,2,43,"2x 43",3.76,7.52,16.100000000000001,8.0500000000000007,16.100000000000001,8.0500000000000007]
[315,2,2," //","NYCWY","2x(4x95SM/50)",95,50,246,492,282.50640000000004,0.193,0.38700000000000001,0.23092449999999998,0.4630455,0.34698499999999999,0.90239999999999987,443.98079999999993,2,49,"2x 49",5.0599999999999996,10.119999999999999,21.85,11.5,21.85,11.5]
[316,2,2," //","NYCWY","2x(4x120SM/70)",120,70,285,570,327.29400000000004,0.153,0.26800000000000002,0.18306449999999999,0.320662,0.25186324999999998,0.90239999999999987,514.36799999999994,2,53,"2x 53",6.25,12.5,27.6,16.100000000000001,27.6,16.100000000000001]
[317,2,2," //","NYCWY","2x(4x150SM/70)",150,70,326,652,374.37840000000006,0.124,0.26800000000000002,0.148366,0.320662,0.234514,0.90239999999999987,588.36479999999995,2,57,"2x 57",7.56,15.12,34.5,16.100000000000001,34.5,16.100000000000001]
[318,2,2," //","NYCWY","2x(4x185SM/95)",185,95,374,748,{"$f":"J323*Reduz_a","v":429.50160000000005},9.9099999999999994E-2,0.193,0.11857314999999999,0.23092449999999998,0.174748825,{"$f":"FVierlTrafo","v":0.90239999999999987},{"$f":"J323*FVierlTrafo","v":674.99519999999995},2,62,"2x 62",9.75,19.5,42.55,21.85,42.55,21.85]
[319,2,2," //","NYCWY","2x(4x240SM/120)",240,120,445,890,511.03800000000001,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,0.13664029999999999,0.90239999999999987,803.13599999999985,2,67,"2x 67",12.5,25,55.2,27.6,55.2,27.6]
[320,3,3," //","NYCWY","3x(4x150SM/70)",150,70,326,978,561.56760000000008,0.124,0.26800000000000002,0.148366,0.320662,0.15634266666666666,0.90239999999999987,882.54719999999986,3,57,"3x 57",7.56,22.68,51.75,24.15,51.75,24.15]
[321,3,3," //","NYCWY","3x(4x185SM/95)",185,95,374,1122,644.25240000000008,9.9099999999999994E-2,0.193,0.11857314999999999,0.23092449999999998,0.11649921666666666,0.90239999999999987,1012.4927999999999,3,62,"3x 62",9.75,29.25,63.825000000000003,32.774999999999999,63.825000000000003,32.774999999999999]
[322,3,3," //","NYCWY","3x(4x240SM/120)",240,120,445,1335,766.55700000000002,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,9.1093533333333324E-2,0.90239999999999987,1204.7039999999997,3,67,"3x 67",12.5,37.5,82.8,41.4,82.8,41.4]
[323,4,4," //","NYCWY","4x(4x185SM/95)",185,95,374,1496,{"$f":"J328*Reduz_a","v":859.00320000000011},9.9099999999999994E-2,0.193,0.11857314999999999,0.23092449999999998,8.7374412499999998E-2,0.90239999999999987,{"$f":"J328*FVierlTrafo","v":1349.9903999999999},4,62,"4x 62",7.3125,29.25,85.1,43.7,85.1,43.7]
[324,4,4," //","NYCWY","4x(4x240SM/120)",240,120,445,1780,1022.076,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,6.8320149999999996E-2,0.90239999999999987,1606.2719999999997,4,67,"4x 67",12.5,50,110.4,55.2,110.4,55.2]
[325,5,5," //","NYCWY","5x(4x240SM/120)",240,120,445,2225,1277.595,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,5.4656119999999989E-2,0.90239999999999987,2007.8399999999997,5,67,"5x 67",12.5,62.5,138,69,138,69]
[326,6,6," //","NYCWY","6x(4x240SM/120)",240,120,445,2670,1533.114,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,4.5546766666666662E-2,0.90239999999999987,2409.4079999999994,6,67,"6x 67",12.5,75,165.6,82.8,165.6,82.8]
[327,7,7," //","NYCWY","7x(4x240SM/120)",240,120,445,3115,1788.633,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,3.9040085714285709E-2,0.90239999999999987,2810.9759999999997,7,67,"7x 67",12.5,87.5,193.2,96.6,193.2,96.6]
[328,8,8," //","NYCWY","8x(4x240SM/120)",240,120,445,3560,2044.152,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,3.4160074999999998E-2,0.90239999999999987,3212.5439999999994,8,67,"8x 67",12.5,100,220.8,110.4,220.8,110.4]
[329,9,9," //","NYCWY","9x(4x240SM/120)",240,120,445,4005,2299.6710000000003,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,3.0364511111111107E-2,0.90239999999999987,3614.1119999999996,9,67,"9x 67",12.5,112.5,248.4,124.2,248.4,124.2]
[330,10,10," //","NYCWY","10x(4x240SM/120)",240,120,445,4450,2555.19,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,2.7328059999999994E-2,0.90239999999999987,4015.6799999999994,10,67,"10x 67",12.5,125,276,138,276,138]
[331,12,12," //","NYCWY","12x(4x240SM/120)",240,120,445,5340,3066.2280000000001,7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,2.2773383333333331E-2,0.90239999999999987,4818.8159999999989,12,67,"12x 67",12.5,150,331.2,165.6,331.2,165.6]
[332,14,14," //","NYCWY","14x(4x240SM/120)",240,120,445,6230,{"$f":"J337*Reduz_a","v":3577.2660000000001},7.5399999999999995E-2,0.153,9.021609999999998E-2,0.18306449999999999,1.9520042857142855E-2,0.90239999999999987,{"$f":"J337*FVierlTrafo","v":5621.9519999999993},{"$f":"B337","v":14},67,{"$f":"CONCATENATE(S337,\"x \",T337)","v":"14x 67"},12.5,{"$f":"S337*V337","v":175},386.4,193.2,386.4,193.2]
[333,null,null,null,null,"Reserve"]
[334,null,null,null,null,"Reserve"]
[335,null,null,null,null,"Reserve"]
[336,null,null,null,null,"Reserve"]
[337,null,null,null,null,"Reserve"]
[338,null,null,null,null,"Reserve"]
[339,null,null,null,null,"Reserve"]
[340,null,null,null,null,"Reserve"]
[341,null,null,null,null,"Reserve"]
[342,null,null,null,null,"Reserve"]
[343,null,null,null,null,"Reserve"]
[344,null,null,null,null,"Reserve"]
[345,null,null,null,null,"Reserve"]
[346,null,null,null,null,"Reserve"]
[]
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[401,1,1," //","NYY-0","(1x3+1)x1x120",120,120,307,{"$f":"IF(B406=0,I406,I406*B406)","v":307},{"$f":"J406*Reduz_b","v":232.3683},0.153,0.153,{"$f":"$L406*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":0.18306449999999999},{"$f":"$M406*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":0.18306449999999999},{"$f":"(N406/B406)+(O406/C406)","v":0.36612899999999998},{"$f":"FEinlTrafo","v":0.81779999999999997},{"$f":"J406*FEinlTrafo","v":251.06459999999998},{"$f":"B406*3+C406","v":4},23,{"$f":"CONCATENATE(S406,\"x \",T406)","v":"4x 23"},1.375,{"$f":"S406*V406","v":5.5},{"$f":"B406*G406*115/1000","v":13.8},{"$f":"C406*H406*115/1000","v":13.8},{"$f":"X406*SQRT(1/KSZeit)","v":13.8},{"$f":"Y406*SQRT(1/KSZeit)","v":13.8}]
[402,1,1," //","NYY-0","(1x3+1)x1x150",150,150,352,352,266.42880000000002,0.124,0.124,0.148366,0.148366,0.296732,0.81779999999999997,287.86559999999997,4,26,"4x 26",1.66,6.64,{"$f":"B407*G407*115/1000","v":17.25},{"$f":"C407*H407*115/1000","v":17.25},17.25,17.25]
[403,1,1," //","NYY-0","(1x3+1)x1x185",185,185,406,406,307.3014,9.9099999999999994E-2,9.9099999999999994E-2,0.11857314999999999,0.11857314999999999,0.23714629999999998,0.81779999999999997,332.02679999999998,4,28,"4x 28",2.0499999999999998,8.1999999999999993,21.274999999999999,21.274999999999999,21.274999999999999,21.274999999999999]
[404,1,1," //","NYY-0","(1x3+1)x1x240",240,240,483,483,365.58269999999999,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,0.18043219999999996,0.81779999999999997,394.99739999999997,4,31,"4x 31",2.64,10.56,27.6,27.6,27.6,27.6]
[405,1,1," //","NYY-0","(1x3+1)x1x300",300,300,552,552,417.80880000000002,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,0.14381929999999998,0.81779999999999997,451.42559999999997,4,33,"4x 33",3.3,13.2,34.5,34.5,34.5,34.5]
[406,2,1," //","NYY-0","(2x3+1)x1x120",120,120,307,614,464.73660000000001,0.153,0.153,0.18306449999999999,0.18306449999999999,0.27459675,0.81779999999999997,502.12919999999997,7,23,"7x 23",1.375,9.625,27.6,13.8,27.6,13.8]
[407,1,1," //","NYY-0","(1x3+1)x1x400",400,400,646,646,488.95740000000001,4.7E-2,4.7E-2,5.6235499999999994E-2,5.6235499999999994E-2,0.11247099999999999,0.81779999999999997,528.29880000000003,4,38,"4x 38",4.24,16.96,{"$f":"B412*G412*103/1000","v":41.2},{"$f":"C412*H412*103/1000","v":41.2},41.2,41.2]
[408,2,1," //","NYY-0","(2x3+1)x1x150",150,150,352,704,532.85760000000005,0.124,0.124,0.148366,0.148366,0.222549,0.81779999999999997,575.73119999999994,7,26,"7x 26",1.66,11.62,34.5,17.25,34.5,17.25]
[409,1,1," //","NYY-0","(1x3+1)x1x500",500,500,747,747,565.40430000000003,3.6600000000000001E-2,3.6600000000000001E-2,4.3791899999999995E-2,4.3791899999999995E-2,8.7583799999999989E-2,0.81779999999999997,610.89660000000003,4,42,"4x 42",5.29,21.16,{"$f":"B414*G414*103/1000","v":51.5},{"$f":"C414*H414*103/1000","v":51.5},51.5,51.5]
[410,2,1," //","NYY-0","(2x3+1)x1x185",185,185,406,812,614.6028,9.9099999999999994E-2,9.9099999999999994E-2,0.11857314999999999,0.11857314999999999,0.17785972499999997,0.81779999999999997,664.05359999999996,7,28,"7x 28",2.0499999999999998,14.349999999999998,42.55,21.274999999999999,42.55,21.274999999999999]
[411,1,1," //","NYY-0","(1x3+1)x1x630",630,630,851,851,644.12189999999998,2.8299999999999999E-2,2.8299999999999999E-2,3.3860949999999994E-2,3.3860949999999994E-2,6.7721899999999988E-2,0.81779999999999997,695.94780000000003,4,45,"4x 45",6.85,27.4,{"$f":"B416*G416*103/1000","v":64.89},{"$f":"C416*H416*103/1000","v":64.89},64.89,64.89]
[412,2,1," //","NYY-0","(2x3+1)x1x240",240,240,483,966,731.16539999999998,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,0.13532414999999998,0.81779999999999997,789.99479999999994,7,31,"7x 31",2.64,18.48,55.2,27.6,55.2,27.6]
[413,2,1," //","NYY-0","(2x3+1)x1x300",300,300,552,1104,835.61760000000004,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,0.10786447499999999,0.81779999999999997,902.85119999999995,7,33,"7x 33",3.3,23.099999999999998,69,34.5,69,34.5]
[414,2,1," //","NYY-0","(2x3+1)x1x400",400,400,646,1292,977.91480000000001,4.7E-2,4.7E-2,5.6235499999999994E-2,5.6235499999999994E-2,8.4353249999999991E-2,0.81779999999999997,1056.5976000000001,7,38,"7x 38",4.24,29.68,{"$f":"B419*G419*103/1000","v":82.4},{"$f":"C419*H419*103/1000","v":41.2},82.4,41.2]
[415,3,2," //","NYY-0","(3x3+2)x1x240",240,240,483,1449,1096.7481,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,7.5180083333333314E-2,0.81779999999999997,1184.9921999999999,11,31,"11x 31",2.64,29.040000000000003,82.8,55.2,82.8,55.2]
[416,2,1," //","NYY-0","(2x3+1)x1x500",500,500,747,1494,1130.8086000000001,3.6600000000000001E-2,3.6600000000000001E-2,4.3791899999999995E-2,4.3791899999999995E-2,6.5687849999999992E-2,0.81779999999999997,1221.7932000000001,7,42,"7x 42",5.29,37.03,{"$f":"B421*G421*103/1000","v":103},{"$f":"C421*H421*103/1000","v":51.5},103,51.5]
[417,3,2," //","NYY-0","(3x3+2)x1x300",300,300,552,1656,1253.4264000000001,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,5.9924708333333326E-2,0.81779999999999997,1354.2767999999999,11,33,"11x 33",3.3,36.299999999999997,103.5,69,103.5,69]
[418,2,1," //","NYY-0","(2x3+1)x1x630",630,630,851,1702,1288.2438,2.8299999999999999E-2,2.8299999999999999E-2,3.3860949999999994E-2,3.3860949999999994E-2,5.0791424999999987E-2,0.81779999999999997,1391.8956000000001,7,45,"7x 45",6.85,47.949999999999996,{"$f":"B423*G423*103/1000","v":129.78},{"$f":"C423*H423*103/1000","v":64.89},129.78,64.89]
[419,4,2," //","NYY-0","(4x3+2)x1x300",300,300,552,2208,1671.2352000000001,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,5.3932237499999994E-2,0.81779999999999997,1805.7023999999999,14,33,"14x 33",3.3,46.199999999999996,138,69,138,69]
[420,5,3," //","NYY-0","(5x3+3)x1x300",300,300,552,2760,2089.0439999999999,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,3.8351813333333332E-2,0.81779999999999997,2257.1279999999997,18,33,"18x 33",3.3,59.4,172.5,103.5,172.5,103.5]
[421,6,3," //","NYY-0","(6x3+3)x1x300",300,300,552,3312,2506.8528000000001,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,3.5954824999999996E-2,0.81779999999999997,2708.5535999999997,21,33,"21x 33",3.3,69.3,207,103.5,207,103.5]
[422,7,4," //","NYY-0","(7x3+4)x1x300",300,300,552,3864,2924.6615999999999,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,2.8250219642857139E-2,0.81779999999999997,3159.9791999999998,25,33,"25x 33",3.3,82.5,241.5,138,241.5,138]
[423,8,4," //","NYY-0","(8x3+4)x1x300",300,300,552,4416,3342.4704000000002,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,2.6966118749999997E-2,0.81779999999999997,3611.4047999999998,28,33,"28x 33",3.3,92.399999999999991,276,138,276,138]
[424,8,4," //","NYY-0","(8x3+4)x1x400",400,400,646,5168,3911.6592000000001,4.7E-2,4.7E-2,5.6235499999999994E-2,5.6235499999999994E-2,2.1088312499999998E-2,0.81779999999999997,4226.3904000000002,28,38,"28x 38",4.24,118.72,{"$f":"B429*G429*103/1000","v":329.6},{"$f":"C429*H429*103/1000","v":164.8},329.6,164.8]
[425,10,5," //","NYY-0","(10x3+5)x1x300",300,300,552,5520,4178.0879999999997,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,2.1572894999999995E-2,0.81779999999999997,4514.2559999999994,35,33,"35x 33",3.3,115.5,345,172.5,345,172.5]
[426,10,5," //","NYY-0","(10x3+5)x1x400",400,400,646,6460,4889.5740000000005,4.7E-2,4.7E-2,5.6235499999999994E-2,5.6235499999999994E-2,1.6870650000000001E-2,0.81779999999999997,5282.9879999999994,35,38,"35x 38",4.24,148.4,{"$f":"B431*G431*103/1000","v":412},{"$f":"C431*H431*103/1000","v":206},412,206]
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[]
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[455,1,1," //","NYY-0","(1x3)x1x300",300,300,552,552,417.80880000000002,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,0.14381929999999998,0.81779999999999997,451.42559999999997,4,33,"4x 33",3.3,13.2,34.5,34.5,34.5,34.5]
[456,2,1," //","NYY-0","(2x3)x1x120",120,120,307,614,464.73660000000001,0.153,0.153,0.18306449999999999,0.18306449999999999,0.27459675,0.81779999999999997,502.12919999999997,7,23,"7x 23",1.375,9.625,27.6,13.8,27.6,13.8]
[457,1,1," //","NYY-0","(1x3)x1x400",400,400,646,646,488.95740000000001,4.7E-2,4.7E-2,5.6235499999999994E-2,5.6235499999999994E-2,0.11247099999999999,0.81779999999999997,528.29880000000003,4,38,"4x 38",4.24,16.96,{"$f":"B462*G462*103/1000","v":41.2},{"$f":"C462*H462*103/1000","v":41.2},41.2,41.2]
[458,2,1," //","NYY-0","(2x3)x1x150",150,150,352,704,532.85760000000005,0.124,0.124,0.148366,0.148366,0.222549,0.81779999999999997,575.73119999999994,7,26,"7x 26",1.66,11.62,34.5,17.25,34.5,17.25]
[459,1,1," //","NYY-0","(1x3)x1x500",500,500,747,747,565.40430000000003,3.6600000000000001E-2,3.6600000000000001E-2,4.3791899999999995E-2,4.3791899999999995E-2,8.7583799999999989E-2,0.81779999999999997,610.89660000000003,4,42,"4x 42",5.29,21.16,{"$f":"B464*G464*103/1000","v":51.5},{"$f":"C464*H464*103/1000","v":51.5},51.5,51.5]
[460,2,1," //","NYY-0","(2x3)x1x185",185,185,406,812,614.6028,9.9099999999999994E-2,9.9099999999999994E-2,0.11857314999999999,0.11857314999999999,0.17785972499999997,0.81779999999999997,664.05359999999996,7,28,"7x 28",2.0499999999999998,14.349999999999998,42.55,21.274999999999999,42.55,21.274999999999999]
[461,1,1," //","NYY-0","(1x3)x1x630",630,630,851,851,644.12189999999998,2.8299999999999999E-2,2.8299999999999999E-2,3.3860949999999994E-2,3.3860949999999994E-2,6.7721899999999988E-2,0.81779999999999997,695.94780000000003,4,45,"4x 45",6.85,27.4,{"$f":"B466*G466*103/1000","v":64.89},{"$f":"C466*H466*103/1000","v":64.89},64.89,64.89]
[462,2,1," //","NYY-0","(2x3)x1x240",240,240,483,966,731.16539999999998,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,0.13532414999999998,0.81779999999999997,789.99479999999994,7,31,"7x 31",2.64,18.48,55.2,27.6,55.2,27.6]
[463,2,1," //","NYY-0","(2x3)x1x300",300,300,552,1104,835.61760000000004,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,0.10786447499999999,0.81779999999999997,902.85119999999995,7,33,"7x 33",3.3,23.099999999999998,69,34.5,69,34.5]
[464,2,1," //","NYY-0","(2x3)x1x400",400,400,646,1292,977.91480000000001,4.7E-2,4.7E-2,5.6235499999999994E-2,5.6235499999999994E-2,8.4353249999999991E-2,0.81779999999999997,1056.5976000000001,7,38,"7x 38",4.24,29.68,{"$f":"B469*G469*103/1000","v":82.4},{"$f":"C469*H469*103/1000","v":41.2},82.4,41.2]
[465,3,2," //","NYY-0","(3x3)x1x240",240,240,483,1449,1096.7481,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,7.5180083333333314E-2,0.81779999999999997,1184.9921999999999,11,31,"11x 31",2.64,29.040000000000003,82.8,55.2,82.8,55.2]
[466,2,1," //","NYY-0","(2x3)x1x500",500,500,747,1494,1130.8086000000001,3.6600000000000001E-2,3.6600000000000001E-2,4.3791899999999995E-2,4.3791899999999995E-2,6.5687849999999992E-2,0.81779999999999997,1221.7932000000001,7,42,"7x 42",5.29,37.03,{"$f":"B471*G471*103/1000","v":103},{"$f":"C471*H471*103/1000","v":51.5},103,51.5]
[467,3,2," //","NYY-0","(3x3)x1x300",300,300,552,1656,1253.4264000000001,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,5.9924708333333326E-2,0.81779999999999997,1354.2767999999999,11,33,"11x 33",3.3,36.299999999999997,103.5,69,103.5,69]
[468,2,1," //","NYY-0","(2x3)x1x630",630,630,851,1702,1288.2438,2.8299999999999999E-2,2.8299999999999999E-2,3.3860949999999994E-2,3.3860949999999994E-2,5.0791424999999987E-2,0.81779999999999997,1391.8956000000001,7,45,"7x 45",6.85,47.949999999999996,{"$f":"B473*G473*103/1000","v":129.78},{"$f":"C473*H473*103/1000","v":64.89},129.78,64.89]
[469,4,2," //","NYY-0","(4x3)x1x300",300,300,552,2208,1671.2352000000001,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,5.3932237499999994E-2,0.81779999999999997,1805.7023999999999,14,33,"14x 33",3.3,46.199999999999996,138,69,138,69]
[470,5,3," //","NYY-0","(5x3)x1x300",300,300,552,2760,2089.0439999999999,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,3.8351813333333332E-2,0.81779999999999997,2257.1279999999997,18,33,"18x 33",3.3,59.4,172.5,103.5,172.5,103.5]
[471,6,3," //","NYY-0","(6x3)x1x300",300,300,552,3312,2506.8528000000001,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,3.5954824999999996E-2,0.81779999999999997,2708.5535999999997,21,33,"21x 33",3.3,69.3,207,103.5,207,103.5]
[472,7,4," //","NYY-0","(7x3)x1x300",300,300,552,3864,2924.6615999999999,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,2.8250219642857139E-2,0.81779999999999997,3159.9791999999998,25,33,"25x 33",3.3,82.5,241.5,138,241.5,138]
[473,8,4," //","NYY-0","(8x3)x1x300",300,300,552,4416,3342.4704000000002,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,2.6966118749999997E-2,0.81779999999999997,3611.4047999999998,28,33,"28x 33",3.3,92.399999999999991,276,138,276,138]
[474,8,4," //","NYY-0","(8x3)x1x400",400,400,646,5168,3911.6592000000001,4.7E-2,4.7E-2,5.6235499999999994E-2,5.6235499999999994E-2,2.1088312499999998E-2,0.81779999999999997,4226.3904000000002,28,38,"28x 38",4.24,118.72,{"$f":"B479*G479*103/1000","v":329.6},{"$f":"C479*H479*103/1000","v":164.8},329.6,164.8]
[475,10,5," //","NYY-0","(10x3)x1x300",300,300,552,5520,4178.0879999999997,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,2.1572894999999995E-2,0.81779999999999997,4514.2559999999994,35,33,"35x 33",3.3,115.5,345,172.5,345,172.5]
[476,10,5," //","NYY-0","(10x3)x1x400",400,400,646,6460,4889.5740000000005,4.7E-2,4.7E-2,5.6235499999999994E-2,5.6235499999999994E-2,1.6870650000000001E-2,0.81779999999999997,5282.9879999999994,35,38,"35x 38",4.24,148.4,{"$f":"B481*G481*103/1000","v":412},{"$f":"C481*H481*103/1000","v":206},412,206]
[477,null,null,null,null,"Reserve"]
[478,null,null,null,null,"Reserve"]
[479,null,null,null,null,"Reserve"]
[480,null,null,null,null,"Reserve"]
[481,null,null,null,null,"Reserve"]
[482,null,null,null,null,"Reserve"]
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[485,null,null,null,null,"Reserve"]
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[487,null,null,null,null,"Reserve"]
[488,null,null,null,null,"Reserve"]
[489,null,null,null,null,"Reserve"]
[490,null,null,null,null,"Reserve"]
[491,null,null,null,null,"Reserve"]
[492,null,null,null,null,"Reserve"]
[493,null,null,null,null,"Reserve"]
[494,null,null,null,null,"Reserve"]
[495,null,null,null,null,"Reserve"]
[496,null,null,null,null,"Reserve"]
[]
[]
[]
[]
[501,1,1," //","NYY-0","(1x4+1)x1x120",120,120,307,{"$f":"IF(B506=0,I506,I506*B506)","v":307},{"$f":"J506*Reduz_b","v":232.3683},0.153,0.153,{"$f":"$L506*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":0.18306449999999999},{"$f":"$M506*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":0.18306449999999999},{"$f":"(N506/B506)+(O506/C506)","v":0.36612899999999998},{"$f":"FEinlTrafo","v":0.81779999999999997},{"$f":"J506*FEinlTrafo","v":251.06459999999998},{"$f":"B506*4+C506","v":5},23,{"$f":"CONCATENATE(S506,\"x \",T506)","v":"5x 23"},1.375,{"$f":"S506*V506","v":6.875},{"$f":"B506*G506*115/1000","v":13.8},{"$f":"C506*H506*115/1000","v":13.8},{"$f":"X506*SQRT(1/KSZeit)","v":13.8},{"$f":"Y506*SQRT(1/KSZeit)","v":13.8}]
[502,1,1," //","NYY-0","(1x4+1)x1x150",150,150,352,352,266.42880000000002,0.124,0.124,0.148366,0.148366,0.296732,0.81779999999999997,287.86559999999997,{"$f":"B507*4+C507","v":5},26,"5x 26",1.66,8.2999999999999989,{"$f":"B507*G507*115/1000","v":17.25},{"$f":"C507*H507*115/1000","v":17.25},17.25,17.25]
[503,1,1," //","NYY-0","(1x4+1)x1x185",185,185,406,406,307.3014,9.9099999999999994E-2,9.9099999999999994E-2,0.11857314999999999,0.11857314999999999,0.23714629999999998,0.81779999999999997,332.02679999999998,5,28,"5x 28",2.0499999999999998,10.25,21.274999999999999,21.274999999999999,21.274999999999999,21.274999999999999]
[504,1,1," //","NYY-0","(1x4+1)x1x240",240,240,483,483,365.58269999999999,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,0.18043219999999996,0.81779999999999997,394.99739999999997,5,31,"5x 31",2.64,13.200000000000001,27.6,27.6,27.6,27.6]
[505,1,1," //","NYY-0","(1x4+1)x1x300",300,300,552,552,417.80880000000002,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,0.14381929999999998,0.81779999999999997,451.42559999999997,5,33,"5x 33",3.3,16.5,34.5,34.5,34.5,34.5]
[506,2,2," //","NYY-0","(2x4+2)x1x120",120,120,307,614,464.73660000000001,0.153,0.153,0.18306449999999999,0.18306449999999999,0.18306449999999999,0.81779999999999997,502.12919999999997,10,23,"10x 23",1.375,13.75,27.6,27.6,27.6,27.6]
[507,1,1," //","NYY-0","(1x4+1)x1x400",400,400,646,646,488.95740000000001,4.7E-2,4.7E-2,5.6235499999999994E-2,5.6235499999999994E-2,0.11247099999999999,0.81779999999999997,528.29880000000003,5,38,"5x 38",4.24,21.200000000000003,{"$f":"B512*G512*103/1000","v":41.2},{"$f":"C512*H512*103/1000","v":41.2},41.2,41.2]
[508,2,2," //","NYY-0","(2x4+2)x1x150",150,150,352,704,532.85760000000005,0.124,0.124,0.148366,0.148366,0.148366,0.81779999999999997,575.73119999999994,10,26,"10x 26",1.66,16.599999999999998,34.5,34.5,34.5,34.5]
[509,1,1," //","NYY-0","(1x4+1)x1x500",500,500,747,747,565.40430000000003,3.6600000000000001E-2,3.6600000000000001E-2,4.3791899999999995E-2,4.3791899999999995E-2,8.7583799999999989E-2,0.81779999999999997,610.89660000000003,5,42,"5x 42",5.29,26.45,{"$f":"B514*G514*103/1000","v":51.5},{"$f":"C514*H514*103/1000","v":51.5},51.5,51.5]
[510,2,2," //","NYY-0","(2x4+2)x1x185",185,185,406,812,614.6028,9.9099999999999994E-2,9.9099999999999994E-2,0.11857314999999999,0.11857314999999999,0.11857314999999999,0.81779999999999997,664.05359999999996,10,28,"10x 28",2.0499999999999998,20.5,42.55,42.55,42.55,42.55]
[511,1,1," //","NYY-0","(1x4+1)x1x630",630,630,851,851,644.12189999999998,2.8299999999999999E-2,2.8299999999999999E-2,3.3860949999999994E-2,3.3860949999999994E-2,6.7721899999999988E-2,0.81779999999999997,695.94780000000003,5,45,"5x 45",6.85,34.25,{"$f":"B516*G516*103/1000","v":64.89},{"$f":"C516*H516*103/1000","v":64.89},64.89,64.89]
[512,2,2," //","NYY-0","(2x4+2)x1x240",240,240,483,966,731.16539999999998,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,9.021609999999998E-2,0.81779999999999997,789.99479999999994,10,31,"10x 31",2.64,26.400000000000002,55.2,55.2,55.2,55.2]
[513,2,2," //","NYY-0","(2x4+2)x1x300",300,300,552,1104,835.61760000000004,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,7.1909649999999992E-2,0.81779999999999997,902.85119999999995,10,33,"10x 33",3.3,33,69,69,69,69]
[514,2,2," //","NYY-0","(2x4+2)x1x400",400,400,646,1292,977.91480000000001,4.7E-2,4.7E-2,5.6235499999999994E-2,5.6235499999999994E-2,5.6235499999999994E-2,0.81779999999999997,1056.5976000000001,10,38,"10x 38",4.24,42.400000000000006,{"$f":"B519*G519*103/1000","v":82.4},{"$f":"C519*H519*103/1000","v":82.4},82.4,82.4]
[515,3,3," //","NYY-0","(3x4+3)x1x240",240,240,483,1449,1096.7481,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,6.0144066666666655E-2,0.81779999999999997,1184.9921999999999,15,31,"15x 31",2.64,39.6,82.8,82.8,82.8,82.8]
[516,2,2," //","NYY-0","(2x4+2)x1x500",500,500,747,1494,1130.8086000000001,3.6600000000000001E-2,3.6600000000000001E-2,4.3791899999999995E-2,4.3791899999999995E-2,4.3791899999999995E-2,0.81779999999999997,1221.7932000000001,10,42,"10x 42",5.29,52.9,{"$f":"B521*G521*103/1000","v":103},{"$f":"C521*H521*103/1000","v":103},103,103]
[517,3,3," //","NYY-0","(3x4+3)x1x300",300,300,552,1656,1253.4264000000001,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,4.7939766666666661E-2,0.81779999999999997,1354.2767999999999,15,33,"15x 33",3.3,49.5,103.5,103.5,103.5,103.5]
[518,2,2," //","NYY-0","(2x4+2)x1x630",630,630,851,1702,1288.2438,2.8299999999999999E-2,2.8299999999999999E-2,3.3860949999999994E-2,3.3860949999999994E-2,3.3860949999999994E-2,0.81779999999999997,1391.8956000000001,10,45,"10x 45",6.85,68.5,{"$f":"B523*G523*103/1000","v":129.78},{"$f":"C523*H523*103/1000","v":129.78},129.78,129.78]
[519,4,4," //","NYY-0","(4x4+4)x1x300",300,300,552,2208,1671.2352000000001,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,3.5954824999999996E-2,0.81779999999999997,1805.7023999999999,20,33,"20x 33",3.3,66,138,138,138,138]
[520,5,5," //","NYY-0","(5x4+5)x1x300",300,300,552,2760,2089.0439999999999,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,2.8763859999999995E-2,0.81779999999999997,2257.1279999999997,25,33,"25x 33",3.3,82.5,172.5,172.5,172.5,172.5]
[521,6,6," //","NYY-0","(6x4+6)x1x300",300,300,552,3312,2506.8528000000001,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,2.3969883333333331E-2,0.81779999999999997,2708.5535999999997,30,33,"30x 33",3.3,99,207,207,207,207]
[522,7,7," //","NYY-0","(7x4+7)x1x300",300,300,552,3864,2924.6615999999999,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,2.0545614285714282E-2,0.81779999999999997,3159.9791999999998,35,33,"35x 33",3.3,115.5,241.5,241.5,241.5,241.5]
[523,8,8," //","NYY-0","(8x4+8)x1x300",300,300,552,4416,3342.4704000000002,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,1.7977412499999998E-2,0.81779999999999997,3611.4047999999998,40,33,"40x 33",3.3,132,276,276,276,276]
[524,8,8," //","NYY-0","(8x4+8)x1x400",400,400,646,5168,3911.6592000000001,4.7E-2,4.7E-2,5.6235499999999994E-2,5.6235499999999994E-2,1.4058874999999998E-2,0.81779999999999997,4226.3904000000002,40,38,"40x 38",4.24,169.60000000000002,{"$f":"B529*G529*103/1000","v":329.6},{"$f":"C529*H529*103/1000","v":329.6},329.6,329.6]
[525,10,10," //","NYY-0","(10x4+10)x1x300",300,300,552,5520,4178.0879999999997,6.0100000000000001E-2,6.0100000000000001E-2,7.1909649999999992E-2,7.1909649999999992E-2,1.4381929999999998E-2,0.81779999999999997,4514.2559999999994,50,33,"50x 33",3.3,165,345,345,345,345]
[526,10,10," //","NYY-0","(10x4+10)x1x400",400,400,646,6460,4889.5740000000005,4.7E-2,4.7E-2,5.6235499999999994E-2,5.6235499999999994E-2,1.1247099999999999E-2,0.81779999999999997,5282.9879999999994,50,38,"50x 38",4.24,212,{"$f":"B531*G531*103/1000","v":412},{"$f":"C531*H531*103/1000","v":412},412,412]
[527,null,null,null,null,"Reserve"]
[528,null,null,null,null,"Reserve"]
[529,null,null,null,null,"Reserve"]
[530,null,null,null,null,"Reserve"]
[531,null,null,null,null,"Reserve"]
[532,null,null,null,null,"Reserve"]
[533,null,null,null,null,"Reserve"]
[534,null,null,null,null,"Reserve"]
[535,null,null,null,null,"Reserve"]
[536,null,null,null,null,"Reserve"]
[537,null,null,null,null,"Reserve"]
[538,null,null,null,null,"Reserve"]
[539,null,null,null,null,"Reserve"]
[540,null,null,null,null,"Reserve"]
[541,null,null,null,null,"Reserve"]
[542,null,null,null,null,"Reserve"]
[543,null,null,null,null,"Reserve"]
[544,null,null,null,null,"Reserve"]
[545,null,null,null,null,"Reserve"]
[546,null,null,null,null,"Reserve"]
[]
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[601,1,1," //","NYY-0","(1x4)x1x185",185,185,406,{"$f":"IF(B606=0,I606,I606*B606)","v":406},{"$f":"J606*Reduz_b","v":307.3014},9.9099999999999994E-2,9.9099999999999994E-2,{"$f":"$L606*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":0.11857314999999999},{"$f":"$M606*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":0.11857314999999999},{"$f":"(N606/B606)+(O606/C606)","v":0.23714629999999998},{"$f":"FEinlTrafo","v":0.81779999999999997},{"$f":"J606*FEinlTrafo","v":332.02679999999998},{"$f":"B606*3+C606","v":4},28,{"$f":"CONCATENATE(S606,\"x \",T606)","v":"4x 28"},2.0499999999999998,{"$f":"S606*V606","v":8.1999999999999993},{"$f":"B606*G606*115/1000","v":21.274999999999999},{"$f":"C606*H606*115/1000","v":21.274999999999999},{"$f":"X606*SQRT(1/KSZeit)","v":21.274999999999999},{"$f":"Y606*SQRT(1/KSZeit)","v":21.274999999999999}]
[602,1,1," //","NYY-0","(1x4)x1x240",240,240,483,483,365.58269999999999,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,0.18043219999999996,0.81779999999999997,394.99739999999997,4,31,"4x 31",2.64,10.56,{"$f":"B607*G607*115/1000","v":27.6},{"$f":"C607*H607*115/1000","v":27.6},27.6,27.6]
[603,2,2," //","NYY-0","(2x4)x1x185",185,185,406,812,614.6028,9.9099999999999994E-2,9.9099999999999994E-2,0.11857314999999999,0.11857314999999999,0.11857314999999999,0.81779999999999997,664.05359999999996,8,28,"8x 28",2.0499999999999998,16.399999999999999,42.55,42.55,42.55,42.55]
[604,2,2," //","NYY-0","(2x4)x1x240",240,240,483,966,731.16539999999998,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,9.021609999999998E-2,0.81779999999999997,789.99479999999994,8,31,"8x 31",2.64,21.12,55.2,55.2,55.2,55.2]
[605,3,3," //","NYY-0","(3x4)x1x185",185,185,406,1218,921.90420000000006,9.9099999999999994E-2,9.9099999999999994E-2,0.11857314999999999,0.11857314999999999,7.9048766666666659E-2,0.81779999999999997,996.08039999999994,12,28,"12x 28",2.0499999999999998,24.599999999999998,63.825000000000003,63.825000000000003,63.825000000000003,63.825000000000003]
[606,3,3," //","NYY-0","(3x4)x1x240",240,240,483,1449,1096.7481,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,6.0144066666666655E-2,0.81779999999999997,1184.9921999999999,12,31,"12x 31",2.64,31.68,82.8,82.8,82.8,82.8]
[607,4,4," //","NYY-0","(4x4)x1x185",185,185,406,1624,1229.2056,9.9099999999999994E-2,9.9099999999999994E-2,0.11857314999999999,0.11857314999999999,5.9286574999999994E-2,0.81779999999999997,1328.1071999999999,16,28,"16x 28",2.0499999999999998,32.799999999999997,85.1,85.1,85.1,85.1]
[608,4,4," //","NYY-0","(4x4)x1x240",240,240,483,1932,1462.3308,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,4.510804999999999E-2,0.81779999999999997,1579.9895999999999,16,31,"16x 31",2.64,42.24,110.4,110.4,110.4,110.4]
[609,5,5," //","NYY-0","(5x4)x1x185",185,185,406,2030,1536.5070000000001,9.9099999999999994E-2,9.9099999999999994E-2,0.11857314999999999,0.11857314999999999,4.7429259999999994E-2,0.81779999999999997,1660.134,20,28,"20x 28",2.0499999999999998,41,106.375,106.375,106.375,106.375]
[610,5,5," //","NYY-0","(5x4)x1x240",240,240,483,2415,1827.9135000000001,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,3.608643999999999E-2,0.81779999999999997,1974.9869999999999,20,31,"20x 31",2.64,52.800000000000004,138,138,138,138]
[611,6,6," //","NYY-0","(6x4)x1x185",185,185,406,2436,1843.8084000000001,9.9099999999999994E-2,9.9099999999999994E-2,0.11857314999999999,0.11857314999999999,3.9524383333333329E-2,0.81779999999999997,1992.1607999999999,24,28,"24x 28",2.0499999999999998,49.199999999999996,127.65,127.65,127.65,127.65]
[612,6,6," //","NYY-0","(6x4)x1x240",240,240,483,2898,2193.4962,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,3.0072033333333328E-2,0.81779999999999997,2369.9843999999998,24,31,"24x 31",2.64,63.36,165.6,165.6,165.6,165.6]
[613,7,7," //","NYY-0","(7x4)x1x240",240,240,483,3381,2559.0789,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,2.5776028571428567E-2,0.81779999999999997,2764.9818,28,31,"28x 31",2.64,73.92,193.2,193.2,193.2,193.2]
[614,8,8," //","NYY-0","(8x4)x1x240",240,240,483,3864,2924.6615999999999,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,2.2554024999999995E-2,0.81779999999999997,3159.9791999999998,32,31,"32x 31",2.64,84.48,220.8,220.8,220.8,220.8]
[615,9,9," //","NYY-0","(9x4)x1x240",240,240,483,4347,3290.2443000000003,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,2.0048022222222218E-2,0.81779999999999997,3554.9766,36,31,"36x 31",2.64,95.04,248.4,248.4,248.4,248.4]
[616,10,10," //","NYY-0","(10x4)x1x240",240,240,483,4830,3655.8270000000002,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,1.8043219999999995E-2,0.81779999999999997,3949.9739999999997,40,31,"40x 31",2.64,105.60000000000001,276,276,276,276]
[617,null,null,null,null,"Reserve"]
[618,null,null,null,null,"Reserve"]
[619,null,null,null,null,"Reserve"]
[620,null,null,null,null,"Reserve"]
[621,null,null,null,null,"Reserve"]
[622,null,null,null,null,"Reserve"]
[623,null,null,null,null,"Reserve"]
[624,null,null,null,null,"Reserve"]
[625,null,null,null,null,"Reserve"]
[626,null,null,null,null,"Reserve"]
[627,null,null,null,null,"Reserve"]
[628,null,null,null,null,"Reserve"]
[629,null,null,null,null,"Reserve"]
[630,null,null,null,null,"Reserve"]
[631,null,null,null,null,"Reserve"]
[632,null,null,null,null,"Reserve"]
[633,null,null,null,null,"Reserve"]
[634,null,null,null,null,"Reserve"]
[635,null,null,null,null,"Reserve"]
[636,null,null,null,null,"Reserve"]
[637,null,null,null,null,"Reserve"]
[638,null,null,null,null,"Reserve"]
[639,null,null,null,null,"Reserve"]
[640,null,null,null,null,"Reserve"]
[641,null,null,null,null,"Reserve"]
[642,null,null,null,null,"Reserve"]
[643,null,null,null,null,"Reserve"]
[644,null,null,null,null,"Reserve"]
[645,null,null,null,null,"Reserve"]
[646,null,null,null,null,"Reserve"]
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[]
[701,1,1," //","2YSLCYK-JB","3X2,5+3G0,5",2.5,1.5,26,{"$f":"IF(B706=0,I706,I706*B706)","v":26},{"$f":"J706*Reduz_a","v":14.929200000000002},8.2100000000000009,13.366666666666667,{"$f":"$L706*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":9.823265000000001},{"$f":"$M706*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":15.993216666666665},{"$f":"(N706/B706)+(O706/C706)","v":25.816481666666668},{"$f":"FVierlTrafo","v":0.90239999999999987},{"$f":"J706*FVierlTrafo","v":23.462399999999995},{"$f":"B706","v":1},12.2,{"$f":"CONCATENATE(S706,\"x \",T706)","v":"1x 12,2"},0.22,{"$f":"S706*V706","v":0.22},{"$f":"B706*G706*115/1000","v":0.28749999999999998},{"$f":"C706*H706*115/1000","v":0.17249999999999999},{"$f":"X706*SQRT(1/KSZeit)","v":0.28749999999999998},{"$f":"Y706*SQRT(1/KSZeit)","v":0.17249999999999999}]
[702,1,1," //","2YSLCYK-JB","3X4+3G0,75",4,2.25,34,34,19.5228,5.09,8.9,6.0901849999999991,10.648849999999999,16.739034999999998,0.90239999999999987,30.681599999999996,1,14.4,"1x 14,4",0.32300000000000001,0.32300000000000001,{"$f":"B707*G707*115/1000","v":0.46},{"$f":"C707*H707*115/1000","v":0.25874999999999998},0.46,0.25874999999999998]
[703,1,1," //","2YSLCYK-JB","3X6+3G1,0",6,3,44,44,25.264800000000001,3.39,6.666666666666667,4.0561349999999994,7.9766666666666666,12.032801666666666,0.90239999999999987,39.705599999999997,1,15.7,"1x 15,7",0.42,0.42,0.69,0.34499999999999997,0.69,0.34499999999999997]
[704,1,1," //","2YSLCYK-JB","3X10+3G1,5",10,4.5,61,61,35.026200000000003,1.95,4.5666666666666664,2.3331749999999998,5.4640166666666659,7.7971916666666656,0.90239999999999987,55.046399999999991,1,18,"1x 18",0.61499999999999999,0.61499999999999999,1.1499999999999999,0.51749999999999996,1.1499999999999999,0.51749999999999996]
[705,1,1," //","2YSLCYK-JB","3X16+3G2,5",16,7.5,82,82,47.084400000000002,1.24,2.7366666666666668,1.4836599999999998,3.2744216666666666,4.7580816666666665,0.90239999999999987,73.996799999999993,1,20.2,"1x 20,2",0.81899999999999995,0.81899999999999995,1.84,0.86250000000000004,1.84,0.86250000000000004]
[706,1,1," //","2YSLCYK-JB","3X25+3G4",25,12,108,108,62.013600000000004,0.79500000000000004,1.6966666666666665,0.95121749999999994,2.0300616666666662,2.981279166666666,0.90239999999999987,97.459199999999981,1,23.8,"1x 23,8",1.325,1.325,2.875,1.38,2.875,1.38]
[707,1,1," //","2YSLCYK-JB","3X35+3G6",35,18,135,135,77.51700000000001,0.56499999999999995,1.1300000000000001,0.67602249999999986,1.3520449999999999,2.0280674999999997,0.90239999999999987,121.82399999999998,1,26.9,"1x 26,9",1.718,1.718,4.0250000000000004,2.0699999999999998,4.0250000000000004,2.0699999999999998]
[708,1,1," //","2YSLCYK-JB","3X50+3G10",50,30,168,168,96.465600000000009,0.39300000000000002,0.65,0.47022449999999999,0.777725,1.2479495,0.90239999999999987,151.60319999999999,1,32.6,"1x 32,6",2.399,2.399,5.75,3.45,5.75,3.45]
[709,1,1," //","2YSLCYK-JB","3X70+3G10",70,30,207,207,118.85940000000001,0.27700000000000002,0.65,0.33143050000000002,0.777725,1.1091555,0.90239999999999987,186.79679999999996,1,36.4,"1x 36,4",3.056,3.056,8.0500000000000007,3.45,8.0500000000000007,3.45]
[710,1,1," //","2YSLCYK-JB","3X95+3G16",95,48,250,250,143.55000000000001,0.21,0.41333333333333333,0.25126499999999996,0.49455333333333329,0.74581833333333325,0.90239999999999987,225.59999999999997,1,42,"1x 42",4.1619999999999999,4.1619999999999999,10.925000000000001,5.52,10.925000000000001,5.52]
[711,1,1," //","2YSLCYK-JB","3X120+3G16",120,48,292,292,167.66640000000001,0.16400000000000001,0.41333333333333333,0.19622599999999998,0.49455333333333329,0.6907793333333333,0.90239999999999987,263.50079999999997,1,47.8,"1x 47,8",5.0739999999999998,5.0739999999999998,13.8,5.52,13.8,5.52]
[712,1,1," //","2YSLCYK-JB","3X150+3G25",150,75,335,335,192.35700000000003,0.13200000000000001,0.26500000000000001,0.157938,0.31707249999999998,0.4750105,0.90239999999999987,302.30399999999997,1,51.6,"1x 51,6",6.1280000000000001,6.1280000000000001,17.25,8.625,17.25,8.625]
[713,1,1," //","2YSLCYK-JB","3X185+3G35",185,105,382,382,219.34440000000001,0.108,0.18833333333333332,0.12922199999999998,0.2253408333333333,0.35456283333333327,0.90239999999999987,344.71679999999998,1,56.5,"1x 56,5",7.82,7.82,21.274999999999999,12.074999999999999,21.274999999999999,12.074999999999999]
[714,1,1," //","2YSLCYK-JB","3X240+3G50",240,150,453,453,260.11260000000004,8.1699999999999995E-2,0.13200000000000001,9.7754049999999981E-2,0.157938,0.25569204999999995,0.90239999999999987,408.78719999999993,1,65.099999999999994,"1x 65,1",9.77,9.77,27.6,17.25,27.6,17.25]
[715,2,2," //","2YSLCYK-JB","2x(3X95+3G16)",95,48,250,500,{"$f":"J720*Reduz_a","v":287.10000000000002},0.21,0.41333333333333333,0.25126499999999996,0.49455333333333329,{"$f":"(N720/B720)+(O720/C720)","v":0.37290916666666662},0.90239999999999987,{"$f":"J720*FVierlTrafo","v":451.19999999999993},{"$f":"B720","v":2},42,{"$f":"CONCATENATE(S720,\"x \",T720)","v":"2x 42"},4.1619999999999999,{"$f":"S720*V720","v":8.3239999999999998},21.85,11.04,21.85,11.04]
[716,2,2," //","2YSLCYK-JB","2x(3X120+3G16)",120,48,292,584,335.33280000000002,0.16400000000000001,0.41333333333333333,0.19622599999999998,0.49455333333333329,0.34538966666666665,0.90239999999999987,527.00159999999994,2,47.8,"2x 47,8",5.0739999999999998,10.148,27.6,11.04,27.6,11.04]
[717,2,2," //","2YSLCYK-JB","2x(3X150+3G25)",150,75,335,670,384.71400000000006,0.13200000000000001,0.26500000000000001,0.157938,0.31707249999999998,0.23750525,0.90239999999999987,604.60799999999995,2,51.6,"2x 51,6",6.1280000000000001,12.256,34.5,17.25,34.5,17.25]
[718,2,2," //","2YSLCYK-JB","2x(3X185+3G35)",185,105,382,764,438.68880000000001,0.108,0.18833333333333332,0.12922199999999998,0.2253408333333333,0.17728141666666664,0.90239999999999987,689.43359999999996,2,56.5,"2x 56,5",7.82,15.64,42.55,24.15,42.55,24.15]
[719,2,2," //","2YSLCYK-JB","2x(3X240+3G50)",240,150,453,906,520.22520000000009,8.1699999999999995E-2,0.13200000000000001,9.7754049999999981E-2,0.157938,0.12784602499999997,0.90239999999999987,817.57439999999986,2,65.099999999999994,"2x 65,1",9.77,19.54,55.2,34.5,55.2,34.5]
[720,3,3," //","2YSLCYK-JB","3x(3X150+3G25)",150,75,335,{"$f":"IF(B725=0,I725,I725*B725)","v":1005},{"$f":"J725*Reduz_a","v":577.07100000000003},0.13200000000000001,0.26500000000000001,0.157938,0.31707249999999998,0.15833683333333332,0.90239999999999987,906.91199999999992,3,51.6,"3x 51,6",6.1280000000000001,18.384,51.75,25.875,51.75,25.875]
[721,3,3," //","2YSLCYK-JB","3x(3X185+3G35)",185,105,382,1146,658.03320000000008,0.108,0.18833333333333332,0.12922199999999998,0.2253408333333333,0.11818761111111109,0.90239999999999987,1034.1503999999998,3,56.5,"3x 56,5",7.82,23.46,63.825000000000003,36.225000000000001,63.825000000000003,36.225000000000001]
[722,3,3," //","2YSLCYK-JB","3x(3X240+3G50)",240,150,453,1359,780.33780000000002,8.1699999999999995E-2,0.13200000000000001,9.7754049999999981E-2,0.157938,8.5230683333333335E-2,0.90239999999999987,1226.3615999999997,3,65.099999999999994,"3x 65,1",9.77,29.31,82.8,51.75,82.8,51.75]
[723,4,4," //","2YSLCYK-JB","4x(3X185+3G35)",185,105,382,1528,877.37760000000003,0.108,0.18833333333333332,0.12922199999999998,0.2253408333333333,8.8640708333333318E-2,0.90239999999999987,1378.8671999999999,4,56.5,"4x 56,5",7.82,31.28,85.1,48.3,85.1,48.3]
[724,4,4," //","2YSLCYK-JB","4x(3X240+3G50)",240,150,453,{"$f":"IF(B729=0,I729,I729*B729)","v":1812},{"$f":"J729*Reduz_a","v":1040.4504000000002},8.1699999999999995E-2,0.13200000000000001,9.7754049999999981E-2,0.157938,{"$f":"(N729/B729)+(O729/C729)","v":6.3923012499999987E-2},0.90239999999999987,{"$f":"J729*FVierlTrafo","v":1635.1487999999997},{"$f":"B729","v":4},72.3,{"$f":"CONCATENATE(S729,\"x \",T729)","v":"4x 72,3"},12.15,{"$f":"S729*V729","v":48.6},110.4,69,110.4,69]
[725,5,5," //","2YSLCYK-JB","5x(3X240+3G50)",240,150,453,2265,1300.5630000000001,8.1699999999999995E-2,0.13200000000000001,9.7754049999999981E-2,0.157938,5.1138409999999995E-2,0.90239999999999987,2043.9359999999997,5,72.3,"5x 72,3",12.15,60.75,138,86.25,138,86.25]
[726,6,6," //","2YSLCYK-JB","6x(3X240+3G50)",240,150,453,2718,1560.6756,8.1699999999999995E-2,0.13200000000000001,9.7754049999999981E-2,0.157938,4.2615341666666667E-2,0.90239999999999987,2452.7231999999995,6,72.3,"6x 72,3",12.15,72.900000000000006,165.6,103.5,165.6,103.5]
[727,7,7," //","2YSLCYK-JB","7x(3X240+3G50)",240,150,453,3171,1820.7882000000002,8.1699999999999995E-2,0.13200000000000001,9.7754049999999981E-2,0.157938,3.6527435714285711E-2,0.90239999999999987,2861.5103999999997,7,72.3,"7x 72,3",12.15,85.05,193.2,120.75,193.2,120.75]
[728,8,8," //","2YSLCYK-JB","8x(3X240+3G50)",240,150,453,3624,2080.9008000000003,8.1699999999999995E-2,0.13200000000000001,9.7754049999999981E-2,0.157938,3.1961506249999994E-2,0.90239999999999987,3270.2975999999994,8,72.3,"8x 72,3",12.15,97.2,220.8,138,220.8,138]
[729,null,null,null,null,"Reserve"]
[730,null,null,null,null,"Reserve"]
[731,null,null,null,null,"Reserve"]
[732,null,null,null,null,"Reserve"]
[733,null,null,null,null,"Reserve"]
[734,null,null,null,null,"Reserve"]
[735,null,null,null,null,"Reserve"]
[736,null,null,null,null,"Reserve"]
[737,null,null,null,null,"Reserve"]
[738,null,null,null,null,"Reserve"]
[739,null,null,null,null,"Reserve"]
[740,null,null,null,null,"Reserve"]
[741,null,null,null,null,"Reserve"]
[742,null,null,null,null,"Reserve"]
[743,null,null,null,null,"Reserve"]
[744,null,null,null,null,"Reserve"]
[745,null,null,null,null,"Reserve"]
[746,null,null,null,null,"Reserve"]
[]
[]
[]
[]
[751,1,1," //","DC Kabel","2x0,5",0.5,0.5,0.5,3,{"$f":"J756*Reduz_a","v":1.7226000000000001},40.1,40.1,{"$f":"$L756*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":47.979649999999999},{"$f":"$M756*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":47.979649999999999},{"$f":"(N756/B756)+(O756/C756)","v":95.959299999999999},null,null,null,null,null,null,null,{"$f":"B756*G756*115/1000","v":5.7500000000000002E-2},{"$f":"C756*H756*115/1000","v":5.7500000000000002E-2},{"$f":"X756*SQRT(1/KSZeit)","v":5.7500000000000002E-2},{"$f":"Y756*SQRT(1/KSZeit)","v":5.7500000000000002E-2}]
[752,1,1," //","DC Kabel","2x0,75",0.75,0.75,0.75,6,3.4452000000000003,26.7,26.7,31.946549999999995,31.946549999999995,63.89309999999999,null,null,null,null,null,null,null,{"$f":"B757*G757*115/1000","v":8.6249999999999993E-2},{"$f":"C757*H757*115/1000","v":8.6249999999999993E-2},8.6249999999999993E-2,8.6249999999999993E-2]
[753,1,1," //","DC Kabel","2x1",1,1,1,10,5.7420000000000009,20,20,23.93,23.93,47.86,null,null,null,null,null,null,null,0.115,0.115,0.115,0.115]
[754,1,1," //","DC Kabel","2x1,5",1.5,1.5,16,{"$f":"IF(B759=0,I759,I759*B759)","v":16},{"$f":"J759*Reduz_a","v":9.1872000000000007},12.1,12.1,{"$f":"$L759*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":14.477649999999999},{"$f":"$M759*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":14.477649999999999},28.955299999999998,null,null,null,null,null,null,null,0.17249999999999999,0.17249999999999999,0.17249999999999999,0.17249999999999999]
[755,1,1," //","DC Kabel","2x2,5",2.5,2.5,25,25,14.355,7.41,7.41,8.866064999999999,8.866064999999999,17.732129999999998,null,null,null,null,null,null,null,0.28749999999999998,0.28749999999999998,0.28749999999999998,0.28749999999999998]
[756,1,1," //","DC Kabel","2x4",4,4,34,34,19.5228,4.6100000000000003,4.6100000000000003,5.5158649999999998,5.5158649999999998,11.03173,null,null,null,null,null,null,null,0.46,0.46,0.46,0.46]
[757,1,1," //","DC Kabel","2x6",6,6,43,43,24.690600000000003,3.08,3.08,3.6852199999999997,3.6852199999999997,7.3704399999999994,null,null,null,null,null,null,null,0.69,0.69,0.69,0.69]
[758,1,1," //","DC Kabel","2x10",10,10,59,59,33.877800000000001,1.83,1.83,2.1895949999999997,2.1895949999999997,4.3791899999999995,null,null,null,null,null,null,null,1.1499999999999999,1.1499999999999999,1.1499999999999999,1.1499999999999999]
[759,1,1," //","DC Kabel","2x16",16,16,78,78,44.787600000000005,1.1499999999999999,1.1499999999999999,1.3759749999999997,1.3759749999999997,2.7519499999999995,null,null,null,null,null,null,null,1.84,1.84,1.84,1.84]
[760,1,1," //","DC Kabel","2x25",25,25,105,105,60.291000000000004,0.72699999999999998,0.72699999999999998,0.86985549999999989,0.86985549999999989,1.7397109999999998,null,null,null,null,null,null,null,2.875,2.875,2.875,2.875]
[761,1,1," //","DC Kabel","2x35",35,35,129,129,74.07180000000001,0.52400000000000002,0.52400000000000002,0.62696600000000002,0.62696600000000002,1.253932,null,null,null,null,null,null,null,4.0250000000000004,4.0250000000000004,4.0250000000000004,4.0250000000000004]
[762,1,1," //","DC Kabel","2x50",50,50,157,157,90.1494,0.38700000000000001,0.38700000000000001,0.4630455,0.4630455,0.926091,null,null,null,null,null,null,null,5.75,5.75,5.75,5.75]
[763,1,1," //","DC Kabel","2x70",70,70,199,199,114.26580000000001,0.26800000000000002,0.26800000000000002,0.320662,0.320662,0.64132400000000001,null,null,null,null,null,null,null,8.0500000000000007,8.0500000000000007,8.0500000000000007,8.0500000000000007]
[764,1,1," //","DC Kabel","2x95",95,95,246,246,141.25320000000002,0.193,0.193,0.23092449999999998,0.23092449999999998,0.46184899999999995,null,null,null,null,null,null,null,10.925000000000001,10.925000000000001,10.925000000000001,10.925000000000001]
[765,1,1," //","DC Kabel","2x120",120,120,285,285,163.64700000000002,0.153,0.153,0.18306449999999999,0.18306449999999999,0.36612899999999998,null,null,null,null,null,null,null,13.8,13.8,13.8,13.8]
[766,1,1," //","DC Kabel","2x150",150,150,326,326,187.18920000000003,0.124,0.124,0.148366,0.148366,0.296732,null,null,null,null,null,null,null,17.25,17.25,17.25,17.25]
[767,1,1," //","DC Kabel","2x185",185,185,374,374,214.75080000000003,9.9099999999999994E-2,9.9099999999999994E-2,0.11857314999999999,0.11857314999999999,0.23714629999999998,null,null,null,null,null,null,null,21.274999999999999,21.274999999999999,21.274999999999999,21.274999999999999]
[768,1,1," //","DC Kabel","2x240",240,240,445,445,255.51900000000001,7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,0.18043219999999996,null,null,null,null,null,null,null,27.6,27.6,27.6,27.6]
[769,null,null,null,null,"Reserve"]
[770,null,null,null,null,"Reserve"]
[771,null,null,null,null,"Reserve"]
[772,null,null,null,null,"Reserve"]
[773,null,null,null,null,"Reserve"]
[774,null,null,null,null,"Reserve"]
[775,null,null,null,null,"Reserve"]
[776,null,null,null,null,"Reserve"]
[777,null,null,null,null,"Reserve"]
[778,null,null,null,null,"Reserve"]
[779,null,null,null,null,"Reserve"]
[780,null,null,null,null,"Reserve"]
[781,null,null,null,null,"Reserve"]
[782,null,null,null,null,"Reserve"]
[783,null,null,null,null,"Reserve"]
[784,null,null,null,null,"Reserve"]
[785,null,null,null,null,"Reserve"]
[786,null,null,null,null,"Reserve"]
[787,null,null,null,null,"Reserve"]
[788,null,null,null,null,"Reserve"]
[789,null,null,null,null,"Reserve"]
[790,null,null,null,null,"Reserve"]
[791,null,null,null,null,"Reserve"]
[792,null,null,null,null,"Reserve"]
[793,null,null,null,null,"Reserve"]
[794,null,null,null,null,"Reserve"]
[795,null,null,null,null,"Reserve"]
[800,null,null,null,null,"Reserve"]
[]
[]
[]
[]
[801,1,1," //","NYY-0","3x1,5  RE",1.5,1.5,20,20,{"$f":"J806*Reduz_a","v":11.484000000000002},12.1,12.1,{"$f":"$L806*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":14.477649999999999},{"$f":"$M806*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":14.477649999999999},{"$f":"(N806/B806)+(O806/C806)","v":28.955299999999998},null,null,1,13,{"$f":"CONCATENATE(S806,\"x \",T806)","v":"1x 13"},0.24399999999999999,{"$f":"S806*V806","v":0.24399999999999999},{"$f":"B806*G806*115/1000","v":0.17249999999999999},{"$f":"C806*H806*115/1000","v":0.17249999999999999},{"$f":"X806*SQRT(1/KSZeit)","v":0.17249999999999999},{"$f":"Y806*SQRT(1/KSZeit)","v":0.17249999999999999}]
[802,1,1," //","NYY-0","3x2,5  RE",2.5,2.5,25,25,14.355,7.41,7.41,{"$f":"$L807*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":8.866064999999999},{"$f":"$M807*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":8.866064999999999},{"$f":"(N807/B807)+(O807/C807)","v":17.732129999999998},null,null,1,14,{"$f":"CONCATENATE(S807,\"x \",T807)","v":"1x 14"},0.29399999999999998,0.29399999999999998,{"$f":"B807*G807*115/1000","v":0.28749999999999998},{"$f":"C807*H807*115/1000","v":0.28749999999999998},0.28749999999999998,0.28749999999999998]
[803,1,1," //","NYY-0","3x4  RE",4,4,34,34,19.5228,4.6100000000000003,4.6100000000000003,{"$f":"$L808*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":5.5158649999999998},{"$f":"$M808*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":5.5158649999999998},{"$f":"(N808/B808)+(O808/C808)","v":11.03173},null,null,1,16,{"$f":"CONCATENATE(S808,\"x \",T808)","v":"1x 16"},0.39300000000000002,0.39300000000000002,0.46,0.46,0.46,0.46]
[804,1,1," //","NYY-0","3x6  RE",6,6,43,43,24.690600000000003,3.08,3.08,{"$f":"$L809*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":3.6852199999999997},{"$f":"$M809*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":3.6852199999999997},{"$f":"(N809/B809)+(O809/C809)","v":7.3704399999999994},null,null,1,17,"1x 17",0.48099999999999998,0.48099999999999998,0.69,0.69,0.69,0.69]
[805,1,1," //","NYY-0","3x10  RE",10,10,59,59,33.877800000000001,1.83,1.83,{"$f":"$L810*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":2.1895949999999997},{"$f":"$M810*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":2.1895949999999997},{"$f":"(N810/B810)+(O810/C810)","v":4.3791899999999995},null,null,1,18,"1x 18",0.64500000000000002,0.64500000000000002,1.1499999999999999,1.1499999999999999,1.1499999999999999,1.1499999999999999]
[806,1,1," //","NYY-0","3x16  RE",16,16,79,79,45.361800000000002,1.1499999999999999,1.1499999999999999,1.3759749999999997,1.3759749999999997,2.7519499999999995,null,null,1,20,"1x 20",0.872,0.872,1.84,1.84,1.84,1.84]
[807,1,1," //","NYY-0","3x16  RM",16,16,79,79,45.361800000000002,1.1499999999999999,1.1499999999999999,1.3759749999999997,1.3759749999999997,2.7519499999999995,null,null,1,20,"1x 20",0.872,0.872,1.84,1.84,1.84,1.84]
[808,1,1," //","NYY-0","3x25  RM",25,25,106,106,60.865200000000002,0.72699999999999998,0.72699999999999998,0.86985549999999989,0.86985549999999989,1.7397109999999998,null,null,1,25,"1x 25",1.35,1.35,2.875,2.875,2.875,2.875]
[809,1,1," //","NYY-0","3x35  SM",35,35,129,129,74.07180000000001,0.52400000000000002,0.52400000000000002,0.62696600000000002,0.62696600000000002,1.253932,null,null,1,25,"1x 25",1.46,1.46,4.0250000000000004,4.0250000000000004,4.0250000000000004,4.0250000000000004]
[810,null,null,null,null,"Reserve"]
[811,null,null,null,null,"Reserve"]
[812,null,null,null,null,"Reserve"]
[813,null,null,null,null,"Reserve"]
[814,null,null,null,null,"Reserve"]
[815,null,null,null,null,"Reserve"]
[816,null,null,null,null,"Reserve"]
[817,null,null,null,null,"Reserve"]
[818,null,null,null,null,"Reserve"]
[819,null,null,null,null,"Reserve"]
[820,null,null,null,null,"Reserve"]
[821,null,null,null,null,"Reserve"]
[822,null,null,null,null,"Reserve"]
[823,null,null,null,null,"Reserve"]
[824,null,null,null,null,"Reserve"]
[825,null,null,null,null,"Reserve"]
[826,null,null,null,null,"Reserve"]
[827,null,null,null,null,"Reserve"]
[828,null,null,null,null,"Reserve"]
[829,null,null,null,null,"Reserve"]
[830,null,null,null,null,"Reserve"]
[831,null,null,null,null,"Reserve"]
[832,null,null,null,null,"Reserve"]
[833,null,null,null,null,"Reserve"]
[834,null,null,null,null,"Reserve"]
[835,null,null,null,null,"Reserve"]
[836,null,null,null,null,"Reserve"]
[837,null,null,null,null,"Reserve"]
[838,null,null,null,null,"Reserve"]
[839,null,null,null,null,"Reserve"]
[840,null,null,null,null,"Reserve"]
[841,null,null,null,null,"Reserve"]
[842,null,null,null,null,"Reserve"]
[843,null,null,null,null,"Reserve"]
[844,null,null,null,null,"Reserve"]
[845,null,null,null,null,"Reserve"]
[846,null,null,null,null,"Reserve"]
[]
[]
[]
[]
[851,1,1,"//","NYY-0","2x1,5RE",1.5,1.5,20,{"$f":"IF(B856=0,I856,I856*B856)","v":20},{"$f":"J856*Reduz_a","v":11.484000000000002},12.1,12.1,{"$f":"$L856*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":14.477649999999999},{"$f":"$M856*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":14.477649999999999},{"$f":"(N856/B856)+(O856/C856)","v":28.955299999999998},null,null,1,11,{"$f":"CONCATENATE(S856,\"x \",T856)","v":"1x 11"},0.22,{"$f":"S856*V856","v":0.22},{"$f":"B856*G856*115/1000","v":0.17249999999999999},{"$f":"C856*H856*115/1000","v":0.17249999999999999},{"$f":"X856*SQRT(1/KSZeit)","v":0.17249999999999999},{"$f":"Y856*SQRT(1/KSZeit)","v":0.17249999999999999}]
[852,1,1,"//","NYY-0","2x2,5RE",2.5,2.5,25,25,14.355,7.41,7.41,8.866064999999999,8.866064999999999,17.732129999999998,null,null,1,12,"1x 12",0.26700000000000002,0.26700000000000002,{"$f":"B857*G857*115/1000","v":0.28749999999999998},{"$f":"C857*H857*115/1000","v":0.28749999999999998},0.28749999999999998,0.28749999999999998]
[853,1,1,"//","NYY-0","2x4RE",4,4,34,34,19.5228,4.6100000000000003,4.6100000000000003,5.5158649999999998,5.5158649999999998,11.03173,null,null,1,14,"1x 14",0.34200000000000003,0.34200000000000003,0.46,0.46,0.46,0.46]
[854,2,2,"je 2 Ad. //","NYY-0","4x1,5RE",1.5,1.5,20,40,22.968000000000004,12.1,12.1,14.477649999999999,14.477649999999999,14.477649999999999,null,null,1,14,"1x 14",0.27800000000000002,0.27800000000000002,0.34499999999999997,0.34499999999999997,0.34499999999999997,0.34499999999999997]
[855,1,1,"//","NYY-0","2x6RE",6,6,43,43,24.690600000000003,3.08,3.08,3.6852199999999997,3.6852199999999997,7.3704399999999994,null,null,1,15,"1x 15",0.41199999999999998,0.41199999999999998,0.69,0.69,0.69,0.69]
[856,2,2,"je 2 Ad. //","NYY-0","4x2,5RE",2.5,2.5,25,50,28.71,7.41,7.41,8.866064999999999,8.866064999999999,8.866064999999999,null,null,1,15,"1x 15",0.34,0.34,0.57499999999999996,0.57499999999999996,0.57499999999999996,0.57499999999999996]
[857,1,1,"//","NYY-0","2x10RE",10,10,59,59,33.877800000000001,1.83,1.83,2.1895949999999997,2.1895949999999997,4.3791899999999995,null,null,1,16,"1x 16",0.51,0.51,1.1499999999999999,1.1499999999999999,1.1499999999999999,1.1499999999999999]
[858,1,1,"mit f=0,76","NYY-0","2x(1x16RE)",16,16,63.84,63.84,{"$f":"J863*Reduz_b","v":48.320496000000006},1.1499999999999999,1.1499999999999999,1.3759749999999997,1.3759749999999997,2.7519499999999995,null,null,2,11,"2x 11",0.23300000000000001,0.46600000000000003,1.84,1.84,1.84,1.84]
[859,2,2,"je 2 Ad. //","NYY-0","4x4RE",4,4,34,68,{"$f":"J864*Reduz_a","v":39.0456},4.6100000000000003,4.6100000000000003,5.5158649999999998,5.5158649999999998,5.5158649999999998,null,null,1,17,"1x 17",0.46,0.46,0.92,0.92,0.92,0.92]
[860,1,1,"//","NYY-0","2x16RM",16,16,79,79,{"$f":"J865*Reduz_a","v":45.361800000000002},1.1499999999999999,1.1499999999999999,1.3759749999999997,1.3759749999999997,2.7519499999999995,null,null,1,18,"1x 18",0.67,0.67,1.84,1.84,1.84,1.84]
[861,2,2,"je 2 Ad. //","NYY-0","4x6RE",6,6,43,86,{"$f":"J866*Reduz_a","v":49.381200000000007},3.08,3.08,3.6852199999999997,3.6852199999999997,3.6852199999999997,null,null,1,18,"1x 18",0.56999999999999995,0.56999999999999995,1.38,1.38,1.38,1.38]
[862,1,1,"mit f=0,76","NYY-0","2x(1x25RM)",25,25,86.64,86.64,{"$f":"J867*Reduz_b","v":65.577815999999999},0.72699999999999998,0.72699999999999998,0.86985549999999989,0.86985549999999989,1.7397109999999998,null,null,2,12,"2x 12",0.37,0.74,2.875,2.875,2.875,2.875]
[863,1,1,"mit f=0,76","NYY-0","2x(1x35RM)",35,35,105.64,105.64,{"$f":"J868*Reduz_b","v":79.958916000000002},0.52400000000000002,0.52400000000000002,0.62696600000000002,0.62696600000000002,1.253932,null,null,2,14,"2x 14",0.48,0.96,4.0250000000000004,4.0250000000000004,4.0250000000000004,4.0250000000000004]
[864,2,2,"je 2 Ad. //","NYY-0","4x10RE",10,10,59,118,{"$f":"J869*Reduz_a","v":67.755600000000001},1.83,1.83,2.1895949999999997,2.1895949999999997,2.1895949999999997,null,null,1,20,"1x 20",0.77500000000000002,0.77500000000000002,2.2999999999999998,2.2999999999999998,2.2999999999999998,2.2999999999999998]
[865,2,2,"mit f=0,76","NYY-0","4x(1x16RE)",16,16,63.84,127.68,{"$f":"J870*Reduz_b","v":96.640992000000011},1.1499999999999999,1.1499999999999999,1.3759749999999997,1.3759749999999997,1.3759749999999997,null,null,4,11,"4x 11",0.23300000000000001,0.93200000000000005,3.68,3.68,3.68,3.68]
[866,1,1,"mit f=0,76","NYY-0","2x(1x50RM)",50,50,128.44,128.44,{"$f":"J871*Reduz_b","v":97.216235999999995},0.38700000000000001,0.38700000000000001,0.4630455,0.4630455,0.926091,null,null,2,16,"2x 16",0.64,1.28,5.75,5.75,5.75,5.75]
[867,2,2,"je 2 Ad. //","NYY-0","4x16RE",16,16,63.84,127.68,{"$f":"J872*Reduz_a","v":73.313856000000015},1.1499999999999999,1.1499999999999999,1.3759749999999997,1.3759749999999997,1.3759749999999997,null,null,1,22,"1x 22",1.0720000000000001,1.0720000000000001,3.68,3.68,3.68,3.68]
[868,1,1,"mit f=0,76","NYY-0","2x(1x70RM)",70,70,161.88,161.88,{"$f":"J873*Reduz_b","v":122.526972},0.26800000000000002,0.26800000000000002,0.320662,0.320662,0.64132400000000001,null,null,2,17,"2x 17",0.85,1.7,8.0500000000000007,8.0500000000000007,8.0500000000000007,8.0500000000000007]
[869,2,2,"mit f=0,76","NYY-0","4x(1x25RM)",25,25,86.64,173.28,{"$f":"J874*Reduz_b","v":131.155632},0.72699999999999998,0.72699999999999998,0.86985549999999989,0.86985549999999989,0.86985549999999989,null,null,4,12,"4x 12",0.37,1.48,5.75,5.75,5.75,5.75]
[870,3,3,"mit f=0,76","NYY-0","6x(1x16RE)",16,16,63.84,191.52,{"$f":"J875*Reduz_b","v":144.961488},1.1499999999999999,1.1499999999999999,1.3759749999999997,1.3759749999999997,0.91731666666666645,null,null,6,11,"6x 11",0.23300000000000001,1.3980000000000001,5.52,5.52,5.52,5.52]
[871,1,1,"mit f=0,76","NYY-0","2x(1x95RM)",95,95,200.64000000000001,200.64000000000001,{"$f":"J876*Reduz_b","v":151.86441600000001},0.193,0.193,0.23092449999999998,0.23092449999999998,0.46184899999999995,null,null,2,19,"2x 19",1.1200000000000001,2.2400000000000002,10.925000000000001,10.925000000000001,10.925000000000001,10.925000000000001]
[872,2,2,"mit f=0,76","NYY-0","4x(1x35RM)",35,35,105.64,211.28,{"$f":"J877*Reduz_b","v":159.917832},0.52400000000000002,0.52400000000000002,0.62696600000000002,0.62696600000000002,0.62696600000000002,null,null,4,14,"4x 14",0.48,1.92,8.0500000000000007,8.0500000000000007,8.0500000000000007,8.0500000000000007]
[873,2,2,"je 2 Ad. //","NYY-0","4x25RM",25,25,106,212,{"$f":"J878*Reduz_a","v":121.7304},0.72699999999999998,0.72699999999999998,0.86985549999999989,0.86985549999999989,0.86985549999999989,null,null,1,27,"1x 27",1.6319999999999999,1.6319999999999999,5.75,5.75,5.75,5.75]
[874,1,1,"mit f=0,76","NYY-0","2x(1x120RM)",120,120,233.32,233.32,{"$f":"J879*Reduz_b","v":176.599908},0.153,0.153,0.18306449999999999,0.18306449999999999,0.36612899999999998,null,null,2,21,"2x 21",1.375,2.75,13.8,13.8,13.8,13.8]
[875,2,2,"mit f=0,76","NYY-0","4x(1x50RM)",50,50,128.44,256.88,{"$f":"J880*Reduz_b","v":194.43247199999999},0.38700000000000001,0.38700000000000001,0.4630455,0.4630455,0.4630455,null,null,4,16,"4x 16",0.64,2.56,11.5,11.5,11.5,11.5]
[876,2,2,"je 2 Ad. //","NYY-0","4x35SM",35,35,129,258,{"$f":"J881*Reduz_a","v":148.14360000000002},0.52400000000000002,0.52400000000000002,0.62696600000000002,0.62696600000000002,0.62696600000000002,null,null,1,27,"1x 27",1.9590000000000001,1.9590000000000001,8.0500000000000007,8.0500000000000007,8.0500000000000007,8.0500000000000007]
[877,3,3,"mit f=0,76","NYY-0","6x(1x25RM)",25,25,86.64,259.92,{"$f":"J882*Reduz_b","v":196.73344800000001},0.72699999999999998,0.72699999999999998,0.86985549999999989,0.86985549999999989,0.5799036666666666,null,null,6,12,"6x 12",0.37,2.2199999999999998,8.625,8.625,8.625,8.625]
[878,1,1,"mit f=0,76","NYY-0","2x(1x150RM)",150,150,267.52,267.52,{"$f":"J883*Reduz_b","v":202.48588799999999},0.124,0.124,0.148366,0.148366,0.296732,null,null,2,23,"2x 23",1.66,3.32,17.25,17.25,17.25,17.25]
[879,1,1,"mit f=0,76","NYY-0","2x(1x185RM)",185,185,308.56,308.56,{"$f":"J884*Reduz_b","v":233.54906400000002},9.9099999999999994E-2,9.9099999999999994E-2,0.11857314999999999,0.11857314999999999,0.23714629999999998,null,null,2,25,"2x 25",2.0499999999999998,4.0999999999999996,21.274999999999999,21.274999999999999,21.274999999999999,21.274999999999999]
[880,2,2,"je 2 Ad. //","NYY-0","4x50SM",50,50,157,314,{"$f":"J885*Reduz_a","v":180.2988},0.38700000000000001,0.38700000000000001,0.4630455,0.4630455,0.4630455,null,null,1,32,"1x 32",2.5950000000000002,2.5950000000000002,11.5,11.5,11.5,11.5]
[881,3,3,"mit f=0,76","NYY-0","6x(1x35RM)",35,35,105.64,316.92,{"$f":"J886*Reduz_b","v":239.87674800000002},0.52400000000000002,0.52400000000000002,0.62696600000000002,0.62696600000000002,0.41797733333333337,null,null,6,14,"6x 14",0.48,2.88,12.074999999999999,12.074999999999999,12.074999999999999,12.074999999999999]
[882,2,2,"mit f=0,76","NYY-0","4x(1x70RM)",70,70,161.88,323.76,{"$f":"J887*Reduz_b","v":245.053944},0.26800000000000002,0.26800000000000002,0.320662,0.320662,0.320662,null,null,4,17,"4x 17",0.85,3.4,16.100000000000001,16.100000000000001,16.100000000000001,16.100000000000001]
[883,1,1,"mit f=0,76","NYY-0","2x(1x240RM)",240,240,367.08,367.08,{"$f":"J888*Reduz_b","v":277.84285199999999},7.5399999999999995E-2,7.5399999999999995E-2,{"$f":"$L888*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":9.021609999999998E-2},{"$f":"$M888*(1+Temp_Beiwert*(Maximale_Kabel_Temperatur-20))","v":9.021609999999998E-2},0.18043219999999996,null,null,2,28,"2x 28",2.6339999999999999,5.2679999999999998,27.6,27.6,{"$f":"X888*SQRT(1/KSZeit)","v":27.6},{"$f":"Y888*SQRT(1/KSZeit)","v":27.6}]
[884,3,3,"mit f=0,76","NYY-0","6x(1x50RM)",50,50,128.44,385.32,{"$f":"J889*Reduz_b","v":291.648708},0.38700000000000001,0.38700000000000001,0.4630455,0.4630455,0.308697,null,null,6,16,"6x 16",0.64,3.84,17.25,17.25,17.25,17.25]
[885,2,2,"je 2 Ad. //","NYY-0","4x70SM",70,70,199,398,{"$f":"J890*Reduz_a","v":228.53160000000003},0.26800000000000002,0.26800000000000002,0.320662,0.320662,0.320662,null,null,1,36,"1x 36",3.488,3.488,16.100000000000001,16.100000000000001,16.100000000000001,16.100000000000001]
[886,2,2,"mit f=0,76","NYY-0","4x(1x95RM)",95,95,200.64000000000001,401.28000000000003,{"$f":"J891*Reduz_b","v":303.72883200000001},0.193,0.193,0.23092449999999998,0.23092449999999998,0.23092449999999998,null,null,4,19,"4x 19",1.1200000000000001,4.4800000000000004,21.85,21.85,21.85,21.85]
[887,2,2,"mit f=0,76","NYY-0","4x(1x120RM)",120,120,233.32,466.64,{"$f":"J892*Reduz_b","v":353.199816},0.153,0.153,0.18306449999999999,0.18306449999999999,0.18306449999999999,null,null,4,21,"4x 21",1.375,5.5,27.6,27.6,27.6,27.6]
[888,3,3,"mit f=0,76","NYY-0","6x(1x70RM)",70,70,161.88,485.64,{"$f":"J893*Reduz_b","v":367.580916},0.26800000000000002,0.26800000000000002,0.320662,0.320662,0.21377466666666667,null,null,6,17,"6x 17",0.85,5.0999999999999996,24.15,24.15,24.15,24.15]
[889,2,2,"je 2 Ad. //","NYY-0","4x95SM",95,95,246,492,{"$f":"J894*Reduz_a","v":282.50640000000004},0.193,0.193,0.23092449999999998,0.23092449999999998,0.23092449999999998,null,null,1,41,"1x 41",4.6369999999999996,4.6369999999999996,21.85,21.85,21.85,21.85]
[890,2,2,"mit f=0,76","NYY-0","4x(1x150RM)",150,150,267.52,535.04,{"$f":"J895*Reduz_b","v":404.97177599999998},0.124,0.124,0.148366,0.148366,0.148366,null,null,4,23,"4x 23",1.66,6.64,34.5,34.5,34.5,34.5]
[891,2,2,"je 2 Ad. //","NYY-0","4x120SM",120,120,285,570,{"$f":"J896*Reduz_a","v":327.29400000000004},0.153,0.153,0.18306449999999999,0.18306449999999999,0.18306449999999999,null,null,1,43,"1x 43",5.6890000000000001,5.6890000000000001,27.6,27.6,27.6,27.6]
[892,3,3,"mit f=0,76","NYY-0","6x(1x95RM)",95,95,200.64000000000001,601.92000000000007,{"$f":"J897*Reduz_b","v":455.59324800000007},0.193,0.193,0.23092449999999998,0.23092449999999998,0.15394966666666665,null,null,6,19,"6x 19",1.1200000000000001,6.7200000000000006,32.774999999999999,32.774999999999999,32.774999999999999,32.774999999999999]
[893,2,2,"mit f=0,76","NYY-0","4x(1x185RM)",185,185,308.56,617.12,{"$f":"J898*Reduz_b","v":467.09812800000003},9.9099999999999994E-2,9.9099999999999994E-2,0.11857314999999999,0.11857314999999999,0.11857314999999999,null,null,4,25,"4x 25",2.0499999999999998,8.1999999999999993,42.55,42.55,42.55,42.55]
[894,2,2,"je 2 Ad. //","NYY-0","4x150SM",150,150,326,652,{"$f":"J899*Reduz_a","v":374.37840000000006},0.124,0.124,0.148366,0.148366,0.148366,null,null,1,49,"1x 49",6.9729999999999999,6.9729999999999999,34.5,34.5,34.5,34.5]
[895,3,3,"mit f=0,76","NYY-0","6x(1x120RM)",120,120,233.32,699.96,{"$f":"J900*Reduz_b","v":529.79972400000008},0.153,0.153,0.18306449999999999,0.18306449999999999,0.122043,null,null,6,21,"6x 21",1.375,8.25,41.4,41.4,41.4,41.4]
[896,2,2,"mit f=0,76","NYY-0","4x(1x240RM)",240,240,367.08,734.16,{"$f":"J901*Reduz_b","v":555.68570399999999},7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,9.021609999999998E-2,null,null,4,28,"4x 28",2.6339999999999999,10.536,55.2,55.2,55.2,55.2]
[897,2,2,"je 2 Ad. //","NYY-0","4x185SM",185,185,374,748,{"$f":"J902*Reduz_a","v":429.50160000000005},9.9099999999999994E-2,9.9099999999999994E-2,0.11857314999999999,0.11857314999999999,0.11857314999999999,null,null,1,54,"1x 54",8.6630000000000003,8.6630000000000003,42.55,42.55,42.55,42.55]
[898,3,3,"mit f=0,76","NYY-0","6x(1x150RM)",150,150,267.52,802.56,{"$f":"J903*Reduz_b","v":607.45766400000002},0.124,0.124,0.148366,0.148366,9.8910666666666661E-2,null,null,6,23,"6x 23",1.66,9.9599999999999991,51.75,51.75,51.75,51.75]
[899,2,2,"je 2 Ad. //","NYY-0","4x240SM",240,240,445,890,{"$f":"J904*Reduz_a","v":511.03800000000001},7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,9.021609999999998E-2,null,null,1,60,"1x 60",11.14,11.14,55.2,55.2,55.2,55.2]
[900,3,3,"mit f=0,76","NYY-0","6x(1x185RM)",185,185,308.56,925.68000000000006,{"$f":"J905*Reduz_b","v":700.64719200000002},9.9099999999999994E-2,9.9099999999999994E-2,0.11857314999999999,0.11857314999999999,7.9048766666666659E-2,null,null,6,25,"6x 25",2.0499999999999998,12.299999999999999,63.825000000000003,63.825000000000003,63.825000000000003,63.825000000000003]
[901,3,3,"mit f=0,76","NYY-0","6x(1x240RM)",240,240,367.08,1101.24,{"$f":"J906*Reduz_b","v":833.52855599999998},7.5399999999999995E-2,7.5399999999999995E-2,9.021609999999998E-2,9.021609999999998E-2,6.0144066666666655E-2,null,null,6,28,"6x 28",2.6339999999999999,15.803999999999998,82.8,82.8,82.8,82.8]
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[903]
[904]
[905]
["drucken"]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,null,null,null,null,null,null,null,"Kabel-Werte"]
[{"$f":"Revision","v":"Rev.: V.6.3"},null,null,null,null,null,null,null,null,null,null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"}]
["drucken"]

