gira módulo de interruptor basculante de cruce 310700 para conmutación múltiple, mecanismo de control eléctrico para interiores

gira 310700 is a rocker switch cross module designed as an insert for multi-way switching in indoor electrical installations. The module functions as a four-way switching element that, when combined with appropriate two-way and three-way switches, allows control of lighting or other circuits from multiple locations. It is intended for installation in compatible frames and flush mounting boxes and provides a compact, mechanically robust switching element for residential and commercial interiors.

Advantages

The rocker switch cross module offers stable mechanical switching action and a compact form factor suitable for standard mounting. Its design supports integration into existing multi-way control circuits, enabling flexible positioning of control points without altering the main wiring topology. The module is suitable for indoor environments and is compatible with common architectural frames and covers where the brand’s insertion-style control elements are used.

Suitable for

Key specifications

How to use

Install the module as an insert into a compatible frame and flush mounting box following applicable electrical codes and safety practices. Connect the module within the multi-way switching circuit alongside appropriate two-way and three-way switches according to the circuit diagram for cross switching. Ensure power is isolated before wiring and verify correct connections with a qualified electrician. After installation, the rocker provides manual on/off switching as part of the multi-location control arrangement.

Recommendations

Use the module only in indoor, dry environments and within systems that match the module’s intended multi-way switching function. For reliable operation, combine with compatible two-way and three-way switches and install according to local electrical standards. If in doubt about wiring or compatibility, consult a qualified electrician to ensure safe and correct integration.