Photocell Infrared Beam Sensor for Swing Sliding Gates and Garage Doors - Indoor/Outdoor Security

About this item

• Customer Service and Technical Support - All the TOPENS products come with a 12-month war-ranty against defects, a 30-day worry-free exchange & return and lifetime tech support. Visit TOPENS website for the user manual, installation video, and personalized service. TOPENS is ready to offer professional solutions for any questions or assistance. Enjoy an easier and smarter life by ordering other TOPENS accessories.
• Easy DIY Installation - Connect both the receiver and the emitter to the gate opener system. It is suggested to mount the photocell sensor at least 8" (20cm) above the ground. Power on to determine the emitter position. The photocell status LED turns off indicating that the beam is aligned. Fix the emitter position when the status LED goes off. Ensure that there is no obstruction between the receiver and the emitter during alignment.
• Wide Compability - Works with all the TOPENS gate openers. Compatible with most third party swing / sliding gate opener or garage door opener whose control board accepts “Normal Open or Normal Close Dry Contact” signal. It can be powered by the control board of the gate opener or by the external 12-24VDC or 12-24VAC power source. This security infrared sensor is commonly used for the household, courtyard, farm, ranch, warehouse and other commercial / industrial sites.
• Reliable Infrared Sensor - TOPENS TC102 Photo Eye Beam Sensor is a photoelectric sensor that uses infrared light to detect the presence or absence of objects. It creates a safety barrier that identifies any movement between the emitter and receiver. Once the infrared beam is blocked, it perfectly makes the gate stop or reverse automatically. It is strongly recommended to use the TC102 IR beam sensor with automatic gate opener system to ensure multiple protection & security.
• Innovative Construction - The infrared photocell sensor comprises a pair of elements: a light emitter and a light receiver. The emitter is engineered to produce an infrared light signal, while the receiver is tasked with identifying any disruptions in that signal. This contactless sensing technology ensures precise detection with rapid response times. Furthermore, the infrared beam sensor is unaffected by bright light disturbances, including sunlight and car headlights. It is also built to withstand various weather conditions throughout the year.