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[]
[]
[]
[null,null," I2t = k2*S2"]
[null,null,"PVC","kCu=",115,null,null,"Bemessungs-Kurzzeitstromdichte Jthr für 1 s."]
[null,null,"PVC>300","kCu400=",103,null,null,{"$f":"KKupferbis300","v":115},"[ A ] / mm",null,"bis 300 mm2"]
[]
[null,null,"Querschnitt",null,null,null,null,103,"[ A ] / mm",null,"> 300 mm2",null,"Jthr für 1 s."]
[null,null,{"$f":"INDEX(C11:C29,D10)","v":1.5},"mm2"]
[null,null,"S (mm2)",19,null,null,null,"Querschnitt",null,"(I2t)max = (Jthr * Sn)2",null,null,"(It)max = (Jthr * Sn)"]
[null,null,630]
[null,null,500,null,null,null,null,1.5,null,{"$f":"POWER(($H$6*H12),2)","v":29756.25},null,null,{"$f":"($H$6*H12)","v":172.5}]
[null,null,400,null,null,null,null,2.5,null,82656.25,null,null,287.5]
[null,null,300,null,null,null,null,4,null,211600,null,null,460]
[null,null,240,null,null,null,null,6,null,476100,null,null,690]
[null,null,185,null,null,null,null,10,null,1322500,null,null,1150]
[null,null,150,null,null,null,null,16,null,3385600,null,null,1840]
[null,null,120,null,null,null,null,25,null,8265625,null,null,2875]
[null,null,95,null,null,null,null,35,null,16200625,null,null,4025]
[null,null,70,null,null,null,null,50,null,33062500,null,null,5750]
[null,null,50,null,null,null,null,75,null,74390625,null,null,8625]
[null,null,35,null,null,null,null,95,null,119355625,null,null,10925]
[null,null,25,null,null,null,null,120,null,190440000,null,null,13800]
[null,null,16,null,null,null,null,150,null,297562500,null,null,17250]
[null,null,10,null,null,null,null,185,null,452625625,null,null,21275]
[null,null,6,null,null,null,null,240,null,761760000,null,null,27600]
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[null,null,2.5,null,null,null,null,400,null,{"$f":"POWER(($H$8*H28),2)","v":1697440000},null,null,{"$f":"($H$8*H28)","v":41200}]
[null,null,1.5,null,null,null,null,500,null,{"$f":"POWER(($H$8*H29),2)","v":2652250000},null,null,{"$f":"($H$8*H29)","v":51500}]
[null,null,null,null,null,null,null,630,null,{"$f":"POWER(($H$8*H30),2)","v":4210712100},null,null,{"$f":"($H$8*H30)","v":64890}]
[]
[null,null,null,null,null,null,null,null,null,"benötigt  für\nKurzschlussfestigkeit \nder NH Sicherungen \nim Vergleich zu \nKS-Festigkeit der Anlage",null,null,"benötigt  für\nKurzschlussfestigkeit\nder Kabel\nim Vergleich zu\nAbschaltbedingung  \nder NH Sicherungen "]

