Power bar Techly Universal Power Strip Rack 10 inch 4 Outlets Schuko Plug Black Silver 1U

The Techly Universal Power Strip Rack 10" is a compact 1U power distribution unit with four AC outlets and a Schuko plug, designed for installation in small racks or mounted where space is limited. With a 230 V input rating and a slim black and silver housing, the unit delivers basic power distribution for IT equipment, network devices and peripherals while preserving a low profile in cabinets or on shelves.

Advantages

The 1U format saves rack space and allows the power strip to be placed alongside networking and server equipment. Four grounded Schuko outlets provide safe connection points for multiple devices without the need for adapters. The metal and plastic construction offers a balance of durability and lightweight design, and the compact footprint simplifies installation in confined environments.

Suitable for

• Small network racks and server cabinets
• Home office and desktop setups with multiple devices
• AV cabinets and media equipment shelving
• Workbenches and technical closets with limited space

Key specifications

• Form factor: 1U rack-mount compatible, 10-inch width
• Number of outlets: 4 AC grounded outlets (Schuko)
• Input voltage: 230 V AC
• Colour: silver and black
• Weight: 0.735 kg

How to use

Install the power strip into a compatible 1U space in a rack or secure it on a flat surface using appropriate mounting hardware. Connect the unit to a 230 V mains supply using the integrated Schuko plug and then plug equipment into the available outlets. Ensure that the combined current draw of connected devices does not exceed the safe capacity of the supply circuit. Position cables to avoid strain on the outlets and maintain clear access for switching or service.

Recommendations

Use the power strip in indoor, dry environments and within rated voltage limits. For critical systems, use alongside proper surge protection and ensure the installation conforms to local electrical regulations. Periodically inspect the unit and connected cables for wear, and avoid overloading the circuit by distributing devices across multiple power sources if necessary.