Aten 12 Port 1U PDU 10A IEC-C13 X 12

Features

Aten 12 Port 1U Basic PDU supports up to 10A with 12 IEC C13 outputs, overload protection

Overview

The PE0112 series Basic PDU contains 12 AC outlets and isavailable in IEC or NEMA socket configurations. The PE0112 series Basic PDU features a space-saving 1U design that allows it to be mounted vertically on the outside of a rack,resulting in a moreeffi cientuse of space in the server room, while providing 12 AC outlets.

Space saving -1U rack mount design
IEC or NEMA outlet models
Overcurrent Protection
Aluminum material

Package Contents

1x Basic PDU
1x Power cord
1x User Instructions

Specifications

Electrical
Nominal Input Voltage	100-120 VAC	100-240 VAC
Maximum Input Current	15A(Max) (UL de-rated 12A Max)	10A(Max)
Input Frequency	50-60 Hz	50-60 Hz
Input Connection	NEMA 5-15P	IEC-320 C14
Input Power	1800VA(MAX); 1440VA(UL de-rated)	2400 VA(Max)
Outlet Type	(12) NEMA 5-15R	(12) IEC 320 C13
Nominal Output Voltage	120 VAC	240V
Maximum Output Current (Outlet)	15A(Max) (UL de-rated 12A Max)	10A(Max)
Maximum Output Current (Bank)	15A(Max) (UL de-rated 12A Max)	10A(Max)
Maximum Output Current (Total)	15A(Max) (UL de-rated 12A Max)	10A(Max)
OPD(Overcurrent Protection Device)	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.)
Weight	0.62 kg ( 1.37 lb )	0.62 kg ( 1.37 lb )
Power Cord Length	10ft(14#)	10ft(3×1.0mm2)
Environmental
Temperature (Operating / Storage)	0 – 40°C / -20 – 60°C *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°C / -20 – 60°C *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
Compliance
EMC Verification	FCC Class A	CE Class A
Safety Verification	TBD	CE,LVD
Note	For some of rack mount products, please note that the standard physical dimensions of WxDxH are expressed using a LxWxH format.