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["x","PVC Kupferkabel  Kurzschlussbeanspruchung THERMISCH"]
["x","Kabel  Kurzschluß - Festigkeit   in kA eff"]
["x","Zeitskala in s"]
["x"]
["x",null,1,null,null,null,null,null,null,null,null,0.01]
["x",null,50,null,null,null,null,null,null,null,null,500]
["x"]
["x","Querlinien",null,null,null,null,null,null,null,null,null,"Höhenlinien",null,null,null,null,"Zeitskala",null,null,null,"Stromskala",null,null,null,"Beschriftung 2"]
["x"]
["x",0.01,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},{"$f":"$C$10","v":1},null,"Höhenlinien",null,1,0.01,"0,01kA",null,0.01,1,"0,1s",null,57,{"$f":"Rechnung!AC5","v":7.714434522374275E-2},"1,5 mm2"]
["x",0.01,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,null,null,null,null,null,1,0.02,"0,02kA",null,0.01,1.2,"0,12s",null,57,{"$f":"Rechnung!AC6","v":0.12857390870623792},"2,5 mm2"]
["x",1.4999999999999999E-2,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},1,null,"Höhenlinien",null,1,0.05,"0,05kA",null,0.01,1.5,"0,15s",null,57,{"$f":"Rechnung!AC7","v":0.20571825392998064},"4 mm2"]
["x",1.4999999999999999E-2,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},1,null,"Höhenlinien",null,1,0.1,"0,1kA",null,0.01,2,"0,2s",null,57,{"$f":"Rechnung!AC8","v":0.308577380894971},"6 mm2"]
["x",0.02,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},1.2,null,"Höhenlinien",null,1,0.2,"0,2kA",null,0.01,2.5,"0,25s",null,57,{"$f":"Rechnung!AC9","v":0.51429563482495166},"10 mm2"]
["x",0.02,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},1.2,null,"Höhenlinien",null,1,0.5,"0,5kA",null,0.01,3,"0,3s",null,57,{"$f":"Rechnung!AC10","v":0.82287301571992255},"16 mm2"]
["x",0.03,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},1.5,null,"Höhenlinien",null,1,1,"1kA",null,0.01,4,"0,4s",null,57,{"$f":"Rechnung!AC11","v":1.285739087062379},"25 mm2"]
["x",0.03,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},1.5,null,"Höhenlinien",null,1,2,"2kA",null,0.01,5,"0,5s",null,57,{"$f":"Rechnung!AC12","v":1.8000347218873307},"35 mm2"]
["x",0.04,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},2,null,"Höhenlinien",null,1,5,"5kA",null,0.01,7,"0,7s",null,57,{"$f":"Rechnung!AC13","v":2.5714781741247581},"50 mm2"]
["x",0.04,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},2,null,"Höhenlinien",null,1,10,"10kA",null,0.01,10,"1s",null,57,{"$f":"Rechnung!AC14","v":3.6000694437746614},"75 mm2"]
["x",0.05,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},2.5,null,"Höhenlinien",null,1,20,"20kA",null,0.01,12,"1,2s",null,57,{"$f":"Rechnung!AC15","v":4.8858085308370409},"95 mm2"]
["x",0.05,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},2.5,null,"Höhenlinien",null,1,50,"50kA",null,0.01,15,"1,5s",null,57,{"$f":"Rechnung!AC16","v":6.17154761789942},"120 mm2"]
["x",0.06,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},3,null,"Höhenlinien",null,1,100,"100kA",null,0.01,20,"2s",null,57,{"$f":"Rechnung!AC17","v":7.7144345223742743},"150 mm2"]
["x",0.06,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},3,null,"Höhenlinien",null,1,200,"200kA",null,0.01,25,"2,5s",null,57,{"$f":"Rechnung!AC18","v":9.5144692442616048},"185 mm2"]
["x",7.0000000000000007E-2,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},4,null,"Höhenlinien",null,1,500,"500kA",null,0.01,30,"3s",null,57,{"$f":"Rechnung!AC19","v":12.34309523579884},"240 mm2"]
["x",7.0000000000000007E-2,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},4,null,"Höhenlinien",null,null,null,null,null,0.01,40,"4s",null,57,{"$f":"Rechnung!AC20","v":15.428869044748549},"300 mm2"]
["x",0.08,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},5,null,"Höhenlinien",null,null,null,null,null,0.01,50,"5s",null,57,{"$f":"Rechnung!AC21","v":18.425200134598263},"400 mm2"]
["x",0.08,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},5,null,"Höhenlinien",null,null,null,null,null,null,null,null,null,57,{"$f":"Rechnung!AC22","v":23.031500168247831},"500 mm2"]
["x",0.09,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},6,null,"Höhenlinien",null,null,null,null,null,null,null,null,null,57,{"$f":"Rechnung!AC23","v":29.01969021199227},"630 mm2"]
["x",0.09,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},6,null,"Höhenlinien"]
["x",0.1,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},7,null,"Höhenlinien"]
["x",0.1,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},7,null,"Höhenlinien"]
["x",0.15,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},8,null,"Höhenlinien"]
["x",0.15,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},8,null,"Höhenlinien"]
["x",0.2,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},9,null,"Höhenlinien"]
["x",0.2,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},9,null,"Höhenlinien"]
["x",0.3,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},10,null,"Höhenlinien"]
["x",0.3,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},10,null,"Höhenlinien"]
["x",0.4,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},12,null,"Höhenlinien"]
["x",0.4,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},12,null,"Höhenlinien"]
["x",0.5,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},15,null,"Höhenlinien"]
["x",0.5,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},15,null,"Höhenlinien"]
["x",0.6,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},20,null,"Höhenlinien"]
["x",0.6,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},20,null,"Höhenlinien"]
["x",0.7,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},25,null,"Höhenlinien"]
["x",0.7,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},25,null,"Höhenlinien"]
["x",0.8,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},30,null,"Höhenlinien"]
["x",0.8,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},30,null,"Höhenlinien"]
["x",0.9,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},40,null,"Höhenlinien"]
["x",0.9,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},40,null,"Höhenlinien"]
["x",1,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},50,null,"Höhenlinien"]
["x",1,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},50,null,"Höhenlinien"]
["x",1.5,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},60,null,"Höhenlinien"]
["x",1.5,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},60,null,"Höhenlinien"]
["x",2,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},70,null,"Höhenlinien"]
["x",2,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},70,null,"Höhenlinien"]
["x",3,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},80,null,"Höhenlinien"]
["x",3,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},80,null,"Höhenlinien"]
["x",4,{"$f":"$C$5","v":1},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$6","v":500},90,null,"Höhenlinien"]
["x",4,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},90,null,"Höhenlinien"]
["x",5,{"$f":"$C$6","v":50},null,"Querlinien",null,null,null,null,null,null,{"$f":"$L$5","v":0.01},100,null,"Höhenlinien"]
["x",5,{"$f":"$C$5","v":1},null,"Querlinien"]
["x",6,{"$f":"$C$5","v":1},null,"Querlinien"]
["x",6,{"$f":"$C$6","v":50},null,"Querlinien"]
["x",7,{"$f":"$C$6","v":50},null,"Querlinien"]
["x",7,{"$f":"$C$5","v":1},null,"Querlinien"]
["x",8,{"$f":"$C$5","v":1},null,"Querlinien"]
["x",8,{"$f":"$C$6","v":50},null,"Querlinien"]
["x",9,{"$f":"$C$6","v":50},null,"Querlinien"]
["x",9,{"$f":"$C$5","v":1},null,"Querlinien"]
["x",10,{"$f":"$C$5","v":1},null,"Querlinien"]
["x",10,{"$f":"$C$6","v":50},null,"Querlinien"]
["x",15,{"$f":"$C$6","v":50},null,"Querlinien"]
["x",15,{"$f":"$C$5","v":1},null,"Querlinien"]
["x",20,{"$f":"$C$5","v":1},null,"Querlinien"]
["x",20,{"$f":"$C$6","v":50},null,"Querlinien"]
["x",30,{"$f":"$C$6","v":50},null,"Querlinien"]
["x",30,{"$f":"$C$5","v":1},null,"Querlinien"]
[null,40,{"$f":"$C$5","v":1},null,"Querlinien"]
[null,40,{"$f":"$C$6","v":50},null,"Querlinien"]
[null,50,{"$f":"$C$6","v":50},null,"Querlinien"]
[null,50,{"$f":"$C$5","v":1},null,"Querlinien"]
[null,60,{"$f":"$C$5","v":1},null,"Querlinien"]
[null,60,{"$f":"$C$6","v":50},null,"Querlinien"]
[null,70,{"$f":"$C$6","v":50},null,"Querlinien"]
[null,70,{"$f":"$C$5","v":1},null,"Querlinien"]
[null,80,{"$f":"$C$5","v":1},null,"Querlinien"]
[null,80,{"$f":"$C$6","v":50},null,"Querlinien"]
[null,90,{"$f":"$C$6","v":50},null,"Querlinien"]
[null,90,{"$f":"$C$5","v":1},null,"Querlinien"]
[null,100,{"$f":"$C$5","v":1},null,"Querlinien"]
[null,100,{"$f":"$C$6","v":50},null,"Querlinien"]
[null,150,{"$f":"$C$6","v":50},null,"Querlinien"]
[null,150,{"$f":"$C$5","v":1},null,"Querlinien"]
[null,200,{"$f":"$C$5","v":1},null,"Querlinien"]
[null,200,{"$f":"$C$6","v":50},null,"Querlinien"]
[null,300,{"$f":"$C$6","v":50},null,"Querlinien"]
[null,300,{"$f":"$C$5","v":1},null,"Querlinien"]
[null,400,{"$f":"$C$5","v":1},null,"Querlinien"]
[null,400,{"$f":"$C$6","v":50},null,"Querlinien"]
[null,500,{"$f":"$C$6","v":50},null,"Querlinien"]
[null,500,1,null,"Querlinien"]

{"sheet":"Rechnung","index":4,"n_rows":23,"n_cols":29,"rows_kept":23,"cut":false,"hidden":true,"merged":[]}
[null,"Der I2t Wert der Schutzeinrichtung muss kleiner als der A2s Wert des Kabels sein"]
[null,null,null,null,null,"bis300mm2",null,">300mm2"]
[null,null,null,null,null,{"$f":"KKupferbis300/1000","v":0.115},null,{"$f":"KKupfer_400/1000","v":0.10299999999999999},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Beschriftung"]
[]
[null,null,null," t(sec)","Skala",1.5,2.5,4,6,10,16,25,35,50,70,95,120,150,185,240,300,400,500,630,null,{"$f":"LeiterQuerschn","v":1.5},"mm2",null,{"$f":"F7","v":7.714434522374275E-2}]
[null,null,null,null,null,{"$f":"CONCATENATE(F5,\" \",$AA$5)","v":"1,5 mm2"},"2,5 mm2","4 mm2","6 mm2","10 mm2","16 mm2","25 mm2","35 mm2","50 mm2","70 mm2","95 mm2","120 mm2","150 mm2","185 mm2","240 mm2","300 mm2","400 mm2","500 mm2","630 mm2",null,{"$f":"CONCATENATE(Z5,\" \",$AA$5)","v":"1,5 mm2"},null,null,{"$f":"G7","v":0.12857390870623792}]
[null,null,"5s",5,50,{"$f":"$F$3*F$5/(SQRT($D7))","v":7.714434522374275E-2},0.12857390870623792,0.20571825392998064,0.308577380894971,0.51429563482495166,0.82287301571992255,1.285739087062379,1.8000347218873307,2.5714781741247581,3.6000694437746614,4.8858085308370409,6.17154761789942,7.7144345223742743,9.5144692442616048,12.34309523579884,15.428869044748549,{"$f":"$H$3*V$5/(SQRT($D7))","v":18.425200134598263},23.031500168247831,29.01969021199227,null,{"$f":"IF(Z$5>300,($H$3*Z$5/(SQRT($D7))),($F$3*Z$5/(SQRT($D7))))","v":7.714434522374275E-2},null,null,{"$f":"H7","v":0.20571825392998064}]
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[null,null,null,1.2,12,0.15747023528273529,0.26245039213789212,0.41992062742062741,0.62988094113094117,1.0498015685515685,1.6796825096825097,2.624503921378921,3.6743054899304899,5.2490078427578419,7.3486109798609798,9.9731149012399012,12.597618822618822,15.747023528273527,19.42132901820402,25.195237645237643,31.494047056547053,37.610282282021409,47.012852852526763,59.236194594183722,null,0.15747023528273529,null,null,{"$f":"N7","v":2.5714781741247581}]
[null,null,"1s",1,10,0.17250000000000001,0.28750000000000003,0.46,0.69000000000000006,1.1500000000000001,1.84,2.875,4.0250000000000004,5.75,8.0500000000000007,10.925000000000001,13.8,17.25,21.275000000000002,27.6,34.5,41.199999999999996,51.5,64.89,null,0.17250000000000001,null,null,{"$f":"O7","v":3.6000694437746614}]
[null,null,null,0.7,7,0.20617693511018292,0.34362822518363823,0.54980516029382109,0.8247077404407317,1.3745129007345529,2.1992206411752844,3.4362822518363818,4.8107951525709352,6.8725645036727636,9.6215903051418703,13.057872556978252,16.494154808814631,20.617693511018288,25.428488663589228,32.988309617629263,41.235387022036576,49.24341870457701,61.55427338072127,77.558384459708805,null,0.20617693511018292,null,null,{"$f":"P7","v":4.8858085308370409}]
[null,null,"500ms",0.5,5,0.24395183950935889,0.40658639918226486,0.65053823869162375,0.97580735803743557,1.6263455967290594,2.602152954766495,4.0658639918226482,5.6922095885517079,8.1317279836452965,11.384419177103416,15.450283168926063,19.516147160748712,24.395183950935888,30.087393539487596,39.032294321497425,48.790367901871775,58.265598769771508,72.831998462214386,91.768318062390136,null,0.24395183950935889,null,null,{"$f":"Q7","v":6.17154761789942}]
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[null,null,"200ms",0.2,2,0.38572172611871375,0.64286954353118964,1.0285912696499033,1.542886904474855,2.5714781741247585,4.1143650785996133,6.4286954353118952,9.0001736094366542,12.85739087062379,18.000347218873308,24.429042654185206,30.857738089497101,38.572172611871373,47.572346221308031,61.715476178994201,77.144345223742746,92.126000672991324,115.15750084123917,145.09845105996135,null,0.38572172611871375,null,null,{"$f":"U7","v":15.428869044748549}]
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{"sheet":"Lapp Widerstand","index":6,"n_rows":0,"n_cols":0,"rows_kept":0,"cut":false,"hidden":false,"merged":[]}

