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8. Technical Specification
8.1. Electrical specification complete 150 kW system
Input
Supply voltage
Input voltage range
Input frequency range
Input frequency range
Maximum power dissipation
Power factor (cos ᵠ)
Standby power consumption
Efficiency
Nominal input current
Earth Leakage Current Protection
Earth Leakage Current Protection
Short Circuit Capacity
DC output
Maximum output power
Output voltage range
Maximum output current
8.2. Electrical specification complete 300 kW system
Input
Supply voltage
Input voltage range
Input frequency range
Input frequency range
Maximum power dissipation
Power factor (cos ᵠ)
Standby power consumption
Efficiency
Nominal input current
Earth Leakage Current Protection
Earth Leakage Current Protection
Short Circuit Capacity
AC power connection
DC output
Maximum output power
Output voltage range
Maximum output current
Document: V1.2 / Document No.: 6AGA000008-0629-EN | Date: 06-30-2022
HVC‐PD E‐Bus Charger Installation Guide
3-phase: GND, L1, L2, L3
480/277 V AC ± 10%
600/347 V AC +10%/-15% (Canada version)
60 Hz ± 1%
170 kVA
≥ 0.95 (> 0.97 at full load)
60 W for 1x HVC cabinet
30 W for the ACM
94% and 96% in power spectrum between 20%
and 100% of full power
198 A AC
163 A AC (Canada version)
AC 300 mA (GFCI integrated in HVC150(S))
AC 30 mA (GFCI integrated in ACS Control
Module)
65 kA
150 kW
150 – 850 V DC
225 A DC
3-phase: GND, L1, L2, L3
480/277 V AC ± 10%
600/347 V AC +10%/-15% (Canada version)
60 Hz ± 1%
348 kVA
≥ 0.95 (> 0.97 at full load)
120 W for 2x HVC cabinets
30 W for the ACM
94% and 96% in power spectrum between 20%
and 100% of full power
396 A AC
326 A AC (Canada version)
AC 300 mA (GFCI integrated in HVC150(S))
AC 30 mA (GFCI integrated in ACS Control
Module)
65 kA
2
240 mm
= 500 MCM (max) (in both HVC 150
and 150S)
300 kW
150 – 850 V DC
450 A DC
Page 125 of 146
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