Charged Reviews · Quick reference
Watts247 NHX N3H-X10-US
- Brand
- Watts247 NHX
- Model
- N3H-X10-US
- SKU / part number
- ?
- Category
- Inverters
AC output
| Continuous output | ? |
|---|---|
| Peak output | ? |
| AC configuration | ? |
| AC output voltage | 120/240V[1] |
| AC frequency | ? |
| Grid pass-through | ? |
| Maximum output per leg | ? |
Battery
| Battery voltage | 48 V[1] |
|---|---|
| Battery voltage range | 40 to 60 V[1] |
| Maximum charge current | 190 A[1] |
| Maximum discharge current | 210 A[1] |
| Battery-only output | ? |
| Maximum grid charging | ? |
| Compatible batteries / BMS | Lithium and Lead Acid Battery[1] |
PV input
| PV array limit (connected) | 15 kW[1] |
|---|---|
| PV input limit (converted) | ? |
| Maximum PV voltage (Voc) | 500 V[1] |
| MPPT voltage range | 120 to 500 V[1] |
| MPPT trackers | 4[1] |
| String inputs per MPPT | ? |
| PV current per MPPT | 14 A[1] |
| PV short-circuit current | ? |
| PV startup voltage | ? |
Efficiency and modes
| Peak efficiency | ? |
|---|---|
| CEC weighted efficiency | 97.8 %[1] |
| Battery conversion efficiency | 97.2 %[1] |
| Grid / off-grid modes | ? |
| Generator input | ? |
| Transfer time | 13ms from grid to inverter/battery; 3ms from battery/inverter to grid[2] |
| Idle consumption | 75 W[2] |
| Night consumption | 15 W[1] |
| Parallel units | 8[2] |
Communication and environment
| Communications | CAN; RS485[1] |
|---|---|
| Operating temperature | -25 to 60 °C[1] |
| Enclosure rating | IP65; NEMA 3R[1] |
| Operating noise | <38dB[1] |
Mechanical
| Dimensions | 200 D × 530 W × 660 H mm[1]Needs confirmation |
|---|---|
| Weight | 41 kg / 90.39 lb[1]Needs confirmation |
Installation (from the manual)
Not documented in the manual
Page 1 of 2 · Installation values · ? means nothing is recordedAggregated, often community-reported information, not official documentation. Do not rely on it for installation, purchase or compliance decisions; always confirm values with the manufacturer’s official documentation. Charged Reviews accepts no responsibility for errors.