Tápkábel 16A InLine 16658D CEE 7/7 egyenes IEC320/C19 1m

InLine power cable with a CEE 7/7 (type F) plug and an IEC 60320 C19 coupler, 1 m long, designed for 250 V mains and rated for up to 16 A. This cable is intended to connect high-current equipment such as servers, UPS units, monitors, printers and other IT devices that require a robust C19 connection. The black, durable construction meets typical requirements for both professional and domestic environments where reliable power delivery is needed.

Advantages

The cable supports up to 16 A at 250 V and uses an IEC C19 coupler suitable for High Class Server and UPS applications. Its 1 m length offers a compact connection between equipment and mains, while the CEE 7/7 plug ensures compatibility with type F sockets. The product’s build quality provides stable electrical contact and practical durability for frequent use.

Suitable for

• High-capacity servers and rack equipment
• Uninterruptible Power Supplies (UPS)
• Monitors and printers with C19 inlet requirements
• Workstations and other IT appliances needing a 16 A feed

Key specifications

• Cable length: 1 m
• Connector 1: CEE 7/7 (Type F) plug
• Connector 2: IEC 60320 C19 coupler
• Rated voltage: 250 V
• Rated current: 16 A
• Colour: Black
• Brand: InLine, MPN: 16658D, EAN: 4043718232147

How to use

Verify that the device inlet is a compatible C19 receptacle and that the mains socket accepts a CEE 7/7 (Type F) plug. With mains power switched off, insert the C19 coupler into the device inlet and then plug the CEE 7/7 end into the wall socket. Ensure connections are secure before powering the equipment. For removal, switch off mains power and disconnect the plug from the socket first, then remove the coupler from the device.

Recommendations

Use this power cable only with equipment and sockets rated for 250 V and 16 A. Avoid routing the cable where it can be pinched, excessively bent or exposed to liquids. Regularly inspect the cable and connectors for damage and replace if any insulation cracks or conductor exposure appear. For installations in racks or cabinets, allow appropriate strain relief and avoid overloading the circuit.