Aten Basic 1U PDU with surge protection 16A

Aten Basic 1U PDU with surge protection 16A

Surge Protection

Space saving — 1U rack mount design

IEC or NEMA outlet models

Overcurrent Protection

The Aten’s PE0210S, a 10-outlet, 1U rack mount power distribution unit (PDU), provides IEC and NEMA output. It distributes power to 10 receptacles from a single plug with unfiltered electrical pass-through. The PE0210S also provides surge protection, prevents damage to your equipment from power surges and spikes. The integrated surge protector includes a LED indicator, letting you know the status of your equipment.

Aluminum housing helps prolong the units life with rugged casing made of impact-resistant material for maximum durability. Basic 1U PDU can be easily mounted to wall, wooden furniture, or work bench.

Space saving -1U rack mount design

IEC or NEMA outlet models

Surge Protection

Over-current Protection

Aluminum material

Works with data centers, server rooms and telecom equipment

Package Contents

1x PE0210S Basic PDU

1x LIN2-314K-P42G Power cord

1x User Instructions

Electrical

Nominal Input Voltage 100-240 VAC

Maximum Input Current 16A (Max)

Input Frequency 50-60 Hz

Input Connection

For G Plug: IEC-320 C20

For Z Plug: Chinese 16A

Input Power 3840VA(Max)

Outlet Type

(10) IEC 320 C13

Maximum Output Current (Outlet) 10A (Max)

Maximum Output Current (Bank) 16A (Max)

Maximum Output Current (Total) 16A (Max)

OPD(Overcurrent Protection Device) Yes

Physical Properties

Dimensions (L x W x H)

48.20 x 4.44 x 4.50 cm

(18.98 x 1.75 x 1.77 in.)

Weight 0.67 kg ( 1.48 lb )

Power Cord Length 10ft(3*2.5mm2)

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.

Elevation (Operating / Storage) 3000m

Compliance

EMC Verification CE

Safety Verification

CE,LVD

Note

For some of rack mount products, please note that the standard physical dimensions of WxDxH are expressed using a LxWxH format.