CyberPower OR600ERM1U-AU Line-Interactive UPS offers Simulated Sine Wave output power for office system devices including PCs, workstations, networking devices, and peripherals. It's typically integrated in the back office and server room environment to ensure a reliable backup power supply during power failures
The UPS has a multifunction LCD display which offers real-time information, including input and output voltage levels, load and battery levels, battery runtime, overload warning, and a silent mode
With the network ports on the UPS, it prevents network devices from being subjected to sudden power surges caused by lightning, thereby avoiding potential system damage
As for battery maintenance, the UPS allows battery hot-swapping, which enables users to perform normal battery maintenance without significant interruption
Line-interactive UPS Topology
Simulated Sine Wave Output
Overload Protection
Surge and Spike Protection
Phone/Fax/Modem/DSL/Network Protection
USB Connectivity Port
SNMP/HTTP Remote Management Capability (Optional)
Energy Saving Technology
Automatic Voltage Regulation (AVR)
Hot-swappable Batteries
EMI and RFI Filtration
LCD Status Display
PowerPanel Management Software
VA: 600VA
Watts: 360W
Output Voltage: 230Vac (+-10%)
Half Load Runtime: 13min
Outlets: IEC C13 x 6
Specifications
SPECIFICATIONS
GENERAL
Phase: Single Phase
Form Factor: Rackmount
UPS Topology: Line-interactive
Energy Saving Technology: GreenPower UPS Bypass Technology
INPUT
Nominal Input Voltage (Vac): 230
Input Voltage Range (Vac): 165 to 271
Input Frequency (Hz): 50 (+-3), 60 (+-3)
Input Frequency Detection: Auto-sensing
Rated Input Current (A): 10
Input Connector Type: IEC C14
Detachable Power Cord Plug Type: IEC C14 x 1
Power Cord Length: 1.83m
OUTPUT
Capacity (VA): 600
Capacity (Watts): 360
On Battery Waveform: Simulated Sine Wave
On Battery Voltage(s) (Vac): 230 (+-10%)
On Battery Frequency (Hz): 50 (+-1%), 60 (+-1%)
Power Factor: 0.6
Automatic Voltage Regulation (AVR): Single Boost
Overload Protection: Internal Current Limiting, Circuit Breaker