Power supply AXIS PS56 480W, 480 W output for surveillance devices

AXIS PS56 480W is a dedicated power supply engineered to deliver a continuous 480 W output for surveillance and security equipment. Designed for integration in control rooms, equipment racks or cabinets, it supplies stable power to cameras, network devices and other low-voltage security components. The unit focuses on consistent voltage delivery and thermal stability to support uninterrupted monitoring operations.

Advantages

The unit offers a single, reliable 480 W power output with protection features that help prevent damage from overloads and short circuits. Its design is suitable for cabinet mounting and provides consistent performance under continuous load. Built-in thermal management and stable voltage regulation reduce the risk of device resets or degraded image quality caused by power fluctuations.

Suitable for

• Centralized power supply for multiple surveillance cameras
• Powering network recording devices and switches in monitoring racks
• Control rooms and security cabinets requiring continuous 480 W output
• Upgrading or consolidating power infrastructure for medium to large camera installations

Key specifications

• Continuous output power: 480 W
• Designed use: surveillance and security equipment
• Mounting type: suitable for cabinet or rack installation
• Protection features: overload and short-circuit protection, thermal management
• Output type: low-voltage DC output suitable for cameras and network devices

How to use

Install the power supply in a well-ventilated cabinet or rack according to local electrical codes. Connect input power to a dedicated circuit with appropriate overcurrent protection. Distribute the 480 W DC output to connected surveillance cameras and network devices using appropriately rated cables and connectors. Verify polarity and secure connections before energizing the unit. Monitor temperature and load to ensure the unit operates within specified limits.

Recommendations

Position the power supply in a location with adequate airflow, avoid excessive ambient heat, and use quality cables to minimize voltage drop. Regularly check connections and monitor load to prevent overloading; consider redundancy or battery-backed solutions for critical installations.