{"sheet":"verwendete Formeln","index":7,"n_rows":52,"n_cols":11,"rows_kept":52,"cut":false,"hidden":false,"merged":[[0,5,0,10],[1,5,1,10]]}
[null,null,null,null,null,"Formeln, welche für die Berechnungen verwendet wurden"]
[]
[null,null,null,null,null,"Generelle Daten"]
[]
[null,null,null,null,null,"f1 ---> Umrechnungsfaktor Temperatur","f1"," =","Abminderungsfaktor für von 30°C abweichende Temperaturen",null,"wirkt auf die Strombelastbarkeit der Kabel"]
[null,null,null,null,null,"f2 ---> Umrechnungsfaktor Verlegungsart (Häufung)","f2"," =","Abminderungsfaktor durch Verlegungsart (Häufung)",null,"wirkt auf die Strombelastbarkeit der Kabel"]
[null,null,null,null,null,"Kupfer   ","K"," =",{"$f":"KCu","v":56}]
[null,null,null,null,null,"Spannungsfall in V","ΔU"," =","Betriebsspannung / 100 * Spannungsfall %","in V"]
[null,null,null,null,null,{"$f":"CONCATENATE(\"Belastbarkeit in Luft, Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",\" unter Einbeziehung des Abminderungsfaktors für die Häufung\")","v":"Belastbarkeit in Luft, Strom in  A bei einer Temp. von 40°C unter Einbeziehung des Abminderungsfaktors für die Häufung"},null," --->","berechnet in Tabelle Kab_Werte","A"]
[null,null,null,null,null,"Z´. NEU",null," --->","berechnet in Tabelle Kab_Werte","Ohm/km"]
[null,null,null,null,null,"Z´. NEU",null," --->",{"$f":"CONCATENATE(\"Hin und Rückleiter alle Leiter parallel R warm bei ---> \",Berechnungswerte!E12,\"°C\",)","v":"Hin und Rückleiter alle Leiter parallel R warm bei ---> 40°C"},"Ohm/km"]
[null,null,null,null,null,"Max Abschaltstrom durch Abschaltelement"]
[null,null,null,null,null,"Max Abschaltstrom  Sicherung",null," ="," I * m (m = bis 32A 10 sonst 3,5)"]
[null,null,null,null,null,"Max Abschaltstrom  Motorschutzschalter (MSS)",null," ="," I * 12"]
[null,null,null,null,null,"Max Abschaltstrom  Leistungsschalter     (LS)",null," ="," I * 1 *(Einstellung Unverzögerter Kurzschluss)"]
[]
[null,null,null,null,null,"max. Schleifenwiderstand (je nach Abschaltelement)"]
[null,null,null,null,null,"ZS = max. Schleifenwiderstand (Sicherung)","ZS"," =","Phase / Nullleiterspannung /  < 32A 10* IN    > 32A 3,5 * IN ","in Ohm"]
[null,null,null,null,null,"ZS = max. Schleifenwiderstand  (Motorschutzschalter)","ZS"," =","Phase / Nullleiterspannung / 12 * IN","in Ohm"]
[null,null,null,null,null,"ZS = max. Schleifenwiderstand (Leistungsschalter) *","ZS"," =","Phase / Nullleiterspannung /  1 * IN","in Ohm"]
[null,null,null,null,null,"    * (Einstellung Unverzögerter Kurzschluss)","m","für","Sich m=bis 32A 10 sonst 3,5, MSS > m=12, LS > m=1"]
[]
[null,null,null,null,null,"max. Schleifenwiderstand  im 500V IT-Netz","Relevant für die Berechnung ist hier die halbe Spannung (250V)"]
[null,null,null,null,null,"ZS = max. Schleifenwiderstand (Sicherung)","ZS"," =","250V /  < 32A 10* IN    > 32A 3,5 * IN ","in Ohm"]
[null,null,null,null,null,"ZS = max. Schleifenwiderstand  (Motorschutzschalter)","ZS"," =","250V  / 12 * IN","in Ohm"]
[null,null,null,null,null,"ZS = max. Schleifenwiderstand (Leistungsschalter *)","ZS"," =","250V  /  1 * IN","in Ohm"]
[null,null,null,null,null,"*(Einstellung Unverzögerter Kurzschluss)","m","für","Sich m=bis 32A 10 sonst 3,5, MSS > m=12, LS > m=1"]
[]
[]
[null,null,null,null,null,"Kabelberechnung für Sicherungsabgänge","Relevant für die Berechnung ist hier der Abschaltstrom der Sicherung"]
[null,null,null,null,null,"Kabellänge durch Spannungsfall","l"," =","ΔU * K * A / Wurzel 3 * I","in m"]
[null,null,null,null,null,"Kabellänge durch Abschaltelement","l"," =","ZS / Z´ * 1000","in m"]
[]
[null,null,null,null,null,"Kabelberechnung für Motor - und FU - Abgänge","Relevant für die Berechnung ist hier der Anlauf- und Motorstrom"]
[null,null,null,null,null,"Spannungsfall für Betriebsstrom in V","ΔUB"," =","Betriebsspannung/100*Spannungsfall Betrieb %","in V"]
[null,null,null,null,null,"Spannungsfall für Anlaufstrom in V","ΔUA"," =","Betriebsspannung/100*Spannungsfall Anlauf  %","in V"]
[null,null,null,null,null,"Kleinste Abschaltbedingung aus:","Sim"," =","Faktor für Sicherungs-Abschaltbedingung laut FU Hersteller","Faktor"]
[null,null,null,null,null,"Anlauf   l max (Kabellänge max)","lA"," =","ΔUA * m * A / Wurzel(3) * Anlaufstrom IS","in m"]
[null,null,null,null,null,"Betrieb  l max (Kabellänge max)","lB"," =","ΔUB * m * A / Wurzel(3) * Betriebsstrom IB","in m"]
[null,null,null,null,null,"Schleifenwiderstand  l max (Kabellänge max)","l"," =","ZS / Z´ * 1000","in m"]
[]
[null,null,null,null,null,"Kabelberechnung für Transformatorableitungen","Relevant für die Berechnung ist hier der Trafostromstrom"]
[null,null,null,null,null,"Kabellänge durch maximalen Spannungsfall","l"," =","ΔU * m * A / Wurzel 3 * I","in m"]
[]
[null,null,null,null,null,"Kabel Lichtnetz","Relevant für die Berechnung ist hier der Abschaltstrom des Leitungsschutzschalters"]
[null,null,null,null,null,"max. Schleifenwiderstand","ZS"," =","231 / IA     (Leitungsschutzschalter Abschaltstrom)","in Ohm"]
[null,null,null,null,null,"Kabellänge durch Spannungsfall","l"," =","ΔU * m * A / Wurzel 3 * I","in m"]
[null,null,null,null,null,"Kabellänge durch Abschaltelement","l"," =","ZS / Z´ * 1000","in m"]
[]
[]
[null,null,null,null,null,{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,"verwendete Formeln",null,{"$f":"Datum","v":"2019-01-07"}]
[null,null,null,null,null,{"$f":"Revision","v":"Rev.: V.6.3"},null,null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,{"$f":"MName","v":"Mustermann"}]

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[]
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["Abminderungsfaktoren für Ein- und Mehrleiterkabel\nSicherungs-, FU-, Motor- und Trafoabgänge"]
[]
[]
[null,"Umrechnungsfaktoren für die Strombelastbarkeit nach DIN VDE 0298, Teil 4; Anhang (Tabellen)"]
[null,"Die Werte gelten unter der Voraussetzung dass die Umgebungstemperatur durch  die Verlustwärme der Kabel nicht merklich erhöht wird"]
[]
[null,"Reduzierung 6a nach ","Tabelle 18"]
[]
[null,"Drei- und mehr-adrige Kabel bei Verlegung in Luft. "]
[null,"Anordnung der Kabel:  Gegenseitige - und Wand - Berührung, auf Kabelrosten liegend, unbehinderte Luftzirkulation"]
[]
[null,"Anzahl der nebeneinander liegenden Kabel",null,null,null,null,null,1,2,3,4,5,9]
[null,null,null,null,"Kabelroste ","  Anz. Kabel"]
[null,null,"Anzahl der Kabelroste",1,69,null,null,1,0.87,0.82,0.8,0.79,0.78,null,{"$f":"(IF(E14=11,H14,IF(E14=12,I14,IF(E14=13,J14,IF(E14=14,K14,IF(E14=15,L14,IF(E14=19,M14,)))))))","v":0}]
[null,null,"in 300mm Abstand",2,null,null,null,1,0.86,0.8,0.78,0.76,0.73,null,{"$f":"(IF(E14=21,H15,IF(E14=22,I15,IF(E14=23,J15,IF(E14=24,K15,IF(E14=25,L15,IF(E14=29,M15,)))))))","v":0}]
[null,null,"übereinander",3,null,null,null,1,0.85,0.79,0.76,0.73,0.7,null,{"$f":"(IF(E14=31,H16,IF(E14=32,I16,IF(E14=33,J16,IF(E14=34,K16,IF(E14=35,L16,IF(E14=39,M16,)))))))","v":0}]
[null,null,null,6,null,null,null,1,0.83,0.76,0.73,0.69,0.66,null,{"$f":"(IF(E14=61,H17,IF(E14=62,I17,IF(E14=63,J17,IF(E14=64,K17,IF(E14=65,L17,IF(E14=69,M17,)))))))","v":0.66}]
[null,null,{"$f":"CONCATENATE(\"6a)  Vierleiterkabel: Verlegung auf \",LEFT(E14,1),\" Kabelpritsche(n) mit gegenseitiger  \")","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(O14:O17)","v":0.66}]
[null,null,{"$f":"CONCATENATE(\"und Wand- Berührung    \",RIGHT(E14,1),\"  Kabel nebeneinander liegend, KS-fest verl.\")","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[]
[null,"Reduzierung 6b nach ","Tabelle 16"]
[]
[null,"Einadrige Kabel im Drehstromsystem, bei Verlegung in Luft,"]
[null,"im Dreieck gebündelte Verlegung,  Zwischenraum = 2d,  Abstand von der Wand >= 2 cm"]
[null,"Anordnung der Kabel:  auf Kabelrosten liegend, unbehinderte Luftzirkulation"]
[]
[null,"Anzahl der Drehstromsysteme nebeneinander",null,null,null,null,null,1,2,3]
[null,null,null,null,"Kabelroste ","  Anz. Kabel"]
[null,null,"Anzahl der Kabelroste",1,63,null,null,1,1,1,null,null,null,null,{"$f":"(IF(E29=11,H29,IF(E29=12,I29,IF(E29=13,J29,))))","v":0}]
[null,null,"in 300mm Abstand",2,null,null,null,0.97,0.95,0.93,null,null,null,null,{"$f":"(IF(E29=21,H30,IF(E29=22,I30,IF(E29=23,J30,))))","v":0}]
[null,null,"übereinander",3,null,null,null,0.96,0.94,0.9,null,null,null,null,{"$f":"(IF(E29=31,H31,IF(E29=32,I31,IF(E29=33,J31,))))","v":0}]
[null,null,null,6,null,null,null,0.95,0.93,0.87,null,null,null,null,{"$f":"(IF(E29=61,H32,IF(E29=62,I32,IF(E29=63,J32,))))","v":0.87}]
[null,null,{"$f":"CONCATENATE(\"6b)  Einleiterkabel: Verlegung auf  \",LEFT(E29,1),\"  Kabelpritsche(n) gebündelt im \")","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(O29:O32)","v":0.87}]
[null,null,{"$f":"CONCATENATE(\"Abstand 2d   \",RIGHT(E29,1),\"  Drehstromsysteme nebeneinander, KS-fest verl.\")","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
[]
[null,"Reduzierung 4  nach ","Tabelle 16","für Trafoableitungen"]
[]
[null,"Einadrige Kabel im Drehstromsystem, bei Verlegung in Luft,"]
[null,"im Dreieck gebündelte Verlegung,  Zwischenraum = 2d,  Abstand von der Wand >= 2 cm"]
[null,"Anordnung der Kabel:  auf Kabelrosten liegend, unbehinderte Luftzirkulation"]
[]
[null,"Anzahl der Drehstromsysteme nebeneinander",null,null,null,null,null,1,2,3]
[null,null,null,null,"Kabelroste ","  Anz. Kabel"]
[null,null,"Anzahl der Kabelroste",1,63,null,null,1,1,1,null,null,null,null,{"$f":"(IF(E44=11,H44,IF(E44=12,I44,IF(E44=13,J44,))))","v":0}]
[null,null,"in 300mm Abstand",2,null,null,null,0.97,0.95,0.93,null,null,null,null,{"$f":"(IF(E44=21,H45,IF(E44=22,I45,IF(E44=23,J45,))))","v":0}]
[null,null,"übereinander",3,null,null,null,0.96,0.94,0.9,null,null,null,null,{"$f":"(IF(E44=31,H46,IF(E44=32,I46,IF(E44=33,J46,))))","v":0}]
[null,null,null,6,null,null,null,0.95,0.93,0.87,null,null,null,null,{"$f":"(IF(E44=61,H47,IF(E44=62,I47,IF(E44=63,J47,))))","v":0.87}]
[null,null,{"$f":"CONCATENATE(\"4)  Einleiterkabel: Verlegung auf  \",LEFT(E44,1),\"  Kabelpritsche(n) gebündelt im \")","v":"4)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(O44:O47)","v":0.87}]
[null,null,{"$f":"CONCATENATE(\"Abstand 2d   \",RIGHT(E44,1),\"  Drehstromsysteme nebeneinander, KS-fest verl. \")","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl. "}]
[]
[null,"Reduzierung 4  nach ","Tabelle 17","für Trafoableitungen"]
[]
[null,"Drei- und mehr-adrige Kabel bei Verlegung in Luft"]
[null,"Anordnung der Kabel:  Zwischenraum = 1d,  Abstand von der Wand >= 2 cm, unbehinderte Luftzirkulation"]
[]
[null,"Anzahl der nebeneinander liegenden Kabel",null,null,null,null,null,1,2,3]
[null,null,null,null,"Kabelroste ","  Anz. Kabel"]
[null,null,"Anzahl der Kabelroste",1,63,null,null,1,1,1,null,null,null,null,{"$f":"(IF(E58=11,H58,IF(E58=12,I58,IF(E58=13,J58,IF(E58=14,K58,IF(E58=16,L58,))))))","v":0}]
[null,null,"in 300mm Abstand",2,null,null,null,1,0.99,0.98,null,null,null,null,{"$f":"(IF(E58=21,H59,IF(E58=22,I59,IF(E58=23,J59,IF(E58=24,K59,IF(E58=26,L59,))))))","v":0}]
[null,null,"übereinander",3,null,null,null,1,0.98,0.97,null,null,null,null,{"$f":"(IF(E58=31,H60,IF(E58=32,I60,IF(E58=33,J60,IF(E58=34,K60,IF(E58=36,L60,))))))","v":0}]
[null,null,null,6,null,null,null,1,0.97,0.96,null,null,null,null,{"$f":"(IF(E58=61,H61,IF(E58=62,I61,IF(E58=63,J61,IF(E58=64,K61,IF(E58=66,L61,))))))","v":0.96}]
[null,null,{"$f":"CONCATENATE(\"4)   Drei- und Mehr- leiterkabel: Verlegung auf  \",LEFT(E58,1),\"  Kabelpritsche(n)\")","v":"4)   Drei- und Mehr- leiterkabel: Verlegung auf  6  Kabelpritsche(n)"},null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(O58:O61)","v":0.96}]
[null,null,{"$f":"CONCATENATE(\"im Abstand d   \",RIGHT(E58,1),\"  Kabel nebeneinander liegend, KS-fest verl.\")","v":"im Abstand d   3  Kabel nebeneinander liegend, KS-fest verl."}]
[]
[]
["Znr.: 0000.KD.01",{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,"Red_Kabelverlegung",null,null,null,null,null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
["Rev. 0",{"$f":"Revision","v":"Rev.: V.6.3"},null,null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,null,null,null,null,"Mustermann"]

{"sheet":"Red_Kabelverlegung SENKRECHT","index":10,"n_rows":67,"n_cols":15,"rows_kept":67,"cut":false,"hidden":false,"merged":[[17,14,18,14],[18,2,18,12],[0,0,1,9],[11,1,11,4],[12,1,18,1],[13,4,16,5],[17,2,17,12],[0,10,1,15],[26,1,26,4],[27,1,33,1],[28,4,31,5],[32,2,32,12],[32,14,33,14],[33,2,33,12],[59,14,60,14],[59,2,59,12],[60,2,60,12],[41,1,41,4],[42,1,48,1],[43,4,46,5],[47,2,47,12],[47,14,48,14],[48,2,48,12]]}
["Abminderungsfaktoren für Ein- und Mehrleiterkabel\nSicherungs-, FU- und Motorabgänge",null,null,null,null,null,null,null,null,null,"NUR INFO\n!!  WIRD NICHT IN DER BERECHNUNG VERWENDET  !!"]
[]
[]
[null,"Umrechnungsfaktoren für die Strombelastbarkeit nach DIN VDE 0298, Teil 4; Anhang (Tabellen)"]
[null,"Die Werte gelten unter der Voraussetzung dass die Umgebungstemperatur durch  die Verlustwärme der Kabel nicht merklich erhöht wird"]
[]
[null,"Reduzierung 6a nach ","Tabelle 20 und / oder Tabelle 23 OEVE OENORM E 8200-603.2011"]
[]
[null,"Drei- und vieradrige Kabel bei Verlegung in Luft. "]
[null,"Anordnung der Kabel:  Gegenseitige - und Wand - Berührung, auf Kabelrosten liegend, unbehinderte Luftzirkulation"]
[]
[null,"Anzahl der nebeneinander liegenden Kabel",null,null,null,null,null,1,2,3,4,6,9]
[null,null,"1 Kabelrost oder",null,"Kabelroste ","  Anz. Kabel"]
[null,null,"2 Roste in 225mm Abstand",1,39,null,null,1,0.88,0.82,0.78,0.73,0.72,null,{"$f":"(IF(E14=11,H14,IF(E14=12,I14,IF(E14=13,J14,IF(E14=14,K14,IF(E14=16,L14,IF(E14=19,M14,)))))))","v":0}]
[null,null,"nebeneinander",2,null,null,null,1,0.88,0.81,0.76,0.71,0.7,null,{"$f":"(IF(E14=21,H15,IF(E14=22,I15,IF(E14=23,J15,IF(E14=24,K15,IF(E14=26,L15,IF(E14=29,M15,)))))))","v":0}]
[null,null,"DIREKT AN DER WAND",3,null,null,null,0.95,0.78,0.73,0.72,0.68,0.66,null,{"$f":"(IF(E14=31,H16,IF(E14=32,I16,IF(E14=33,J16,IF(E14=34,K16,IF(E14=36,L16,IF(E14=39,M16,)))))))","v":0.66}]
[]
[null,null,{"$f":"\"Drei- oder Vierleiterkabel: Verlegung auf 1 oder 2 Kabelpritsche(n) oder direkt an der \"","v":"Drei- oder Vierleiterkabel: Verlegung auf 1 oder 2 Kabelpritsche(n) oder direkt an der "},null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(O14:O17)","v":0.66}]
[null,null,{"$f":"CONCATENATE(\"Wand mit gegens. und mit Wand- Berührung    \",RIGHT(E14,1),\"  Kabel übereinander liegend, KS-fest verl.\")","v":"Wand mit gegens. und mit Wand- Berührung    9  Kabel übereinander liegend, KS-fest verl."}]
[]
[null,"Reduzierung 6b nach ","Tabelle 19 und / oder  Tabelle 22 OEVE OENORM E 8200-603.2011"]
[]
[null,"Drei- und vieradrige Kabel bei Verlegung in Luft. "]
[null,"Anordnung der Kabel:  Keine gegenseitige oder Wandberührung,  Zwischenraum = 1d,  Abstand von der Wand >= 2 cm"]
[null,"Anordnung der Kabel:  auf 1 oder 2 senkrechten Kabelrosten mit 225 mm Abstand montiert, unbehinderte Luftzirkulation"]
[]
[null,"Anzahl der Drehstromsysteme nebeneinander",null,null,null,null,null,1,2,3,4,6]
[null,null,null,null,"Kabelroste ","  Anz. Kabel"]
[null,null,"1 mal an der Wand oder",1,26,null,null,1,0.91,0.89,0.88,0.87,null,null,{"$f":"(IF(E29=11,H29,IF(E29=12,I29,IF(E29=13,J29,IF(E29=14,K29,IF(E29=16,L29,IF(E29=19,M29,)))))))","v":0}]
[null,null,"2 Kabelroste",2,null,null,null,1,0.91,0.88,0.87,0.85,null,null,{"$f":"(IF(E29=21,H30,IF(E29=22,I30,IF(E29=23,J30,IF(E29=24,K30,IF(E29=26,L30,IF(E29=29,M30,)))))))","v":0.85}]
[null,null,"in 225mm Abstand"]
[null,null,"nebeneinander"]
[null,null,{"$f":"CONCATENATE(\"6b)  Drei- oder Vierleiterkabel: Verlegung auf  \",LEFT(E29,1),\"  Kabelpritsche(n) gebündelt im \")","v":"6b)  Drei- oder Vierleiterkabel: Verlegung auf  2  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(O29:O32)","v":0.85}]
[null,null,{"$f":"CONCATENATE(\"Abstand d   \",RIGHT(E29,1),\"  Drehstromsysteme übereinander, KS-fest verl.\")","v":"Abstand d   6  Drehstromsysteme übereinander, KS-fest verl."}]
[]
[null,"Reduzierung 6b nach ","Tabelle 18 und / oder  Tabelle 21 OEVE OENORM E 8200-603.2011"]
[]
[null,"Einadrige Kabel im Drehstromsystem, bei Verlegung in Luft,"]
[null,"im Dreieck gebündelte Verlegung,  Zwischenraum = 2d,"]
[null,"Anordnung der Kabel:  auf senkrechten Kabelrosten montiert, unbehinderte Luftzirkulation"]
[]
[null,"Anzahl der Drehstromsysteme nebeneinander",null,null,null,null,null,1,2,3]
[null,null,null,null,"Kabelroste ","  Anz. Kabel"]
[null,null,"1 mal an der Wand oder",1,23,null,null,1,0.91,0.89,null,null,null,null,{"$f":"(IF(E44=11,H44,IF(E44=12,I44,IF(E44=13,J44,))))","v":0}]
[null,null,"2 Kabelroste",2,null,null,null,1,0.9,0.85,null,null,null,null,{"$f":"(IF(E44=21,H45,IF(E44=22,I45,IF(E44=23,J45,))))","v":0.85}]
[null,null,"in 225mm Abstand"]
[null,null,"nebeneinander"]
[null,null,{"$f":"CONCATENATE(\"6b)  Einleiterkabel: Verlegung auf  \",LEFT(E44,1),\"  Kabelpritsche(n) gebündelt im \")","v":"6b)  Einleiterkabel: Verlegung auf  2  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(O44:O45)","v":0.85}]
[null,null,{"$f":"CONCATENATE(\"Abstand 2d   \",RIGHT(E44,1),\"  Drehstromsysteme  übereinander, KS-fest verl.\")","v":"Abstand 2d   3  Drehstromsysteme  übereinander, KS-fest verl."}]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,{"$f":"\"Drei- oder Vierleiterkabel: Verlegung mit 20mm Wandabstand auf der Wand oder KS-fest\"","v":"Drei- oder Vierleiterkabel: Verlegung mit 20mm Wandabstand auf der Wand oder KS-fest"},null,null,null,null,null,null,null,null,null,null,null,1]
[null,null,{"$f":"\"auf  Kabelpritsche mit 20mm Wandabstand und mit 2d Abstand  übereinander liegend montiert\"","v":"auf  Kabelpritsche mit 20mm Wandabstand und mit 2d Abstand  übereinander liegend montiert"}]
[null,"Abminderungsfaktoren aus:","OEVE_OENORM.E 8200-603.2011"]
[null,"Abminderungsfaktoren aus:","ABB Handbuch 12,  Seite 674  bis 677"]
[]
[]
["Znr.: 0000.KD.01",{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,"Red_Kabelverlegung bei senkrechter Anordnung",null,null,null,null,null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
["Rev. 0",{"$f":"Revision","v":"Rev.: V.6.3"},null,null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,null,null,null,null,"Mustermann"]

{"sheet":"NYY_Sich 400_690V Mehrleiter","index":11,"n_rows":70,"n_cols":30,"rows_kept":70,"cut":false,"hidden":false,"merged":[[4,7,6,7],[4,3,6,3],[4,0,6,0],[4,4,6,4],[4,5,5,5],[4,6,6,6],[0,0,0,4],[0,5,0,9],[1,6,1,7],[1,8,3,8],[1,9,2,9],[2,0,3,0],[2,3,3,3],[2,4,3,5],[3,6,3,7],[4,12,4,13],[59,9,59,10],[4,8,6,8],[3,9,6,9],[4,10,6,10],[2,10,3,10],[56,0,56,6],[59,0,59,6],[59,7,59,8],[53,0,53,6],[54,0,54,6],[55,0,55,6]]}
[{"$f":"CONCATENATE(\"Verlegung in Luft bei \",Berechnungswerte!E12,\"°C\",\"                                                                    Spannungsfall    ΔU  \",Berechnungswerte!G20, \" %\")","v":"Verlegung in Luft bei 40°C                                                                    Spannungsfall    ΔU  2,5 %"},null,null,null,null,"Kabel Berechnung \nSicherungsabgänge 400V / 690V         \nKabeltype  NYY-J                 \n4 Leiter im TN-C-System",null,null,null,null,null,null,"Pos (INDEX)","ΔU  Spannungsfall                 in V  für 400 / 690V",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand\nZS =400 / m x IN\nin Ohm","max. Schleifen -widerstand        \nZS =231 / m x IN     \nin Ohm","Z´. NEU","690V Länge kleinste Abschaltbedingung ","690V Kabellänge l=ΔU*K*A / Wurzel3*I","Länge l=Z S/Z´.\n690V","400V Länge kleinste Abschaltbedingung ","400V Kabellänge  l=DeltaU*k*A / Wurzel3*I","Länge l=Z S/Z´.\n400V","Hinleiter Querschnitt",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN","ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN",null,"Abschaltfaktor m    \nfür Sicherungen \nbis 32A / >32A\nÖNORM E8001-1-A4"]
[null,null,null,null,null,null,"Abschaltbedingungen",null,"Kabel","\nKabel"]
["Sicherung",null,null,"Kabel","Kabel",null,"   ΔU max = ",{"$f":"CONCATENATE(Spannungsfall)&\"%   oder\"","v":"2,5%   oder"},null,null,"Bemerkung",null,"ΔU690V",{"$f":"DeltaU690V","v":17.25},null,1]
[null,null,null,null,null,null,"max. Schleifenwiderstand",null,null,"kg / m\nkompl.\nSystem",null,null,"ΔU400V",{"$f":"DeltaU400V","v":10}]
["[A]",null,null,"Type","Querschnitt\n[mm²]             \n\nNYY-0","belastbar (A)\nbei Luft\n","690V\nLänge max\n[m]","400V\nLänge max\n[m]","ø\n[mm]",null,null,null,"Index ab 1"]
[]
[null,null,null,null,null,{"$f":"CONCATENATE(MSLuft,Berechnungswerte!F12)","v":"40°C"},null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[" ",null,null,null," ",null," "]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,null,"400 V / 690 V"]
["2) Netz -System",null,null,null,null,null,null,"TN-C- System"]
["3) Spannungsfall",null,null,null,null,null,null,"ΔU max =",{"$f":"Spannungsfall","v":2.5},"%"]
["4) Belastbarkeit der Kabel",null,null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,"Tab 7"]
["5) Verlegung in Luft bei",null,null,null,null,{"$f":"MSLuft","v":40},"°C","f1 =",{"$f":"AbmTemp","v":0.87},"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,null,"f = f1 * f2","f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,null,"f = f1 * f2","f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
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[]
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[" ",null,null,null," ",null," "]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,null,"400 V / 690 V"]
["2) Netz -System",null,null,null,null,null,null,"TN-C- System"]
["3) Spannungsfall",null,null,null,null,null,null,"ΔU max =",{"$f":"Spannungsfall","v":2.5},"%"]
["4) Belastbarkeit der Kabel",null,null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,"Tab 7"]
["5) Verlegung in Luft bei",null,null,null,null,{"$f":"MSLuft","v":40},"°C","f1 =",{"$f":"AbmTemp","v":0.87},"Tab 15","bei Mehrfachbündel"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},"Tab 18","Phasenfolge drehen"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},"Tab 16"," "]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,null,"f = f1 * f2","f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,null,"f = f1 * f2","f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,null,"Kabel NYY-0_Sicherung 400_690V",null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
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[{"$f":"CONCATENATE(\"Verlegung in Luft bei \",Berechnungswerte!E12,\"°C\",\"                                                                    Spannungsfall    ΔU  \",Berechnungswerte!G20, \" %\")","v":"Verlegung in Luft bei 40°C                                                                    Spannungsfall    ΔU  2,5 %"},null,null,null,null,"Kabel Berechnung \nSicherungsabgänge 400V         \nKabeltype  NYY-J                 \n5 Leiter im TN-S-System",null,null,null,null,null,null,"Pos (INDEX)","ΔU  Spannungsfall                 in V  für 400V",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand\nZS =400 / m x IN\nin Ohm","max. Schleifen -widerstand        \nZS =231 / m x IN     \nin Ohm","Z´. NEU","400V Länge kleinste Abschaltbedingung ","400V Kabellänge  l=DeltaU*k*A / Wurzel3*I","Länge l=Z S/Z´.\n400V","Hinleiter Querschnitt",null,null,null,null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN","ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN",null,"Abschaltfaktor m    \nfür Sicherungen \nbis 32A / >32A\nÖNORM E8001-1-A4"]
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["Sicherung",null,null,"Kabel","Kabel",null,"   ΔU max = ",{"$f":"CONCATENATE(Spannungsfall)&\"%   oder\"","v":"2,5%   oder"},null,null,"Bemerkung",null,"ΔU400V",{"$f":"DeltaU400V","v":10},null,101]
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["[A]",null,null,"Type","Querschnitt\n[mm²]             \n\nNYY-0","belastbar (A)\nbei Luft\n","400V\nLänge max\n[m]",null,"ø\n[mm]"]
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["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,null,"400 V"]
["2) Netz -System",null,null,null,null,null,null,"TN-S- System"]
["3) Spannungsfall",null,null,null,null,null,null,"ΔU max =",{"$f":"Spannungsfall","v":2.5},"%"]
["4) Belastbarkeit der Kabel",null,null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,"Tab 7"]
["5) Verlegung in Luft bei",null,null,null,null,{"$f":"MSLuft","v":40},"°C","f1 =",{"$f":"AbmTemp","v":0.87},"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,null,"f = f1 * f2","f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,null,"f = f1 * f2","f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,null,"Kabel TN-S System NYY-J_Sicherung 400V",null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null,null,null,null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,{"$f":"MName","v":"Mustermann"}]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null," "]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei \",Berechnungswerte!E12,\"°C\",\"                                                                    Spannungsfall    ΔU  \",Berechnungswerte!G20, \" %\")","v":"Verlegung in Luft bei 40°C                                                                    Spannungsfall    ΔU  2,5 %"},null,null,null,null,"Kabel Berechnung \n Abgang 400V         \nKabeltype  NYY-0                 \n5 Leiter im TN-S-System",null,null,null,null,null,null,"ΔU  Spannungsfall                 in V  für 400V","Pos (INDEX)",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifenwid.\nZS =400 / m x IN od.\nZS =400 / 1 x IN\nin Ohm","max. Schleifenwid.\nZS =400 / m x IN od.\nZS =400 / 1 x IN\nin Ohm","Z´. NEU","400V Länge kleinste Abschaltbedingung ","400V Kabellänge  l=DeltaU*k*A / Wurzel3*I","Länge l=Z S/Z´.\n400V","Hinleiter Querschnitt",null,null,null,null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN","ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN"]
["Sicherung",null,null,null,null,null,"Abschaltbedingungen",null,"Kabel","\nKabel"]
["Leistungs-\nSchalter",null,null,"Kabel","Kabel",null,"   ΔU max = ",{"$f":"CONCATENATE(Spannungsfall)&\"%   oder\"","v":"2,5%   oder"},null,null,"Bemerkung",null,"ΔU400V",{"$f":"DeltaU400V","v":10}]
[null,null,null,null,null,null,"max. Schleifenwiderstand",null,null,"kg / m\nkompl.\nSystem",null,null,"Einleiter ab 501   ",null,null,501]
["[A]",null,null,"Type","Querschnitt\n[mm²]             \n\nNYY-0","belastbar (A)\nbei Luft\n","400V\nLänge max\n[m]",null,"ø\n[mm]"]
[]
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[" ",null,null,null," ",null," "]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,null,"400 V"]
["2) Netz -System",null,null,null,null,null,null,"TN-S- System"]
["3) Spannungsfall",null,null,null,null,null,null,"ΔU max =",{"$f":"Spannungsfall","v":2.5},"%"]
["4) Belastbarkeit der Kabel",null,null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,"Tab 7"]
["5) Verlegung in Luft bei",null,null,null,null,{"$f":"MSLuft","v":40},"°C","f1 =",{"$f":"AbmTemp","v":0.87},"Tab 15","bei Mehrfachbündel"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},"Tab 18","Phasenfolge drehen"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},"Tab 16"," "]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,null,"f = f1 * f2","f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,null,"f = f1 * f2","f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,null,"Kabel TN-S System NYY-0_Sicherung 400V",null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null,null,null,null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,{"$f":"MName","v":"Mustermann"}]
[]
[]
[]
[]
[]
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[{"$f":"CONCATENATE(\"Verlegung in Luft bei \",Berechnungswerte!E12,\"°C\",\"                                                                    Spannungsfall    ΔU  \",Berechnungswerte!G20, \" %\")","v":"Verlegung in Luft bei 40°C                                                                    Spannungsfall    ΔU  2,5 %"},null,null,null,null,"Kabel Berechnung\nSicherungsabgänge 400V / 690V\nKabeltype  NYCY, NYCWY\n4 Leiter im TN-C-System",null,null,null,null,null,null,"Pos (INDEX)","ΔU  Spannungsfall                 in V  für 400 / 690V",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        \nZS =400 / m x IN    \n in Ohm","max. Schleifen -widerstand        \nZS =231 / m x IN     \nin Ohm","Z´. NEU","690V Länge kleinste Abschaltbedingung ","690V Kabellänge l=ΔU*K*A / Wurzel3*I","Länge l=ZS/Z´.\n690V","400V Länge kleinste Abschaltbedingung ","400V Kabellänge l=DeltaU*k*A / Wurzel3*I","Länge l=ZS/Z´.\n4000V","Hinleiter Querschnitt",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN",null,null,"Abschaltfaktor m    \nfür Sicherungen \nbis 32A / >32A\nÖNORM E8001-1-A4"]
[null,null,null,null,null,null,"Abschaltbedingungen",null,"Kabel","\nKabel"]
["Sicherung",null,null,"Kabel","Kabel",null,"   ΔU max = ",{"$f":"CONCATENATE(Spannungsfall)&\"%   oder\"","v":"2,5%   oder"},null,null,"Bemerkung",null,"ΔU690V",{"$f":"DeltaU690V","v":17.25},null,201]
[null,null,null,null,null,null,"max. Schleifenwiderstand",null,null,"kg / m\nkompl.\nSystem",null,null,"ΔU400V",{"$f":"DeltaU400V","v":10}]
["[A]",null,null,"Type","Querschnitt\n[mm²]             \n\nNYY-0","belastbar (A)\nbei Luft\n","690V\nLänge max\n[m]","400V\nLänge max\n[m]","ø\n[mm]",null,null,null,"Index ab 201"]
[]
[null,null,null,null,null,{"$f":"CONCATENATE(MSLuft,Berechnungswerte!F12)","v":"40°C"},null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[" ",null,null,null," "," "," ",null,null," "]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,null,"400 V / 690 V"]
["2) Netz -System",null,null,null,null,null,null,"TN-C-  System"]
["3) Spannungsfall",null,null,null,null,null,null,"ΔU max =",{"$f":"Spannungsfall","v":2.5},"%"]
["4) Belastbarkeit der Kabel",null,null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,"Tab 7"]
["5) Verlegung in Luft bei",null,null,null,null,{"$f":"MSLuft","v":40},"°C","f1 =",{"$f":"AbmTemp","v":0.87},"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,null,"f = f1 * f2","f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,null,"f = f1 * f2","f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,null,"Kab NYCWY_4pol_Sich_ 400_690V",null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null,null,null,null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,{"$f":"MName","v":"Mustermann"}]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null," "]

