SMART- IN PURE
SMART IN is the new range of inverters designed and developed by nds, which has managed to create a series of professional products that live up to its customers’ expectations. These inverters have been designed to guarantee the best performance in terms of safety, efficiency and reliability.
Thanks to the adoption of some special technical and innovative solutions, smart-ins are also suitable for professional use.
Main features
- High frequency system
- High efficiency up to 93%
- Low self-consumption
- Input with professional connectors
- Provision for remote On/Off control
- Fully isolated inlet and outlet
- Soft Start
- Overload and short circuit protection
- Low battery alarm
- Reverse polarity protection
- Overtemperature protection
Distinctive elements
- Totally isolated input and output, to prevent any anomaly of the connected output devices from damaging the input ones or vice versa, allowing a high level of safety.
- Professional connectors which, unlike the cheap inverters commonly on the market, are integrated directly into the board, allowing a substantial reduction in the voltage drop on the connection between the device and the battery, improving its performance and with the same absorbed power as a 230V user ( for example a TV) there is lower battery consumption compared to classic inverters.
- 91% for the pure wave SMART-IN SP series, most recommended for all uses, as all the devices are designed and tested to operate with a pure sinusoidal voltage.
For some devices, such as motors, refrigerators, Hi-Fi systems, lamps with “dimmers” and air conditioners, the use of a pure sine wave inverter is mandatory, to avoid damaging them.
The SMART-IN inverters can boast the lowest self-consumption on the market and considering that very often an inverter remains in stand-by mode, therefore continuing to consume electricity, reducing this absorption to a minimum is fundamental and of great benefit for the user who does not it will drain the battery unnecessarily.
Reviews
There are no reviews yet.