AT-PWR4 ALLIED TELESYN Redundant power supply

Description

The Allied Telesyn AT-PWR4 is a dedicated redundant power supply (RPS) module specifically designed to enhance the reliability and continuous operation of compatible Allied Telesyn network devices. It serves as a crucial backup power source, ensuring that your network infrastructure remains operational even in the event of a primary power supply failure.

This module is typically hot-swappable, allowing for its insertion or removal without interrupting the device's functionality. By providing an immediate and seamless transfer to backup power, the AT-PWR4 significantly boosts the uptime and fault tolerance of critical network components like switches and routers. This makes it an essential addition for environments where network availability is paramount, such as enterprise networks, data centers.

Feature 

Redundant Power Capability: Provides a crucial backup power source, ensuring that the connected network device continues to operate seamlessly even if its primary internal power supply fails or loses power. 

Hot-Swappable Design: The module can be inserted or removed from the compatible network device without requiring a power down or interruption of network services. 

Simple Integration: Designed for straightforward installation and integration with specific Allied Telesyn chassis or switches, making it easy to deploy and manage within an existing network setup.

Status Indicators: Often includes LED indicators to show the operational status of the power supply, allowing for quick visual verification of its health and active state.

Application

Enterprise Networks: In corporate offices and large organizations, maintaining continuous network connectivity is vital for business operations. 

Data Centers: Data centers demand extremely high levels of availability. The AT-PWR4 is deployed in server racks and network cabinets to provide power redundancy for switches and other networking equipment, minimizing the risk of downtime that could impact services and data.

Educational Institutions: Universities and schools rely heavily on their networks for teaching, research, and administrative tasks.

Government and Public Services: Agencies providing essential public services require robust and reliable network infrastructure.