{"sheet":"Kab NYCWY_5pol_Sich_ 400_690V","index":16,"n_rows":70,"n_cols":30,"rows_kept":70,"cut":false,"hidden":false,"merged":[[59,9,59,10],[4,8,6,8],[4,12,4,13],[56,0,56,6],[59,0,59,6],[59,7,59,8],[53,0,53,6],[54,0,54,6],[4,4,6,4],[4,5,5,5],[4,10,6,10],[55,0,55,6],[4,0,6,0],[4,3,6,3],[3,9,6,9],[4,6,6,6],[4,7,6,7],[2,10,3,10],[0,0,0,4],[0,5,0,9],[1,6,1,7],[1,8,3,8],[1,9,2,9],[2,0,3,0],[2,3,3,3],[3,6,3,7],[2,4,3,5]]}
[{"$f":"CONCATENATE(\"Verlegung in Luft bei \",Berechnungswerte!E12,\"°C\",\"                                                                    Spannungsfall    ΔU  \",Berechnungswerte!G20, \" %\")","v":"Verlegung in Luft bei 40°C                                                                    Spannungsfall    ΔU  2,5 %"},null,null,null,null,"Kabel Berechnung Sicherungsabgänge 400V / 690V\nKabeltype NYCY, NYCWY\n5 Leiter im TN - S - System",null,null,null,null,null,null,"Pos (INDEX)","ΔU  Spannungsfall                 in V  für 400 / 690V",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        \nZS =400 / m x IN     \nin Ohm","max. Schleifen -widerstand        \nZS =231 / m x IN     \nin Ohm","Z´. NEU","690V Länge kleinste Abschaltbedingung ","690V Kabellänge l=ΔU*K*A / Wurzel3*I","Länge l=ZS/Z´.\n690V","400V Länge kleinste Abschaltbedingung ","400V KabellängeLänge l=DeltaU*k*A / Wurzel3*I","Länge l=ZS/Z´.\n4000V","Hinleiter Querschnitt",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN",null,null,"Abschaltfaktor m    \nfür Sicherungen \nbis 32A / >32A\nÖNORM E8001-1-A4"]
[null,null,null,null,null,null,"Abschaltbedingungen",null,"Kabel","\nKabel"]
["Sicherung",null,null,"Kabel","Kabel",null,"   ΔU max = ",{"$f":"CONCATENATE(Spannungsfall)&\"%   oder\"","v":"2,5%   oder"},null,null,"Bemerkung",null,"ΔU690V",{"$f":"DeltaU690V","v":17.25},null,301]
[null,null,null,null,null,null,"max. Schleifenwiderstand",null,null,"kg / m\nkompl.\nSystem",null,null,"ΔU400V",{"$f":"DeltaU400V","v":10}]
["[A]",null,null,"Type","Querschnitt\n[mm²]             \n\nNYY-0","belastbar (A)\nbei Luft\n","690V\nLänge max\n[m]","400V\nLänge max\n[m]","ø\n[mm]",null,null,null,"Index ab 301"]
[]
[null,null,null,null,null,{"$f":"CONCATENATE(MSLuft,Berechnungswerte!F12)","v":"40°C"},null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[" ",null,null,null," "," "," ",null,null," "]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,null,"400 V / 690 V"]
["2) Netz -System",null,null,null,null,null,null,"TN-C- (S) System"]
["3) Spannungsfall",null,null,null,null,null,null,"ΔU max =",{"$f":"Spannungsfall","v":2.5},"%"]
["4) Belastbarkeit der Kabel",null,null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,"Tab 7"]
["5) Verlegung in Luft bei",null,null,null,null,{"$f":"MSLuft","v":40},"°C","f1 =",{"$f":"AbmTemp","v":0.87},"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,null,"f = f1 * f2","f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,null,"f = f1 * f2","f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,null,"Kab NYCWY_5pol_Sich_ 400_690V",null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null,null,null,null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,{"$f":"MName","v":"Mustermann"}]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null," "]

{"sheet":"Kabel Sicherung 500V","index":17,"n_rows":70,"n_cols":30,"rows_kept":70,"cut":false,"hidden":false,"merged":[[3,12,3,13],[10,6,10,7],[11,6,11,7],[17,6,17,7],[8,6,8,7],[9,6,9,7],[12,6,12,7],[2,10,3,10],[4,10,6,10],[7,6,7,7],[13,6,13,7],[14,6,14,7],[15,6,15,7],[16,6,16,7],[36,6,36,7],[34,6,34,7],[25,6,25,7],[20,6,20,7],[21,6,21,7],[22,6,22,7],[23,6,23,7],[26,6,26,7],[24,6,24,7],[18,6,18,7],[43,6,43,7],[28,6,28,7],[30,6,30,7],[32,6,32,7],[19,6,19,7],[38,6,38,7],[40,6,40,7],[42,6,42,7],[27,6,27,7],[29,6,29,7],[31,6,31,7],[33,6,33,7],[35,6,35,7],[37,6,37,7],[39,6,39,7],[41,6,41,7],[59,9,59,10],[59,7,59,8],[53,0,53,6],[54,0,54,6],[55,0,55,6],[56,0,56,6],[59,0,59,5],[0,0,0,4],[0,5,0,9],[1,6,1,7],[1,8,3,8],[1,9,2,9],[2,0,3,0],[2,3,3,3],[2,4,3,5],[3,6,3,7],[3,9,6,9],[4,0,6,0],[4,3,6,3],[4,4,6,4],[4,5,5,5],[4,6,6,7],[4,8,6,8]]}
[{"$f":"CONCATENATE(\"Verlegung in Luft bei \",Berechnungswerte!E12,\"°C\",\"                                                                    Spannungsfall    ΔU  \",Berechnungswerte!G20, \" %\")","v":"Verlegung in Luft bei 40°C                                                                    Spannungsfall    ΔU  2,5 %"},null,null,null,null,"Kabel Berechnung \nSicherungsabgänge 500V  \nKabeltype NYY-J\n im IT - System",null,null,null,null,{"$f":"Revision","v":"Rev.: V.6.3"},null,"Pos (INDEX)","Spannungsfall   in V",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        \nZS =250 / m x IN \nin Ohm","Z´. NEU","Länge kleinste Abschaltbedingung","lmax=ΔU x\nK*A / \nWurzel(3)*I","Länge l=ZS/Z´.\n500V","Querschnitt",null,null,null,null,null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN",null,null,"Abschaltfaktor m    \nfür Sicherungen \nbis 32A / >32A\nÖNORM E8001-1-A4"]
[null,null,null,null,null,null,"Abschaltbedingungen",null,"Kabel","\nKabel"]
["Sicherung",null,null,"Kabel","Kabel",null,"   ΔU max = ",{"$f":"CONCATENATE(Spannungsfall)&\"%   oder\"","v":"2,5%   oder"},null,null,"Bemerkung",null,"ΔU500V",{"$f":"DeltaU500V","v":12.5},null,1]
[null,null,null,null,null,null,"max. Schleifenwiderstand",null,null,"kg / m\nkompl.\nSystem",null,null,"Index ab 1"]
["[A]",null,null,"Type","Querschnitt\n[mm²]             \n\nNYY-0","belastbar (A)\nbei Luft\n","500V\nLänge max\n[m]",null,"ø\n[mm]"]
[]
[null,null,null,null,null,{"$f":"CONCATENATE(MSLuft,Berechnungswerte!F12)","v":"40°C"},null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[" ",null,null,null," "," "," ",null,null," "]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,null,"500 V"]
["2) Netz -System",null,null,null,null,null,null,"IT - System"]
["3) Spannungsfall",null,null,null,null,null,null,"ΔU max =",{"$f":"Spannungsfall","v":2.5},"%"]
["4) Belastbarkeit der Kabel",null,null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,"Tab 7"]
["5) Verlegung in Luft bei",null,null,null,null,{"$f":"MSLuft","v":40},"°C","f1 =",{"$f":"AbmTemp","v":0.87},"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,null,"f = f1 * f2","f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,null,"f = f1 * f2","f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,null,"Kabel NYY-J Sicherung 500V",null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null,null,null,null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,{"$f":"MName","v":"Mustermann"}]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null," "]

{"sheet":"Motor Kabel 400V Mehrleiter","index":18,"n_rows":64,"n_cols":30,"rows_kept":64,"cut":false,"hidden":false,"merged":[[4,0,6,0],[59,9,59,10],[53,0,53,6],[54,0,54,6],[55,0,55,6],[56,0,56,6],[59,0,59,5],[59,6,59,8],[4,1,6,1],[4,2,6,2],[4,3,6,3],[4,4,6,4],[3,12,3,13],[4,6,6,6],[3,5,6,5],[1,10,2,10],[4,7,6,7],[4,8,6,8],[4,9,6,9],[0,0,0,3],[0,4,0,9],[1,0,2,0],[1,1,2,3],[1,4,2,4],[1,6,2,6],[1,8,2,8],[1,9,2,9],[1,5,2,5]]}
[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!G10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   10 %"},null,null,null,"Kabel Berechnung \n400V Motorabgänge Kabeltype NYY-J\nim TN-C-S System Sicherungsabgang",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        \nZS =231 / 5 x I N in Ohm","Kabelquerschnitt","Max Strom Motor","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´ \nx 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","Anlaufstrom I  S",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN","ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN",null,"Abschaltfaktor m    \nfür Sicherungen \nbis 32A / >32A\nÖNORM E8001-1-A4"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische",null,"I","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,null,null,null,null,"ΔU400V",{"$f":"DeltaU400V","v":10},null,1,null,null,null,null,null,{"$f":"MOTDUmax","v":10},"%"]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,null,null,null,null,null,"Index ab 1 ",null,null,null,null,null,null,null,null,{"$f":"400/100*V3","v":40},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","Abschalt beding.","Sicherung\n[A]","ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,400,"V"]
["2) Netz -System",null,null,null,null,null,"TN-C-S System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!G10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 10 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"Motor Kabel NYY-J 400V",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!G10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   10 %"},null,null,null,"Kabel Berechnung \n400V Motorabgänge Kabeltype NYY-0\nim TN-C-S System LS - Abgang",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        \nZS =231 / 1 x I N in Ohm","Kabelquerschnitt","Max Strom Motor","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´ \nx 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","Anlaufstrom I  S",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN","ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische",null,"I","Kabel","Bemerkung"]
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[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,null,"Leistungs-",null,null,null,"Einleiterkabel ab 401",null,null,401,null,null,null,null,null,{"$f":"400/100*V3","v":40},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","Abschalt beding.","Schalter\n[A]","ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,400,"V"]
["2) Netz -System",null,null,null,null,null,"TN-C-S System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!G10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 10 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15","bei Mehrfachbündel"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18","Phasenfolge drehen"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"," "]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"Motor Kabel NYY-0 400V",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!G10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   10 %"},null,null,null,"Kabel Berechnung 400V  YD-Motorabgänge Kabeltype NYY-J\nim TN-C-S System  Sicherungsabgang",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        \nZS =231 / 5 x I N in Ohm","Kabelquerschnitt","Max Strom Motor","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´ \nx 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","Anlaufstrom I  S",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN",null,null,"Abschaltfaktor m    \nfür Sicherungen \nbis 32A / >32A\nÖNORM E8001-1-A4"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische",null,"I","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,null,null,null,null,"ΔU400V",{"$f":"DeltaU400V","v":10},null,1,null,null,null,null,null,{"$f":"MOTDUmax","v":10},"%"]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,null,null,null,null,null,"Index ab 1 ",null,null,null,null,null,null,null,null,{"$f":"400/100*V3","v":40},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","Abschalt beding.","Sicherung\n[A]","ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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["ACHTUNG ALLE KABEL 2 mal in Kabelliste eintragen.\nEinmal Kxxxx_YDS oder wie immer die Bezeichnung für Stern Dreieck-Kabel lautet\nEinmal Kxxxx_YDD oder wie immer die Bezeichnung für Stern Dreieck-Kabel lautet",null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
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[]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,400,"V"]
["2) Netz -System",null,null,null,null,null,"TN-C-S System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!G10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 10 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"Motor Kabel NYY-J YD 400V",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!G10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   10 %"},null,null,null,"Kabel Berechnung \n500V Motorabgänge Kabeltype NYY-J\nSicherungsabgang",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        ZS =250 / m x IN     in Ohm","Kabelquerschnitt","Max Strom Motor","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´    \nx 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","Anlaufstrom I  S",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN","ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN",null,"Abschaltfaktor m    \nfür Sicherungen \nbis 32A / >32A\nÖNORM E8001-1-A4"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische",null,"I","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,null,null,null,null,"ΔU500V",{"$f":"DeltaU500V","v":12.5},null,1,null,null,null,null,null,{"$f":"MOTDUmax","v":10},"%"]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,null,null,null,null,null,"Index ab 1 ",null,null,null,null,null,null,null,null,{"$f":"500/100*V3","v":50},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","Abschalt beding.","Sicherung\n[A]","ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,"500 V"]
["2) Netz -System",null,null,null,null,null,"IT - System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!G10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 10 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"Motor Kabel NYY-J 500V",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!G10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   10 %"},null,null,null,"Kabel Berechnung \n500V Motorabgänge Kabeltype NYY-0\n LS - Abgang",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        ZS =250 / 1 x IN     in Ohm","Kabelquerschnitt","Max Strom Motor","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´    \nx 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","Anlaufstrom I  S",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN","ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische",null,"I","Kabel","Bemerkung"]
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[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,null,"Leistungs-",null,null,null,"Einleiterkabel ab 401",null,null,401,null,null,null,null,null,{"$f":"500/100*V3","v":50},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","Abschalt beding.","Schalter\n[A]","ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,"500 V"]
["2) Netz -System",null,null,null,null,null,"IT - System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!G10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 10 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15","bei Mehrfachbündel"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18","Phasenfolge drehen"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"," "]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"Motor Kabel NYY-0  500V",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!G10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   10 %"},null,null,null,"Kabel Berechnung 500V  \nYD - Motorabgänge \nKabeltype NYY-J\nSicherungsabgang",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        ZS =250 / m x IN     in Ohm","Kabelquerschnitt","Max Strom Motor","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´    \nx 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","Anlaufstrom I  S",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN",null,null,"Abschaltfaktor m    \nfür Sicherungen \nbis 32A / >32A\nÖNORM E8001-1-A4"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische",null,"I","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,null,null,null,null,"ΔU500V",{"$f":"DeltaU500V","v":12.5},null,1,null,null,null,null,null,{"$f":"MOTDUmax","v":10},"%"]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,null,null,null,null,null,"Index ab 1 ",null,null,null,null,null,null,null,null,{"$f":"500/100*V3","v":50},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","Abschalt beding.","Sicherung\n[A]","ø\n[mm]",null,null,"Einleiterkabel ab 401"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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["ACHTUNG ALLE KABEL 2 mal in Kabelliste eintragen.\nEinmal Kxxxx_YDS oder wie immer die Bezeichnung für Stern Dreieck-Kabel lautet\nEinmal Kxxxx_YDD oder wie immer die Bezeichnung für Stern Dreieck-Kabel lautet",null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
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[]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,"500 V"]
["2) Netz -System",null,null,null,null,null,"IT - System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!G10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 10 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"Motor Kabel YD 500V",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!G10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   10 %"},null,null,null,"Kabel Berechnung \n690V Motorabgänge Kabeltype NYY-J\nim TN-C  System Sicherungsabgang",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        ZS =400 / m x IN     in Ohm","Kabelquerschnitt","Max Strom Motor","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´    x 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","Anlaufstrom I  S",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN","ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN",null,"Abschaltfaktor m    \nfür Sicherungen \nbis 32A / >32A\nÖNORM E8001-1-A4"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische",null,"I","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,null,null,null,null,"ΔU690V",{"$f":"DeltaU690V","v":17.25},null,1,null,null,null,null,null,{"$f":"MOTDUmax","v":10},"%"]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,null,null,null,null,null,"Index ab 1 ",null,null,null,null,null,null,null,null,{"$f":"690/100*V3","v":69},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","Abschalt beding.","Sicherung\n[A]","ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[" "," "," "," ",null," "," ",null," "," "," "]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,"690 V"]
["2) Netz -System",null,null,null,null,null,"TN-C System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!G10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 10 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"Motor Kabel NYY-J 690V",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
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[" "," "," "," ",null," "," ",null," "," "," "]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,"690 V"]
["2) Netz -System",null,null,null,null,null,"TN-C System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!G10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 10 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15","bei Mehrfachbündel"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18","Phasenfolge drehen"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"," "]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"Motor Kabel NYY-0 690V",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
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["ACHTUNG ALLE KABEL 2 mal in Kabelliste eintragen.\nEinmal Kxxxx_YDS oder wie immer die Bezeichnung für Stern Dreieck-Kabel lautet\nEinmal Kxxxx_YDD oder wie immer die Bezeichnung für Stern Dreieck-Kabel lautet",null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,10]
[" "," "," "," ",null," "," ",null," "," "," "]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,"690 V"]
["2) Netz -System",null,null,null,null,null,"TN-C System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!G10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 10 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"Motor Kabel YD 690V",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!G10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   10 %"},null,null,null,"Kabel Berechnung \n400V Motorabgänge Kabeltype NYY-J\nim TN-C-S System  mit MSS",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        \nZS =231 / 12 x I N in Ohm","Kabelquerschnitt","Strom am MSS \neingestellt","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´ \nx 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","Anlaufstrom I  S",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN","ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische","IA = 12 x IMS","IMS","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,"MSS \nAbschalt\nStrom\neingestellt\n[A]",null,null,null,"ΔU400V",{"$f":"DeltaU400V","v":10},null,1,null,null,null,null,null,{"$f":"MOTDUmax","v":10},"%"]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,null,null,null,null,null,"Index ab 1 ",null,null,null,null,null,null,null,null,{"$f":"400/100*V3","v":40},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","MSS\nAbschalt beding.",null,"ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,400,"V"]
["2) Netz -System",null,null,null,null,null,"TN-C-S System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!G10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 10 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"Motor Kabel NYY-J  400V MSS Mehrleiter",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!G10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   10 %"},null,null,null,"Kabel Berechnung 400V \nYD-Motorabgänge Kabeltype NYY-J\nim TN-C-S System  mit MSS",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        \nZS =231 / 12 x I N in Ohm","Kabelquerschnitt","Strom am MSS \neingestellt","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´ \nx 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","Anlaufstrom I  S",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische","IA = 12 x IMS","IMS","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,"MSS \nAbschalt\nStrom\neingestellt\n[A]",null,null,null,"ΔU400V",{"$f":"DeltaU400V","v":10},null,1,null,null,null,null,null,{"$f":"MOTDUmax","v":10},"%"]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,null,null,null,null,null,"Index ab 1 ",null,null,null,null,null,null,null,null,{"$f":"400/100*V3","v":40},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","MSS\nAbschalt beding.",null,"ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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["ACHTUNG ALLE KABEL 2 mal in Kabelliste eintragen.\nEinmal Kxxxx_YDS oder wie immer die Bezeichnung für Stern Dreieck-Kabel lautet\nEinmal Kxxxx_YDD oder wie immer die Bezeichnung für Stern Dreieck-Kabel lautet",null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
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[]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,400,"V"]
["2) Netz -System",null,null,null,null,null,"TN-C-S System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!G10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 10 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"Motor Kabel 400V",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!G10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   10 %"},null,null,null,"Kabel Berechnung \n500V Motorabgänge Kabeltype NYY-J\n mit MSS",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        \nZS =250 / 12 x I N in Ohm","Kabelquerschnitt","Strom am MSS \neingestellt","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´    \nx 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","Anlaufstrom I  S",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN","ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische","IA = 12 x IMS","IMS","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,"MSS \nAbschalt\nStrom\neingestellt\n[A]",null,null,null,"ΔU500V",{"$f":"DeltaU500V","v":12.5},null,1,null,null,null,null,null,{"$f":"MOTDUmax","v":10},"%"]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,null,null,null,null,null,"Index ab 1 ",null,null,null,null,null,null,null,null,{"$f":"500/100*V3","v":50},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","Abschalt beding.",null,"ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,"500 V"]
["2) Netz -System",null,null,null,null,null,"IT - System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!G10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 10 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"Motor Kabel NYY-J 500V MSS",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!G10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   10 %"},null,null,null,"Kabel Berechnung 500V  \nYD-Motorabgänge Kabeltype NYY-J\n mit MSS",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        \nZS =250 / 12 x I N in Ohm","Kabelquerschnitt","Strom am MSS \neingestellt","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´    \nx 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","Anlaufstrom I  S",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische","IA = 12 x IMS","IMS","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,"MSS \nAbschalt\nStrom\neingestellt\n[A]",null,null,null,"ΔU500V",{"$f":"DeltaU500V","v":12.5},null,1,null,null,null,null,null,{"$f":"MOTDUmax","v":10},"%"]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,null,null,null,null,null,"Index ab 1 ",null,null,null,null,null,null,null,null,{"$f":"500/100*V3","v":50},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","Abschalt beding.",null,"ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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["ACHTUNG ALLE KABEL 2 mal in Kabelliste eintragen.\nEinmal Kxxxx_YDS oder wie immer die Bezeichnung für Stern Dreieck-Kabel lautet\nEinmal Kxxxx_YDD oder wie immer die Bezeichnung für Stern Dreieck-Kabel lautet",null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
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[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
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[]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,"500 V"]
["2) Netz -System",null,null,null,null,null,"IT - System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!G10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 10 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"Motor Kabel NYY-J YD 500V MSS",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!G10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   10 %"},null,null,null,"Kabel Berechnung \n690V Motorabgänge Kabeltype NYY-J\nim TN-C System  mit MSS",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        \nZS =231 / 12 x I N in Ohm","Kabelquerschnitt","Strom am MSS \neingestellt","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´    x 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","Anlaufstrom I  S",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN","ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische","IA = 12 x IMS","IMS","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,"MSS \nAbschalt\nStrom\neingestellt\n[A]",null,null,null,"ΔU690V",{"$f":"DeltaU690V","v":17.25},null,1,null,null,null,null,null,{"$f":"MOTDUmax","v":10},"%"]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,null,null,null,null,null,"Index ab 1 ",null,null,null,null,null,null,null,null,{"$f":"690/100*V3","v":69},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","Abschalt beding.",null,"ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
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[" "," "," "," ",null," "," ",null," "," "," "]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,"690 V"]
["2) Netz -System",null,null,null,null,null,"TN-C System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!G10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 10 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"Motor Kabel 690V",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!G10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   10 %"},null,null,null,"Kabel Berechnung 690V  \nYD-Motorabgänge Kabeltype NYY-J\nim TN-C System  mit MSS",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        \nZS =231 / 12 x I N in Ohm","Kabelquerschnitt","Strom am MSS \neingestellt","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´    x 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","Anlaufstrom I  S",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische","IA = 12 x IMS","IMS","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,"MSS \nAbschalt\nStrom\neingestellt\n[A]",null,null,null,"ΔU690V",{"$f":"DeltaU690V","v":17.25},null,1,null,null,null,null,null,{"$f":"MOTDUmax","v":10},"%"]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,null,null,null,null,null,"Index ab 1 ",null,null,null,null,null,null,null,null,{"$f":"690/100*V3","v":69},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","MSS\nAbschalt beding.",null,"ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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["ACHTUNG ALLE KABEL 2 mal in Kabelliste eintragen.\nEinmal Kxxxx_YDS oder wie immer die Bezeichnung für Stern Dreieck-Kabel lautet\nEinmal Kxxxx_YDD oder wie immer die Bezeichnung für Stern Dreieck-Kabel lautet",null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,1,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[" "," "," "," ",null," "," ",null," "," "," "]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,"690 V"]
["2) Netz -System",null,null,null,null,null,"TN-C System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!G10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 10 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"Motor Kabel 690V",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

{"sheet":"FU Kabel 400V","index":33,"n_rows":64,"n_cols":27,"rows_kept":64,"cut":false,"hidden":false,"merged":[[3,12,3,13],[59,0,59,5],[59,6,59,8],[59,9,59,10],[55,0,55,5],[56,0,56,5],[54,0,54,5],[53,0,53,5],[3,5,6,5],[1,10,2,10],[4,0,6,0],[4,1,6,1],[4,2,6,2],[4,3,6,3],[4,4,6,4],[4,6,6,6],[4,7,6,7],[4,8,6,8],[4,9,6,9],[1,7,2,7],[0,0,0,3],[0,4,0,9],[1,0,2,0],[1,1,2,3],[1,4,2,4],[1,6,2,6],[1,8,2,8],[1,9,2,9],[1,5,2,5]]}
[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!N10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   5 %"},null,null,null,"Kabel Berechnung 400V \nFU Abgänge Kabeltype NYCY /\nNYCWY im TN-C-S System",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        \nZS =231 / 5 x I N in Ohm","Kabelquerschnitt","Max Strom Motor","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´    x 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","FU Anlaufstrom FUIS \neingestellt auf In x Faktor",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische","Faktor m\n F x ISich","I","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,null,null,null,null,"ΔU400V",{"$f":"DeltaU400V","v":10},null,201,null,null,null,null,null,{"$f":"FUDUmax","v":5},"%",null,{"$f":"ISFU","v":1.5}]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,{"$f":"SIm","v":5},null,null,null,null,"Index ab 201",null,null,null,null,null,null,null,null,{"$f":"400/100*V3","v":20},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","Abschalt beding.","Sicherung\n[A]","ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"P8-S8","v":0}]
[0.55000000000000004,1.4,1.5,1.6,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,M9)","v":"NYCY"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,M9)","v":"3x2,5RE/2,5"},{"$f":"O9","v":261},{"$f":"CONCATENATE(\"IA = \",SIm,\"  x ISich\")","v":"IA = 5  x ISich"},10,{"$f":"INDEX(Kab_Werte!$U$6:$U$939,M9)","v":"1x 18"},{"$f":"IF(S9>(P9),\"Kabel ist überlastet!\",\"\")","v":""},null,201,null,{"$f":"ROUND(MIN(T9:V9),0)","v":261},{"$f":"INDEX(Kab_Werte!$K$6:$K$939,M9)","v":14.355},{"$f":"231/(I9*SIm)","v":4.62},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,M9)*INDEX(Kab_Werte!$G$6:$G$939,M9)","v":2.5},{"$f":"MAX(B9:D9)","v":1.6},{"$f":"(DeltaU400V*KCu*R9)/(SQRT(3)*S9)","v":505.18148554092255},{"$f":"Q9/X9*1000","v":260.54399556060105},{"$f":"$V$4*56*R9/SQRT(3)/Y9","v":673.57531405456336},null,{"$f":"INDEX(Kab_Werte!$P$6:$P$939,M9)","v":17.732129999999998},{"$f":"MAX(B9:D9)*ISFU","v":2.4000000000000004},null,{"$f":"P9-S9","v":12.755000000000001}]
[0.75,1.7,1.9,2,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,M10)","v":"NYCY"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,M10)","v":"3x2,5RE/2,5"},{"$f":"O10","v":261},"IA = 5  x ISich",10,{"$f":"INDEX(Kab_Werte!$U$6:$U$939,M10)","v":"1x 18"},"",null,201,null,{"$f":"ROUND(MIN(T10:V10),0)","v":261},{"$f":"INDEX(Kab_Werte!$K$6:$K$939,M10)","v":14.355},4.62,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,M10)*INDEX(Kab_Werte!$G$6:$G$939,M10)","v":2.5},2,404.14518843273805,260.54399556060105,538.86025124365074,null,{"$f":"INDEX(Kab_Werte!$P$6:$P$939,M10)","v":17.732129999999998},{"$f":"MAX(B10:D10)*ISFU","v":3},null,12.355]
[1.1000000000000001,2.4,2.6,2.9,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,M11)","v":"NYCY"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,M11)","v":"3x2,5RE/2,5"},261,"IA = 5  x ISich",10,{"$f":"INDEX(Kab_Werte!$U$6:$U$939,M11)","v":"1x 18"},"",null,201,null,261,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,M11)","v":14.355},4.62,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,M11)*INDEX(Kab_Werte!$G$6:$G$939,M11)","v":2.5},2.9,278.72081960878489,260.54399556060105,371.62775947837986,null,{"$f":"INDEX(Kab_Werte!$P$6:$P$939,M11)","v":17.732129999999998},4.3499999999999996,null,11.455]
[1.5,3.3,3.4,3.9,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,M12)","v":"NYCY"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,M12)","v":"3x2,5RE/2,5"},163,"IA = 5  x ISich",16,{"$f":"INDEX(Kab_Werte!$U$6:$U$939,M12)","v":"1x 18"},"",null,201,null,163,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,M12)","v":14.355},2.8875000000000002,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,M12)*INDEX(Kab_Werte!$G$6:$G$939,M12)","v":2.5},3.9,207.25394278601951,162.83999722537564,276.33859038135938,null,{"$f":"INDEX(Kab_Werte!$P$6:$P$939,M12)","v":17.732129999999998},5.85,null,10.455]
[2.2000000000000002,4.5999999999999996,4.7,5.2,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,M13)","v":"NYCY"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,M13)","v":"3x2,5RE/2,5"},155,"IA = 5  x ISich",16,{"$f":"INDEX(Kab_Werte!$U$6:$U$939,M13)","v":"1x 18"},"",null,201,null,155,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,M13)","v":14.355},2.8875000000000002,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,M13)*INDEX(Kab_Werte!$G$6:$G$939,M13)","v":2.5},5.2,155.44045708951464,162.83999722537564,207.25394278601951,null,{"$f":"INDEX(Kab_Werte!$P$6:$P$939,M13)","v":17.732129999999998},7.8000000000000007,null,9.1550000000000011]
[3,6.1,6.4,7.2,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,M14)","v":"NYCY"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,M14)","v":"3x2,5RE/2,5"},112,"IA = 5  x ISich",20,{"$f":"INDEX(Kab_Werte!$U$6:$U$939,M14)","v":"1x 18"},"",null,201,null,112,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,M14)","v":14.355},2.31,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,M14)*INDEX(Kab_Werte!$G$6:$G$939,M14)","v":2.5},7.2,112.26255234242724,130.27199778030052,149.6834031232363,null,{"$f":"INDEX(Kab_Werte!$P$6:$P$939,M14)","v":17.732129999999998},10.8,null,7.1550000000000002]
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[null,null,null,null,null,null,null,null,null,null,null,null,201,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,400,"V"]
["2) Netz -System",null,null,null,null,null,"TN-C-S System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!N10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 5 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"FU Kabel 400V",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!N10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   5 %"},null,null,null,"Kabel Berechnung 400V \nFU Abgänge Kabeltype Lapp /\n2YSLYK-JB im TN-C-S System",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        \nZS =231 / 5 x I N in Ohm","Kabelquerschnitt","Max Strom Motor","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´    x 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","FU Anlaufstrom FUIS \neingestellt auf In x Faktor",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische","Faktor m\n F x ISich","I","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,null,null,null,null,"ΔU400V",{"$f":"DeltaU400V","v":10},null,701,null,null,null,null,null,{"$f":"FUDUmax","v":5},"%",null,{"$f":"ISFU","v":1.5}]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,{"$f":"SIm","v":5},null,null,null,null,"konzentr. ab 701 - 728",null,null,null,null,null,null,null,null,{"$f":"400/100*V3","v":20},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","Abschalt beding.","Sicherung\n[A]","ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[" "," "," "," ",null,null,null,null,null," ",null,null,701,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,701,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,701,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,701,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,701,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,400,"V"]
["2) Netz -System",null,null,null,null,null,"TN-C-S System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!N10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 5 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"FU Kabel 400V mit Lapp Kabel",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

