1700-Watt True Sine Wave Inverter with UPS Function
NTU-1700
The MEAN WELL NTU-1700 series inverters have a true sine wave output, which is also referred to as a pure sine wave. They can operate within a wide ambient temperature range (refer to derating curve in data sheet), which makes them suitable for use in most parts of the world.
These inverters can handle a surge of up to 3400-Watts. The UPS function means that these inverters can be used in combination with batteries to provide a reliable source of power in areas where there is no reliable AC mains supply.
A remote on-off control function is also provided, a DC Low alarm output allows for remote status monitoring. The internal electronics have a conformal coating, which provides some protection against moisture and dust ingress.
There are various options available for the AC outlet socket. You need to add one of the following suffixes to complete the part numbers listed below:
- US - USA type
- UN - Universal type
- EU - European type
- CN - Chinese type
- AU - Australian type
- UK - British type
- GFCI - Ground Fault Circuit Interrupter (available by special order - MOQs may apply)
The NTU-1700 inverters support RS-232 communications, and an optional remote control is available for this series of pure sine wave inverters.
Refer to table below for models in the range:
Images are for reference only, refer to product data sheet
Models in this series
Output |
Input |
||||
---|---|---|---|---|---|
DC Voltage | Power | Rated Current | Input Efficiency | Input Voltage | |
NTU-1700-112 [] | 100 / 110 / 115 / 120Vac selectable | 1500W | 89.00% | 10 ~ 16.5Vdc | |
NTU-1700-212 [] | 200 / 220 / 230 / 240VAC selectable | 1700W | 89.00% | 10 ~ 16.5Vdc | |
NTU-1700-124 [] | 100 / 110 / 115 / 120Vac selectable | 1500W | 90.00% | 20 ~ 33Vdc | |
NTU-1700-224 [] | 200 / 220 / 230 / 240VAC selectable | 1700W | 92.00% | 20 ~ 33Vdc | |
NTU-1700-148 [] | 40 ~ 66Vdc | 1500W | 91.00% | 40 ~ 66Vdc | |
NTU-1700-248 [] | 200 / 220 / 230 / 240VAC selectable | 1700W | 93.00% | 40 ~ 66Vdc |