IEC-364 Cable-Calculation Program LTE+

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1 IEC-364 Cable-Calculation Program LTE+ Since 1985, INTELEC has been further specialized in cable calculations according the IEC-364. Recently the LTE+ version of the professional program IEC-364 is launched with the following specifications: main-dialog IEC-364 LTE General characteristics : -in conformity with IEC-364 -graphic reproduction of the methods -input IBth, IN, kva or kw -deviant tensions and frequencies -fuses according type IEC-269 -circuit breakers type B, Cand D -adjusted frequency -power-factor and simultaneously -expanded projects-manager -database bushbars -cable management (collections) -module CAD-plan (NEN-5152) -integration with IS-CableNet -extended professional report -expanded documentation +Help The standard version IEC-364 LTE+ The LTE+ version consists of the module for shunts, the module3-phase-motors and the various adjustments, like reducedconductors.lte is available from 280 Euro and LTE+ from 560 Euro exclusive modules (see nextpage). Tel sales@intelec.nl Instruction-video s The instruction-video s explain all of the possibilities of the application and are alsodelivered onthe CD- ROM.

2 Integral IEC-364 CableNet Program LTE In cooperation with the energy company NUON, INTELEC has developed an unique IEC-364 cable Network calculations program for advanced integral cable-networks. The program consists of extensive data bases: Transformers (IEC-2761/2765) Cables (IEC-228), Bushbarsystems (IEC-439-2), Fuses (IEC-269) and (factory-dependent) circuit-breakers (IEC-898/947-2). The software has specific been developed for the design and management of complete electrical installations. The integrated program has the possibility for defining the network in afast and efficient way. With connections and collections the installation can be extended. After the input the integral calculations can be exported and advanced reports can be generated. Critical parts of the installation can be selected and focused. With the help of the available databases the engineer can also quickly generate new alternatives. The program now has become an indispensably tool for everyelectrical engineer. Integral Calculations Short-circuit calculations (ka) Cumulative Voltage losses 1-Phase Touch Voltage Voltage Drop Startup Motors Power factor compensation Analysis selectivity Asymmetric Power analysis Tel Price information exclusive (network) dongle basic program IEC-364 module LTE grafics library module characteristics +circ. breakers module collections +CAD-scheme module earth +neutral-current basic program IS-CableNet integral module touch-voltage module selectivity total price IS-CableNet +IEC-364 LTE discount for the total program 22 % Special integrated total price LTE 280,- 75,- 145,- 130,- 85,- 820,- 115,- 55,- -/- Euro Euro 1705,- 380,- 715,- 990,- 1325,-

3 Integral IEC-364 CableNet Program LTE+ In cooperation with the energy company NUON, INTELEC has developed an unique IEC-364 cable Network calculations program for advanced integral cable-networks. The program consists of extensive data bases: Transformers (IEC-2761/2765) Cables (IEC-228), Bushbarsystems (IEC-439-2), Fuses (IEC-269) and (factory-dependent) circuit-breakers (IEC-898/947-2). The software has specific been developed for the design and management of complete electrical installations. The integrated program has the possibility for defining the network in afast and efficient way. With connections and collections the installation can be extended. After the input the integral calculations can be exported and advanced reports can be generated. Critical parts of the installation can be selected and focused. With the help of the available databases the engineer can also quickly generate new alternatives. The program now has become an indispensably tool for everyelectrical engineer. Integral Calculations Short-circuit calculations (ka) Cumulative Voltage losses 1-Phase Touch Voltage Voltage Drop Startup Motors Power factor compensation Analysis selectivity Asymmetric Power analysis Tel Price information exclusive (network) dongle total price IS-CableNet +IEC-364 LTE+ discount for the total program 23 % Special integrated total price LTE+ basic program IEC module LTE+grafics library 560,- 150,- module characteristics +circ. breakers 145,- module collections +CAD-scheme 130,- module earth +neutral-current 85,- 1070,- basic program IS-CableNet integral 820,- module touch-voltage +shunts 160,- module selectivity +startup motors 110,- 1090,- -/- Euro Euro 2160,- 460,- 1700,-

