Ubiquiti UniFi Power Module - for Dream Wall UDW

Article-No.:
225443
Manufacturer-No.:
UACC-PSU-UDW
EAN/GTIN:
0810084692240
WEEE Nummer
DE46285170
Technical specifications

General

Packaged Quantity
1
Product Type
Power supply

Power Device

Voltage Required
AC 100-240
Frequency Required
50/60
Power Provided
550 Watt
Input Connector Type
JYP-M1207D-RT03R
Form Factor
Plug-in module
Power Supply Compatibility
Network hardware

Dimensions & Weight

Width
8,74 cm
Depth
4,33 cm
Height
25,28 cm
Weight
970 g

Miscellaneous

Color Category
Gray
Description
The Ubiquiti Power Module is a high-performance power supply designed to meet the needs of demanding network environments. With a powerful output of 550 watts, it ensures that your network hardware is supplied with the energy it needs to operate efficiently. This plug-in module is not only easy to install but also versatile, supporting a wide range of input voltages from AC 100-240 V and delivering a steady output of DC 54.8 V. Its compliance with FCC and IC standards signifies its broad compatibility and reliability. Whether you're upgrading your network or building a new one, the Ubiquiti Power Module is an essential component that promises to deliver exceptional performance and reliability.
  • Efficient power supply
    Designed to keep your network hardware running smoothly, this power module delivers a robust 550 watts of power. Its compatibility with network hardware ensures a reliable power source for your critical networking equipment.
  • Versatile compatibility
    Featuring a plug-in module form factor and an input connector type of JYP-M1207D-RT03R, this power supply is designed for easy integration with your existing network infrastructure. Its compliance with FCC and IC standards further ensures a broad compatibility range.
  • Optimized for performance
    Operating efficiently across a wide range of voltages (AC 100-240 V) and providing a steady output of DC 54.8 V, this power module is engineered to meet the demands of your network hardware, ensuring optimal performance around the clock.
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