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Zero impact on supply source due to low harmonic distortion and high power factor.
Functions to extend battery life and optimize performance.
Powers loads with 0.9 inductive to 0.9 capacitive power factor without derating.
Prevents backfeed into the mains supply.
0.9 output power factor ensures greater active power availability.
Normal operation, emergency operation, and bypass operation modes.
Load powered from bypass, rectifier charges batteries, efficiency up to 99%.
Automatically selects ON-LINE or ECO mode based on mains quality.
Reduces input harmonic distortion to 3% and increases power factor.
Delays input stage switching when mains returns after interruption.
Gradually absorbs mains power to nominal value over a set time.
Output voltage can be adjusted for static and dynamic conditions.
Transfer to bypass occurs if voltage and frequency are suitable for the load.
LEDs for mains, battery, bypass, stand-by/alarm, battery replacement, and ECO mode.
Describes the display for status/measurements and keys for operation.
Selects one of four different operating modes.
Details PowerNETGuard software and various communication hardware options.
Details nominal voltage, input current, voltage range, frequency, and THDI.
Details nominal voltage, current, frequency range, and overload capability.
Details nominal voltage, current, frequency range, and overload capability.
Efficiency figures for different load levels (full, 75%, 50%, 25%).
Specifies battery elements, float voltage, charging voltage, and battery charger.
Details nominal power, active power, voltage, frequency, and efficiency.
Details nominal voltage, current, frequency range, and overload capability.
Efficiency figures for different load levels (full, 75%, 50%, 25%).
Zero impact on supply source due to low harmonic distortion and high power factor.
Functions to extend battery life and optimize performance.
Powers loads with 0.9 inductive to 0.9 capacitive power factor without derating.
Prevents backfeed into the mains supply.
0.9 output power factor ensures greater active power availability.
Normal operation, emergency operation, and bypass operation modes.
Load powered from bypass, rectifier charges batteries, efficiency up to 99%.
Automatically selects ON-LINE or ECO mode based on mains quality.
Reduces input harmonic distortion to 3% and increases power factor.
Delays input stage switching when mains returns after interruption.
Gradually absorbs mains power to nominal value over a set time.
Output voltage can be adjusted for static and dynamic conditions.
Transfer to bypass occurs if voltage and frequency are suitable for the load.
LEDs for mains, battery, bypass, stand-by/alarm, battery replacement, and ECO mode.
Describes the display for status/measurements and keys for operation.
Selects one of four different operating modes.
Details PowerNETGuard software and various communication hardware options.
Details nominal voltage, input current, voltage range, frequency, and THDI.
Details nominal voltage, current, frequency range, and overload capability.
Details nominal voltage, current, frequency range, and overload capability.
Efficiency figures for different load levels (full, 75%, 50%, 25%).
Specifies battery elements, float voltage, charging voltage, and battery charger.
Details nominal power, active power, voltage, frequency, and efficiency.
Details nominal voltage, current, frequency range, and overload capability.
Efficiency figures for different load levels (full, 75%, 50%, 25%).
General| Power factor | 0.9 |
|---|---|
| Topology | Double conversion online |
| Frequency | 50/60 Hz |
| Battery Type | VRLA |
| Communication Interface | RS232, USB, SNMP |
| Operating Temperature | 0°C to 40°C |
| Dimensions (W x D x H) | Varies by model (refer to datasheet) |
| Weight | Varies by model (refer to datasheet) |
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