Axis Q7920 Spare 300W Power Supply (5800-861)

The Axis Q7920 Spare 300W Power Supply (Model: 5800-861) is a critical component designed to ensure continuous, reliable operation of your Axis Q7920 Video Encoder Chassis. This industrial-grade power supply delivers robust 300W output and is engineered with redundancy in mind, making it essential for surveillance deployments where downtime is not an option.

Key Features

• 300W Power Output: Delivers sufficient electrical capacity to support multiple surveillance devices including cameras, encoders, and network infrastructure connected to the Q7920 chassis
• Redundant Architecture: Designed as a hot-swappable backup unit, enabling seamless failover in the event of primary power supply failure without system interruption
• Hot-Swappable Design: Replace or upgrade the power supply while the chassis remains operational, minimizing downtime during maintenance
• Dedicated for Q7920 Chassis: Fully compatible with Axis Q7920 Video Encoder Chassis, ensuring optimal integration and performance

Technical Specifications

• Form Factor: Power Supply Unit (PSU)
• Power Capacity: 300W
• Compatible Platform: Axis Q7920 Video Encoder Chassis
• Operating Configuration: Redundant/Hot-swappable

Applications

This spare power supply is ideal for organizations requiring enterprise-grade video encoding and surveillance infrastructure. It's particularly valuable for:

• Large-scale IP surveillance deployments across multiple sites
• High-security facilities requiring uninterrupted video encoding
• Data centers and critical infrastructure monitoring
• Compliance-heavy environments (healthcare, banking, government) where power redundancy is mandatory

Why Choose This Spare?

Maintaining spare power supplies on hand is a best practice in professional surveillance operations. The Q7920 Spare 300W Power Supply ensures you have immediate replacement capability, reducing mean time to recovery (MTTR) in the event of equipment failure. As a genuine Axis component, it guarantees compatibility and reliable performance within your existing infrastructure.