Knightsbridge: CU1DPW, 10A 1G Double Pole Wide Rocker Switch, Screwless Design, Anti-Microbial, IP20, White, 230V

Product Overview & Key Benefits

The 10A 1G DP Wide Rocker Switch is a modern and stylish addition to any wiring accessory collection. Designed with a sleek screwless finish and gentle contours, this switch not only adds a sophisticated touch to your interiors but also incorporates anti-microbial properties for added safety. Perfect for both DIY enthusiasts and professional contractors, its robust design ensures reliable performance in various electrical applications, particularly in bathrooms and similar settings where multi-circuit use is common.

Technical Specifications & Product Details

• Rated Current:10AX
• Plate Finish:White
• Construction Material:Thermoset resin
• IP Rating:IP20
• Primary Voltage:230V 50Hz
• Dimensions:86mm x 86mm x 9.5mm projection
• Recessed Depth:14.5mm
• Minimum Mounting Box Depth:25mm
• Safety Certification:EN 60669-1

Ideal Uses & Applications

The 10A 1G DP Wide Rocker Switch is ideal for use in a variety of settings. This switch is perfect for domestic DIY projects, commercial installations, and hospitality environments. Its ability to handle multiple circuits makes it an excellent choice for controlling bathroom lights and fan boost systems, ensuring safety and functionality in these essential areas of the home or business.

Energy Efficiency & Cost Savings

By using high-quality materials and design principles, the 10A 1G DP Wide Rocker Switch offers enhanced energy efficiency, contributing to reduced energy consumption in your wiring accessories. Although the direct cost savings may vary, products like this can help to improve the overall efficiency of your electrical systems, potentially leading to lower electricity bills.

Additional Features

• Wide rocker for enhanced usability
• Screwless design for easy and quick installation
• Third-party tested anti-microbial properties in compliance with ISO 22196:2011
• Ideal for multi-circuit use, especially in bathrooms