Human Body Induction Switch – Infrared Detection Controller This infraredbased human body induction switch offers reliable automatic control for lighting and other connected electrical loads. Designed with precision for both residential and commercial applications, it uses motion detection to turn lights or devices on when people are present and off after a set delay, helping improve energy efficiency and convenience. Key Features: Working temperature: 20 to 60°C for dependable performance in varied environments Wide voltage compatibility: Supply voltage 1224V and output voltage 1224V Maximum load current: 6A for flexible connection to different devices Induction range: Up to 8 meters for effective motion detection coverage Adjustable delay time: 1 to 10 minutes, allowing to meet your specific needs Easy installation: Clear wiring sequence and setup process Safe operation: Designed to prevent short circuits when connected correctly How It Works: The human body induction switch detects infrared radiation emitted by people within its range. When motion is detected, it activates the connected load, such as a light. After the area is vacated, the load will automatically turn off according to your preset delay time. Usage Scenarios: 1. Corridor and hallway lighting – Automatically illuminates passageways when someone enters and switches off after a set delay, eliminating the need for manual operation. 2. Office spaces – Enhances workplace energy efficiency by turning lights on only when areas are occupied. 3. Storage rooms or garages – Provides hands lighting when entering spaces where manual switching may be inconvenient. Performance and Reliability: With its sturdy build and precise infrared sensing technology, this switch offers smooth automatic control in varied temperature conditions and lighting environments. Its adjustable delay function and wide voltage and current capacity make it an adaptable choice for numerous applications. This product is ideal for anyone looking to improve energy savings, enhance convenience, and ensure reliable automated control of electrical loads through motion detection.