Schiebeantriebe

Schiebeantriebe, also known as sliding door operators or automatic sliding door systems, are mechanical devices designed to automatically open and close sliding doors. These systems are commonly found in commercial buildings, hospitals, airports, and some residential applications where convenience, accessibility, and hygiene are important. A typical schiebeantrieb consists of a motor, a control unit, a drive mechanism, and sensors.

The motor provides the power to move the door. This is often an electric motor, either DC or AC, which is connected to a drive system. The drive system usually involves a toothed belt or a chain that engages with a rack on the door, allowing for smooth and controlled movement. The control unit is the brain of the system, processing information from sensors and dictating the motor's actions. It manages the speed, direction, and stopping points of the door.

Sensors are crucial for safety and functionality. Motion sensors, typically radar or infrared-based, detect the presence of people or objects approaching the door, initiating the opening sequence. Safety sensors, often photocells or pressure sensors, are positioned within the door's path to detect obstructions and prevent collisions, ensuring that the door stops or reverses if an object is in its way.

Schiebeantriebe enhance accessibility for individuals with disabilities, reduce the need for physical contact, and can contribute to energy efficiency by minimizing the time doors are left open. They are designed for reliability and can be customized with various features, including emergency break-out functions, battery backup, and integration with building management systems.