Emergency power supply POWER SINUS 2000 12/230V (2000/6000W) 3SSP200012
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Emergency power supply POWER SINUS 2000 12/230V (2000/6000W) 3SSP200012
Pure Sine Wave – Power Supply That Doesn’t Damage Devices
The power supply generates a sinusoidal voltage identical to the grid supply—this is the key difference compared to models with quasi-sine wave output. Devices with motors, such as refrigerators, freezers, or central heating pumps, operate stably without additional load. There are no sudden voltage spikes that could damage electronics or cause premature motor wear. For installers, this means fewer complaints; for users, longer equipment lifespan.
Combined Functions in One Unit – Simple Installation and Low Maintenance
This is not just a UPS. The device integrates an inverter, a smart 12V charger, and an automatic switch between grid and battery power. Switch-over time is 10 ms—fast enough to prevent interruption even for sensitive devices. The charger operates in a 4-stage mode with desulfation functionality, extending battery life. Compatibility with various 12V battery types (AGM, GEL, lead-acid) provides flexibility when upgrading existing installations.
High Inrush Current and Wide Operating Range – For Those Who Cannot Afford Downtime
Continuous power of 2000 W enables powering high-energy-demand devices, while a brief surge of 6000 VA (up to 20 seconds) handles the startup of compressors, pumps, or central heating boilers. Input voltage range of 164 to 243 V ensures operation even with unstable grid supply—minimizing frequent switching to battery. Protections against overload, short circuit, battery overcharge, and overheating activate automatically—no need to worry about user-induced failures. Dimensions and weight (18 kg) indicate robust construction—mounting on wall or floor is possible without additional brackets.
All this in a casing measuring 505x225x178 mm—compact for its power class. Efficiency up to 88% and power factor of 0.8–1 ensure low energy losses during prolonged operation.

