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Power cable Kolink KKTP01 — 1.8 m, CEE7/7 to C13 coupler, 250 V 10 A
Power cable Kolink KKTP01 — 1.8 m, CEE7/7 to C13 coupler, 250 V 10 A
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Power cable Kolink KKTP01 — 1.8 m, CEE7/7 to C13 coupler, 250 V 10 A
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Power cable Kolink KKTP01 — 1.8 m, CEE7/7 to C13 coupler, 250 V 10 A
Power cable Kolink KKTP01 — 1.8 m, CEE7/7 to C13 coupler, 250 V 10 A
Kolink KKTP01 is a 1.8 m mains power cable with a CEE7/7 (Schuko/Euro) plug on one end and an IEC C13 coupler on the other. Designed to deliver up to 250 V at 10 A, this cable is intended for connecting desktop PCs, monitors, printers and other IT equipment with a C13 inlet to standard European wall sockets. The conductor cross-section is 0.75 mm², providing a compact, flexible connection suitable for home and office environments.
The Kolink KKTP01 offers a standard IEC C13 interface that ensures broad compatibility with PC power supplies and many peripherals. Its 1.8 m length gives sufficient reach for most desktop setups without excess slack. Rated for 250 V and 10 A with a 0.75 mm² conductor cross-section, the cable meets common electrical requirements for consumer and office equipment. The CEE7/7 Schuko plug provides grounding and fits most European sockets.
Ensure the equipment to be connected has an IEC C13 inlet and that the required voltage and current do not exceed the cable ratings (250 V, 10 A). Insert the IEC C13 end into the device's power inlet until it seats firmly. Plug the CEE7/7 Schuko end into a compatible European wall socket with proper grounding. Route the cable to avoid sharp bends, pinching or heat sources and avoid placing heavy objects on the cable. Disconnect the mains before performing any maintenance on connected equipment.
Use the cable only within its rated electrical limits and in dry indoor environments. Replace the cable if the insulation is damaged, connectors are loose, or if overheating is observed. For higher current or specialized installations, select a cable with an appropriate conductor size and current rating.
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