mikes68505
New Member
- Joined
- Dec 28, 2021
- Messages
- 46
For output and wiring, i.e., the two EG4 48V 3K units in parallel, singe phase 120V.
Design concept:
1) 10/3 wiring for output, from each inverter to sub panel 2... 6-way small panel box.
2) use two 30A breakers for incoming power, each sending 120V, 3000w // 25A.
3) available then is 120V, 6000w // 50A single phase at sub spanel 2.
4) out going to include:
4.1 - 30A breaker line out to the existing WFDC 30A distribution center.
4.2 - 30A breaker line out to sub panel 1.
Thoughts are that since I already have the 30A distribution center, but also a sub-panel (prepped for inverter but not completed, labeling that sub-panel 1).
I could wire 120V 30A to the main, and 30A to the sub-panel. Along with this, will split off some things to sub-panel 1 like 2nd Air Conditioner, Microwave, and perhaps garage plug-ins (my office).
Appreciate input.
TIA.
-m
Design concept:
1) 10/3 wiring for output, from each inverter to sub panel 2... 6-way small panel box.
2) use two 30A breakers for incoming power, each sending 120V, 3000w // 25A.
3) available then is 120V, 6000w // 50A single phase at sub spanel 2.
4) out going to include:
4.1 - 30A breaker line out to the existing WFDC 30A distribution center.
4.2 - 30A breaker line out to sub panel 1.
Thoughts are that since I already have the 30A distribution center, but also a sub-panel (prepped for inverter but not completed, labeling that sub-panel 1).
I could wire 120V 30A to the main, and 30A to the sub-panel. Along with this, will split off some things to sub-panel 1 like 2nd Air Conditioner, Microwave, and perhaps garage plug-ins (my office).
Appreciate input.
TIA.
-m