Netkabel type I ProXtend PC-IC13-002 2 m sort

The ProXtend PC-IC13-002 power cord is a 2 m, black H05VV-F cable with a Type I male plug at one end and a straight IEC C13 female coupler at the other. The cable has three cores of 24 conductors each (0.75 mm² per core) and is jacketed in PVC. It is rated for 250 V and 10 A, suitable for connecting equipment to mains outlets using Type I sockets commonly found in Australia, New Zealand, Argentina and China.

Advantages

This power cord provides a standard IEC C13 connection on one end and a Type I mains plug on the other, enabling compatibility between devices with a C14 inlet and Type I wall sockets. The H05VV-F construction with a PVC jacket combines flexibility and mechanical protection, while the 0.75 mm² core size and 10 A rating match many consumer and office appliances. The 2 m length offers a balance between reach and cable management.

Suitable for

• Connecting desktop PCs, monitors or printers with a C14 inlet to Type I power outlets
• Home and office equipment in regions using Type I sockets (Australia, New Zealand, Argentina, China)
• Temporary setups where a 2 m cable length is appropriate

Key specifications

• Model: ProXtend PC-IC13-002
• Connectors: Power plug Type I (male) → IEC C13 coupler (female)
• Cable type: H05VV-F, PVC jacket
• Conductors: 3 cores, 24 strands each; 0.75 mm² per core
• Rated voltage/current: 250 V, 10 A
• Length: 2 m
• Colour: Black

How to use

Insert the Type I plug into a compatible mains socket and connect the IEC C13 coupler to the device's C14 inlet. Ensure the appliance's rated voltage and current do not exceed the cable's 250 V / 10 A specification. Route the cable to avoid sharp bends, pinch points and contact with heat sources. Disconnect the plug from the mains before performing maintenance on connected equipment.

Recommendations

Use this cable for indoor applications only. Do not use in wet or outdoor environments unless the installation and connectors are protected. Replace the cord if the insulation is damaged or conductors are exposed.