Product overview A durable control component made from plastic and electronic material that provides steady and sensitive response between a solar controller and a lamp. Designed to be waterproof and reusable for extended service life and reliable lamp performance. Key benefits Stable and sensitive operation: Responds quickly to signals from the solar controller to ensure timely lamp adjustment and improved conversion rates. Waterproof construction: Protects internal electronics and helps extend the lifespan of the connected solar controller in outdoor conditions. Reusable and long lasting: Built for repeated use over time without frequent replacement. Compatible function: Works with solar controllers and solarpowered lamps to maintain consistent lighting control and performance. Durable materials: Plastic housing combined with electronic components offers a balance of protection and responsiveness. Function and performance Acts as an interface between the solar controller and the lamp, translating controller output into fast and reliable lamp response. Designed for steady sensitivity so the lamp reacts accurately to charging and discharge signals, helping maintain efficient operation. Practical applications Garden and landscape lighting: Use outdoors to keep pathway and accent lights responsive to the solar controller and weather conditions. Pathway and street lighting: Suitable for smallscale outdoor fixtures where waterproofing and reliable response are required. Portable or temporary solar lighting setups: Ideal for event lighting or remote locations where repeated use and durability are important. Materials and compatibility Materials: Plastic and electronic material for the housing and internal circuitry. Compatibility: Intended for use with solar controllers and solarpowered lamps. Check your controller and lamp connections to ensure proper fit. Summary A practical, waterproof, and reusable control component that improves lamp response and helps extend the working life of your solar controller through steady and sensitive performance.