Canalis KBB, Straight length, 40A, 2 circuits 3L+N+PE/L+N+PE, 3 tap-off units, 2m

KBB

straight length

50/60 Hz

3L + N + PE

2

3

4 kV

690 V

0.94 kA

9.6 kA

900 kA².s

2 pT

0...15 % 40 A|15...33 % 32 A|33...100 % 28 A

<0.3 V with power factor = 1 at 50 Hz with 1A for 100 m long| <0.28 V with power factor = 0.9 at 50 Hz with 1A for 100 m long| <0.25 V with power factor = 0.8 at 50 Hz with 1A for 100 m long| <0.22 V with power factor = 0.7 at 50 Hz with 1A for 100 m long

0.02 mΩ/m X1 35 °C at Inc and 50 Hz phase conductor|0.8 mΩ/m protective conductor|2.83 mΩ/m R20 20 °C phase conductor|3.46 mΩ/m R1 35 °C at Inc and 50 Hz phase conductor|3.46 mΩ/m Z1 35 °C at Inc and 50 Hz phase conductor|13.83 mΩ/m R0 20 °C symmetrical components method Ph/PE|0.73 mΩ/m X0 20 °C symmetrical components method Ph/PE|13.85 mΩ/m Z0 20 °C symmetrical components method Ph/PE|5.68 mΩ/m Rb0 20 °C impedance method Ph/Ph|5.68 mΩ/m Rb0 20 °C impedance method Ph/N|0.9 mΩ/m Xb 35 °C at Inc and 50 Hz with impedance method Ph/Ph|0.9 mΩ/m Xb 35 °C at Inc and 50 Hz with impedance method Ph/N|17.28 mΩ/m R0 20 °C symmetrical components method Ph/N|5.25 mΩ/m X0 20 °C symmetrical components method Ph/N|18.06 mΩ/m Z0 20 °C symmetrical components method Ph/N|6.92 mΩ/m Rb0 20 °C impedance method Ph/PE|6.92 mΩ/m Rb1 35 °C at Inc with impedance method Ph/Ph|6.92 mΩ/m Rb1 35 °C at Inc with impedance method Ph/N|7.14 mΩ/m Rb1 35 °C at Inc with impedance method Ph/PE|1.85 mΩ/m Xb 35 °C at Inc and 50 Hz with impedance method Ph/PE

PCE

1