Transition Networks SPS-UA12DHT-LA Power Supply Kit 12VDC

Product Description

The TRANSITION NETWORKS SPS-UA12DHT-LA is a 12VDC power supply kit designed for use with enterprise networking and Power over Ethernet (PoE) devices. It accepts universal AC input, making it suitable for deployment across a range of facility types and electrical environments without requiring a separate voltage converter. Network technicians and low-voltage installers typically source this unit as a direct replacement or spare for supported TRANSITION NETWORKS hardware. The kit configuration includes all components needed for a complete power supply installation in a compatible device.

This power supply kit is used in enterprise PoE device installations where a reliable 12VDC source is required. It is appropriate for commercial and light industrial networking environments where TRANSITION NETWORKS media converters, switches, or related PoE hardware are deployed. The universal AC input range accommodates standard North American and international mains voltages, supporting flexible installation across diverse sites.

Key Features

• 12VDC output for use with compatible enterprise PoE networking devices
• Universal AC input accepts a wide range of mains voltages
• Kit format includes components for a complete power supply installation
• Sold as a single unit per package

Compatibility

Designed as an OEM-style replacement power supply for TRANSITION NETWORKS enterprise PoE devices. Consult TRANSITION NETWORKS documentation or cross-reference the SPS-UA12DHT-LA part number against your specific device model to confirm fitment before installation.

Installation Notes

Installation should be performed by a qualified low-voltage or network technician familiar with enterprise PoE hardware. Power down and disconnect all equipment from mains power before replacing or installing this power supply. Follow applicable electrical codes and the device manufacturer's service documentation during installation. Do not connect the power supply to a mains circuit until all connections to the host device are fully secured.