APC Easy UPS On-Line 2000VA (1600W) Tower. 230V Input/Output. 4x IEC C13 Outlets. With Battery Backup. Smart Slot, LCD Graphics Display.
APC Easy UPS On-Line SRV 2000VA 230V.
High quality, Double-conversion online UPS designed for essential power protection needs even in the most unstable power conditions.
FEATURES:
- Pure static bypass switch without bridging contactor securing a fast and reliable transfer to and from bypass, rated for 125% nominal load.
- Automatic restart of loads after UPS shutdown
- Automatically starts up the connected equipment upon the return of utility power.
- The operating mode that by-passes unused electrical components in good power conditions to achieve high operating efficiency without sacrificing protection
- This product has a power factor corrected input side ensuring that the input power factor is always 1 regardless of load and mains voltage. A power factor of 1 minimizes installation costs by allowing the use of smaller cables and smaller fuses.
- Intelligent battery management
- The mini slot supports various optional management cards which provide basic or essential monitoring, management and control features for the UPS.
- LCD graphics display
- Serial connectivity
- USB connectivity
- Provides remote power management of the UPS over the network
- Customize UPS capabilities with management cards
- Ensures the product has been tested and approved to work safely with the connected service provider equipment and within the specified environment.
- Pure sine wave output on battery
Generator compatible - Ensures clean, uninterrupted power to protected equipment when generator power is used.
- High-efficiency rates that remain stable even at lower operating power levels
Input Power Factor Correction - Double conversion online topology
- Guarantees a consistently high level of power quality. Any disturbances on the distribution waveform are regenerated via the zero transfer time AC to DC then DC to AC conversion process.
- The battery is only used as a backup source.
- The operating mode that by-passes unused electrical components in good power conditions to achieve high operating efficiency without sacrificing protection
