Μονάδα διανομής ρεύματος LANBERG PDU-06E-0200-BK — 6x έξοδοι Type-E, 16 A, καλώδιο 2 m, Rack 1HE, 220–250 V

The Lanberg Power Distribution Unit PDU-06E-0200-BK is a 1U rack-mounted PDU designed for horizontal installation in 19" server cabinets. It provides six Type E AC outlets, operates on a nominal input voltage of 220–250 V and supports a maximum current of 16 A. The unit is intended for single-phase use and includes built-in protective elements to ensure reliable power distribution in professional server environments.

Advantages

This PDU features overload protection, current circuit diaphragms for user safety and an automatic fuse that simplifies maintenance and replacement. The device is built with a larger cable cross-section to guarantee uninterrupted operation under high load. Its compact 1U form factor (approx. 481.7 mm width and 45 mm depth) is suitable for front horizontal mounting in standard 19" racks.

Suitable for

• Rack-mounted servers and network equipment
• Data centre and server room power distribution
• Small to medium IT closets and telecom racks
• Environments requiring safe, single-phase 16 A distribution

Key specifications

• Model: Lanberg PDU-06E-0200-BK
• AC outlets: 6 × Type E
• Nominal input voltage: 220–250 V
• Maximum current: 16 A
• PDU type: Switched
• Colour: Black
• Form factor: 1U, horizontal front-mount for 19" racks
• Dimensions (approx.): 481.7 mm width × 45 mm depth

How to use

Mount the PDU horizontally on the front rail of a standard 19" server cabinet using appropriate mounting hardware. Connect the unit to a single-phase 220–250 V supply capable of delivering up to 16 A. Plug equipment into the six Type E outlets. Verify that the total load does not exceed the rated 16 A and ensure the automatic fuse and overload protection are functioning according to site safety procedures.

Recommendations

Install the PDU in a ventilated rack space, label connected devices for load management, and perform periodic inspections of the fuse and cabling. Avoid exceeding the 16 A maximum current and distribute high-load devices across multiple outlets to maintain stable operation.