{"sheet":"FU Kabel 500V","index":35,"n_rows":64,"n_cols":27,"rows_kept":64,"cut":false,"hidden":false,"merged":[[3,12,3,13],[56,0,56,5],[59,0,59,5],[59,6,59,8],[59,9,59,10],[53,0,53,5],[54,0,54,5],[4,9,6,9],[3,5,6,5],[55,0,55,5],[1,10,2,10],[4,0,6,0],[4,1,6,1],[4,2,6,2],[4,3,6,3],[4,4,6,4],[4,6,6,6],[4,7,6,7],[4,8,6,8],[1,7,2,7],[0,0,0,3],[0,4,0,9],[1,0,2,0],[1,1,2,3],[1,4,2,4],[1,6,2,6],[1,8,2,8],[1,9,2,9],[1,5,2,5]]}
[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!N10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   5 %"},null,null,null,"Kabel Berechnung 500V \nFU Abgänge Kabeltype NYCY /\nNYCWY",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        ZS =250 / m x IN     in Ohm","Kabelquerschnitt","Max Strom Motor","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´    x 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","FU Anlaufstrom FUIS \neingestellt auf In x Faktor",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische","Faktor m\n F x ISich","I","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,null,null,null,null,"ΔU500V",{"$f":"DeltaU500V","v":12.5},null,201,null,null,null,null,null,{"$f":"FUDUmax","v":5},"%",null,{"$f":"ISFU","v":1.5}]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,{"$f":"SIm","v":5},null,null,null,null,"Index ab 201 ",null,null,null,null,null,null,null,null,{"$f":"400/100*V3","v":20},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","Abschalt beding.","Sicherung\n[A]","ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[null,null,null,null,null,null,null,null,null,null,null,null,201,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,201,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
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[]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,"500 V"]
["2) Netz -System",null,null,null,null,null,"IT - System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!N10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 5 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"FU Kabel 500V",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!N10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   5 %"},null,null,null,"Kabel Berechnung 500V \nFU Abgänge Kabeltype Lapp /\n2YSLYK-JB im TN-C-S System",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        ZS =250 / m x IN     in Ohm","Kabelquerschnitt","Max Strom Motor","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´    x 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","FU Anlaufstrom FUIS \neingestellt auf In x Faktor",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische","Faktor m\n F x ISich","I","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,null,null,null,null,"ΔU500V",{"$f":"DeltaU500V","v":12.5},null,701,null,null,null,null,null,{"$f":"FUDUmax","v":5},"%",null,{"$f":"ISFU","v":1.5}]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,{"$f":"SIm","v":5},null,null,null,null,"konzentr. ab 701 - 728",null,null,null,null,null,null,null,null,{"$f":"400/100*V3","v":20},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","Abschalt beding.","Sicherung\n[A]","ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[null,null,null,null,null,null,null,null,null,null,null,null,701,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,701,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,"500 V"]
["2) Netz -System",null,null,null,null,null,"IT - System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!N10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 5 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"FU Kabel 500V mit Lapp Kabel",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

{"sheet":"FU Kabel 690V","index":37,"n_rows":64,"n_cols":27,"rows_kept":64,"cut":false,"hidden":false,"merged":[[3,12,3,13],[56,0,56,5],[59,0,59,5],[59,6,59,8],[59,9,59,10],[53,0,53,5],[54,0,54,5],[4,9,6,9],[3,5,6,5],[55,0,55,5],[1,10,2,10],[4,0,6,0],[4,1,6,1],[4,2,6,2],[4,3,6,3],[4,4,6,4],[4,6,6,6],[4,7,6,7],[4,8,6,8],[1,7,2,7],[0,0,0,3],[0,4,0,9],[1,0,2,0],[1,1,2,3],[1,4,2,4],[1,6,2,6],[1,8,2,8],[1,9,2,9],[1,5,2,5]]}
[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!N10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   5 %"},null,null,null,"Kabel Berechnung 690V \nFU Abgänge Kabeltype NYCY /\nNYCWY im TN-C und TN-C-S System",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        ZS =400 / m x IN     in Ohm","Kabelquerschnitt","Max Strom Motor","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´    x 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","FU Anlaufstrom FUIS \neingestellt auf In x Faktor",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische","Faktor m\n F x ISich","I","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,null,null,null,null,"ΔU690V",{"$f":"DeltaU690V","v":17.25},null,201,null,null,null,null,null,{"$f":"FUDUmax","v":5},"%",null,{"$f":"ISFU","v":1.5}]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,{"$f":"SIm","v":5},null,null,null,null,"Index ab 201",null,null,null,null,null,null,null,null,{"$f":"400/100*V3","v":20},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","Abschalt beding.","Sicherung\n[A]","ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[" "," "," "," ",null," "," ",null," "," "," "]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,"690 V"]
["2) Netz -System",null,null,null,null,null,"TN-C System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!N10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 5 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"FU Kabel 690V",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei  \",Berechnungswerte!E12,\"°C\",\"              Spannungsfall                                                ΔU Betrieb \",Berechnungswerte!G20, \"%\",\"                                                 ΔU Anlauf   \",Berechnungswerte!N10, \" %\")","v":"Verlegung in Luft bei  40°C              Spannungsfall                                                ΔU Betrieb 2,5%                                                 ΔU Anlauf   5 %"},null,null,null,"Kabel Berechnung 690V \nFU Abgänge Kabeltype Lapp /\n2YSLYK-JB im TN-C-S System",null,null,null,null,null,null,null,"Pos (INDEX)","Spannungsfall  \nΔU  in V","kleinste Abschaltbedingung",{"$f":"CONCATENATE(\"Belastbarkeit in Luft Strom in  A bei einer Temp. von \",Berechnungswerte!E12,\"°C\",)","v":"Belastbarkeit in Luft Strom in  A bei einer Temp. von 40°C"},"max. Schleifen -widerstand        ZS =400 / m x IN     in Ohm","Kabelquerschnitt","Max Strom Motor","lmax=ΔU xK*A / Wurzel(3)*I","Länge l=Z S/Z´    x 1000 in (m)","Anlauf lmax=\nDeltaU x K * A \nWurzel(3) * I",null,"Z  Hin und \nRückleiter      \n(SUMME)","FU Anlaufstrom FUIS \neingestellt auf In x Faktor",null,"ABFRAGE zum AUTOMATISCHEN  AUSFÜLLEN"]
["Motor","Nennstrom bei Drehzahl:",null,null,"Kabel","Kabel","Kritische","Faktor m\n F x ISich","I","Kabel","Bemerkung"]
[null,null,null,null,null,null,null,null,null,null,null,null,"ΔU690V",{"$f":"DeltaU690V","v":17.25},null,701,null,null,null,null,null,{"$f":"FUDUmax","v":5},"%",null,{"$f":"ISFU","v":1.5}]
[null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]",null,{"$f":"SIm","v":5},null,null,null,null,"konzentr. ab 701 - 728",null,null,null,null,null,null,null,null,{"$f":"400/100*V3","v":20},"V"]
["Leistung\n[kW]","3000 rpm\n[A]","1500 rpm\n[A]","1000 rpm\n[A]","Type",null,"Länge\n[m]","Abschalt beding.","Sicherung\n[A]","ø\n[mm]"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Kritische Länge [m] oder (nur wenn möglich) Reduzierten Querschnitt auf Voll ändern heißt >> Index um  +1 erhöhen"]
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[710,670,690,710,{"$f":"INDEX(Kab_Werte!$E$6:$E$825,M40)","v":"2YSLCYK-JB"},{"$f":"INDEX(Kab_Werte!$F$6:$F$825,M40)","v":"3x(3X240+3G50)"},437,"ILS (Ii)",5200,{"$f":"INDEX(Kab_Werte!$U$6:$U$825,M40)","v":"3x 65,1"},"",null,722,null,437,{"$f":"INDEX(Kab_Werte!$K$6:$K$825,M40)","v":780.33780000000002},7.6923076923076927E-2,{"$f":"INDEX(Kab_Werte!$B$6:$B$825,M40)*INDEX(Kab_Werte!$G$6:$G$825,M40)","v":720},710,565.57557637573029,902.52798539974469,437.15986579766593,null,{"$f":"INDEX(Kab_Werte!$P$6:$P$825,M40)","v":8.5230683333333335E-2},1065,null,70.337800000000016]
[800,760,780,790,{"$f":"INDEX(Kab_Werte!$E$6:$E$825,M41)","v":"2YSLCYK-JB"},{"$f":"INDEX(Kab_Werte!$F$6:$F$825,M41)","v":"4x(3X185+3G35)"},404,"ILS (Ii)",6250,{"$f":"INDEX(Kab_Werte!$U$6:$U$825,M41)","v":"4x 56,5"},"",null,723,null,404,{"$f":"INDEX(Kab_Werte!$K$6:$K$825,M41)","v":877.37760000000003},6.4000000000000001E-2,{"$f":"INDEX(Kab_Werte!$B$6:$B$825,M41)*INDEX(Kab_Werte!$G$6:$G$825,M41)","v":740},790,522.42160307280017,722.0158909304746,403.80413764081169,null,{"$f":"INDEX(Kab_Werte!$P$6:$P$825,M41)","v":8.8640708333333318E-2},1185,null,87.377600000000029]
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[1000,920,970," -",{"$f":"INDEX(Kab_Werte!$E$6:$E$825,M43)","v":"2YSLCYK-JB"},{"$f":"INDEX(Kab_Werte!$F$6:$F$825,M43)","v":"4x(3X240+3G50)"},427,"ILS (Ii)",7750,{"$f":"INDEX(Kab_Werte!$U$6:$U$825,M43)","v":"4x 72,3"},"",null,724,null,427,{"$f":"INDEX(Kab_Werte!$K$6:$K$825,M43)","v":1040.4504000000002},5.1612903225806452E-2,{"$f":"INDEX(Kab_Werte!$B$6:$B$825,M43)*INDEX(Kab_Werte!$G$6:$G$825,M43)","v":960},970,551.97066560380551,807.42288586299753,426.64399273724104,null,{"$f":"INDEX(Kab_Werte!$P$6:$P$825,M43)","v":6.3923012499999987E-2},1455,null,70.450400000000172]
[1250," -",1184," -",{"$f":"INDEX(Kab_Werte!$E$6:$E$825,M44)","v":"2YSLCYK-JB"},{"$f":"INDEX(Kab_Werte!$F$6:$F$825,M44)","v":"5x(3X240+3G50)"},437,"ILS (Ii)",9600,{"$f":"INDEX(Kab_Werte!$U$6:$U$825,M44)","v":"5x 72,3"},"",null,725,null,437,{"$f":"INDEX(Kab_Werte!$K$6:$K$825,M44)","v":1300.5630000000001},4.1666666666666664E-2,{"$f":"INDEX(Kab_Werte!$B$6:$B$825,M44)*INDEX(Kab_Werte!$G$6:$G$825,M44)","v":1200},1184,565.25712165930258,814.7822090414362,436.91371722458166,null,{"$f":"INDEX(Kab_Werte!$P$6:$P$825,M44)","v":5.1138409999999995E-2},1776,null,116.5630000000001]
[" "," "," "," ",null," "," ",null," "," "," "]
[]
["Dimensionierungsgrundlage:"]
[]
["1) Betriebsspannung",null,null,null,null,null,"690 V"]
["2) Netz -System",null,null,null,null,null,"TN-C System"]
["3) Spannungsfall",null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU  Betr.  \",Berechnungswerte!G20, \" %\",\"   ΔU Anlauf \",Berechnungswerte!N10, \" %\")","v":"ΔU  Betr.  2,5 %   ΔU Anlauf 5 %"}]
["4) Belastbarkeit der Kabel",null,null,null,null,null,"lt. DIN VDE 0298, Teil 4",null,null,"Tab 7"]
["5) Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C",null,null,"f1 =",{"$f":"AbmTemp","v":0.87},null,"Tab 15"]
[{"$f":"SechsA1","v":"6a)  Vierleiterkabel: Verlegung auf 6 Kabelpritsche(n) mit gegenseitiger  "},null,null,null,null,null,"f2 =",{"$f":"AbmHaeufung","v":0.66},null,"Tab 18"]
[{"$f":"SechsA2","v":"und Wand- Berührung    9  Kabel nebeneinander liegend, KS-fest verl."}]
[{"$f":"SechsB1","v":"6b)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,"f2 =",{"$f":"AbmHäuf_Einleiter","v":0.87},null,"Tab 16"]
[{"$f":"SechsB2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl."}]
["7a) Reduzierung der Belastbarkeit (6a)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_a","v":0.57420000000000004}]
["7b) Reduzierung der Belastbarkeit (6b)",null,null,null,null,null,"f = f1 * f2",null,"f =",{"$f":"Reduz_b","v":0.75690000000000002}]
["8) Abschaltströme: Sicherung\n                               Motorschutzschalter\n                               Leistungsschalter *",null,null,null,null,null,"IA =   m x Isich\nIA = 12 x  IMS\n*IA =    1x ILS (Ii)",null,null,"\n\n(Einstellung Unverzögerter Kurzschluss)"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,"FU Kabel 690V mit Lapp Kabel",null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null," ",null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei \",Berechnungswerte!E30,\"°C\",\"                      \nSpannungsfall ΔU  \",Berechnungswerte!G20, \" %\")","v":"Verlegung in Luft bei 35°C                      \nSpannungsfall ΔU  2,5 %"},null,null,null,null,null,"Dimensionierung von\nTrafoableitungen  \nim TN - C - System  400 V                                             ",null,null,null,null,null,null,null,"Pos (INDEX)","Kabelquerschnitt","Strom Transformator- ableitungen ","lmax=ΔUx\nK*A / \nWurzel(3)*I","Kurzschlußstrom bei UK = 6%","Trafo Strom gerechnet=\nTrafoleistung  [kVA]\n----------------------------\n(WURZEL(3)*0,4)\noder\n(WURZEL(3)*0,4)*0,9"]
[null,null,null,null,null,null,"Kabel","Kabel","Kabellänge "]
["Trafo -",null,"Trafonennstrom"]
["Leistung",null,null,null,null,null,"Type","Kabelanzahl x\nAdern x\n[mm²]","bis maximal"]
["[kVA]",null,"IN[A]",null,null,null,null,null,{"$f":"ROUND(R16,-1)","v":200},"m",null,null,null,null,"Index ab 401 "]
[null,null,"AN_Kühlung"]
[630,"kVA",909,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O7)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O7)","v":"(2x3+1)x1x300"},{"$f":"IF(K7>\" \",\"LS - Einstellung\",\"\")","v":"LS - Einstellung"},null,{"$f":"IF(Q7<C7,CONCATENATE(\"IA =  \",ROUND(Q7,0),\"A\"),\" \")","v":"IA =  903A"},null,null,null,413,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O7)*INDEX(Kab_Werte!$G$6:$G$939,O7)","v":600},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O7)","v":902.85119999999995},{"$f":"(DeltaU400V*KCu*P7)/SQRT(3)/T7","v":213.41000049253495},15.166,{"$f":"ROUND(A7/(SQRT(3)*0.4),0)","v":909}]
[800,"kVA",1154,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O8)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O8)","v":"(3x3+2)x1x240"},"",null," ",null,null,null,415,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O8)*INDEX(Kab_Werte!$G$6:$G$939,O8)","v":720},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O8)","v":1184.9921999999999},201.54773033528755,19.260000000000002,1155]
[1000,"kVA",1443,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O9)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O9)","v":"(4x3+2)x1x300"},"",null," ",null,null,null,419,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O9)*INDEX(Kab_Werte!$G$6:$G$939,O9)","v":1200},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O9)","v":1805.7023999999999},268.8699798305118,24.06,1443]
[1250,"kVA",1804,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O10)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O10)","v":"(5x3+3)x1x300"},"",null," ",null,null,null,420,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O10)*INDEX(Kab_Werte!$G$6:$G$939,O10)","v":1500},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O10)","v":2257.1279999999997},268.83271957831801,30.08,1804]
[1600,"kVA",2307,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O11)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O11)","v":"(5x3+3)x1x300"},"LS - Einstellung",null,"IA =  2257A",null,null,null,420,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O11)*INDEX(Kab_Werte!$G$6:$G$939,O11)","v":1500},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O11)","v":2257.1279999999997},210.03647731454555,38.53,2309]
[2000,"kVA",2886,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O12)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O12)","v":"(7x3+4)x1x300"},"",null," ",null,null,null,422,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O12)*INDEX(Kab_Werte!$G$6:$G$939,O12)","v":2100},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O12)","v":3159.9791999999998},235.1797424894354,48.12,2887]
[2500,"kVA",3600,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O13)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O13)","v":"(8x3+4)x1x300"},"",null," ",null,null,null,423,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O13)*INDEX(Kab_Werte!$G$6:$G$939,O13)","v":2400},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O13)","v":3611.4047999999998},215.06617566265439,60.5,3608]
[]
[]
["Trafo -",null,"Trafonennstrom",null,null,null,"Kabel","Kabel","Kabellänge ",null,null,null,null,null,null,null,null,{"$f":"MIN(R7:R15)","v":201.54773033528755}]
["Leistung",null,"erhöhte Kühlung"]
[null,null,null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]","bis maximal"]
["[kVA]",null,"IN[A]",null,null,null,"Type",null,{"$f":"ROUND(R30,-1)","v":210},"m"]
[null,null,"AF_Kühlung"]
[630,"kVA",1000,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O21)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O21)","v":"(2x3+1)x1x400"},{"$f":"IF(K21>\" \",\"LS - Einstellung\",\"\")","v":""},null,{"$f":"IF(Q21<C21,CONCATENATE(\"IA =  \",ROUND(Q21,0),\"A\"),\" \")","v":" "},null,null,null,414,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O21)*INDEX(Kab_Werte!$G$6:$G$939,O21)","v":800},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O21)","v":1056.5976000000001},{"$f":"(DeltaU400V*KCu*P21)/SQRT(3)/T21","v":256.09200059104194},15.166,{"$f":"ROUND(A21/((SQRT(3)*0.4)*0.9),0)","v":1010}]
[800,"kVA",1250,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O22)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O22)","v":"(2x3+1)x1x500"},"LS - Einstellung",null,"IA =  1222A",null,null,null,416,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O22)*INDEX(Kab_Werte!$G$6:$G$939,O22)","v":1000},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O22)","v":1221.7932000000001},252.00011749508221,19.260000000000002,1283]
[1000,"kVA",1600,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O23)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O23)","v":"(4x3+2)x1x300"},"",null," ",null,null,null,419,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O23)*INDEX(Kab_Werte!$G$6:$G$939,O23)","v":1200},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O23)","v":1805.7023999999999},241.88240704203773,24.06,1604]
[1250,"kVA",2000,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O24)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O24)","v":"(5x3+3)x1x300"},"",null," ",null,null,null,420,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O24)*INDEX(Kab_Werte!$G$6:$G$939,O24)","v":1500},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O24)","v":2257.1279999999997},241.88240704203776,30.08,2005]
[1600,"kVA",2500,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O25)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O25)","v":"(6x3+3)x1x300"},"",null," ",null,null,null,421,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O25)*INDEX(Kab_Werte!$G$6:$G$939,O25)","v":1800},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O25)","v":2708.5535999999997},226.80010574557394,38.53,2566]
[2000,"kVA",3200,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O26)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O26)","v":"(7x3+4)x1x300"},"LS - Einstellung",null,"IA =  3160A",null,null,null,422,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O26)*INDEX(Kab_Werte!$G$6:$G$939,O26)","v":2100},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O26)","v":3159.9791999999998},211.64710616178303,48.12,3208]
[2500,"kVA",4000,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O27)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O27)","v":"(8x3+4)x1x400"},"",null," ",null,null,null,424,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O27)*INDEX(Kab_Werte!$G$6:$G$939,O27)","v":3200},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O27)","v":4226.3904000000002},258.07225801641539,60.5,4009]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"MIN(R21:R29)","v":211.64710616178303}]
[null,null,null,null,null,null,null,null,"bei Mehrfachbündel"]
[null,null,null,null,null,null,null,null,"Phasenfolge drehen"]
["Dimensionierungsgrundlage:"]
["1) Betriebsspannung",null,null,null,null,null,null,null,400,"V"]
["2) Belastbarkeit der Kabel",null,null,null,null,null,null,null,"lt. DIN VDE 0298, Teil 4Tab   7"]
["3) Verlegung in Luft bei ",null,null,null,null,{"$f":"Berechnungswerte!E30","v":35}," °C",null,"f1 = ",{"$f":"AbmTempTrafo","v":0.94},"  Tab 15"]
[{"$f":"VierEinl1","v":"4)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,null,"f2 = ",{"$f":"F2EinlTrafo","v":0.87},"  Tab 16"]
[{"$f":"VierEinl2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl. "}]
[]
["5) Reduzierung der Belastbarkeit (4)    ",null,null,null,null,null,null,null,"f = f1 x f2 =",{"$f":"FEinlTrafo","v":0.81779999999999997}]
[]
["6) Spannungsfall ",null,null,null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU max =  \",Berechnungswerte!G20, \" %\")","v":"ΔU max =  2,5 %"}]
[]
["7) Netz -System",null,null,null,null,null,null,null,"TN- C- System"]
[]
["8) Abschaltströme:",null,null,null,null,null,null,null,"Leistungsschalter     LS",null,"IA =    1x IR"]
[]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,null,null,"Trafo_400V-TN_C_System",null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null,null,null,null," ",{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei \",Berechnungswerte!E30,\"°C\",\"                \nSpannungsfall ΔU  \",Berechnungswerte!G20, \" %\")","v":"Verlegung in Luft bei 35°C                \nSpannungsfall ΔU  2,5 %"},null,null,null,null,null,"Dimensionierung von\nTrafoableitungen  \nim TN - S - System  400 V                                             ",null,null,null,null,null,null,null,"Pos (INDEX)","Kabelquerschnitt","Strom Transformator- ableitungen ","lmax=ΔUx\nK*A / \nWurzel(3)*I","Kurzschlußstrom bei UK = 6%","Trafo Strom gerechnet=\nTrafoleistung  [kVA]\n----------------------------\n(WURZEL(3)*0,4)\noder\n(WURZEL(3)*0,4)*0,9"]
[null,null,null,null,null,null,"Kabel","Kabel","Kabellänge "]
["Trafo -",null,"Trafonennstrom"]
["Leistung",null,null,null,null,null,"Type","Kabelanzahl x\nAdern x\n[mm²]","bis maximal"]
["[kVA]",null,"IN[A]",null,null,null,null,null,{"$f":"ROUND(R16,-1)","v":190},"m",null,null,null,null,"Index ab 301 "]
[null,null,"AN_Kühlung"]
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[800,"kVA",1154,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O8)","v":"NYCWY"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O8)","v":"3x(4x240SM/120)"},"",null," ",null,null,null,322,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O8)*INDEX(Kab_Werte!$G$6:$G$939,O8)","v":720},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O8)","v":1204.7039999999997},201.54773033528755,19.260000000000002,1155]
[1000,"kVA",1443,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O9)","v":"NYCWY"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O9)","v":"4x(4x240SM/120)"},"",null," ",null,null,null,324,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O9)*INDEX(Kab_Werte!$G$6:$G$939,O9)","v":960},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O9)","v":1606.2719999999997},215.09598386440945,24.06,1443]
[1250,"kVA",1804,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O10)","v":"NYCWY"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O10)","v":"5x(4x240SM/120)"},"",null," ",null,null,null,325,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O10)*INDEX(Kab_Werte!$G$6:$G$939,O10)","v":1200},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O10)","v":2007.8399999999997},215.06617566265439,30.08,1804]
[1600,"kVA",2307,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O11)","v":"NYCWY"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O11)","v":"6x(4x240SM/120)"},"",null," ",null,null,null,326,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O11)*INDEX(Kab_Werte!$G$6:$G$939,O11)","v":1440},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O11)","v":2409.4079999999994},201.63501822196372,38.53,2309]
[2000,"kVA",2886,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O12)","v":"NYCWY"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O12)","v":"8x(4x240SM/120)"},"",null," ",null,null,null,328,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O12)*INDEX(Kab_Werte!$G$6:$G$939,O12)","v":1920},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O12)","v":3212.5439999999994},215.02147884748379,48.12,2887]
[2500,"kVA",3600,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O13)","v":"NYCWY"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O13)","v":"9x(4x240SM/120)"},"",null," ",null,null,null,329,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O13)*INDEX(Kab_Werte!$G$6:$G$939,O13)","v":2160},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O13)","v":3614.1119999999996},193.55955809638897,60.5,3608]
[]
[]
["Trafo -",null,"Trafonennstrom",null,null,null,"Kabel","Kabel","Kabellänge ",null,null,null,null,null,null,null,null,{"$f":"MIN(R7:R15)","v":193.55955809638897}]
["Leistung",null,"erhöhte Kühlung"]
[null,null,null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]","bis maximal"]
["[kVA]",null,"IN[A]",null,null,null,"Type",null,{"$f":"ROUND(R30,-1)","v":180},"m"]
[null,null,"AF_Kühlung"]
[630,"kVA",1000,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O21)","v":"NYCWY"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O21)","v":"3x(4x185SM/95)"},{"$f":"IF(K21>\" \",\"LS - Einstellung\",\"\")","v":""},null,{"$f":"IF(Q21<C21,CONCATENATE(\"IA =  \",ROUND(Q21,0),\"A\"),\" \")","v":" "},null,null,null,321,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O21)*INDEX(Kab_Werte!$G$6:$G$939,O21)","v":555},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O21)","v":1012.4927999999999},{"$f":"(DeltaU400V*KCu*P21)/SQRT(3)/T21","v":177.66382541003534},15.166,{"$f":"ROUND(A21/((SQRT(3)*0.4)*0.9),0)","v":1010}]
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[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"MIN(R21:R29)","v":177.66382541003534}]
[null,null,null,null,null,null,null,null,"bei Mehrfachbündel"]
[null,null,null,null,null,null,null,null,"Phasenfolge drehen"]
["Dimensionierungsgrundlage:"]
["1) Betriebsspannung",null,null,null,null,null,null,null,400,"V"]
["2) Belastbarkeit der Kabel",null,null,null,null,null,null,null,"lt. DIN VDE 0298, Teil 4Tab   7"]
["3) Verlegung in Luft bei ",null,null,null,null,{"$f":"Berechnungswerte!E30","v":35}," °C",null,"f1 = ",{"$f":"AbmTempTrafo","v":0.94},"  Tab 15"]
[{"$f":"VierMehrl1","v":"4)   Drei- und Mehr- leiterkabel: Verlegung auf  6  Kabelpritsche(n)"},null,null,null,null,null,null,null,"f2 = ",{"$f":"F2EinlTrafo","v":0.87},"  Tab 16"]
[{"$f":"VierMehrl2","v":"im Abstand d   3  Kabel nebeneinander liegend, KS-fest verl."}]
[]
["5) Reduzierung der Belastbarkeit (4)    ",null,null,null,null,null,null,null,"f = f1 x f2 =",{"$f":"FEinlTrafo","v":0.81779999999999997}]
[]
["6) Spannungsfall ",null,null,null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU max =  \",Berechnungswerte!G20, \" %\")","v":"ΔU max =  2,5 %"}]
[]
["7) Netz -System",null,null,null,null,null,null,null,"TN- S- System"]
[]
["8) Abschaltströme:",null,null,null,null,null,null,null,"Leistungsschalter     LS",null,"IA =    1x IR"]
[]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,null,null,"Trafo_400V-TN_S_System",null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null,null,null,null," ",{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,{"$f":"MName","v":"Mustermann"}]

