Aten ATEN-PE0212G 1U desing, 12AC outlets Basic PDU

Basic Space saving -1U rack mount design IEC or NEMA outlet models Overcurrent Protection Aluminum material Typical Applications Servers Network Devices Telecom Equipment Function PE0212A PE0212B PE0212G Electrical Nominal Input Voltage 100-120 VAC 100-240 VAC 100-240 VAC Maximum Input Current 20A Max (UL de-rated 16A Max) 20A (Max) (UL de-rated 16A Max) 16A (Max) Input Frequency 50-60 Hz 50-60 Hz 50-60 Hz Input Connection For A Plug NEMA L5-20P For A2 Plug : NEMA 5-20P NEMA L6-20P IEC-320 C20 Input Power 2400VA(MAX); 1920VA(UL de-rated) 4800VA(Max); 3840VA(UL de-rated) 3840VA(Max) Outlet Type (12) NEMA 5-20R (12) IEC 320 C13 (12) IEC 320 C13 Maximum Output Current (Outlet) 20A (Max) (UL de-rated 16A Max) 15A (Max) (UL de-rated 12A Max) 10A (Max) Maximum Output Current (Bank) 20A (Max) (UL de-rated 16A Max) 20A (Max) (UL de-rated 16A Max) 16A (Max) Maximum Output Current (Total) 20A (Max) (UL de-rated 16A Max) 20A (Max) (UL de-rated 16A Max) 16A (Max) OPD(Overcurrent Protection Device) Yes Yes Yes Physical Properties Dimensions (L x W x H) 48.80 x 4.40 x 4.50 cm (19.21 x 1.73 x 1.77 in.) 48.80 x 4.40 x 4.50 cm (19.21 x 1.73 x 1.77 in.) 48.80 x 4.40 x 4.50 cm (19.21 x 1.73 x 1.77 in.) Weight 0.88 kg ( 1.95 lb ) 0.88 kg ( 1.95 lb ) 0.88 kg ( 1.95 lb ) Power Cord Length 10ft(12#) 10ft(12#) 10ft(3×1.5mm2) Environmental Temperature (Operating / Storage) 0 – 40? / -20 – 60? *When the environmental temperature comes close 40 degrees, it is recommended to lower the load to 60% to comply to the safety regulations. 0 – 40? / -20 – 60? *When the environmental temperature comes close 40 degrees, it is recommended to lower the load to 60% to comply to the safety regulations. 0 – 40? / -20 – 60? *When the environmental temperature comes close 40 degrees, it is recommended to lower the load to 60% to comply to the safety regulations. Elevation (Operating / Storage) 3000m 3000m 3000m Compliance EMC Verification FCC Class A FCC Class A - Safety Verification By Request By Request LVD