Pinta-asennettava pistorasia kaksinkertainen Busch-Jaeger Ocean 20/2 EW-54, valkoinen

Double surface-mounted Busch-Jaeger Ocean 20/2 EW-54 socket outlet in white provides two power outlets in a compact, robust housing suitable for installation where flush mounting is not feasible. The unit is designed for surface-mounted electrical installations and integrates with surface-run cabling, delivering a neat, accessible power point for residential and commercial environments. Its neutral white finish and slim profile make it unobtrusive on walls, while the construction meets the expectations for a standard fixed socket outlet.

Advantages

The surface-mounted design allows installation without creating wall recesses, reducing installation time and preserving wall integrity. The dual outlet configuration supplies two independent sockets from a single fixture, optimizing space and wiring. The product’s form factor and white colour enable discreet placement in various interiors. Materials and build quality ensure stable mounting and reliable electrical contact for everyday appliances.

Suitable for

Key specifications

How to use

Switch off the supply at the breaker before installation. Position the surface-mounted back box on the wall and secure it using appropriate fasteners for the wall material. Feed the supply cables into the back box, strip conductors to the required length and connect them to the terminal screws following local wiring conventions for live, neutral and protective earth. Assemble the cover and screw the frame in place. After restoring power, test each outlet with a suitable appliance or socket tester to confirm correct wiring and function.

Recommendations

Use the socket outlet with devices that conform to the local mains voltage and current limits. Ensure connections are made by a qualified person or under the guidance of applicable electrical regulations. Avoid overloading the combined outlets beyond the circuit’s rated capacity and protect the installation with appropriate circuit breakers or residual current devices.