4 INTELEC Software NEN-1010 Berekeningen Project=demo\intelec Date= Version=5.3A Summary of Distribution Panels 400 kva / Ek=4.00% 150 MVA MS G kv 50 Hz Tr01A / 420V 150 MVA 500 kva / 400V Ge kva / Ek=4.00% MS G kv 50 Hz Tr01B / 420V 01 standby K01 K02 Bestaande hoofdverdeler HK1 volgens de 4e druk X mm2 X mm2 koppelschakelaar 1 X mm2 G mm2 koppelschakelaar 2 X mm2 G mm2 Project : SHELL / P Revisiedatum 11 juli 2002 Engineers PvT / AJ 04 Railsysteem Canalis 50 kva 13 G35 Tr V P19 G25-10 mm2 K1000P G2-2.5 mm2 V01 G C05 07 G63-10 mm2 70 mm2 aftakking ZS HK2 G63-10 mm2 V03 P07 Uitbreiding MK V06 Lichtlijnen traject 08 G T09/L1 09 G T10/L2 10 G T11/L2 2.5 mm2 2.5 mm2 doorlussen (1) doorlussen (2) L23 G T12/L VA G16 L1 Tr12 24V= C P08 T04 12 Step Up / Step Down : 3x1000 / 420 V 11 = ventielen 24V= V17 50 kva B40 Tr14 420V V02 03 G M13 C M14 C M15 G T16 HK3 14 P18 K1000S (reserve) (reserve) G=smeltveiligheid gg I=smeltveiligheid gi M=smeltveiligheid am B=installatieautomaat B C=installatieautomaat C D=installatieautomaat D

5 INTELEC Software NEN-1010 Berekeningen Project=demo\intelec Date= Version=5.3A Electrical Installation / page 1 van 4 HIGH VOLTAGE CIRCUIT: High Voltage = kv Short Circuit Power=150 MVA Voltage factor=1.00 R= Ohm X= Ohm F=50 Hz TRANSFORMER Tr01: 2x400 kva 4% nieuw96 Transformation Ratio=10750/420 V Ek=4.00 % Pko=3750 W P=800 kva Load=33 % Fabrikant:Independent Rt= Ohm Xt= Ohm Tap=0 3-Fasen Prim.prot:not used System=TN-C/S GENERATOR Ge01: 500 kva / 400 V Standby Linevoltage=400 V Xd"=15.00 % Ra=0.00 % P=500 kva Load=52 % Fabrikant:Independent type : synchronous F=50 Hz Starpoint-generator on earth : no System=TN-C/S TRANSFORMER Tr12: type 400 VA 24V= Transformation Ratio=230/24 V Ek=5.00 % Pko=18 W P=400 VA Load=34 % Fabrikant:Independent Rt= Ohm Xt= Ohm 1-Fase + Rectifier TRANSFORMER Tr13: type 50 kva 1000V Transformation Ratio=420/1000 V Ek=4.00 % Pko=180 W P=50 kva Load=60 % Fabrikant:Independent Rt= Ohm Xt= Ohm 3-Fasen TRANSFORMER Tr14: type 50 kva 230V Transformation Ratio=1000/420 V Ek=4.00 % Pko=180 W P=50 kva Load=40 % Fabrikant:Independent Rt= Ohm Xt= Ohm 3-Fasen DISTRIBUTION PANELS: Power SMTp SMTc SMT Reserved Power Cos SMT Q Panel [kva] [x] [x] [kva] min[%] [kva] [%] phi [kw] [kvar] 01=HK (508) (195) =HK (220) (461) =HK (19) (93) =MCC (127) (308) =ZS (32) (44) =Subpanel S (88) (220) =MK (159) (163) =L (9) (1140) =L (9) (1518) =L /L (10) (2625) =L (3) (11) =VK 24V= (1) (519) =K1000P (27) (91) =K1000S (15) (73) CABLING: I P L P P P N C P Protection IN Fm Tol IZ Length Cable S H O A E E U O E Cable-name type [A] (x) [%] [A] [m] type O A A R N L U + T->01:Trafokabel->01 gg x95 Cu X X 01->02:Kabel->HK2 Xk10N x70 Cu X X 02->03:Kabel->HK3 gg x10 Cu X X 01->04:Kabel->MCC-10 XmCt RtKS-25/ X

