Power cable VALUE 19.07.2097, mains lead CEE 7/7 compatible, 1.8 m, 250 V, black

VALUE mains power cable model 19.07.2097 is a standard three-conductor lead designed for supplying AC power to desktop PCs, monitors, printers and other office or home electronic equipment. The cable is 1.8 m long, rated for 250 V and finished in black. It is manufactured to fit devices that accept a CEE 7/7 compatible mains connector and provides a straightforward replacement for worn or missing power cords.

Advantages

This power cable offers a universal CEE 7/7 compatible connector that fits a wide range of devices and wall outlets. With its 1.8 m length it balances reach and cable management for typical desk and workstation setups. The 250 V rating ensures compatibility with standard mains supplies, while the black jacket provides a discrete appearance that integrates well with most office and home equipment.

Suitable for

• Desktop PCs and workstations
• Computer monitors and display units
• Printers, scanners and multifunction devices
• Audio/video equipment and small power supplies
• Replacing damaged or missing mains leads with a 1.8 m, 250 V cable

Key specifications

• Cable length: 1.8 m
• Rated voltage: 250 V
• Connector type: CEE 7/7 compatible mains plug
• Conductor count: three-core (live, neutral, earth)
• Color: black

How to use

Ensure the device and the mains supply are switched off before connecting the cable. Insert the CEE 7/7 compatible plug into a suitable wall outlet and connect the IEC end to the device's power inlet firmly. Route the cable to avoid sharp bends, pinching or contact with hot surfaces. After connection, switch on the mains supply and the device. If the device does not power on, verify the outlet and cable seating before further troubleshooting.

Recommendations

Use the cable only with equipment designed for a 250 V mains supply and a matching inlet. Do not use if the jacket or conductors are damaged. For permanent installations or locations with mechanical stress, consider securing the cable and avoiding tight loops to extend service life.