Equip 333315 power distribution unit (PDU) 7 AC outlet(s) 1U Black, Silver

The equip® Power Distribution Unit (model 333315) is a 1U horizontal PDU designed for reliable power delivery in 19" rack systems. It provides seven AC outlets and comes with a 1.8 m power cord. The unit is built to reduce risks from voltage fluctuations, surges and spikes and has been tested for functionality and reliability. Its compact 1U form factor and easy-to-install mechanical design suit server racks and data center cabinets.

Advantages

The PDU supports a nominal input voltage of 220–240 V and a maximum current of 16 A, offering stable mains distribution across seven AC outlets. Compliance with CE and RoHS standards ensures basic safety and environmental conformity. The silver-and-black housing and lightweight construction (0.79 kg) simplify installation in standard 19" cabinet environments.

Suitable for

• Power distribution in 19" server racks and network cabinets
• Small and medium-sized data centers and server rooms
• IT equipment and telecommunication racks requiring multiple AC outlets

Key specifications

• Model: EQUIP 333315
• AC outlets: 7
• Form factor: 1U, horizontal mounting
• Nominal input voltage: 220–240 V
• Maximum current: 16 A
• Cable length: 1.8 m
• Weight: 0.79 kg
• Type: Basic PDU
• Colour: Silver, Black
• Certifications: CE, RoHS

How to use

Mount the PDU horizontally into a 19" rack at the desired 1U position and secure it with rack screws. Connect the unit to a properly rated mains outlet using the attached 1.8 m power cord. Plug IT or network devices into the seven AC outlets, ensuring the combined load does not exceed the rated 16 A maximum current. Periodically inspect the cord and outlets for signs of wear and verify that connected equipment remains within the PDU's rated voltage and current limits.

Recommendations

Use the PDU within its nominal voltage range (220–240 V) and avoid overloading beyond 16 A. Distribute load across outlets to prevent concentration on a single socket. Install in ventilated rack spaces and follow local electrical codes when integrating into larger power systems.