APC Basic Rack PDU μονάδα διανομής ισχύος (PDU) 24 έξοδοι AC 0U μαύρο

The APC Basic Rack PDU AP7554 is a 0U vertical power distribution unit designed to supply power to rack-mounted IT equipment. It provides 24 AC outlets (combination of C13 and C19), a 3.05 m power cable and supports a nominal input/output voltage of 230 V with a maximum load capacity of 3680 VA. The unit is certified to CCC, CE and VDE standards and comes in a black finish suitable for standard server racks.

Advantages

The AP7554 offers a compact 0U vertical design that preserves rack space while delivering 24 AC outlets for multiple devices. Toolless mounting capabilities simplify installation and the single-input power source design ensures straightforward connection to rack power. Certified safety and compliance (CCC, CE, VDE) provide assurance for regulated installations.

Suitable for

• Distribution of power to servers and network devices in standard 19" racks
• Environments where vertical, 0U mounting is required to save rack space
• Basic power distribution needs in small to medium data closets and server rooms

Key specifications

• Model: APC AP7554
• Type: Basic Rack PDU
• AC outlets: 24 (C13 and C19)
• Nominal voltage: 230 V
• Maximum load: 3680 VA
• Cable length: 3.05 m
• Mounting: Vertical, 0U
• Colour: Black
• Certifications: CCC, CE, VDE
• Weight: 5.57 kg

How to use

Mount the AP7554 vertically in an available 0U position inside a 19" server rack using the toolless mounting features. Connect the PDU's single input power cable to a suitable 230 V supply rated to handle the PDU's maximum load (3680 VA). Plug rack equipment into the C13 and C19 outlets as required, balancing load across outlets where possible. Verify that the installed environment meets the PDU's certification and safety requirements.

Recommendations

Ensure the upstream power source and circuit protection are rated for the combined load of connected equipment and avoid exceeding the 3680 VA maximum. Periodically inspect connections and mounting to maintain reliable power distribution.