Juniper PWR-MX480-2520-AC-S-A 2520W AC Power Supply for MX480 Router

Juniper PWR-MX480-2520-AC-S-A 2520W AC Power Supply for MX480 Router

Details

Juniper PWR-MX480-2520-AC-S-A 2520W AC Power Supply for MX480 Router

Description

This a high-capacity 2520W AC power supply designed for the Juniper MX480 3D Universal Edge Router. Built for enterprise, service provider, and data center environments, this hot-swappable power module delivers reliable power distribution and supports continuous operation of MX480 routing platforms in mission-critical network infrastructures.

Designed for carrier-grade deployments, the PWR-MX480-2520-AC-S-A provides efficient power delivery while supporting redundant power configurations for improved system availability and operational reliability. The module is engineered to meet the power requirements of high-performance routing environments with multiple line cards, routing engines, and advanced network services.

Its hot-swappable design allows replacement or maintenance without interrupting network operations, making it suitable for service provider backbones, enterprise core networks, and large-scale data center deployments. (juniper.net)

Key Features

• 2520W AC power supply module
• Designed for Juniper MX480 routers
• Hot-swappable power supply design
• Supports redundant power configurations
• Carrier-grade power reliability
• Enterprise and service provider deployment ready
• High-efficiency power delivery system
• Supports continuous network operation
• Compatible with MX480 routing platforms
• Designed for mission-critical environments

Specifications

• Part Number: PWR-MX480-2520-AC-S-A
• Product Type: AC Power Supply Module
• Series: Juniper MX Series
• Compatible Platform: Juniper MX480 Router
• Power Output: 2520 Watts
• Input Power Type: AC
• Installation Type: Hot-Swappable
• Redundancy Support: Yes
• Application: Enterprise, ISP, and Data Center Routing
• Deployment Environment: Carrier-Grade Network Infrastructure
• Hardware Category: Router Power Supply Module
• Operational Use: System Power and Redundant Power Expansion