Allied Telesis AT-CV5001AC-60 Power Module

The Allied Telesis AT-CV5001AC-60 Power Module is a versatile, hot-swappable power solution designed for CV-series network devices. Built to operate seamlessly in diverse environments, it accepts 110 V AC or 220 V AC inputs, making it ideal for both regional data centers and international office deployments. This module provides robust, reliable power to your network hardware while helping you minimize downtime during maintenance or upgrades. With a compact, modular design, the AT-CV5001AC-60 ensures easy integration into your chassis and supports efficient, uninterrupted operation for critical network services.

• Dual-Voltage AC input: Supports 110–120 V (North American/JP markets) and 220–240 V (EU/ASIA markets) with 50/60 Hz compatibility, enabling global deployments without needing separate power solutions.
• Hot-swappable and modular: Designed for easy in-slot installation and removal without powering down the host chassis, reducing maintenance windows and improving uptime.
• Reliable power delivery: Delivers stable power to CV-series devices, supporting steady performance for routers, switches, and other network appliances within enterprise and data-center environments.
• Protective and efficient: Built-in protection features guard against overcurrent, short-circuit, and over-voltage events, while promoting efficient operation to help manage energy costs.
• Compact, rack-friendly design: Slim form factor fits neatly into compatible Allied Telesis chassis, preserving rack space and promoting clean airflow for improved cooling.

Technical Details of AT-CV5001AC-60

• Model: AT-CV5001AC-60
• Product Type: Power Module
• Input Voltage: 110–120 V AC or 220–240 V AC (selectable), 50/60 Hz
• Output Power: 60 W (approximate rating based on model designation)
• Compatibility: Designed for Allied Telesis CV-series chassis and network devices
• Protection Features: Overcurrent protection, short-circuit protection, over-voltage protection, thermal protection
• Physical Characteristics: Compact, modular form factor suitable for in-slot installation

how to install AT-CV5001AC-60

• Power down the host chassis according to your facility’s procedures, or follow vendor guidance for hot-swappable components if your model supports it.
• Locate the vacant power module slot in the CV-series chassis and prepare the slot for insertion.
• Orient the AT-CV5001AC-60 so that the connectors align with the slot guides, then gently slide the module into the chassis until it seats firmly.
• Secure any locking mechanism or latch as required by your chassis to ensure a stable connection.
• Connect the appropriate AC power cord to the module’s inlet (110/120 V or 220/240 V, depending on your region) and plug into a properly rated power source.
• Power on the chassis and verify that the module and host devices initialize normally. Check status indicators or management software for healthy power delivery and device operation.

Frequently asked questions

What voltages does the AT-CV5001AC-60 support?

The AT-CV5001AC-60 supports dual-voltage AC input: 110–120 V AC and 220–240 V AC, with 50/60 Hz operation to accommodate regional power standards. This makes it suitable for use in multiple regions without a separate power module for each locale.

What is the power output of this module?

The module is designed to deliver approximately 60 W of output power to support CV-series devices. Exact power delivery can depend on the host chassis and the combined load within the system.

Is the AT-CV5001AC-60 hot-swappable?

Yes. The AT-CV5001AC-60 is built for hot-swappable installation within compatible Allied Telesis CV-series chassis, enabling maintenance or replacement without a full system shutdown in supported configurations.

Can this power module support redundant power configurations?

When used in chassis configurations that support redundancy, the AT-CV5001AC-60 can contribute to a redundant power strategy. Always refer to your specific chassis and device documentation to confirm redundancy capabilities and best practices for your deployment.

What are the protection features of this module?

The module includes protective features such as overcurrent protection, short-circuit protection, over-voltage protection, and thermal protection to help safeguard both the module and the host equipment in the event of abnormal power conditions.