Legrand Mallia Senses 1-Gang 10A Unmarked Momentary Push Switch 86 × 86 mm Matt Black 281041MB

1-Gang 10A Momentary Push-Switch Mechanism

The single-gang, non-latching push mechanism is rated at 10A and returns automatically after operation, making it suitable for doorbell circuits, lighting scene commands, automation inputs and other momentary control applications in residential, commercial and hospitality projects.

Unmarked Faceplate for Custom Identification

The clean, unmarked control surface supports project-specific engraved or printed labels, legends and symbols. This allows contractors and system integrators to identify each function clearly while maintaining a consistent appearance across customised control installations.

Clearly Identified Screw Terminals

Labeled screw terminals help electricians complete conductor connections accurately and efficiently, reducing wiring errors during installation, testing and commissioning. Final selection, conductor sizing and installation should follow the project design, BS 7671 requirements and applicable UAE electrical authority regulations.

Standard 86 × 86 mm Installation Format

The plate format is designed for compatibility with commonly used UK-style wall boxes, including typical 35 mm-deep back boxes where wiring space and site conditions permit. This simplifies specification for new construction, refurbishment and fit-out work across the UAE.

Matt Black Mallia Senses Finish

The low-gloss matt black finish provides a contemporary architectural appearance and coordinates with other Mallia Senses wiring accessories. It is well suited to modern villas, apartments, hotels, offices and premium interior schemes requiring visually consistent electrical controls.

Legrand Product Manufactured in France

French manufacture and established Legrand engineering make the switch a dependable choice for professionally specified electrical installations. Contractors benefit from a coordinated wiring-accessory platform suitable for projects where appearance, installation consistency and functional reliability are important.