Schmersal TES

The TES is a versatile safety edge system designed to enhance safety measures in industrial and automation applications. This product offers a range of features and technical specifications tailored for reliable safety functionality:Key Features:Flexible Design: The TES safety edge system is highly adaptable and can be customized to fit various applications, including gates, doors, and machine perimeters.Sensitivity Adjustments: It allows for sensitivity adjustments, ensuring precise detection of obstacles or obstructions.Durable Construction: The TES is built to withstand harsh industrial environments, with robust materials and design to ensure long-lasting performance.Technical Specifications:Edge Material: The system typically includes a flexible, rubberized edge equipped with pressure-sensitive sensors.Sensing Technology: TES uses capacitive sensing technology, capable of detecting even slight pressure changes.Interface: It interfaces with safety control systems and controllers, enabling real-time monitoring and response to detected safety hazards.Response Time: The TES system boasts rapid response times, minimizing the risk of accidents.Usage and Application:The TES safety edge system is employed in various industrial and automation scenarios to enhance safety. Some common applications include:Automatic Doors: It is integrated into automatic sliding or swinging doors, ensuring they stop or reverse when obstructed, preventing accidents.Gates and Barriers: Used in gate and barrier systems, the TES ensures immediate stopping or reversing if an object or person is detected during closure.Material Handling: In conveyor systems and material handling equipment, it helps prevent collisions and injuries by stopping or slowing down machinery when an obstruction is detected.Machine Safety: Integrated into machinery, it adds an extra layer of safety, ensuring that machines halt their operation if a hazard is detected.In conclusion, the TES safety edge system is a flexible and reliable safety solution suitable for various industrial and automation applications. Its adaptability, sensitivity adjustments, and durable construction make it an essential component in preventing accidents, protecting personnel, and ensuring the safe operation of equipment and machinery.