6 INTELEC Software NEN-1010 Berekeningen Project=demo\intelec Date= Version=5.3A Electrical Installation / page 2 van 4 01->05:Kabel->ZS XaS x70 Cu X S X 05->06:Kabel->Subpanel S1 Shunt x70 Cu X X 01->07:Kabel->MK Xk10N x185 Cu X X 01->08:Kabel->L9 gg x2.5 Cu X S X 08->09:Kabel->L10 Shunt x2.5 Cu X S X 09->10:Kabel->L12 Shunt x2.5 Cu X S X 05->11:Kabel->L13 gg x10 Cu X S X 04->12:Kabel->Tr12 gg x2.5 Cu X S X 12->12:Tr12->Verdeler 12 gg x16 Cu X S X 01->13:Kabel->Tr13 gg x16 Cu X S X 13->13:Tr13->Verdeler 13 gg x10 Cu X S X 13->14:Kabel->Tr14 gg x10 Cu X X X 14->14:Tr14->Verdeler 14 Bm x6 Cu X S X 04->V01=mcc-10 : 01=Motor M10/001 Dm x2.5 Cu X X 02=Motor M10/002 Dm x2.5 Cu X X 03=Motor M10/003 Dm x2.5 Cu X X 04=Trafokabel->01 Dm x2.5 Cu X X 11->V02=sunit : 01=SKL-100X Cm x4 Cu X =SKL-100Y gg x16 Cu X >V03=sunit : 01=SKL-100X Cm x4 Cu X =SKL-100Y gg x16 Cu X >T04:voeding K17 Cm x10 Cu X X 04->C05:condensatorbatterij gg x10 Cu X X 07->V06=mk8 : 01=voeding KA-2 Cm x2.5 Cu X X X 02=motor KA-P gg x4 Cu X X 03=motor KA-H gg x2.5 Cu X X 08->T09:Aansluiting 09 gg x2.5 Cu X X X 09->T10:Aansluiting 10 gg x2.5 Cu X X X 10->T11:Aansluiting 11 gg x2.5 Cu X X X 10->T12:Aansluiting 12 gg x2.5 Cu X X X 03->M13:Aansluiting 13 gg x2.5 Cu X X X 03->M14:Aansluiting 14 Cs x2.5 Cu X X X 03->M15:Aansluiting 15 Cs x2.5 Cu X X X 03->T16:Aansluiting 16 gg x2.5 Cu X X X 12->V17=vk : 01=ventiel v1 gg x2.5 Cu X X X 02=ventiel v2 gg x2.5 Cu X X X 03=ventiel v3 gg x2.5 Cu X X X CONNECTIONS: Power SMT SMT Motor Cos Motor manner of Stf Cos-phi Connection [kva] (x) [kva] effic. phi [kw] startup xib startup V01=mcc-10 :

7 INTELEC Software NEN-1010 Berekeningen Project=demo\intelec Date= Version=5.3A Electrical Installation / page 3 van 4 01 (motor) Direct in (motor) Direct in (motor) Direct in (motor) Direct in V02=sunit : 01 (apparatus) (apparatus) V03=sunit : 01 (apparatus) (apparatus) T04:voeding K C05:condensatorbatterij 38.4r r 0.00 V06=mk8 : 01 (apparatus) (motor) StarDelta (motor) StarDelta P07:Verdeler MK P08:Verdeler ZT T09:Aansluiting /L T10:Aansluiting /L T11:Aansluiting /L T12:Aansluiting /L M13:Aansluiting Direct in M14:Aansluiting Direct in M15:Aansluiting Direct in T16:Aansluiting V17=vk : 01 (apparatus) (apparatus) (apparatus) P18:Verdeler P19:K1000P COLLECTIONS: Power SMT SMT L1 L2 L3 Collection [kva] [x] [kva] [kva] [kva] [kva] Cables Description V01=mcc motor control center MCC-10 V02=sunit krachtverdeler SUNIT V03=sunit krachtverdeler SUNIT V06=mk verzameling NUON V17=vk ventielenkast VK CIRCUIT BREAKERS: Number Description XmCt250 1x Merlin Gerin Compact NS250 - tm250d / 5-10xIN Xk10N400 2x Moeller NZM ZM / 2-12xIr

