Massive Discount Porcelain Round Surface Mounted Motion Sensor Gold Holiday Cheer Edition [gxVd3k2i]

Stylish and Functional Motion Sensor

Introducing the Porcelain Round Surface Mounted Motion Sensor, a sleek and versatile addition to any modern home. Designed to sit flush against wall surfaces, this sensor seamlessly blends into any interior, offering both style and functionality. The external cable mounting ensures that walls and ceilings do not need to be channeled out, providing a clean and hassle-free installation. With its modern UK design and European manufacturing by Katy Paty, this sensor is a testament to quality and reliability.

Advanced Technical Specifications

The Porcelain Round Surface Mounted Motion Sensor is equipped with cutting-edge features. It offers a 24/360° or 180° capture angle, a detection range of 6 to 9 meters, and adjustable switching times from 5 seconds to 3 minutes. The ambient light sensitivity control ranges from 10 to 2000 Lux, ensuring optimal performance in various lighting conditions. This sensor reliably switches appliances with a maximum power of 800 watts, making it ideal for bulbs, economy lights, fluorescent tubes, and LEDs. The technical specifications include a porcelain material in blackboard black and white, a supply voltage of 220-240V, and an IP20 degree of protection.

Enhance Your Daily Living Experience

Whether you're looking to improve energy efficiency or enhance security, the Porcelain Round Surface Mounted Motion Sensor is the perfect solution. Its compact design and easy installation make it suitable for a wide range of applications, from outdoor lighting to indoor security systems. This sensor is ideal for homeowners, businesses, and anyone seeking a convenient and reliable way to control their lighting and appliances. With its CE certification and approval for operation in the EU, you can trust in its quality and safety. Upgrade your living space with the Porcelain Round Surface Mounted Motion Sensor and experience the benefits of smart home technology.