Microconnect PE0406100 napájací kábel čierny 10 m C13 konektor samica C14 konektor samica

The Microconnect PE0406100 power cable is a 10 m extension cable with a C13 coupler on one end and a C14 coupler on the other, designed to connect computers, monitors, projectors and similar equipment. The cable supports a maximum input voltage of 230 V and an input current of 10 A. Constructed from H05VV-F3G type cable, it offers flexibility and durability for standard power distribution tasks in offices, server rooms and multimedia setups.

Advantages

The cable provides a secure IEC C13–C14 connection for common IT and AV equipment, a 10 m length for extended reach, and a black, low-profile design that fits professional environments. Rated for 230 V and 10 A and built with H05VV-F3G insulation, it balances flexibility and safety for everyday use.

Suitable for

• Connecting desktop computers to power outlets or PDUs
• Powering monitors and projectors
• Extending reach between server racks and power distribution units
• Temporary or permanent wiring in offices and multimedia rooms

Key specifications

• Brand: MicroConnect
• Model / MPN: PE0406100
• EAN: 5712505427200
• Connector 1: C13 coupler
• Connector 2: C14 coupler
• Cable length: 10 m
• Cable type: H05VV-F3G
• Maximum input voltage: 230 V
• Maximum input current: 10 A
• Colour: Black
• Weight: 0.5 kg

How to use

Ensure both connected devices are powered off before plugging in the cable. Insert the C14 coupler into the corresponding C14 inlet and the C13 coupler into the device’s C13 receptacle, making sure connections are secure. Route the cable to avoid pinch points, sharp edges and heat sources. For permanent installations, verify load limits and secure the cable to prevent strain on connectors.

Recommendations

Use the Microconnect PE0406100 cable within its rated voltage and current limits (230 V, 10 A). Inspect the cable periodically for damage, avoid excessive bending radii, and replace the cable if the insulation is compromised. For high-power or critical equipment, consult local electrical standards or a qualified electrician.