The CyberPower Smart App Sinewave PR2200LCD uninterruptible power supply (UPS) with LCD Control Panel and Active PFC compatible pure sine wave output safeguards mission-critical servers, telecom equipment, and internetworking hardware. Automatic Voltage Regulation (AVR) delivers consistent and clean AC power. Patented GreenPower UPS™ advanced circuitry reduces UPS energy costs compared to competitive models.
The LCD Control Panel has 41 different settings to check status and customize the operating settings, plus it can be mounted remotely for ease of use regardless of where the UPS is installed.
The PR2200LCD unit has a capacity of 2200VA/1980Watts, (10) receptacles NEMA 5-15R (8) & 5-20R (2) and (4) maintenance-free, user-replaceable 12V/17Ah batteries. This unit offers connectivity via 1 HID USB, 1 DB9 serial and 1 emergency power off (EPO) port.
PowerPanel® Business Edition UPS Management software, Three-Year Warranty, and ,375,000 Connected Equipment Guarantee are included.
The LCD Control Panel has 41 different settings to check status and customize the operating settings, plus it can be mounted remotely for ease of use regardless of where the UPS is installed.
The PR2200LCD unit has a capacity of 2200VA/1980Watts, (10) receptacles NEMA 5-15R (8) & 5-20R (2) and (4) maintenance-free, user-replaceable 12V/17Ah batteries. This unit offers connectivity via 1 HID USB, 1 DB9 serial and 1 emergency power off (EPO) port.
PowerPanel® Business Edition UPS Management software, Three-Year Warranty, and ,375,000 Connected Equipment Guarantee are included.
- Works adequately in situations where the supply is prone to sags and surges
- 2200 VA load capacity - work without any interruption during power outages
- Prevent critical data loss by staying powered during a blackout with up to 1980 W load capacity
- Keep your sensitive devices powered with a backup of up to 7.80 minute at full load
- Works adequately in situations where the supply is prone to sags and surges
- Up to 7.80 minute runtime on full load to preserve critical data from power shortage interruptions
