Ellis & Co 2-Gang 10A Toggle Switch Georgian Brass

Ellis & Co 2-Gang 10A Toggle Switch Georgian Brass

Bring timeless character and dependable everyday functionality to your home with the Ellis & Co 2-Gang Toggle Switch in Georgian Brass. Featuring dual polished brass toggle levers and a decorative rope-edge faceplate, this elegant switch is designed to complement both classic and contemporary interiors while adding a refined finishing touch to your lighting setup.

Suitable for controlling mains and low voltage lighting circuits, this versatile switch allows convenient control of two separate lighting circuits from a single switch plate, making it ideal for living rooms, bedrooms, hallways, dining spaces, and other interior applications. The raised plate profile and warm Georgian brass finish create a premium appearance that pairs beautifully with a wide range of decor styles.

Key Features

• 2-Gang Configuration: Allows convenient control of two separate lighting circuits from a single switch plate
• 1- or 2-Way Switching: Suitable for installations where lighting is controlled from one or two switch locations
• 10A Rated Switch: Designed for reliable everyday domestic lighting control
• Suitable for Mains & Low Voltage Lighting: Compatible with a wide range of household lighting circuits
• Classic Toggle Operation: Traditional toggle lever design provides simple and dependable switching control
• Suitable for Indoor Domestic Use: Ideal for living rooms, bedrooms, kitchens, hallways, and other interior spaces

Technical Specifications

• Brand: Ellis & Co
• Type: 2-Gang Toggle Switch
• Product Code: ECVL212TS
• Finish: Georgian Brass
• Dimensions: (H)95 x (W)95 x (D)36mm
• Faceplate Depth: 7mm
• Fixing Centres: 60.3mm
• Recommended Back Box Depth: 16mm
• Operating Voltage: 230V / 50Hz
• Maximum Current Rating: 10A
• Standards: BS EN 60669-1
• Application: Indoor use only
• Product must be earthed for safe installation and operation

Lifetime guarantee

Images are for illustrative purposes only. All measurements are approximate.