AC Power Supply for Cisco 5500 Series Wireless Controllers

Product Description

The AIR-PWR-5500-AC from Cisco is a field-replaceable AC power supply module designed for Cisco 5500 Series Wireless LAN Controllers. Built for enterprise reliability, it delivers stable power to maintain continuous wireless controller operations in campus and data-center environments.

This power module supports universal AC input and is engineered for redundant deployments, allowing hot-swap replacement to minimize downtime and maintain network uptime. Its enterprise-grade design ensures consistent performance, scalability, and long-term infrastructure stability.

Model Type

Enterprise AC Power Supply Module for Cisco Wireless LAN Controllers

Category

Networking – Enterprise Wireless Controller Power Infrastructure

Key Features

Designed for Cisco 5500 Controllers — Purpose-built for Cisco 5500 Series Wireless LAN Controllers to ensure compatibility and reliable operation.

Redundant Power Capability — Supports N+1 power configurations to maintain controller uptime in mission-critical deployments.

Hot-Swappable Module — Can be replaced without shutting down the controller, reducing service interruptions and maintenance downtime.

Universal AC Input Support — Accepts 100–240V AC input for flexible global deployment across enterprise environments.

Field-Replaceable Design — Simple plug-in installation allows quick maintenance and easy integration into existing systems.

Enterprise Reliability — Built for continuous wireless network operations requiring stable power delivery.

Technical Specs at a Glance

(Specifications may vary slightly depending on controller configuration.)

Typical Use Cases

Enterprise Wireless Networks — Provides primary or redundant power for large-scale WLAN controller deployments.

Campus Infrastructure — Ensures uninterrupted wireless services across corporate or university campuses.

Data Centers & IT Rooms — Maintains uptime of centralized wireless management systems.

High-Availability Deployments — Ideal for environments requiring redundant power architecture and minimal downtime.