8 INTELEC Software NEN-1010 Berekeningen Project=demo\intelec Date= Version=5.3A Power distribution / page 1 van kva / Ek=4.00% 150 MVA MS G kv 50 Hz Tr01A / 420V 150 MVA 500 kva / 400V Ge kva / Ek=4.00% MS G kv 50 Hz Tr01B / 420V 01 standby K01 K02 Bestaande hoofdverdeler HK1 volgens de 4e druk X mm2 X mm2 koppelschakelaar 1 X mm2 G mm2 koppelschakelaar 2 X mm2 G mm2 Project : SHELL / P Revisiedatum 11 juli 2002 Engineers PvT / AJ 04 Railsysteem Canalis 50 kva 13 G35 Tr V P19 G25-10 mm2 K1000P G2-2.5 mm2 V01 G C05 07 G63-10 mm2 70 mm2 aftakking ZS HK2 G63-10 mm2 V03 P07 Uitbreiding MK V06 Lichtlijnen traject 08 G T09/L1 09 G T10/L2 10 G T11/L2 2.5 mm2 2.5 mm2 doorlussen (1) doorlussen (2) L23 G T12/L VA G16 L1 Tr12 24V= C P08 T04 12 Step Up / Step Down : 3x1000 / 420 V 11 = ventielen 24V= V17 50 kva B40 Tr14 420V V02 03 G M13 C M14 C M15 G T16 HK3 14 P18 K1000S (reserve) (reserve) G=smeltveiligheid gg I=smeltveiligheid gi M=smeltveiligheid am B=installatieautomaat B C=installatieautomaat C D=installatieautomaat D DISTRIBUTION PANELS: Power SMTp SMTc SMT L1 L2 L3 Inul Pvm Pvm Panel [kva] [x] [x] [kva] [kva] [kva] [kva] [A] [kva] [%] 01=HK =HK =HK =MCC =ZS =Subpanel S =MK =L =L =L =L =VK 24V= (=) 13=K1000P =K1000S COLLECTIONS: Power SMT SMT L1 L2 L3 Inul Pvm Pvm Collection [kva] [x] [kva] [kva] [kva] [kva] [A] [kva] [%] V01=mcc V02=sunit V03=sunit V06=mk V17=vk (=)

9 INTELEC Software NEN-1010 Berekeningen Project=demo\intelec Date= Version=5.3A Cumulative Voltage Losses Utrafo=406.3/234.6 V In the Cable : End of Cable : Losses<5.0% Current Asymm. Losses Losses Voltage Voltage Losses Cable IN [A] IB [A] Pvm [%] UV [V] UVf [V] U [V] Uf [V] [%] Trafokabel-> Kabel->HK Kabel->HK Kabel->MCC Kabel->ZS Kabel->Subpanel S Kabel->MK Kabel->L Kabel->L Kabel->L Kabel->L Kabel->Tr Tr12->Verdeler = 0.55= 23.9= 2.51 Kabel->Tr Tr13->Verdeler Kabel->Tr Tr14->Verdeler <-- losses > 5.0%! V01:Motor M10/ V01:Motor M10/ V01:Motor M10/ V02:SKL-100X V02:SKL-100Y V03:SKL-100X V03:SKL-100Y T04:voeding K C05:condensatorbatterij V06:voeding KA V06:motor KA-P V06:motor KA-H P07:Verdeler MK P08:Verdeler ZT T09:Aansluiting T10:Aansluiting T11:Aansluiting T12:Aansluiting M13:Aansluiting M14:Aansluiting M15:Aansluiting T16:Aansluiting V17:ventiel v = 0.18= 23.7= 3.24 V17:ventiel v = 0.18= 23.7= 3.24 V17:ventiel v = 0.18= 23.7= 3.24 P18:Verdeler <-- losses > 5.0%! P19:K1000P

10 INTELEC Software NEN-1010 Berekeningen Project=demo\intelec Date= Version=5.3A Voltage Drop Startup Motors Startup losses (<10%) Influence from 8 motors [V] Point UV [V] UV [%] from V01: V01: V01: V06: V06: M13 M14 M15 M1 M2 M3 M2 M V01:M M M V01:M V01:M V01:M V06:M V01:M V01:M V01:M V01:M V01:M Tr V01:M V01:M Tr V01:M V01:M Tr V01:M V01:M V01:M V01:M V01:M V01:M V01:M V02:T V01:M V02:T V01:M V03:T M V03:T M T V01:M C V01:M V06:T V06:M V06:M V06:M V06:M V06:M P V06:M P V01:M T V01:M T V01:M T V01:M T V01:M M M M M M M T M V17:T V01:M V17:T V01:M V17:T V01:M P V01:M P V01:M

