Direction Recognition Automatic Door Sensors 24.125GHz For Sliding Glass Door

Product Specification

Direction Recognition Automatic Door Sensing Device For Sliding Glass Door 1-5 M Mounting High

   The Direction Recognition Automatic Door Sensing Device is specifically designed to enhance the functionality of sliding glass doors in various settings, including retail stores, offices, and public buildings. This advanced sensor features a mounting height of 1-5 meters, allowing for versatile installation options that optimize detection coverage and performance.

    Equipped with direction recognition technology, this sensing device can differentiate between incoming and outgoing movements. This capability enhances security and efficiency by ensuring that doors only open when necessary, reducing the risk of accidental activation and improving energy efficiency. Its rapid response time ensures seamless activation, providing a smooth entry and exit experience for users.

    The durable design of the Direction Recognition Automatic Door Sensing Device is built to withstand the demands of high-traffic environments, ensuring long-lasting reliability. By integrating this innovative sensor into sliding glass door systems, businesses can significantly enhance accessibility, improve user experience, and create a secure and welcoming environment for all visitors.

JUTAI RD24-4 radar sensor is positioned in the market as a high quality version of the automatic door sensor. Its maximum installation height can be up to 5m, the common radar sensor on the market is generally 3.5m, in addition, we have done a lot of upgrades in the use of raw materials for the sensor, so that our sensors have the following advantages over ordinary sensors:

• 1. strong anti-interference ability
• 2. high stability
• 3. direction recognition
• 4. more energy-saving and environmentally friendly design, lower power consumption
• 5. easy to install and debug

Below are some of the main applications and features of microwave radar sensors for automatic doors:

• 1. Principle of operation
  • Microwave radar sensors work by transmitting microwave signals. When the microwaves encounter a moving object, the Doppler effect occurs and the reflected back microwave signals will have frequency changes. The sensor detects these frequency changes to determine whether there is an object approaching, thus controlling the opening and closing of the automatic door.
• 2. Main features
  • High sensitivity: able to quickly detect moving objects, fast response time, suitable for high traffic areas.
  • Strong anti-interference ability: microwave radar sensor is not affected by light, dust, temperature and other environmental factors, high reliability.
  • Wide detection range: can cover a large detection area, suitable for a variety of door types.
  • High security: it can effectively avoid opening or closing the door by mistake and improve the safety of use.
• 3. Application Scenarios
  • Shopping malls, supermarkets: automatic door opening and closing control, to ensure the convenience of customers in and out.
  • Office buildings, hospitals: to improve the efficiency of passage, especially for the mobility impaired to provide convenience.
  • Factories, warehouses: through the automatic door control logistics in and out, improve work efficiency.
• 4. Installation and commissioning
  • Installation should pay attention to the installation height and angle of the sensor to ensure the best detection effect. Debugging needs to be based on the specific use of the environment for the sensitivity and detection range of the settings, in order to avoid malfunction or detection of blind areas.
• 5. Maintenance
  • Regularly check the working status of the sensor, clean the surface of the sensor to ensure that no dust or obstacles affect its normal operation.

The application of microwave radar sensors in automatic doors significantly improves the intelligence and convenience of the door control system, which is an indispensable and important component in modern intelligent buildings.