All stock codes associated to this product
PE0116SGATG, PE0116SG-AT-G, KVAPE0116SG, KVA-PE0116SG, 4719264649110
Aten 0U Basic PDU with Surge Protection
Overview
- Space saving 0U rack mount design
- IEC or NEMA outlet models
- Overcurrent protection
- Surge protection
ATENs Basic PDU family is extended with 0U members containing 16 outlets and
available in IEC or NEMA socket configurations. The compact aluminum housing
gives a sleek, yet robust look while minimizing installation space for work
space efficiency. Thanks to the built-in surge protection module, the IT devices
connected to the PDU are well-protected from sudden surges in electricity; plus,
the equipment downtime is reduced as a result of the overcurrent protection
design. The Basic PDUs are tailored made for individuals who are in need of
industrial-grade, easy-to-deploy power distribution unit in data centers, server
rooms, and network wiring closets.
Package Contents
- 1 x power distribution unit
- 1 x power cord
- 1 x L-shaped mounting kit
- 1 x user instructions
Features
- Space saving 0U rack mount design
- IEC or NEMA outlet models
- Overcurrent protection
- Surge protection
- Aluminum material
- Works with data centers, server rooms, and telecom equipment
Specifications
Electrical |
Nominal
Input Voltage |
100-240
VAC |
Maximum
Input Current |
10A
Max |
Input
Frequency |
50-60
Hz |
Input
Connection |
IEC-320
C14 |
Input
Power |
2400VA(Max) |
Outlet
Type |
(16)
IEC 320 C13 |
Maximum
Output Current (Outlet) |
10A
Max |
Maximum
Output Current (Bank) |
10A
Max |
Maximum
Output Current (Total) |
10A
Max |
OPD(Overcurrent
Protection Device) |
Yes |
Physical
Properties |
Dimensions
(L x W x H) |
71.56
x 4.44 x 6.00 cm |
(28.17
x 1.75 x 2.36 in.) |
Weight |
1.10
kg ( 2.42 lb ) |
Power
Cord Length |
10ft(3x1.0mm2) |
Environmental |
Temperature
(Operating / Storage) |
0
40
/ -20 60 |
Elevation
(Operating / Storage) |
3000m |
Compliance |
EMC
Verification |
CE
Class A |
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. |