11 INTELEC Software NEN-1010 Berekeningen Project=demo\intelec Date= Version=5.3A 3-Phase Short Circuit Current Rk [ohm] Rk [ohm] X [ohm] X [ohm] Zk [ohm] Ik" Kappa Is Point cable total cable total total [A] [A] Tr Tr Tr Tr V01:Motor M10/ V01:Motor M10/ V01:Motor M10/ V02:SKL-100X V02:SKL-100Y V03:SKL-100X V03:SKL-100Y T C V06:voeding KA V06:motor KA-P V06:motor KA-H P P T T T T M M M T V17:ventiel v V17:ventiel v V17:ventiel v P P

12 INTELEC Software NEN-1010 Berekeningen Project=demo\intelec Date= Version=5.3A 1-Phase Short Circuit/Touch Voltage / page 1 van 2 Phase-N Phase-PE : Phase-PEN : Point IK IK Ufault Tmax Toff IK Ufault Tmax Toff [A] [A] [V] [ms] [ms] [A] [V] [ms] [ms] Tr Tr Tr Tr V01:Motor M10/ V01:Motor M10/ V01:Motor M10/ V01:Trafokabel-> V02:SKL-100X V02:SKL-100Y V03:SKL-100X V03:SKL-100Y T C V06:voeding KA V06:motor KA-P V06:motor KA-H P ? P ? T T T T M M M T V17:ventiel v V17:ventiel v V17:ventiel v

13 INTELEC Software NEN-1010 Berekeningen Project=demo\intelec Date= Version=5.3A Analysis Selectivity / page 1 van 2 Results Analysis Selectivity : Imv = magnetic switching current circuit breaker upstream Ima = magnetic switching current circuit breaker downstream INv = Nominal value safety fuse upstream INa = Nominal value safety fuse downstream From Distribution Panel 01 -> 02 : INv= 1000 A -> Ima= 5760 A From Distribution Panel 01 -> 04 : INv= 1000 A -> Ima= 3000 A From Distribution Panel 01 -> 05 : INv= 1000 A -> Ima= 2400 A From Distribution Panel 01 -> 07 : INv= 1000 A -> Ima= 3125 A From Distribution Panel 01 -> 08 : INv= 1000 A -> INa= 16 A From Distribution Panel 01 -> Tr13 : INv= 1000 A -> INa= 100 A From Transformer Tr13 -> 13 : INv= 100 A -> INa= 35 A From Distribution Panel 02 -> 03 : Imv= 3840 A -> INa= 63 A From Distribution Panel 04 -> Tr12 : Imv= 2000 A -> INa= 2 A From Transformer Tr12 -> 12 : INv= 2 A -> INa= 16 A <-not_selective! From Distribution Panel 05 -> 06 : Imv= 1600 A -> Shunt From Distribution Panel 05 -> 11 : Imv= 1600 A -> INa= 63 A From Distribution Panel 08 -> 09 : INv= 16 A -> Shunt From Distribution Panel 09 -> 10 : INv= 16 A -> Shunt From Transformer Tr13 -> Tr14 : INv= 35 A -> INa= 25 A <-difference=1_step! From Distribution Panel 02 -> V03 = Collection -> SUNIT.nef : 01=SKL-100X : Imv= 3840 A -> Ima= 400 A 02=SKL-100Y : Imv= 3840 A -> INa= 80 A From Distribution Panel 03 -> M13 : INv= 63 A -> INa= 50 A <-difference=1_step! From Distribution Panel 03 -> M14 : INv= 63 A -> Ima= 200 A From Distribution Panel 03 -> M15 : INv= 63 A -> Ima= 200 A From Distribution Panel 03 -> T16 : INv= 63 A -> INa= 25 A From Distribution Panel 04 -> V01 = Collection -> MCC-10.nef : 01=Motor M10/001 : Imv= 2000 A -> Ima= 237 A 02=Motor M10/002 : Imv= 2000 A -> Ima= 237 A 03=Motor M10/003 : Imv= 2000 A -> Ima= 237 A From Distribution Panel 04 -> C05 : Imv= 2000 A -> INa= 63 A From Distribution Panel 06 -> T04 : Imv= 1600 A -> Ima= 630 A From Distribution Panel 07 -> V06 = Collection -> mk8.nef : 01=voeding KA-2 : Imv= 2083 A -> Ima= 160 A 02=motor KA-P : Imv= 2083 A -> INa= 50 A 03=motor KA-H : Imv= 2083 A -> INa= 2 A From Distribution Panel 08 -> T09 : INv= 16 A -> INa= 2 A From Distribution Panel 09 -> T10 : INv= 16 A -> INa= 2 A