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[null,null,null,null,null,null,"Kabel","Kabel","Kabellänge "]
["Trafo -",null,"Trafonennstrom"]
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["[kVA]",null,"IN[A]",null,null,null,null,null,{"$f":"ROUND(R16,-1)","v":190},"m",null,null,null,null,"Index ab 601 "]
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[]
[]
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["Leistung",null,"erhöhte Kühlung"]
[null,null,null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]","bis maximal"]
["[kVA]",null,"IN[A]",null,null,null,"Type",null,{"$f":"ROUND(R30,-1)","v":180},"m"]
[null,null,"AF_Kühlung"]
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[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"MIN(R21:R29)","v":177.66382541003534}]
[null,null,null,null,null,null,null,null,"bei Mehrfachbündel"]
[null,null,null,null,null,null,null,null,"Phasenfolge drehen"]
["Dimensionierungsgrundlage:"]
["1) Betriebsspannung",null,null,null,null,null,null,null,400,"V"]
["2) Belastbarkeit der Kabel",null,null,null,null,null,null,null,"lt. DIN VDE 0298, Teil 4Tab   7"]
["3) Verlegung in Luft bei ",null,null,null,null,{"$f":"Berechnungswerte!E30","v":35}," °C",null,"f1 = ",{"$f":"AbmTempTrafo","v":0.94},"  Tab 15"]
[{"$f":"VierMehrl1","v":"4)   Drei- und Mehr- leiterkabel: Verlegung auf  6  Kabelpritsche(n)"},null,null,null,null,null,null,null,"f2 = ",{"$f":"F2EinlTrafo","v":0.87},"  Tab 16"]
[{"$f":"VierMehrl2","v":"im Abstand d   3  Kabel nebeneinander liegend, KS-fest verl."}]
[]
["5) Reduzierung der Belastbarkeit (4)    ",null,null,null,null,null,null,null,"f = f1 x f2 =",{"$f":"FEinlTrafo","v":0.81779999999999997}]
[]
["6) Spannungsfall ",null,null,null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU max =  \",Berechnungswerte!G20, \" %\")","v":"ΔU max =  2,5 %"}]
[]
["7) Netz -System",null,null,null,null,null,null,null,"TN- S- System"]
[]
["8) Abschaltströme:",null,null,null,null,null,null,null,"Leistungsschalter     LS",null,"IA =    1x IR"]
[]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,null,null,"Trafo_400V-TN_S_System",null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null,null,null,null," ",{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei \",Berechnungswerte!E30,\"°C\",\"                \nSpannungsfall ΔU  \",Berechnungswerte!G20, \" %\")","v":"Verlegung in Luft bei 35°C                \nSpannungsfall ΔU  2,5 %"},null,null,null,null,null,"Dimensionierung von Trafoableitungen                            im TT - System 500 V  ",null,null,null,null,null,null,null,"Pos (INDEX)","Kabelquerschnitt","Strom Transformator- ableitungen ","lmax=ΔUx\nK*A / \nWurzel(3)*I","Kurzschlußstrom bei UK = 6%","Trafo Strom gerechnet=\nTrafoleistung  [kVA]\n----------------------------\n(WURZEL(3)*0,4)\noder\n(WURZEL(3)*0,4)*0,9"]
[null,null,null,null,null,null,"Kabel","Kabel","Kabellänge "]
["Trafo -",null,"Trafonennstrom"]
["Leistung",null,null,null,null,null,"Type","Kabelanzahl x\nAdern x\n[mm²]","bis maximal"]
["[kVA]",null,"IN[A]",null,null,null,null,null,{"$f":"ROUND(R16,-1)","v":250},"m",null,null,null,null,"Index ab 401 "]
[null,null,"AN_Kühlung"]
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[800,"kVA",923,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O8)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O8)","v":"(2x3+1)x1x300"},"LS - Einstellung",null,"IA =  903A",null,null,null,413,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O8)*INDEX(Kab_Werte!$G$6:$G$939,O8)","v":600},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O8)","v":902.85119999999995},262.43194054073899,14.666,924]
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[1250,"kVA",1443,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O10)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O10)","v":"(4x3+2)x1x300"},"",null," ",null,null,null,419,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O10)*INDEX(Kab_Werte!$G$6:$G$939,O10)","v":1200},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O10)","v":1805.7023999999999},336.08747478813979,22.916,1443]
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[]
["Trafo -",null,"Trafonennstrom",null,null,null,"Kabel","Kabel","Kabellänge ",null,null,null,null,null,null,null,null,{"$f":"MIN(R7:R15)","v":251.93466291910943}]
["Leistung",null,"erhöhte Kühlung"]
[null,null,null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]","bis maximal"]
["[kVA]",null,"IN[A]",null,null,null,"Type",null,{"$f":"ROUND(R30,-1)","v":240},"m"]
[null,null,"AF_Kühlung"]
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[1000,"kVA",1250,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O23)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O23)","v":"(2x3+1)x1x500"},"LS - Einstellung",null,"IA =  1222A",null,null,null,416,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O23)*INDEX(Kab_Werte!$G$6:$G$939,O23)","v":1000},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O23)","v":1221.7932000000001},315.00014686885277,18.332999999999998,1283]
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[2500,"kVA",3200,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O27)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O27)","v":"(7x3+4)x1x300"},"LS - Einstellung",null,"IA =  3160A",null,null,null,422,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O27)*INDEX(Kab_Werte!$G$6:$G$939,O27)","v":2100},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O27)","v":3159.9791999999998},264.55888270222874,46,3208]
[3150,"kVA"," --",null,null,null," --"," --"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"MIN(R21:R29)","v":240.08625055410181}]
[null,null,null,null,null,null,null,null,"bei Mehrfachbündel"]
[null,null,null,null,null,null,null,null,"Phasenfolge drehen"]
["Dimensionierungsgrundlage:"]
["1) Betriebsspannung",null,null,null,null,null,null,null,500,"V"]
["2) Belastbarkeit der Kabel",null,null,null,null,null,null,null,"lt. DIN VDE 0298, Teil 4Tab   7"]
["3) Verlegung in Luft bei ",null,null,null,null,{"$f":"Berechnungswerte!E30","v":35}," °C",null,"f1 = ",{"$f":"AbmTempTrafo","v":0.94},"  Tab 15"]
[{"$f":"VierEinl1","v":"4)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,null,"f2 = ",{"$f":"F2EinlTrafo","v":0.87},"  Tab 16"]
[{"$f":"VierEinl2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl. "}]
[]
["5) Reduzierung der Belastbarkeit (4)    ",null,null,null,null,null,null,null,"f = f1 x f2 =",{"$f":"FEinlTrafo","v":0.81779999999999997}]
[]
["6) Spannungsfall ",null,null,null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU max =  \",Berechnungswerte!G20, \" %\")","v":"ΔU max =  2,5 %"}]
[]
["7) Netz -System",null,null,null,null,null,null,null,"IT - System"]
[]
["8) Abschaltströme:",null,null,null,null,null,null,null,"Leistungsschalter     LS",null,"IA =    1x IR"]
[]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,null,null,"Trafo_500V-IT_System",null,null,null,{"$f":"Datum","v":"2019-01-07"}]
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[{"$f":"CONCATENATE(\"Verlegung in Luft bei \",Berechnungswerte!E30,\"°C\",\"               \n Spannungsfall ΔU  \",Berechnungswerte!G20, \" %\")","v":"Verlegung in Luft bei 35°C               \n Spannungsfall ΔU  2,5 %"},null,null,null,null,null,"Dimensionierung von Trafoableitungen                            im  IT - System 500 V  ",null,null,null,null,null,null,null,"Pos (INDEX)","Kabelquerschnitt","Strom Transformator- ableitungen ","lmax=ΔUx\nK*A / \nWurzel(3)*I","Kurzschlußstrom bei UK = 6%","Trafo Strom gerechnet=\nTrafoleistung  [kVA]\n----------------------------\n(WURZEL(3)*0,4)\noder\n(WURZEL(3)*0,4)*0,9"]
[null,null,null,null,null,null,"Kabel","Kabel","Kabellänge "]
["Trafo -",null,"Trafonennstrom"]
["Leistung",null,null,null,null,null,"Type","Kabelanzahl x\nAdern x\n[mm²]","bis maximal"]
["[kVA]",null,"IN[A]",null,null,null,null,null,{"$f":"ROUND(R16,-1)","v":250},"m",null,null,null,null,"Index ab 451 "]
[null,null,"AN_Kühlung"]
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[1000,"kVA",1154,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O9)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O9)","v":"(3x3)x1x240"},"",null," ",null,null,null,465,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O9)*INDEX(Kab_Werte!$G$6:$G$939,O9)","v":720},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O9)","v":1184.9921999999999},251.93466291910943,18.332999999999998,1155]
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[1600,"kVA",1847,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O11)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O11)","v":"(4x3)x1x300"},"LS - Einstellung",null,"IA =  1806A",null,null,null,469,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O11)*INDEX(Kab_Werte!$G$6:$G$939,O11)","v":1200},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O11)","v":1805.7023999999999},262.43194054073899,29.332999999999998,1848]
[2000,"kVA",2309,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O12)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O12)","v":"(5x3)x1x300"},"LS - Einstellung",null,"IA =  2257A",null,null,null,470,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O12)*INDEX(Kab_Werte!$G$6:$G$939,O12)","v":1500},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O12)","v":2257.1279999999997},262.54559664318191,36.665999999999997,2309]
[2500,"kVA",2886,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O13)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O13)","v":"(7x3)x1x300"},"",null," ",null,null,null,472,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O13)*INDEX(Kab_Werte!$G$6:$G$939,O13)","v":2100},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O13)","v":3159.9791999999998},293.97467811179422,46,2887]
[3150,"kVA"," --",null,null,null," --"," --"]
[]
["Trafo -",null,"Trafonennstrom",null,null,null,"Kabel","Kabel","Kabellänge ",null,null,null,null,null,null,null,null,{"$f":"MIN(R7:R15)","v":251.93466291910943}]
["Leistung",null,"erhöhte Kühlung"]
[null,null,null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]","bis maximal"]
["[kVA]",null,"IN[A]",null,null,null,"Type",null,{"$f":"ROUND(R30,-1)","v":240},"m"]
[null,null,"AF_Kühlung"]
[630,"kVA",800,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O21)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O21)","v":"(2x3)x1x240"},{"$f":"IF(K21>\" \",\"LS - Einstellung\",\"\")","v":"LS - Einstellung"},null,{"$f":"IF(Q21<C21,CONCATENATE(\"IA =  \",ROUND(Q21,0),\"A\"),\" \")","v":"IA =  790A"},null,null,null,462,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O21)*INDEX(Kab_Werte!$G$6:$G$939,O21)","v":480},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O21)","v":789.99479999999994},{"$f":"(DeltaU500V*KCu*P21)/SQRT(3)/T21","v":240.08625055410181},11.55,{"$f":"ROUND(A21/((SQRT(3)*0.5)*0.9),0)","v":808}]
[800,"kVA",1000,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O22)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O22)","v":"(2x3)x1x400"},"",null," ",null,null,null,464,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O22)*INDEX(Kab_Werte!$G$6:$G$939,O22)","v":800},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O22)","v":1056.5976000000001},315.12295394365543,14.666,1026]
[1000,"kVA",1250,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O23)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O23)","v":"(2x3)x1x500"},"LS - Einstellung",null,"IA =  1222A",null,null,null,466,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O23)*INDEX(Kab_Werte!$G$6:$G$939,O23)","v":1000},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O23)","v":1221.7932000000001},315.00014686885277,18.332999999999998,1283]
[1250,"kVA",1600,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O24)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O24)","v":"(4x3)x1x300"},"",null," ",null,null,null,469,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O24)*INDEX(Kab_Werte!$G$6:$G$939,O24)","v":1200},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O24)","v":1805.7023999999999},302.35300880254721,22.916,1604]
[1600,"kVA",2000,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O25)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O25)","v":"(5x3)x1x300"},"",null," ",null,null,null,470,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O25)*INDEX(Kab_Werte!$G$6:$G$939,O25)","v":1500},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O25)","v":2257.1279999999997},295.28386880131859,29.332999999999998,2053]
[2000,"kVA",2500,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O26)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O26)","v":"(6x3)x1x300"},"",null," ",null,null,null,471,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O26)*INDEX(Kab_Werte!$G$6:$G$939,O26)","v":1800},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O26)","v":2708.5535999999997},283.50013218196744,36.665999999999997,2566]
[2500,"kVA",3200,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O27)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O27)","v":"(7x3)x1x300"},"LS - Einstellung",null,"IA =  3160A",null,null,null,472,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O27)*INDEX(Kab_Werte!$G$6:$G$939,O27)","v":2100},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O27)","v":3159.9791999999998},264.55888270222874,46,3208]
[3150,"kVA"," --",null,null,null," --"," --"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"MIN(R21:R29)","v":240.08625055410181}]
[null,null,null,null,null,null,null,null,"bei Mehrfachbündel"]
[null,null,null,null,null,null,null,null,"Phasenfolge drehen"]
["Dimensionierungsgrundlage:"]
["1) Betriebsspannung",null,null,null,null,null,null,null,500,"V"]
["2) Belastbarkeit der Kabel",null,null,null,null,null,null,null,"lt. DIN VDE 0298, Teil 4Tab   7"]
["3) Verlegung in Luft bei ",null,null,null,null,{"$f":"Berechnungswerte!E30","v":35}," °C",null,"f1 = ",{"$f":"AbmTempTrafo","v":0.94},"  Tab 15"]
[{"$f":"VierEinl1","v":"4)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,null,"f2 = ",{"$f":"F2EinlTrafo","v":0.87},"  Tab 16"]
[{"$f":"VierEinl2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl. "}]
[]
["5) Reduzierung der Belastbarkeit (4)    ",null,null,null,null,null,null,null,"f = f1 x f2 =",{"$f":"FEinlTrafo","v":0.81779999999999997}]
[]
["6) Spannungsfall ",null,null,null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU max =  \",Berechnungswerte!G20, \" %\")","v":"ΔU max =  2,5 %"}]
[]
["7) Netz -System",null,null,null,null,null,null,null,"IT - System"]
[]
["8) Abschaltströme:",null,null,null,null,null,null,null,"Leistungsschalter     LS",null,"IA =    1x IR"]
[]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,null,null,"Trafo_500V-IT_System",null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null,null,null,null," ",{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,{"$f":"MName","v":"Mustermann"}]

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[{"$f":"CONCATENATE(\"Verlegung in Luft bei \",Berechnungswerte!E30,\"°C\",\"                \nSpannungsfall ΔU  \",Berechnungswerte!G20, \" %\")","v":"Verlegung in Luft bei 35°C                \nSpannungsfall ΔU  2,5 %"},null,null,null,null,null,"Dimensionierung von\nTrafoableitungen  \nim TN - C - System  690 V                                             ",null,null,null,null,null,null,null,"Pos (INDEX)","Kabelquerschnitt","Strom Transformator- ableitungen ","lmax=ΔUx\nK*A / \nWurzel(3)*I","Kurzschlußstrom bei UK = 6%","Trafo Strom gerechnet=\nTrafoleistung  [kVA]\n----------------------------\n(WURZEL(3)*0,4)\noder\n(WURZEL(3)*0,4)*0,9"]
[null,null,null,null,null,null,"Kabel","Kabel","Kabellänge "]
["Trafo -",null,"Trafonennstrom"]
["Leistung",null,null,null,null,null,"Type","Kabelanzahl x\nAdern x\n[mm²]","bis maximal",null,null,null,null,null,"Index ab 401 "]
["[kVA]",null,"IN[A]",null,null,null,null,null,{"$f":"ROUND(R16,-1)","v":250},"m"]
[null,null,"AN_Kühlung"]
[630,"kVA",527,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O7)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O7)","v":"(2x3+1)x1x120"},{"$f":"IF(K7>\" \",\"LS - Einstellung\",\"\")","v":"LS - Einstellung"},null,{"$f":"IF(Q7<C7,CONCATENATE(\"IA =  \",ROUND(Q7,0),\"A\"),\" \")","v":"IA =  502A"},null,null,null,406,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O7)*INDEX(Kab_Werte!$G$6:$G$939,O7)","v":240},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O7)","v":502.12919999999997},{"$f":"(DeltaU690V*KCu*P7)/SQRT(3)/T7","v":253.99029679112493},8.76,{"$f":"ROUND(A7/(SQRT(3)*0.69),0)","v":527}]
[800,"kVA",669,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O8)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O8)","v":"(2x3+1)x1x185"},"LS - Einstellung",null,"IA =  664A",null,null,null,410,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O8)*INDEX(Kab_Werte!$G$6:$G$939,O8)","v":370},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O8)","v":664.05359999999996},308.45520659754266,11.135999999999999,669]
[1000,"kVA",836,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O9)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O9)","v":"(2x3+1)x1x300"},"",null," ",null,null,null,413,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O9)*INDEX(Kab_Werte!$G$6:$G$939,O9)","v":600},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O9)","v":902.85119999999995},399.79954124528928,13.92,837]
[1250,"kVA",1046,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O10)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O10)","v":"(2x3+1)x1x400"},"",null," ",null,null,null,414,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O10)*INDEX(Kab_Werte!$G$6:$G$939,O10)","v":800},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O10)","v":1056.5976000000001},426.55476867088225,17.48,1046]
[1600,"kVA",1338,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O11)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O11)","v":"(3x3+2)x1x300"},"",null," ",null,null,null,417,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O11)*INDEX(Kab_Werte!$G$6:$G$939,O11)","v":900},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O11)","v":1354.2767999999999},374.86805379646057,22.3,1339]
[2000,"kVA",1673,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O12)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O12)","v":"(4x3+2)x1x300"},"",null," ",null,null,null,419,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O12)*INDEX(Kab_Werte!$G$6:$G$939,O12)","v":1200},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O12)","v":1805.7023999999999},400.03851287783277,27.84,1673]
[2500,"kVA",2092,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O13)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O13)","v":"(5x3+3)x1x300"},"",null," ",null,null,null,420,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O13)*INDEX(Kab_Werte!$G$6:$G$939,O13)","v":1500},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O13)","v":2257.1279999999997},399.89509562895211,35,2092]
[3150,"kVA",2635,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O14)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O14)","v":"(6x3+3)x1x300"},"",null," ",null,null,null,421,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O14)*INDEX(Kab_Werte!$G$6:$G$939,O14)","v":1800},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O14)","v":2708.5535999999997},380.84091353069857,44,2636]
[4000,"kVA",3345,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O15)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O15)","v":"(8x3+4)x1x300"},"",null," ",null,null,null,423,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O15)*INDEX(Kab_Werte!$G$6:$G$939,O15)","v":2400},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O15)","v":3611.4047999999998},399.91899136218359,56,3347]
["Trafo -",null,"Trafonennstrom",null,null,null,"Kabel","Kabel","Kabellänge ",null,null,null,null,null,null,null,null,{"$f":"MIN(R7:R15)","v":253.99029679112493}]
["Leistung",null,"erhöhte Kühlung"]
[null,null,null,null,null,null,null,"Kabelanzahl x\nAdern x\n[mm²]","bis maximal"]
["[kVA]",null,"IN[A]",null,null,null,"Type",null,{"$f":"ROUND(R30,-1)","v":330},"m"]
[null,null,"AF_Kühlung"]
[630,"kVA",630,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O21)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O21)","v":"(1x3+1)x1x500"},{"$f":"IF(K21>\" \",\"LS - Einstellung\",\"\")","v":"LS - Einstellung"},null,{"$f":"IF(Q21<C21,CONCATENATE(\"IA =  \",ROUND(Q21,0),\"A\"),\" \")","v":"IA =  611A"},null,null,null,409,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O21)*INDEX(Kab_Werte!$G$6:$G$939,O21)","v":500},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O21)","v":610.89660000000003},{"$f":"(DeltaU690V*KCu*P21)/SQRT(3)/T21","v":439.14988979305394},8.76,{"$f":"ROUND(A21/((SQRT(3)*0.69)*0.83),0)","v":635}]
[800,"kVA",800,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O22)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O22)","v":"(2x3+1)x1x240"},"LS - Einstellung",null,"IA =  790A",null,null,null,412,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O22)*INDEX(Kab_Werte!$G$6:$G$939,O22)","v":480},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O22)","v":789.99479999999994},332.14115734224032,11.135999999999999,806]
[1000,"kVA",1000,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O23)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O23)","v":"(2x3+1)x1x400"},"",null," ",null,null,null,414,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O23)*INDEX(Kab_Werte!$G$6:$G$939,O23)","v":800},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O23)","v":1056.5976000000001},442.63520637871312,13.92,1008]
[1250,"kVA",1250,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O24)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O24)","v":"(2x3+1)x1x500"},"LS - Einstellung",null,"IA =  1222A",null,null,null,416,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O24)*INDEX(Kab_Werte!$G$6:$G$939,O24)","v":1000},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O24)","v":1221.7932000000001},442.63520637871312,17.48,1260]
[1600,"kVA",1600,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O25)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O25)","v":"(4x3+2)x1x300"},"",null," ",null,null,null,419,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O25)*INDEX(Kab_Werte!$G$6:$G$939,O25)","v":1200},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O25)","v":1805.7023999999999},414.91905272449736,22.3,1613]
[2000,"kVA",2000,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O26)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O26)","v":"(5x3+3)x1x300"},"",null," ",null,null,null,420,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O26)*INDEX(Kab_Werte!$G$6:$G$939,O26)","v":1500},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O26)","v":2257.1279999999997},414.97050598004353,27.84,2016]
[2500,"kVA",2500,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O27)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O27)","v":"(6x3+3)x1x300"},"",null," ",null,null,null,421,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O27)*INDEX(Kab_Werte!$G$6:$G$939,O27)","v":1800},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O27)","v":2708.5535999999997},398.37168574084183,35,2520]
[3150,"kVA",3200,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O28)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O28)","v":"(7x3+4)x1x300"},"LS - Einstellung",null,"IA =  3160A",null,null,null,422,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O28)*INDEX(Kab_Werte!$G$6:$G$939,O28)","v":2100},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O28)","v":3159.9791999999998},368.76975947042661,44,3176]
[4000,"kVA",4000,null,null,null,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,O29)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,O29)","v":"(8x3+4)x1x400"},"",null," ",null,null,null,424,{"$f":"INDEX(Kab_Werte!$B$6:$B$939,O29)*INDEX(Kab_Werte!$G$6:$G$939,O29)","v":3200},{"$f":"INDEX(Kab_Werte!$R$6:$R$939,O29)","v":4226.3904000000002},442.63520637871312,56,4032]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"MIN(R21:R29)","v":332.14115734224032}]
[null,null,null,null,null,null,null,null,"bei Mehrfachbündel"]
[null,null,null,null,null,null,null,null,"Phasenfolge drehen"]
["Dimensionierungsgrundlage:"]
["1) Betriebsspannung",null,null,null,null,null,null,null,500,"V"]
["2) Belastbarkeit der Kabel",null,null,null,null,null,null,null,"lt. DIN VDE 0298, Teil 4Tab   7"]
["3) Verlegung in Luft bei ",null,null,null,null,{"$f":"Berechnungswerte!E30","v":35}," °C",null,"f1 = ",{"$f":"AbmTempTrafo","v":0.94},"  Tab 15"]
[{"$f":"VierEinl1","v":"4)  Einleiterkabel: Verlegung auf  6  Kabelpritsche(n) gebündelt im "},null,null,null,null,null,null,null,"f2 = ",{"$f":"F2EinlTrafo","v":0.87},"  Tab 16"]
[{"$f":"VierEinl2","v":"Abstand 2d   3  Drehstromsysteme nebeneinander, KS-fest verl. "}]
[]
["5) Reduzierung der Belastbarkeit (4)    ",null,null,null,null,null,null,null,"f = f1 x f2 =",{"$f":"FEinlTrafo","v":0.81779999999999997}]
[]
["6) Spannungsfall ",null,null,null,null,null,null,null,{"$f":"CONCATENATE(\"ΔU max =  \",Berechnungswerte!G20, \" %\")","v":"ΔU max =  2,5 %"}]
[]
["7) Netz -System",null,null,null,null,null,null,null,"TN- C- System"]
[]
["8) Abschaltströme:",null,null,null,null,null,null,null,"Leistungsschalter     LS",null,"IA =    1x IR"]
[]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,null,null,"Trafo_690V-TN_C_System",null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null,null,null,null," ",{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,{"$f":"MName","v":"Mustermann"}]

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[null,null,null,null,"Transformator- Kurzschlussstrom"]
[null,"egal ob \nmit oder ohne \nFremdlüftung",null,"Bemessungsspannung Un - 400 / 230 V",null,null,"Bemessungsspannung Un - 525 V",null,null,"Bemessungsspannung Un - 690 / 400 V"]
[]
[null,null,null,null,"Kurzschlussspannung",null,null,"Kurzschlussspannung",null,null,"Kurzschlussspannung"]
[null,null,null,null,"UK","UK",null,"UK","UK",null,"UK","UK"]
[null,null,null,null,0.04,0.06,null,0.04,0.06,null,0.04,0.06]
[null,"Bemessungs-leistung",null,"Bemessungs-strom","Kurzschlussstrom",null,"Bemessungs-strom","Kurzschlussstrom",null,"Bemessungs-strom","Kurzschlussstrom"]
[null,null,null,"In","IK’’",null,"In","IK’’",null,"In","IK’’"]
[null,"kVA",null,"A","kA","A","A","kA","A","A","kA","A"]
[null,50,"kVA",72,1.8049999999999999,"–",55,1.375,"–",42,1.042,"–"]
[null,100,"kVA",144,3.61,2.4060000000000001,110,2.75,1.833,84,2.0840000000000001,1.3919999999999999]
[null,160,"kVA",230,5.7759999999999998,3.85,176,4.4000000000000004,2.9329999999999998,133,3.3250000000000002,2.23]
[null,200,"kVA",288,7.22,4.8120000000000003,220,5.5,3.6669999999999998,168,4.1680000000000001,2.7839999999999998]
[null,250,"kVA",360,9.0250000000000004,6.0149999999999997,275,6.875,4.58,210,5.22,3.56]
[null,315,"kVA",455,11.375,7.5830000000000002,346,8.66,5.7750000000000004,263,6.65,4.38]
[null,400,"kVA",578,14.45,9.6300000000000008,440,11,7.3330000000000002,363,8.3360000000000003,5.5679999999999996]
[null,500,"kVA",722,18.05,12.03,550,13.75,9.1660000000000004,420,10.44,7.12]
[null,630,"kVA",909,22.75,15.166,693,17.32,11.55,526,13.3,8.76]
[null,800,"kVA",1156,"–",19.260000000000002,880,"–",14.666,672,"–",11.135999999999999]
[null,1000,"kVA",1444,"–",24.06,1100,"–",18.332999999999998,840,"–",13.92]
[null,1250,"kVA",1805,"–",30.08,1375,"–",22.916,1050,"–",17.48]
[null,1600,"kVA",2312,"–",38.53,1760,"–",29.332999999999998,1330,"–",22.3]
[null,2000,"kVA",2888,"–",48.12,2200,"–",36.665999999999997,1680,"–",27.84]
[null,2500,"kVA",3610,"–",60.17,2750,"–",45.9,2092,"–",34.9]
[null,3150,"kVA","–","–","–","–","–","–",2635,"–",44]
[null,4000,"kVA","–","–","–","–","–","–",3360,"–",56]
[]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,null,null,null,"Trafo_690V-TN_C_System",null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null,null,null,null," ",{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,{"$f":"MName","v":"Mustermann"}]

