Cable de alimentación en Y InLine 1x CEE 7/7 en ángulo / 2x conector IEC C13 de 3 polos, 1 m

Mains Y-cable with earth pin to 2x IEC sockets for efficient power distribution

Efficient power distribution:Allows two devices to be connected simultaneously to a single socket, reducing the need for additional hardware
Space-saving installation:Eliminates the need for power strips and ensures a tidy and organised power supply
Flexible applications:Various cable lengths offer suitable solutions for different installation environments
Reliable power supply:Robust design ensures stable power transmission for connected devices

The mains Y-cable enables efficient and space-saving power distribution via a single socket. It is ideal for operating two devices with IEC 355 connectors simultaneously without the need for additional power strips.
The well-designed Y-splitter supports organised cable routing. This ensures a tidier and more orderly installation. Different length options offer additional flexibility when positioning the connected devices.
The cable is designed for reliable use in a wide variety of environments. It supports a stable power supply and contributes to an optimised infrastructure.

Connection 1: EARTHED plug
Connection 2: 2x ITE plugs
Variants:
1 m (0.5 m + 2x 0.5 m), cross-section: 3G0.75 mm²
1.80 m (0.9 m + 2x 0.9 m), cross-section: 1x 3G1.0 mm² + 2x 3G0.75 mm²
3 m (1.5 m + 2x 1.5 m), cross-section: 3G1.0 mm²
5 m (3 m + 2x 2 m), cross-section: 3G1.0 mm²

InLine Y-power cable 1x CEE 7/7 angled / 2x 3pin IEC C13 male, 1m. Cable length: 1 m, Connector 1: Power plug type F, Connector 2: 2 x C13 coupler

How to use

Insert the angled CEE 7/7 plug into a compatible mains socket, then connect each IEC C13 connector to the power inlet of the devices you wish to power. Ensure devices are switched off before connecting or disconnecting the cable. Route the cable to avoid sharp bends and prevent strain on the connectors.

Recommendations

Use the Y-power cable only with devices whose combined power consumption does not exceed the rated capacity of the wall socket and circuit. If in doubt about load limits, consult an electrician or use a separate circuit for high-power equipment.