Specifications
Input conductors
This product is rated 200 A. It should be supplied with a circuit breaker with a maximum rating of 200 A.
For North America, if supplied by a 200 A circuit breaker, it is recommended that conductors are sized in accordance with Table 3.
For countries outside of North America, if supplied by a 200 A circuit breaker, it is recommended that conductors are sized in accordance with Table 4.
Note: Input conductors are to be torqued to 31.1 Nm
(275
Table 1
AC Input
Nominal voltage | 400 V 3 PH |
| 208 V 3 PH |
Frequency | |
Voltage configuration | 3 W + N + PE |
Maximum upstream circuit breaker | 200 A |
Maximum continuous current | 160 A |
Maximum continuous current with | 200A |
100% rated circuit breaker |
|
Maximum main input conductor size | 250 mcm |
|
|
Table 2
AC Output
Nominal voltage | 230 V/400 V 3 PH |
| 120 V/208 V 3PH |
Maximum continuous current | 200 A |
Voltage configuration | 3 W + N + PE or 3 x (1 W + N + PE), |
| based on attached APC Power |
| Distribution Modules |
Full load rating | 138 kW @ 400 V 3PH |
| 72 kW @ 208 V 3 PH |
Output power cable connections | Various, based on attached APC Power |
| Distribution Modules |
Output power cable lengths | Various, based on attached APC Power |
| Distribution Modules |
Maximum APC Power Distribution | 6 |
Modules |
|
Maximum power distribution poles | 18 |
|
|
Table 3
200 A, 75°C Conductors
Wiring System | Copper | Aluminum |
3 CCC, 30°C Ambient | Ø&N = 3/0 AWG | Ø&N = 4/0 AWG |
| G = 6 AWG | G = 4 AWG |
4 CCC, 30°C Ambient | Ø&N = 4/0 AWG | Ø&N = (2) 1/0 AWG |
| G = 6 AWG | G = (2) 4 AWG |
Notes
CCC=
kcmils = MCM = Thousands of Circular Mils Ø = Phase conductor
N = Neutral conductor
G = Ground (Equipment Grounding) conductor
(2) = two conductors per terminal
Table 4
200 A, Conductors
|
| Copper, XLPE |
|
| Aluminum, | |
| Copper, PVC | or EPR | Aluminum, | XLPE or ERP | ||
Install. | Insulation, | Insulation, | PVC Insulation, Insulation, | |||
Method 30°C Ambient | 30°C Ambient 30°C Ambient | 30°C Ambient | ||||
B1 | Ø&N = 95 mm² | Ø&N = 70 mm² Ø&N = | 150 mm² Ø&N = | 95 mm² | ||
| PE = 50 mm² | PE = 35 mm² | PE = 95 mm² | PE = 50 mm² | ||
B2 | Ø&N = 120 mm² Ø&N = 95 mm² Ø&N = | 240 mm² Ø&N = | 120 mm² | |||
| PE = 70 mm² | PE = 50 mm² | PE = 120 mm² | PE = 70 mm² | ||
C | Ø&N = 95 mm² | Ø&N = 70 mm² Ø&N = | 150 mm² Ø&N = | 95 mm² | ||
| PE = 50 mm² | PE = 35 mm² | PE = 95 mm² | PE = 50 mm² | ||
E | Ø&N = 95 mm² | Ø&N = 70 mm² Ø&N = | 120 mm² Ø&N = | 95 mm² | ||
| PE = 50 mm² | PE = 35 mm² | PE = 70 mm² | PE = 50 mm² | ||
F | Ø&N = 70 mm² | Ø&N = 50 mm² Ø&N = | 95 mm² | Ø&N = | 70 mm² | |
| PE = 35 mm² | PE = 25 mm² | PE = 50 mm² | PE = 35 mm² |
Notes
Ø= Phase conductor N = Neutral conductor
PE = Protective Earth conductor PVC =
3