14 INTELEC Software NEN-1010 Berekeningen Project=demo\intelec Date= Version=5.3A Cosinus-phi Compensation on Panel kva / Ek=4.00% 150 MVA MS G kv 50 Hz Tr01A / 420V 150 MVA 500 kva / 400V Ge kva / Ek=4.00% MS G kv 50 Hz Tr01B / 420V 01 standby K01 K02 Bestaande hoofdverdeler HK1 volgens de 4e druk X mm2 X mm2 koppelschakelaar 1 X mm2 G mm2 koppelschakelaar 2 X mm2 G mm2 Project : SHELL / P Revisiedatum 11 juli 2002 Engineers PvT / AJ 04 Railsysteem Canalis 50 kva 13 G35 Tr V P19 G25-10 mm2 K1000P G2-2.5 mm2 V01 G C05 07 G63-10 mm2 70 mm2 aftakking ZS HK2 G63-10 mm2 V03 P07 Uitbreiding MK V06 Lichtlijnen traject 08 G T09/L1 09 G T10/L2 10 G T11/L2 2.5 mm2 2.5 mm2 doorlussen (1) doorlussen (2) L23 G T12/L VA G16 L1 Tr12 24V= C P08 T04 12 Step Up / Step Down : 3x1000 / 420 V 11 = ventielen 24V= V17 50 kva B40 Tr14 420V V02 03 G M13 C M14 C M15 G T16 HK3 14 P18 K1000S (reserve) (reserve) G=smeltveiligheid gg I=smeltveiligheid gi M=smeltveiligheid am B=installatieautomaat B C=installatieautomaat C D=installatieautomaat D Present New Star Delta Condenser Power [kvar] Capacity [microfarad] Discharging Resistance [kohm] Effective Power [kw] Cosinus-phi Idle Power [kvar] Apparent Power [kva] Current [A] Watt Current [A] Idle Current [A] Inductive Load

15 INTELEC Software NEN-1010 Berekeningen Project=demo\intelec Date= Version=5.3A Calculation of the installation (cables) Cabling Price/m Length Price Power loss Power loss [euro] [m] [euro] [watt] [euro] 2000 hours YMvK 4 x 185 mm YMvK 1 x 95 mm YMvK 4 x 70 mm YMvKas 4 x 70 mm YMvK 5 x 16 mm YMvKas 4 x 16 mm YMvKas 2 x 16 mm YMvK 5 x 10 mm YMvK 4 x 10 mm YMvKas 4 x 10 mm YMvKas 4 x 6 mm YMvK 5 x 4 mm YMvK 5 x 2.5 mm YMvKas 4 x 2.5 mm YMvK 4 x 2.5 mm YMvKas 3 x 2.5 mm YMvK 3 x 2.5 mm YMvKas 2 x 2.5 mm RtKS-25/4? 25? ?

16 INTELEC Software NEN-1010 Berekeningen Project = c:\program files\intelec\data\demo\intelec<-power installation Distribution panel = ->05=ZS Cable = Kabel->ZS Date = Version=5.3A -> 5e editionlte Installation method -> D / 63: cable direct in the ground without any protection cables together = number of cables=1 / distance=no cable configuration = n.v.t. number of loaded cores = 3 / total cores=4 Copper Cosinus-phi = Frequency=50 Hz voltage configuration end of cable = 3x402/232 UV<5.00%Fase = L123 system = TN-C-system number of cables parallel = 1 length factor=1.00 ground temperature T [gc] = 20.0 thermal resistance Q (K.m/W) = 1.0 Cable type = YMvKas 4x70 mm2 prijs=83.12 Euro/m maximal load current IZ [A] = <-- max. current IBth=Ir / IZo=178.0 A rated power P [kva] = P=116.1 kw / Reserved=15.3 kva (11.0%) simultaneous Smt (x) = 1.00 <-- overall! rated current IB [A] = 178 <-- thermical current IBth=Ir! protection IN [A] = 200 Type=XaS max. length cable LM [m] = 82 max. voltage losses UM [V] = 7.8 (1.88%) UMf=4.5 V / over 83 m length cable LE [m] = 45 voltage losses UV [V] = 4.3 >(1.04%) UVf=2.5 V / over 45 m power losses in cable PL [W] = Eurocent/uur (1 kwh=10.0 Eurocent) short circuit current IK [A] = over 82 m / Netconstant=0.80 normal temperature Tn [gc] = 51.1 <- temperature from IB max. temperature / short circuit Tm [gc] = 51.3 over 82 m / K-factor=143.1 aver.temperature / short circuit Tk [gc] = 51.2 over 82 m specific resistance Rn [ohm.mm2/m] = Zn= / normal situation specific resistance Rk [ohm.mm2/m] = Zk= / short circuit (82m) reactance X [ohm.mm2/m] = R (20 gc) = starting point calculation = thermal protected IBth=Ir=178.0 A Circuit Breaker Data = Im=10.0xIN, Tol=20%, T_uits>25ms, Ir%>70/instelbaar Manufacturer / Type = ABB SACE Isomax S3 IN=200A / 5 of 10xIN core configuration = 3-Phase, PEN, Shield, reduction for temperature = reduction for thermal resistance = reduction for cables together = reduction for higher harmonics (3e) = reduction for mineral without Pvc-shield = total reduction factor for IZ = reduction for reduced PEN/N = reduction for reduced earth shield/pe = Shield/PE = 35 mm2 total reduction factor for LE = NEN-1010 tables (5e edition) = 52-C4k7/52-D2+3/52-E2 For the Cumulative Voltage Losses / Touch Voltages / ka-values / Selectivity => IS-KabelNet version 5.3A

