ACT Powercord C14 - C15 sort 1,2 m

The ACT Powercord C14 - C15 1.2 m is a mains power cable designed for safe and reliable connection between devices that use IEC C14 and C15 inlets. Constructed from H05RN-F material, the cable supports an input voltage of 250 V and a rated current of 10 A. With a black finish and a compact 1.2 metre length, this power cord is suitable for rack equipment, server power distribution units and professional appliances that require a C15 temperature-resistant coupler.

Advantages

This power cord combines H05RN-F insulation for mechanical flexibility and durability with rated performance at 250 V/10 A. The use of a C14 to C15 configuration allows secure mating with devices that require the C15 inlet without modifying equipment. The 1.2 m length balances reach and cable management, while the black outer jacket reduces visual clutter in professional installations. Materials and connectors are selected to ensure consistent electrical contact and longevity under normal operating conditions.

Suitable for

• Connecting servers, switches and rack-mounted equipment to PDUs
• Powering appliances that require a C15 inlet for higher temperature tolerance
• Home lab and small data center installations where short power runs are needed
• Replacement or spare cable for professional AV and broadcast equipment

Key specifications

• Connector 1: IEC C14 coupler
• Connector 2: IEC C15 coupler
• Cable length: 1.2 m
• Cable material: H05RN-F
• Rated voltage: 250 V
• Rated current: 10 A
• Colour: Black

How to use

Ensure both the power source and the connected device are switched off before plugging in the cable. Insert the C14 end into the power source or PDU and the C15 end into the device inlet, making sure connectors are fully seated. After connection, power on the supply and verify the device receives mains power. For safety, avoid routing the cable across sharp edges or high-traffic areas and do not exceed the rated current.

Recommendations

Use this cable in environments within the specified voltage and current ratings; avoid continuous exposure to temperatures beyond the device specifications. Route the cable to avoid tension and abrasion, periodically inspect connectors for signs of wear, and replace the cable if insulation or contacts show damage.