Liebert® MP2-115A Micro Pod Power Distribution Unit, 3 kVA

• Size: 3 1/2"(H) x 17"(W) x 3 1/2"(D)
• Black
• For use with: Any brand of UPS system
• Connections: 8 x NEMA 5-15R output, NEMA 5-15P input
• Power capacity: 3 kVA
• Input voltage: 120 VAC single-phase
• Output voltage: 120 VAC, 50 Hz, 60 Hz
• Current: 12 A output current, circuit breaker: 15 A
• Operating conditions: 32 deg F - 104 deg F temp, 0 to 95% Non-condensing relative humidity, storage: -4 deg F - 140 deg F temp
• Form factor: Cabinet, rack-mountable
• Status indicators: "Utility/Mains" indicator illuminates amber to indicate that utility/mains power is available for the load and UPS, "UPS" indicator illuminates green to indicate the presence of UPS output power for the load
• Normal - The UPS is continuously supplied available utility power by the POD, UPS output power is returned to the POD and distributed to the critical AC load through the POD output receptacles
• Maintenance bypass - The bypass switch allows a transfer of the critical AC load from the UPS inverter to the utility source, to allow for service to or replacement of the UPS, without interrupting the load
• Bypass switch is capable of switching up to 20 or 30 amps, based on the model of the POD. The switch is a break before make type, with a maximum transfer time of 6ms
• Connection to UPS Input: 5-15R, connection to UPS Output & cord length: 5-15P on attached 6 foot cord
• Complaint and standards: UL1778, cUL, ISTA Procedure 1A listed, ISO 9001
• Package contents: Micro Pod 3kVA PDU, power cord - 10 ft, user manual, brackets for rack mounting
• Warranty: 2 years limited

Increase the functionality of almost any UPS by incorporating the Liebert MicroPOD power distribution unit into your electronic setup. With a power capacity of 3 kVA, the unit allows you to control the flow of power through the UPS and to your equipment. With the pod, you can evenly distribute power to avoid damaging machines; you can also replace or repair a UPS without interrupting power to computers or essential equipment by switching power to flow directly through the pod.