17 Short Circuit Calculation (upper curve) Project : c:\program files\intelec\data\demo\ Karakteristiek : XaS3-200.IN=200A Kabel : mk8\kabel->zs 10000s EndTemp (gc)=51.3 K=143.1 Fm=10.0xIN 70 mm2 1000s 100s 10s 200 5sec 5sec 1.000s 400ms 400ms 0.100s 25 ms 0.010s +20%=2400A 1A 10A 100A 1000A 10000A A INTELEC Software NEN-1010 Berekeningen Datum= Versie=5.3A

18 Project : c:\program files\intelec\data\demo\ NEN-1010 (5e) Collection : nuon Page : 1 Power SMT Cable type IZ Length Cable code (kva/kw) (x) (A) (m) 01 gi25a 23.0A k YMvK 5x L Dm50A k / YMvK 4x L Bo50A 47.0A k YMvK 5x L Ba50A k YMvK 4x L gi25a k VMvK 3x L Co32A 23.0A k / YMvKas 4x L Co20A k YMvK 5x L Co20A k YMvK 5x L Co20A k YMvK 5x L Co20A k YMvK 5x L Co20A k YMvK 5x L Co20A k YMvK 5x L Co20A k YMvK 5x L Co16A 11.0A k / YMvK 5x L kva total x 0.96 = kva simultaneous power INTELEC Software NEN-1010 Berekeningen Datum= Versie=5.3A

19 Referentielijst IS-KabelNet + NEN e druk november 2005 blad 1 KLANT PLAATSNAAM KLANT PLAATSNAAM AALBERS BV INSTALLATIETECHNIEK - NIEUW BUINEN AAN DE STEGGE BV - GOOR ABB B.V - ROTTERDAM ABEKO BV - BEVERWIJK ABM INSTALLATIETECHIEK B.V. - BERKEL EN RODENRIJS ABN/AMRO SC/OCP/STEM - AMSTELVEEN ABT - ARNHEM ACEL BV - DOETINCHEM ADAM KONIJN ELEKTROTECH. BV - URSEM ADDVOLTAGE ELEK. ADVIESBUREAU - 'S-HERTOGENBOSCH ADM COCOA B.V. - WORMER ADM COCOA B.V. - KOOG A/D ZAAN ADVIESBUREAU M. KRAAIKAMP - HOOGLAND ADVIESBUREAU MEVES BV - ZAANDAM ADVIESBUREAU PLUGER - KERKRADE ADVIESBUREAU V/D GROOTEVHEEN - AMERSFOORT ADVIESBURO ELEKTRORAAD VOF - EDE ADVIN NOORDWEST BV - HOOFDDORP AIRPORT SCHIPHOL A/INS/BTI - SCHIPHOL LOCATIE AJILON-ENGINEERING - DEN BOSCH AKER KVAERNER - ZOETERMEER AKER KVAERNER - ANTWERPEN (BELGIE)! AKER KVAERNER - BEEK LB AKKER ELECTRIC ENG. VAN DEN - OSS AKT ENGINEERING EN INVENTS B.V - ZUIDLAREN AKZO NOBEL BASE CHEMICALS B.V. - DELFZIJL AKZO NOBEL CAR REF. 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