Canalis KBB, Straight length, 25A, 2 circuits 3L+N+PE/L+N+PE, 5 tap-off units, 3m
Item Number: KBB25ED42305
Datasheet
Specifications
Design
Range
Range of product
Product compatibility
Product or component type
Device application
- power socket distribution
- lighting
Warranty
Physical
[ie] rated operational current
[ue] rated operational voltage
Control type
Mounting mode
Standards
- EN/IEC 61439-6
- EN/IEC 61439-1
Width
Height
Length
Net weight
Ip degree of protection
Ik degree of protection
Ambient air temperature for operation
- 0...35 °C (100 % of In)
- 35...40 °C (96 % of In)
- 40...45 °C (93 % of In)
- 45...50 °C (89 % of In)
- 50...55 °C (85 % of In)
Eu rohs directive
Environmental disclosure
Others
Device short name
Busbar description
Network frequency
Busbar trunking polarity
Number of circuits
Number of tap-off outlets
[uimp] rated impulse withstand voltage
[ui] rated insulation voltage
[icw] rated short-time withstand current
[ipk] rated peak withstand current
Thermal stress limit
Maximum radiated magnetic field
Thdi
- 0...15 % 25 A
- 15...33 % 20 A
- 33...100 % 16 A
Maximum voltage drop
- <0.72 V with power factor = 1 at 50 Hz with 1A for 100 m long
- <0.67 V with power factor = 0.9 at 50 Hz with 1A for 100 m long
- <0.61 V with power factor = 0.8 at 50 Hz with 1A for 100 m long
- <0.55 V with power factor = 0.7 at 50 Hz with 1A for 100 m long
Linear resistance
- 6.8 mΩ/m R20 20 °C phase conductor
- 8.3 mΩ/m R1 35 °C at Inc and 50 Hz phase conductor
- 0.02 mΩ/m X1 35 °C at Inc and 50 Hz phase conductor
- 8.33 mΩ/m Z1 35 °C at Inc and 50 Hz phase conductor
- 27.21 mΩ/m R0 20 °C symmetrical components method Ph/N
- 0.85 mΩ/m X0 20 °C symmetrical components method Ph/N
- 27.22 mΩ/m Z0 20 °C symmetrical components method Ph/N
- 13.61 mΩ/m Rb0 20 °C impedance method Ph/Ph
- 13.61 mΩ/m Rb0 20 °C impedance method Ph/N
- 0.8 mΩ/m protective conductor
- 17.28 mΩ/m R0 20 °C symmetrical components method Ph/PE
- 5.25 mΩ/m X0 20 °C symmetrical components method Ph/PE
- 18.06 mΩ/m Z0 20 °C symmetrical components method Ph/PE
- 10.26 mΩ/m Rb0 20 °C impedance method Ph/PE
- 16.59 mΩ/m Rb1 35 °C at Inc with impedance method Ph/Ph
- 16.59 mΩ/m Rb1 35 °C at Inc with impedance method Ph/N
- 11.77 mΩ/m Rb1 35 °C at Inc with impedance method Ph/PE
- 0.35 mΩ/m Xb 35 °C at Inc and 50 Hz with impedance method Ph/Ph
- 0.35 mΩ/m Xb 35 °C at Inc and 50 Hz with impedance method Ph/N
- 0.07 mΩ/m Xb 35 °C at Inc and 50 Hz with impedance method Ph/PE
Unit type of package 1
Number of units in package 1
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