Sumo Modular Bell Switch – Premium Polycarbonate Body
The Home Electric Sumo Bell Switch combines modern aesthetics with reliable engineering to deliver dependable performance for everyday electrical installations. Manufactured using a high-quality polycarbonate body and premium brass internal components, it is designed to provide excellent insulation, durability, and reliable electrical connectivity.
Featuring a clean white finish and a sleek modular design, the Sumo Bell Switch integrates seamlessly with compatible Home Electric modular plates and accessories. Specially designed for bell-switch applications, it offers convenient operation alongside a sturdy construction suited to residential, commercial, and office environments.
Key Features
* Premium Polycarbonate Body: Provides strength, electrical insulation, and long-lasting durability.
* High-Grade Brass Internals: Designed for reliable electrical conductivity and secure connections.
* Dedicated Bell Switch Operation: Suitable for compatible electric bell and doorbell circuits.
* Modular Design: Fits compatible Home Electric modular plates for a neat, coordinated switchboard.
* Flame-Retardant Construction: Designed to provide enhanced heat resistance and protection.
* Scratch-Resistant Finish: Helps maintain a clean appearance during everyday use.
* UV-Stabilized Material: Helps preserve colour stability over time.
* Premium White Finish: Complements modern residential and commercial interiors.
* ISI-Certified Standard: The catalogue specifies compliance with IS 3854.
Technical Specifications
* Product Name: Sumo Bell Switch
* Material: Polycarbonate
* Voltage Rating: 240V AC
* Frequency: 50Hz
* Operation: Bell Switch
* Terminal Type: Brass Terminals
* Mounting Type: Modular
* Flame Retardant: Yes
* Available Colour: White
* Standard: IS 3854 (ISI Certified)
Home Electric – Safety. Style. Superior Performance. A durable modular bell switch designed to combine dependable operation, quality materials, and a refined finish for modern electrical installations.
