APC AP8941 200/208V 30A (21)C13 (3)C19 Zero U Switched Rack PDU Surge Protector

APC AP8941 200/208V 30A (21)C13 (3)C19 Zero U Switched Rack PDU Surge Protector

APC AP8941 200/208V 30A (21)C13 & (3)C19 Outlet Zero U Switched Rack PDU Surge Protector

APC P/N: AP8941

Condition: Tested pull - Guaranteed 100% Working. Some PDUs have sticker residue or velcro straps attached to them. We have updated these with latest firmware available from APC and reset them to factory default.

Default login: apc

Default password: apc

PDUs have mounting pegs/buttons attached to them. No other accessories included. Console cable is not included.

Input Voltage: 200V , 208V , 230V

Input Frequency: 50/60 Hz

Maximum Input Current: 30A

Regulatory Derated Input Current: 24A

Input Connector(s): NEMA L6-30P

Cord Length: 10 ft

Output Voltage: 200V , 208V

Maximum Total Current Draw: 30A

Output Connector(s): (21) IEC 320 C13 & (3) IEC 320 C19

30-Day Warranty!

Manufacturer's description:

The APC Switched Rack PDU (30A) is a vertical mount power distribution strip that can be programmed to remotely control power to individual outlets, and also monitors the aggregate power consumption. The vertical design of this strip allows it to be mounted to the back of a data center rack where it doesn't take up any rack mount space. It connects to a L6-30R 30A type socket, and outputs to up to 24 pieces of equipment.

APC Switched Rack Power Distribution Units (PDUs) address power management problems in today's IT environment through individual outlet control, power on and off delays, current monitoring, alarm thresholds, and network management. Individual outlet control to turn outlets on, turn outlets off, or recycle power to equipment allows users to reboot locked-up equipment and avoid unauthorized use of outlets. Power delays allow users to determine the order in which equipment is powered up or down.

The Switched Rack PDU provides an aggregate current draw, which can be viewed remotely or locally, via its digital LCD display. In addition, alarms will be generated based on user-defined thresholds to alert users of potential circuit overloads. Users can access, configure, and control the Switched Rack PDU through Web, SNMP, or Telnet Interfaces.