Châssis pour équipement réseau TP-Link TL-MC1400 V3 2U

The TL-MC1400 14-Slot Rack-mount Chassis by TP-LINK is a compact 1U rack enclosure designed to house up to 14 MC-series media converters for centralized power and organized, space-saving installation in network racks. It supports an AC input of 100–240 V at 50–60 Hz and provides a 9.5 V output for connected converters. The chassis measures 482 mm × 309 mm × 86 mm and weighs approximately 8 kg.

Advantages

The chassis enables centralized power supply for multiple media converters, reduces cable clutter and rack space usage, and supports hot-swappable installation and removal of converters and power modules without shutting down the chassis. Optional redundant power modules and two internal cooling fans improve operational continuity and stability while helping to extend device lifetime.

Suitable for

• Centralized installation of TP-LINK MC-series Gigabit and Fast Ethernet media converters
• Rack-mount deployments in data centers, telecom rooms, and network closets
• Environments requiring organized cable management and centralized power

Key specifications

• Model: TL-MC1400 (MC1400)
• Slots: 14 slot chassis for TP-LINK MC series media converters
• Power input: AC 100–240 V, 50–60 Hz
• Power output: 9.5 V
• Dimensions (W × D × H): 482 mm × 309 mm × 86 mm
• Weight: 8 kg

How to use

Install the chassis in a standard 19-inch equipment rack using appropriate mounting hardware. Insert up to 14 compatible TP-LINK MC-series media converters into the available slots and connect them to the chassis power outputs. If using redundant power modules, install them into the designated power bays. Power on the chassis after all converters and power modules are correctly seated. Monitor the cooling fans and ensure adequate ventilation around the rack for stable operation.

Recommendations

For continuous operation, consider installing the optional redundant power supply and maintain unobstructed airflow; perform hot-swap operations only on properly seated modules and follow ESD precautions when handling media converters.