SurgeX Standalone Battery Backup - UPS-1000-OL

SurgeX Standalone Battery Backup - UPS-1000-OL

SurgeX Standalone UPS solutions deliver clean continuous power, via online double conversion technology, to ensure the safe shutdown of equipment in the event of an outage. All incoming power is converted from AC to DC and then back to AC. If the main power is interrupted, the batteries are still holding up the incoming DC supply to the inverter, so the load continues to be supplied with absolutely no interruption whatsoever. The zero transfer time guarantees mission critical equipment remains up and running.

The Standalone solutions are available in 1000, 2000, and 3000 VA configurations with hot swappable internal batteries to ensure maintenance can be performed without powering down connected equipment. All three solutions have extended scalable runtimes of up to 8 hours via self-charging extended battery packs.

Experience a seamless transition during short-term outages and easily convert to a backup supply with SurgeX Standalone solutions.

Features

• Online double conversion technology
• True sinewave output
• Controllable receptacles
• Hot swappable battery
• Configurable as tower or 19” rack
• Intuitive LCD screen
• Optional SNMP card to monitor and manage the UPS via the network

Specifications

• Load Rating: 8.3A            
  
• Voltage Rating: 120V
  
• Power Requirement (no load): 0
  
• Under-Voltage Auto Shutdown: Yes
  
• Over-Voltage Auto Shutdown: Yes
  
• Over-Current Auto Shutdown: Circuit Breaker
  
• Over-Temperature Auto Shutdown: Internal temperature fault shutdown
  
• Network Port: Optional SNMP Card
  
• Serial Port:
  
  • RS-232 on Female 9-Pin D-subminiature
    
  • USB Type B
    
  • RJ45 on optional SNMP card
    
• Temperature Sensor Input: None
  
• Auxiliary Relay Outputs: With optional relay card
  
• Temperature Range: 0C to 40C
  
• Humidity Range: <90% Non-condensing
  
• Agency Listings:
  
  • UL 1778
    
  • CSA*C22.2 No. 107
• * 1.2 x 50 microsecond industry standard combination wave surge as per IEEE C62.41 ** Specifications subject to change without notice