• Microprocessor-controlled • Digital monitoring of voltage, current, temperature, charging status, and device information • Adjustable fast nominal charging voltages • Adjustable output current / High voltage protection • Overcurrent protection / Short circuit protection • High temperature protection / Input filter • Control panel / Alphanumeric LCD display • DC low voltage protection (LVD) (optional) • External alarm contacts
| FEATURES | ADVANTAGES |
|---|---|
| SMPS technology | Small dimensions and low weight |
| Control by microprocessor technology | It uses the available resources to their full extent within reliable limits |
| It monitors fault conditions with great precision | |
| Wide input voltage range (mains voltage 176 - 265V operation) | As a result, the device uses the batteries less frequently. The battery life is extended, and the likelihood of the batteries being fully charged during a power outage increases |
| Double conversion topology | The device’s output voltage is in an ideal DC form. In other words, the ripple on the device’s output voltage is low. This is very important for systems and batteries powered by the device. |
| Temperature management | It determines the overload duration with high reliability |
| It provides advanced over-temperature protection | |
| Modular system structure | It has an expandable modular structure with the ability to be parallelized up to 7 devices |
| Dry contact information | With the relay and microprocessor communication system, you can monitor and keep your device under control from your automation system |
| Strict output voltage regulation | The output voltage is not affected by changes in the input voltage or load amount |
| High efficiency | High efficiency is achieved with SMPS technology |
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