{"sheet":"Kabel Lichtnetz","index":46,"n_rows":67,"n_cols":22,"rows_kept":67,"cut":false,"hidden":false,"merged":[[65,10,65,11],[66,10,66,11],[5,2,7,2],[5,3,7,3],[5,5,7,5],[5,6,7,6],[5,7,7,7],[7,13,7,14],[0,20,1,20],[0,13,1,13],[0,14,1,14],[0,15,1,15],[2,8,3,8],[2,9,4,9],[2,10,7,11],[5,8,7,8],[5,9,7,9],[2,3,4,3],[2,4,7,4],[2,5,4,5],[2,6,4,6],[2,7,3,7],[0,23,1,23],[1,0,1,1],[0,17,1,17],[0,18,1,18],[0,19,1,19],[0,0,0,1],[0,4,1,9],[0,10,1,11],[0,12,1,12],[0,22,1,22],[0,21,1,21],[0,16,1,16]]}
["Verlegung in Luft bei",null,{"$f":"MSLuft","v":40},"°C","Dimensionierung von Kabeln                                             im Lichtnetz",null,null,null,null,null,null,null,null,"Pos (INDEX)",null,"Belastbarkeit in Luft Strom in  A bei einer Temp. von 70°C ","max. Schleifen -widerstand        \nZS =231 / I  A","Faktor ΔU400\nx K / Wurzel(3)","Kabelquerschnitt","lmax=ΔU*K*A \n/ Wurzel(3)*I","Länge l=Z S/Z´    \nx 1000 in (m)","Z'  Hin und \nRückleiter      \n(SUMME)"]
["Spannungsfall ΔU",null,3," % \n(max 3%)"]
[null,null,null,"Kabel","Kabelquerschnitt\n\n\n[mm²]","Kritische","Leitungs- \nschutzschalter","Nennstrom","Abschaltstrom","Kabel","Bemerkung",null,null,1]
[]
[null,null,null,null,null,null,null,"I N","I A",null,null,null,null,null,null,"ΔU400V",{"$f":"400/100*C2","v":12},{"$f":"ROUND((Q5*58)/SQRT(3),2)","v":401.84}]
[null,null,"I N\n[A]","Type",null,"Länge\n[m]","Abschalt beding.","Leitungs-schutzschalter\n[A]","Leitungs-schutzschalter\n[A]","ø\n[mm]"]
["Leitungsschutzschalter","Typ"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Index ab 801 bis 809"]
[]
["Leitungsschutzschalter","B",{"$f":"H10","v":6},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N10)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N10)","v":"3x1,5  RE"},{"$f":"MIN(T10:U10)","v":96.994845223857126},"IA = 5x I LSS",6,{"$f":"H10*5","v":30},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N10)","v":"1x 13"},null,{"$f":"IF(H10>(P10),\"Kabel ist überlastet!\",\"\")","v":""},null,801,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N10)","v":11.484000000000002},{"$f":"231/(I10)","v":7.7},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N10)*INDEX(Kab_Werte!$G$6:$G$939,N10)","v":1.5},{"$f":"($Q$5*Berechnungswerte!$O$26*S10)/(SQRT(3)*H10)","v":96.994845223857126},{"$f":"Q10/V10*1000","v":265.92713596474573},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N10)","v":28.955299999999998}]
["Leitungsschutzschalter","B",{"$f":"H11","v":6},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N11)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N11)","v":"3x2,5  RE"},{"$f":"MIN(T11:U11)","v":161.65807537309522},"IA = 5x I LSS",6,{"$f":"H11*5","v":30},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N11)","v":"1x 14"},null,{"$f":"IF(H11>(P11),\"Kabel ist überlastet!\",\"\")","v":""},null,802,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N11)","v":14.355},{"$f":"231/(I11)","v":7.7},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N11)*INDEX(Kab_Werte!$G$6:$G$939,N11)","v":2.5},{"$f":"($Q$5*Berechnungswerte!$O$26*S11)/(SQRT(3)*H11)","v":161.65807537309522},{"$f":"Q11/V11*1000","v":434.23999260100175},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N11)","v":17.732129999999998}]
["Leitungsschutzschalter","B",{"$f":"H12","v":6},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N12)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N12)","v":"3x4  RE"},{"$f":"MIN(T12:U12)","v":258.65292059695236},"IA = 5x I LSS",6,{"$f":"H12*5","v":30},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N12)","v":"1x 16"},null,{"$f":"IF(H12>(P12),\"Kabel ist überlastet!\",\"\")","v":""},null,803,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N12)","v":19.5228},{"$f":"231/(I12)","v":7.7},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N12)*INDEX(Kab_Werte!$G$6:$G$939,N12)","v":4},{"$f":"($Q$5*Berechnungswerte!$O$26*S12)/(SQRT(3)*H12)","v":258.65292059695236},{"$f":"Q12/V12*1000","v":697.98662585106786},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N12)","v":11.03173}]
["Leitungsschutzschalter","B",{"$f":"H13","v":6},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N13)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N13)","v":"3x6  RE"},{"$f":"MIN(T13:U13)","v":387.97938089542851},"IA = 5x I LSS",6,{"$f":"H13*5","v":30},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N13)","v":"1x 17"},null,{"$f":"IF(H13>(P13),\"Kabel ist überlastet!\",\"\")","v":""},null,804,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N13)","v":24.690600000000003},{"$f":"231/(I13)","v":7.7},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N13)*INDEX(Kab_Werte!$G$6:$G$939,N13)","v":6},{"$f":"($Q$5*Berechnungswerte!$O$26*S13)/(SQRT(3)*H13)","v":387.97938089542851},{"$f":"Q13/V13*1000","v":1044.7137484329294},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N13)","v":7.3704399999999994}]
[]
["Leitungsschutzschalter","B",{"$f":"H15","v":10},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N15)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N15)","v":"3x2,5  RE"},{"$f":"MIN(T15:U15)","v":96.994845223857141},"IA = 5x I LSS",10,{"$f":"H15*5","v":50},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N15)","v":"1x 14"},null,{"$f":"IF(H15>(P15),\"Kabel ist überlastet !\",\"\")","v":""},null,802,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N15)","v":14.355},{"$f":"231/(I15)","v":4.62},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N15)*INDEX(Kab_Werte!$G$6:$G$939,N15)","v":2.5},{"$f":"($Q$5*Berechnungswerte!$O$26*S15)/(SQRT(3)*H15)","v":96.994845223857141},{"$f":"Q15/V15*1000","v":260.54399556060105},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N15)","v":17.732129999999998}]
["Leitungsschutzschalter","B",{"$f":"H16","v":10},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N16)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N16)","v":"3x4  RE"},{"$f":"MIN(T16:U16)","v":155.19175235817141},"IA = 5x I LSS",10,{"$f":"H16*5","v":50},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N16)","v":"1x 16"},null,{"$f":"IF(H16>(P16),\"Kabel ist überlastet!\",\"\")","v":""},null,803,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N16)","v":19.5228},{"$f":"231/(I16)","v":4.62},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N16)*INDEX(Kab_Werte!$G$6:$G$939,N16)","v":4},{"$f":"($Q$5*Berechnungswerte!$O$26*S16)/(SQRT(3)*H16)","v":155.19175235817141},{"$f":"Q16/V16*1000","v":418.79197551064067},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N16)","v":11.03173}]
["Leitungsschutzschalter","B",{"$f":"H17","v":10},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N17)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N17)","v":"3x6  RE"},{"$f":"MIN(T17:U17)","v":232.78762853725712},"IA = 5x I LSS",10,{"$f":"H17*5","v":50},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N17)","v":"1x 17"},null,{"$f":"IF(H17>(P17),\"Kabel ist überlastet!\",\"\")","v":""},null,804,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N17)","v":24.690600000000003},{"$f":"231/(I17)","v":4.62},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N17)*INDEX(Kab_Werte!$G$6:$G$939,N17)","v":6},{"$f":"($Q$5*Berechnungswerte!$O$26*S17)/(SQRT(3)*H17)","v":232.78762853725712},{"$f":"Q17/V17*1000","v":626.8282490597577},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N17)","v":7.3704399999999994}]
[]
["Leitungsschutzschalter","B",{"$f":"H19","v":13},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N19)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N19)","v":"3x2,5  RE"},{"$f":"MIN(T19:U19)","v":74.61141940296703},"IA = 5x I LSS",13,{"$f":"H19*5","v":65},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N19)","v":"1x 14"},null,{"$f":"IF(H19>(P19),\"Kabel ist überlastet!\",\"\")","v":""},null,802,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N19)","v":14.355},{"$f":"231/(I19)","v":3.5538461538461537},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N19)*INDEX(Kab_Werte!$G$6:$G$939,N19)","v":2.5},{"$f":"($Q$5*Berechnungswerte!$O$26*S19)/(SQRT(3)*H19)","v":74.61141940296703},{"$f":"Q19/V19*1000","v":200.41845812353927},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N19)","v":17.732129999999998}]
["Leitungsschutzschalter","B",{"$f":"H20","v":13},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N20)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N20)","v":"3x4  RE"},{"$f":"MIN(T20:U20)","v":119.37827104474725},"IA = 5x I LSS",13,{"$f":"H20*5","v":65},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N20)","v":"1x 16"},null,{"$f":"IF(H20>(P20),\"Kabel ist überlastet!\",\"\")","v":""},null,803,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N20)","v":19.5228},{"$f":"231/(I20)","v":3.5538461538461537},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N20)*INDEX(Kab_Werte!$G$6:$G$939,N20)","v":4},{"$f":"($Q$5*Berechnungswerte!$O$26*S20)/(SQRT(3)*H20)","v":119.37827104474725},{"$f":"Q20/V20*1000","v":322.14767346972354},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N20)","v":11.03173}]
["Leitungsschutzschalter","B",{"$f":"H21","v":13},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N21)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N21)","v":"3x6  RE"},{"$f":"MIN(T21:U21)","v":179.06740656712086},"IA = 5x I LSS",13,{"$f":"H21*5","v":65},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N21)","v":"1x 17"},null,{"$f":"IF(H21>(P21),\"Kabel ist überlastet!\",\"\")","v":""},null,804,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N21)","v":24.690600000000003},{"$f":"231/(I21)","v":3.5538461538461537},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N21)*INDEX(Kab_Werte!$G$6:$G$939,N21)","v":6},{"$f":"($Q$5*Berechnungswerte!$O$26*S21)/(SQRT(3)*H21)","v":179.06740656712086},{"$f":"Q21/V21*1000","v":482.17557619981358},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N21)","v":7.3704399999999994}]
[]
["Leitungsschutzschalter","B",{"$f":"H23","v":16},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N23)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N23)","v":"3x4  RE"},{"$f":"MIN(T23:U23)","v":96.994845223857141},"IA = 5x I LSS",16,{"$f":"H23*5","v":80},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N23)","v":"1x 16"},null,{"$f":"IF(H23>(P23),\"Kabel ist überlastet!\",\"\")","v":""},null,803,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N23)","v":19.5228},{"$f":"231/(I23)","v":2.8875000000000002},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N23)*INDEX(Kab_Werte!$G$6:$G$939,N23)","v":4},{"$f":"($Q$5*Berechnungswerte!$O$26*S23)/(SQRT(3)*H23)","v":96.994845223857141},{"$f":"Q23/V23*1000","v":261.74498469415039},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N23)","v":11.03173}]
["Leitungsschutzschalter","B",{"$f":"H24","v":16},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N24)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N24)","v":"3x6  RE"},{"$f":"MIN(T24:U24)","v":145.4922678357857},"IA = 5x I LSS",16,{"$f":"H24*5","v":80},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N24)","v":"1x 17"},null,{"$f":"IF(H24>(P24),\"Kabel ist überlastet!\",\"\")","v":""},null,804,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N24)","v":24.690600000000003},{"$f":"231/(I24)","v":2.8875000000000002},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N24)*INDEX(Kab_Werte!$G$6:$G$939,N24)","v":6},{"$f":"($Q$5*Berechnungswerte!$O$26*S24)/(SQRT(3)*H24)","v":145.4922678357857},{"$f":"Q24/V24*1000","v":391.76765566234855},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N24)","v":7.3704399999999994}]
[]
["Leitungsschutzschalter","C",{"$f":"H26","v":6},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N26)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N26)","v":"3x1,5  RE"},{"$f":"MIN(T26:U26)","v":96.994845223857126},"IA = 10x I LSS",6,{"$f":"H26*10","v":60},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N26)","v":"1x 13"},null,{"$f":"IF(H26>(P26),\"Kabel ist überlastet!\",\"\")","v":""},null,801,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N26)","v":11.484000000000002},{"$f":"231/(I26)","v":3.85},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N26)*INDEX(Kab_Werte!$G$6:$G$939,N26)","v":1.5},{"$f":"($Q$5*Berechnungswerte!$O$26*S26)/(SQRT(3)*H26)","v":96.994845223857126},{"$f":"Q26/V26*1000","v":132.96356798237287},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N26)","v":28.955299999999998}]
["Leitungsschutzschalter","C",{"$f":"H27","v":6},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N27)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N27)","v":"3x2,5  RE"},{"$f":"MIN(T27:U27)","v":161.65807537309522},"IA = 10x I LSS",6,{"$f":"H27*10","v":60},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N27)","v":"1x 14"},null,{"$f":"IF(H27>(P27),\"Kabel ist überlastet!\",\"\")","v":""},null,802,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N27)","v":14.355},{"$f":"231/(I27)","v":3.85},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N27)*INDEX(Kab_Werte!$G$6:$G$939,N27)","v":2.5},{"$f":"($Q$5*Berechnungswerte!$O$26*S27)/(SQRT(3)*H27)","v":161.65807537309522},{"$f":"Q27/V27*1000","v":217.11999630050087},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N27)","v":17.732129999999998}]
["Leitungsschutzschalter","C",{"$f":"H28","v":6},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N28)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N28)","v":"3x4  RE"},{"$f":"MIN(T28:U28)","v":258.65292059695236},"IA = 10x I LSS",6,{"$f":"H28*10","v":60},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N28)","v":"1x 16"},null,{"$f":"IF(H28>(P28),\"Kabel ist überlastet!\",\"\")","v":""},null,803,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N28)","v":19.5228},{"$f":"231/(I28)","v":3.85},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N28)*INDEX(Kab_Werte!$G$6:$G$939,N28)","v":4},{"$f":"($Q$5*Berechnungswerte!$O$26*S28)/(SQRT(3)*H28)","v":258.65292059695236},{"$f":"Q28/V28*1000","v":348.99331292553393},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N28)","v":11.03173}]
["Leitungsschutzschalter","C",{"$f":"H29","v":6},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N29)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N29)","v":"3x6  RE"},{"$f":"MIN(T29:U29)","v":387.97938089542851},"IA = 10x I LSS",6,{"$f":"H29*10","v":60},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N29)","v":"1x 17"},null,{"$f":"IF(H29>(P29),\"Kabel ist überlastet!\",\"\")","v":""},null,804,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N29)","v":24.690600000000003},{"$f":"231/(I29)","v":3.85},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N29)*INDEX(Kab_Werte!$G$6:$G$939,N29)","v":6},{"$f":"($Q$5*Berechnungswerte!$O$26*S29)/(SQRT(3)*H29)","v":387.97938089542851},{"$f":"Q29/V29*1000","v":522.35687421646469},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N29)","v":7.3704399999999994}]
[]
["Leitungsschutzschalter","C",{"$f":"H31","v":10},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N31)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N31)","v":"3x2,5  RE"},{"$f":"MIN(T31:U31)","v":96.994845223857141},"IA = 10x I LSS",10,{"$f":"H31*10","v":100},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N31)","v":"1x 14"},null,{"$f":"IF(H31>(P31),\"Kabel ist überlastet!\",\"\")","v":""},null,802,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N31)","v":14.355},{"$f":"231/(I31)","v":2.31},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N31)*INDEX(Kab_Werte!$G$6:$G$939,N31)","v":2.5},{"$f":"($Q$5*Berechnungswerte!$O$26*S31)/(SQRT(3)*H31)","v":96.994845223857141},{"$f":"Q31/V31*1000","v":130.27199778030052},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N31)","v":17.732129999999998}]
["Leitungsschutzschalter","C",{"$f":"H32","v":10},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N32)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N32)","v":"3x4  RE"},{"$f":"MIN(T32:U32)","v":155.19175235817141},"IA = 10x I LSS",10,{"$f":"H32*10","v":100},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N32)","v":"1x 16"},null,{"$f":"IF(H32>(P32),\"Kabel ist überlastet!\",\"\")","v":""},null,803,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N32)","v":19.5228},{"$f":"231/(I32)","v":2.31},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N32)*INDEX(Kab_Werte!$G$6:$G$939,N32)","v":4},{"$f":"($Q$5*Berechnungswerte!$O$26*S32)/(SQRT(3)*H32)","v":155.19175235817141},{"$f":"Q32/V32*1000","v":209.39598775532033},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N32)","v":11.03173}]
["Leitungsschutzschalter","C",{"$f":"H33","v":10},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N33)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N33)","v":"3x6  RE"},{"$f":"MIN(T33:U33)","v":232.78762853725712},"IA = 10x I LSS",10,{"$f":"H33*10","v":100},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N33)","v":"1x 17"},null,{"$f":"IF(H33>(P33),\"Kabel ist überlastet!\",\"\")","v":""},null,804,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N33)","v":24.690600000000003},{"$f":"231/(I33)","v":2.31},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N33)*INDEX(Kab_Werte!$G$6:$G$939,N33)","v":6},{"$f":"($Q$5*Berechnungswerte!$O$26*S33)/(SQRT(3)*H33)","v":232.78762853725712},{"$f":"Q33/V33*1000","v":313.41412452987885},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N33)","v":7.3704399999999994}]
[]
["Leitungsschutzschalter","C",{"$f":"H35","v":13},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N35)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N35)","v":"3x2,5  RE"},{"$f":"MIN(T35:U35)","v":74.61141940296703},"IA = 10x I LSS",13,{"$f":"H35*10","v":130},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N35)","v":"1x 14"},null,{"$f":"IF(H35>(P35),\"Kabel ist überlastet!\",\"\")","v":""},null,802,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N35)","v":14.355},{"$f":"231/(I35)","v":1.7769230769230768},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N35)*INDEX(Kab_Werte!$G$6:$G$939,N35)","v":2.5},{"$f":"($Q$5*Berechnungswerte!$O$26*S35)/(SQRT(3)*H35)","v":74.61141940296703},{"$f":"Q35/V35*1000","v":100.20922906176963},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N35)","v":17.732129999999998}]
["Leitungsschutzschalter","C",{"$f":"H36","v":13},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N36)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N36)","v":"3x4  RE"},{"$f":"MIN(T36:U36)","v":119.37827104474725},"IA = 10x I LSS",13,{"$f":"H36*10","v":130},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N36)","v":"1x 16"},null,{"$f":"IF(H36>(P36),\"Kabel ist überlastet!\",\"\")","v":""},null,803,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N36)","v":19.5228},{"$f":"231/(I36)","v":1.7769230769230768},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N36)*INDEX(Kab_Werte!$G$6:$G$939,N36)","v":4},{"$f":"($Q$5*Berechnungswerte!$O$26*S36)/(SQRT(3)*H36)","v":119.37827104474725},{"$f":"Q36/V36*1000","v":161.07383673486177},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N36)","v":11.03173}]
["Leitungsschutzschalter","C",{"$f":"H37","v":13},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N37)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N37)","v":"3x6  RE"},{"$f":"MIN(T37:U37)","v":179.06740656712086},"IA = 10x I LSS",13,{"$f":"H37*10","v":130},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N37)","v":"1x 17"},null,{"$f":"IF(H37>(P37),\"Kabel ist überlastet!\",\"\")","v":""},null,804,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N37)","v":24.690600000000003},{"$f":"231/(I37)","v":1.7769230769230768},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N37)*INDEX(Kab_Werte!$G$6:$G$939,N37)","v":6},{"$f":"($Q$5*Berechnungswerte!$O$26*S37)/(SQRT(3)*H37)","v":179.06740656712086},{"$f":"Q37/V37*1000","v":241.08778809990679},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N37)","v":7.3704399999999994}]
[]
["Leitungsschutzschalter","C",{"$f":"H39","v":16},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N39)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N39)","v":"3x4  RE"},{"$f":"MIN(T39:U39)","v":96.994845223857141},"IA = 10x I LSS",16,{"$f":"H39*10","v":160},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N39)","v":"1x 16"},null,{"$f":"IF(H39>(P39),\"Kabel ist überlastet!\",\"\")","v":""},null,803,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N39)","v":19.5228},{"$f":"231/(I39)","v":1.4437500000000001},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N39)*INDEX(Kab_Werte!$G$6:$G$939,N39)","v":4},{"$f":"($Q$5*Berechnungswerte!$O$26*S39)/(SQRT(3)*H39)","v":96.994845223857141},{"$f":"Q39/V39*1000","v":130.87249234707519},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N39)","v":11.03173}]
["Leitungsschutzschalter","C",{"$f":"H40","v":16},{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N40)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N40)","v":"3x6  RE"},{"$f":"MIN(T40:U40)","v":145.4922678357857},"IA = 10x I LSS",16,{"$f":"H40*10","v":160},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N40)","v":"1x 17"},null,{"$f":"IF(H40>(P40),\"Kabel ist überlastet!\",\"\")","v":""},null,804,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N40)","v":24.690600000000003},{"$f":"231/(I40)","v":1.4437500000000001},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N40)*INDEX(Kab_Werte!$G$6:$G$939,N40)","v":6},{"$f":"($Q$5*Berechnungswerte!$O$26*S40)/(SQRT(3)*H40)","v":145.4922678357857},{"$f":"Q40/V40*1000","v":195.88382783117427},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N40)","v":7.3704399999999994}]
[]
["Leitungsschutzschalter","C",20,{"$f":"INDEX(Kab_Werte!$E$6:$E$939,N42)","v":"NYY-0"},{"$f":"INDEX(Kab_Werte!$F$6:$F$939,N42)","v":"3x6  RE"},{"$f":"MIN(T42:U42)","v":116.39381426862856},"IA = 10x I LSS",20,{"$f":"H42*10","v":200},{"$f":"INDEX(Kab_Werte!$U$6:$U$939,N42)","v":"1x 17"},null,{"$f":"IF(H42>(P42),\"Kabel ist überlastet!\",\"\")","v":""},null,804,null,{"$f":"INDEX(Kab_Werte!$K$6:$K$939,N42)","v":24.690600000000003},{"$f":"231/(I42)","v":1.155},{"$f":"ROUND(($Q$5*58)/SQRT(3),2)","v":401.84},{"$f":"INDEX(Kab_Werte!$B$6:$B$939,N42)*INDEX(Kab_Werte!$G$6:$G$939,N42)","v":6},{"$f":"($Q$5*Berechnungswerte!$O$26*S42)/(SQRT(3)*H42)","v":116.39381426862856},{"$f":"Q42/V42*1000","v":156.70706226493942},{"$f":"INDEX(Kab_Werte!$P$6:$P$939,N42)","v":7.3704399999999994}]
[]
[]
["Dimensionierungsgrundlage:"]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Leitungsschutzschalter  B10, B13, B16"]
["Leitungsschutzschalter Typ B",null,"m = 5",null,null,null,null,null,null,"IN (A)","Faktor m =","IA (A)"]
["Leitungsschutzschalter Typ C",null,"m=10",null,null,null,null,null,null,6,5,{"$f":"J49*K49","v":30}]
[null,null,null,null,null,null,null,null,null,10,5,{"$f":"J50*K50","v":50}]
["Spannungsfall ΔU =",{"$f":"C2","v":3},"%",null,null,null,null,null,null,13,5,{"$f":"J51*K51","v":65}]
[null,null,null,null,null,null,null,null,null,16,5,{"$f":"J52*K52","v":80}]
["Verlegung in Luft nach ÖVE-EN1, Teil 3, Tab. A1-2 ",null,null,null,null,null,null,null,null,20,5,{"$f":"J53*K53","v":100}]
["Verlegung in Luft bei",{"$f":"MSLuft","v":40},"°C","f1= ",{"$f":"AbmTemp","v":0.87}]
["Verlegung auf 3 Rosten 9 Leitungen",null,null,"f2= ",{"$f":"AbmHaeufung","v":0.66},null,null,null,null,null,null,"Leitungsschutzschalter  C10, C13, C16 "]
["f = f1 x f2",null,null,"f=  ",{"$f":"E54*E55","v":0.57420000000000004},null,null,null,null,"IN (A)","Faktor m =","IA (A)"]
[null,null,null,null,null,null,null,null,null,6,10,{"$f":"J57*K57","v":60}]
[{"$f":"CONCATENATE(\"ΔUmax=  \",C2, \"% von 400V=\")","v":"ΔUmax=  3% von 400V="},{"$f":"Q5","v":12},"V",null,null,null,null,null,null,10,10,{"$f":"J58*K58","v":100}]
["max. Schleifenwiderstand   ZS =231 / IA     ",null,null,null,null,null,null,null,null,13,10,{"$f":"J59*K59","v":130}]
[null,null,null,null,null,null,null,null,null,16,10,{"$f":"J60*K60","v":160}]
["ΔUmax = Wurzel(3) * l * l (m)  /  k * A",null,null,null,null,null,null,null,null,20,10,{"$f":"J61*K61","v":200}]
["Länge l = Z S  / (Z´ * 1000 in (m))"]
["Z' = R (Hin und Rückleiter) warm bei 70°C"]
[]
[]
[{"$f":"\"Znr.: \"& Znr","v":"Znr.: P0000.KB.01"},null,null,"Kabel Lichtnetz",null,null,null,null,null,null,{"$f":"Datum","v":"2019-01-07"}]
[{"$f":"Revision","v":"Rev.: V.6.3"},null,null,{"$f":"Berechnungswerte!G45","v":"I:\\P_MSR\\Diverses\\Berechnungen\\Leistungskabel"},null,null,null,null,null,null,{"$f":"MName","v":"Mustermann"}]

{"sheet":"Hilfe_1","index":47,"n_rows":34,"n_cols":2,"rows_kept":34,"cut":false,"hidden":false,"merged":[]}
[]
[]
[]
[null,"1.  Hilfe aus dieser Datei"]
[]
[null,"Die Berechnung selbst ist nicht schwierig"]
[null,"wenn man sich nur etwas damit beschäftigt,"]
[null,"diese Hilfe, wie auch die verwendeten Formeln nachvollzieht,"]
[]
[null,"Alle die dieses Programm verwenden, sind selbst für die Einhaltung "]
[null,"geänderter oder neuer Normen und Richtlinien"]
[null,"verantwortlich"]
[]
[null,"IN F1 = 1,6 X IN F2"]
[]
[null," IN F2"]
[]
[null,"In Serie geschaltete Niederspannungssicherungen sind selektiv:"]
[null,"wenn der Nennstrom der vorgeschalteten Sicherung zumindest"]
[null,"1,6 mal den Nennstrom der nachgeschalteten Sicherung beträgt"]
[]
[null,"Bilder in der Hilfe sind zum Teil noch aus Vorversionen,"]
[null,"Funktionen aber ab Ver.: 5.0 richtig beschrieben"]
[]
["Berechnungen erfolgen nach den Normen "]
["OEVE K 603.1998"]
["OEVE OENORM E 8200-603.2011"]
["DIN VDE 0298"]
["DIN VDE 100 Bbl. 5"]
["OEVE OENORM E 8100-1-A4 "]
["Sicherungsabschaltung Faktor m nach OEVE OENORM E 8100-1-A4  ab V 6.0 richtiggestellt"]
[]
["für Frequenzumrichter - Abgänge:  ","Sicherungs Abschaltfaktor Faktor m =             eingeführt"]
["mit  \"JA Ändern\" wird auch der Sicherung Abschaltfaktor Faktor m = auf den Grundwert 5 gesetzt"]

{"sheet":"Hilfe_2","index":48,"n_rows":47,"n_cols":3,"rows_kept":47,"cut":false,"hidden":false,"merged":[]}
[null,null,"Hauptseite für die Projektrelevante Daten-Eingabe"]
[]
[]
[null,null,"Projektdaten"]
[null,null,"Datum, Name, Zeichnungsnummer"]
[]
[null,null,"Menüaufruf (oder STRG m verwenden)"]
[]
[null,null,"Maximale Leitertemperatur (70°C)"]
[]
[null,null,"Maximaler  Spannungsfall  für Motor-Anlaufstrom"]
[null,null,"Verhältnis Motor-Anlaufstrom  / Motor-Nennstrom"]
[null,null,"für Frequenzumrichter - Abgänge:  Sicherung Abschaltfaktor Faktor m ="]
[null,null,"Frequenzumrichter  ΔUmax Anlauf =    FU - Motor Anlaufstrom  >>>>   ISFU = "]
[null,null,"Kabel Abgänge Umgebungstemperatur"]
[null,null,"Reduzierung Abgänge"]
[null,null,"Abminderungsfaktoren Verlegeart für Kabelleitern"]
[null,null,"( unbehinderte Luftzirkulation )"]
[]
[null,null,"Maximaler Spannungsfall (%)"]
[]
[null,null,"!!!!! ACHTUNG !!!!! "]
[null,null,"Bei Änderung der Temperatur im Eingabefeld \"=MSLuft\""]
[null,null,"Verlegung in Luft (z.B. 40°C) werden erst mit"]
[null,null,"      \"JA Ändern\""]
[null,null,"automatisch die dafür erlaubten Mindestquerschnitte eingetragen. "]
[null,null,"Für erwünschte  größere Kabellängen muß der"]
[null,null,"zugehörige INDEX im Berechnungsblatt erhöht werden, "]
[null,null,"mit  \"JA Ändern\" wird auch Sicherung Abschaltfaktor Faktor m = auf 5 gesetzt"]
[]
[]
[null,null,"Transformator Umgebungstemperatur"]
[null,null,"Reduzierung Trafo Abgänge"]
[null,null,"Abminderungsfaktoren Verlegeart für Kabelleitern"]
[null,null,"( unbehinderte Luftzirkulation )"]
[null,null,"Blaue Felder: Automatischer Dateneintrag "]
[null,null,"für Reduktionsfaktoren durch Verlegeart und Temperatur"]
[]
[]
[null,null,"WERTE in den Zellen dieser Arbeitsmappe sind Werte"]
[null,null,"aus den zur Zeit der Erstellung gültigen NORMEN, "]
[null,null,"bezüglich Kabelbelastung  und Abminderungsfaktoren"]
[null,null,"Neue NORMEN und Vorschriften sind vom Nutzer selbst einzuhalten"]
[]
[]
[]
[null,null,"Ablageverzeichnis"]

{"sheet":"Hilfe_3","index":49,"n_rows":3,"n_cols":1,"rows_kept":3,"cut":false,"hidden":false,"merged":[]}
[]
["AUSWAHLMENUE"]
["SELBSTERKLÄREND"]

{"sheet":"Hilfe_4","index":50,"n_rows":38,"n_cols":2,"rows_kept":38,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,"Auswahl der Reduzierung"]
[null,"Kabelart und Verlegung"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Reduzierung für Abgänge (Sicherungs-, Motor, Fu-, und Lichtnetz-Abgänge"]
[]
[null,"Eingabe erfolgt mittels einer zusammengesetzten 2 stelligen Zahl"]
[null,"1. Anzahl der Kabeltrassen übereinander im Abstand von 300mm"]
[null,"2. Anzahl der Mehrleiter Kabelsysteme nebeneinander"]
[]
[]
[]
[null,"Reduzierung für Abgänge (Sicherungs-, Motor, Fu-, und Lichtnetz-Abgänge"]
[]
[null,"Eingabe erfolgt mittels einer zusammengesetzten 2 stelligen Zahl"]
[null,"1. Anzahl der Kabeltrassen übereinander im Abstand von 300mm"]
[null,"2. Anzahl der Einleiter Kabelsysteme nebeneinander (Verlegeart im Dreieck)"]
[]
[]
[]
[]
[]
[null,"Reduzierung Trafoabgänge"]
[null,"in Tabelle 5"]
[]
[]
[null,"Die in den blauen Feldern generierten Texte und Werte werden in die"]
[null,"jeweiligen Blätter AUTOMATISCH übernommen"]

{"sheet":"Hilfe_5","index":51,"n_rows":37,"n_cols":2,"rows_kept":37,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,"Auswahl der Reduzierung"]
[null,"Kabelart und Verlegung"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Reduzierung für Transformator-Abgänge"]
[]
[null,"Eingabe erfolgt mittels einer zusammengesetzten 2 stelligen Zahl"]
[null,"1. Anzahl der Kabeltrassen übereinander im Abstand von 300mm"]
[null,"2. Anzahl der Einleiter Kabelsysteme nebeneinander (Verlegeart im Dreieck)"]
[]
[]
[]
[null,"Reduzierung für Transformator-Abgänge"]
[]
[null,"Eingabe erfolgt mittels einer zusammengesetzten 2 stelligen Zahl"]
[null,"1. Anzahl der Kabeltrassen übereinander im Abstand von 300mm"]
[null,"2. Anzahl der Mehrleiter Kabelsysteme nebeneinander"]
[]
[]
[]
[]
[]
[null,"Reduzierung Abgänge (Sicherungs-, Motor, Fu-, und Lichtnetz-Abgänge"]
[null,"in Tabelle 4"]
[]
[null,"Die in den blauen Feldern generierten Texte und Werte werden in die"]
[null,"jeweiligen Blätter AUTOMATISCH übernommen"]

{"sheet":"Hilfe_6","index":52,"n_rows":51,"n_cols":2,"rows_kept":51,"cut":false,"hidden":false,"merged":[]}
["Kabelwerte - Tabelle"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["Einfach die Texte in der Tabelle lesen ( SELBSTERKLÄREND )","Von Zeit zu Zeit NORMEN auf Änderungen kontrollieren"]
[]
[]
["Die Daten in dieser Tabelle werden für ","Keine Zeilen VERSCHIEBEN, nur KOPIEREN, "]
["ALLE Kabel-Berechnungen verwendet","dadurch gehen Bezüge nicht verloren "]
["und sollten daher nur durch Personen geändert werden,","da diese automatisch erfolgen."]
["welche das nötige Wissen dafür haben."]

{"sheet":"Hilfe_7","index":53,"n_rows":44,"n_cols":2,"rows_kept":44,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,"Kabeldimensionierung SICHERUNGSABGÄNGE"]
[]
[null,"Sicherungsdaten sind von SIEMENS MCC entnommen."]
[null,"Bei  MCC anderer Hersteller diese  Daten verwenden."]
[null,"KEINE ÜBERDIMENSIONIERTE SICHERUNGEN EINTRAGEN"]
[]
[]
[null,"Einfach die Texte in der Tabelle lesen ( SELBSTERKLÄREND )"]
[]
[]
[null,"Pos (INDEX)"]
[null,"Der Pos (INDEX) verknüpft diese Tabelle mit den Kabelwerten"]
[]
[]
[null,"Mindestquerschnitt wird jetzt mit       \"JA Ändern\"  "]
[null,"automatisch aus den Kabelwerte übernommen "]
[]
[null,"Sollten Blaue Werte erscheinen dann kann das Kabel 120% des geforderten Stroms"]
[]
[]
[]
[]
[null,"Erscheint der Wert Rot dann ist das gewählte Kabel zu gering dimensioniert"]
[]
[null,"Erscheint die Meldung  Kabel ist überlastet! höheren Querschnitt wählen."]
[null,"Erscheint die Meldung LS- Schaltereinstellung höheren Querschnitt wählen,"]
[null,"oder der Abgang kann nur bis zu diesem Strom belastet werden."]
[null,"Erscheint die Kabeltype Rot dann ist ein falscher Kabeltyp gewählt"]
[]
[null,"Für Verschiedene Spannungsebenen und Netzsysteme verschiedene Formeln."]
[null,"Das Handling ist aber gleich."]
[null,"Die Daten und Formeln in diesen Tabellen werden für die Kabel-Berechnungen "]
[null,"verwendet und sollten daher nur durch Personen geändert werden,"]
[null,"welche das nötige Wissen dafür haben."]
[null,"Siehe diverse Erklärungen für die Formeln im Tabellenblatt und der extra"]
[null,"Tabelle  < verwendete Formeln >"]
[]
[]
[null,"Um das geeignetste Kabel auszuwählen, einen "]
[null,"Papierausdruck der Kabelwerte  verwenden und nach dem erforderlichen"]
[null,"Strom bei der Gewünschten Kabeltype nach dem Pos (INDEX) "]
[null,"WURDE  ab Vers. 4.0 Automatisiert"]

{"sheet":"Hilfe_8","index":54,"n_rows":42,"n_cols":2,"rows_kept":42,"cut":false,"hidden":false,"merged":[]}
[null,"Kabeldimensionierung MOTORABGÄNGE"]
[null,"Motorabgang Sicherung kein MSS (Motorschutzschalter) "]
[null,"Motorabgang MSS (Motorschutzschalter)jetzt in einem eigenen Berchnungsblatt"]
[null,"mit Eingabemöglichkeit für Stromeinstellung"]
[]
[null,"Sicherungs- und Motor-daten sind von SIEMENS MCC's entnommen."]
[null,"Bei  MCC anderer Hersteller diese  Daten verwenden."]
[null,"KEINE ÜBERDIMENSIONIERTE SICHERUNGEN EINTRAGEN"]
[]
[null,"Einfach die Texte in der Tabelle lesen ( SELBSTERKLÄREND )"]
[]
[]
[null,"Pos (INDEX)"]
[null,"Der Pos (INDEX) verknüpft diese Tabelle mit den Kabelwerten"]
[]
[]
[null,"Mindestquerschnitt wird jetzt mit       \"JA Ändern\"  "]
[null,"automatisch aus den Kabelwerte übernommen "]
[]
[null,"Sollten Blaue Werte erscheinen dann kann das Kabel 120% des geforderten Stroms"]
[]
[]
[]
[]
[null,"Erscheint der Wert Rot dann ist das gewählte Kabel zu gering dimensioniert"]
[]
[null,"Erscheint die Meldung  Kabel ist überlastet! höheren Querschnitt wählen."]
[null,"Erscheint die Meldung LS- Schaltereinstellung höheren Querschnitt wählen,"]
[null,"oder der Abgang kann nur bis zu diesem Strom belastet werden."]
[null,"Erscheint die Kabeltype Rot dann ist ein falscher Kabeltyp gewählt"]
[]
[null,"Für Verschiedene Spannungsebenen und Netzsysteme verschiedene Formeln."]
[null,"Das Handling ist aber gleich."]
[null,"Die Daten und Formeln in diesen Tabellen werden für die Kabel-Berechnungen "]
[null,"verwendet und sollten daher nur durch Personen geändert werden,"]
[null,"welche das nötige Wissen dafür haben."]
[null,"Siehe diverse Erklärungen für die Formeln im Tabellenblatt und der extra"]
[null,"Tabelle  < verwendete Formeln >"]
[]
[]
[null,"Stern Dreieck-Antriebe sind gleich wie die Direktantriebe zu behandeln."]
[null,"Nur das LESEN der Bemerkungen in den 3 Tabellen ist dazu nötig."]

{"sheet":"Hilfe_9","index":55,"n_rows":38,"n_cols":2,"rows_kept":38,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,"Kabeldimensionierung FU-ABGÄNGE "]
[]
[null,"Sicherungs- und Motor-daten sind von SIEMENS MCC's entnommen."]
[null,"Bei  MCC anderer Hersteller diese  Daten verwenden."]
[null,"KEINE ÜBERDIMENSIONIERTE SICHERUNGEN EINTRAGEN"]
[null," Kabeltype Lapp in eigenem Berechnungsblatt 2YSLYK-JB hizugefügt"]
[]
[null,"Einfach die Texte in der Tabelle lesen ( SELBSTERKLÄREND )"]
[]
[]
[null,"Pos (INDEX)"]
[null,"Der Pos (INDEX) verknüpft diese Tabelle mit den Kabelwerten"]
[]
[]
[null,"Mindestquerschnitt wird jetzt mit       \"JA Ändern\"  "]
[null,"automatisch aus den Kabelwerte übernommen "]
[]
[null,"für Frequenzumrichter - Abgänge:  "]
[null,"ACHTUNG IN BERECHNUNGSWERTE RICHTIGE DATEN LAUT FU HERST. EINTRAGEN"]
[null,"Sicherung Abschaltfaktor Faktor m =     "]
[null," Faktor m GRUNDWERT = 5 wird bei Temp. Änderung automatisch eingesetzt"]
[null,"Frequenzumrichter  ΔUmax Anlauf =    FU - Motor Anlaufstrom  >>>>   ISFU = "]
[null,"Erscheint der Wert Rot dann ist das gewählte Kabel zu gering dimensioniert"]
[]
[null,"Erscheint die Meldung  Kabel ist überlastet! höheren Querschnitt wählen."]
[null,"Erscheint die Meldung LS- Schaltereinstellung höheren Querschnitt wählen,"]
[null,"oder der Abgang kann nur bis zu diesem Strom belastet werden."]
[null,"Erscheint die Kabeltype Rot dann ist ein falscher Kabeltyp gewählt"]
[]
[null,"Für Verschiedene Spannungsebenen und Netzsysteme verschiedene Formeln."]
[null,"Das Handling ist aber gleich."]
[null,"Die Daten und Formeln in diesen Tabellen werden für die Kabel-Berechnungen "]
[null,"verwendet und sollten daher nur durch Personen geändert werden,"]
[null,"welche das nötige Wissen dafür haben."]
[null,"Siehe diverse Erklärungen für die Formeln im Tabellenblatt und der extra"]
[null,"Tabelle  < verwendete Formeln >"]

{"sheet":"Hilfe_10","index":56,"n_rows":42,"n_cols":2,"rows_kept":42,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,"Kabeldimensionierung TRAFO-ABGÄNGE"]
[]
[]
[]
[]
[]
[]
[null,"Einfach die Texte in der Tabelle lesen ( SELBSTERKLÄREND )"]
[]
[]
[null,"Pos (INDEX)"]
[null,"Der Pos (INDEX) verknüpft diese Tabelle mit den Kabelwerte"]
[null,"Keine Querschnitts - Automatik möglich"]
[null,"Hier muss man selbst noch etwas DENKEN !!"]
[null,"Auswahl des gewünschten Kabels in der GRÜNEN Spalte"]
[null,"Daten werden aus den Kabelwerte übernommen "]
[null,"belastbar (A)"]
[null,"Sollten Blaue Werte erscheinen dann kann das Kabel 120% des geforderten Stroms"]
[null,"Relevant nur bei grossen Querschnitten, es kann eventuell ein kleinerer"]
[null,"Querschnitt oder eine andere Kabelkombination ( Mehrfachkabel) gewählt werden,"]
[null,"Kostenreduktion"]
[null,"belastbar (A)"]
[null,"Erscheint der Wert Rot dann ist das gewählte Kabel zu gering dimensioniert"]
[]
[null,"Erscheint die Meldung  Kabel ist überlastet! höheren Querschnitt wählen."]
[null,"Erscheint die Meldung LS- Schaltereinstellung höheren Querschnitt wählen,"]
[null,"oder der Abgang kann nur bis zu diesem Strom belastet werden."]
[null,"MIT DEM KUNDEN besprechen ob eine kleine Leistungsreduktion beim Trafo"]
[null,"toleriert werden kann. "]
[null,"Spart eventuell ein Kabelsystem (Preisersparnis durch Reduktion errechnen)"]
[]
[null,"Erscheint die Kabeltype Rot dann ist ein falscher Kabeltyp gewählt"]
[]
[null,"Für Verschiedene Spannungsebenen und Netzsysteme verschiedene Formeln."]
[null,"Das Handling ist aber gleich."]
[null,"Die Daten und Formeln in diesen Tabellen werden für die Kabel-Berechnungen "]
[null,"verwendet und sollten daher nur durch Personen geändert werden,"]
[null,"welche das nötige Wissen dafür haben."]
[null,"Siehe diverse Erklärungen für die Formeln im Tabellenblatt und der extra"]
[null,"Tabelle  < verwendete Formeln >"]

{"sheet":"Hilfe_11","index":57,"n_rows":38,"n_cols":2,"rows_kept":38,"cut":false,"hidden":false,"merged":[]}
[]
[null,"Kabel im Lichtnetz"]
[]
[]
[]
[]
[]
[]
[null,"Einfach die Texte in der Tabelle lesen ( SELBSTERKLÄREND )"]
[]
[]
[null,"Pos (INDEX)"]
[null,"Der Pos (INDEX) verknüpft diese Tabelle mit den Kabelwerte"]
[null,"Keine Querschnitts - Automatik möglich"]
[]
[null,"Auswahl des gewünschten Kabels in der GRÜNEN Spalte"]
[null,"Daten werden aus den Kabelwerte übernommen "]
[null,"belastbar (A)"]
[null,"Erscheint die Meldung  Kabel ist überlastet! höheren Querschnitt wählen."]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Für Verschiedene Spannungsebenen und Netzsysteme verschiedene Formeln."]
[null,"Das Handling ist aber gleich."]
[null,"Die Daten und Formeln in diesen Tabellen werden für die Kabel-Berechnungen "]
[null,"verwendet und sollten daher nur durch Personen geändert werden,"]
[null,"welche das nötige Wissen dafür haben."]
[null,"Siehe diverse Erklärungen für die Formeln im Tabellenblatt und der extra"]
[null,"Tabelle  < verwendete Formeln >"]