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The IR Sensor for Automatic Door Barrier Gate Safety is an essential device designed to enhance the security and functionality of barrier gates in outdoor environments. This sensor is engineered to withstand high temperatures, making it ideal for use in regions with extreme heat or direct sunlight. Its robust construction ensures reliable performance, maintaining safety standards in various weather conditions.
Utilizing advanced infrared technology, this sensor accurately detects the presence of vehicles and pedestrians approaching the gate. It triggers immediate actions, such as stopping or reversing the gate's movement, to prevent accidents and ensure safe access. The quick response time is crucial for high-traffic areas, where prompt activation can significantly enhance safety.
Designed for outdoor use, the IR Sensor is resistant to dust and moisture, ensuring long-lasting durability. By integrating this sensor into automatic door and barrier gate systems, businesses and property owners can significantly improve safety measures, enhance traffic management, and create a secure environment that prioritizes the well-being of both users and vehicles.
Feature
Anti-Strong Light Interference:
High Temperature Resistance:
Active Infrared Technology:
20m Detection Range:
Waterproof Design:
Infrared Beam Sensor:
Versatile Application:
Easy Installation:
Adjustable Trigger Response Time:
Enhanced Security and Safety:
Red LED Indicator:
Gate Openers:
Automatic Doors:
Security Doors:
Garage Doors:
Parking Systems:
Anti-Theft Alarm Systems:
Outdoor Security:
Access Control Systems:
Industrial Automation:
Public Facilities:
Model | Detection Range | Connection Way |
IR-20 | 20 M | Wire |
IPS-20 R | 20 M | Wire |
IS-30 R | 30 M | Wireless |
WIS-30 | 30 M | Wire |
BP-20 | 20 M | Wireless |
According to GBl0408.4-2000 "Intrusion detectors Part 4: Active infrared radiation intrusion detectors": "Probing When the detector is working at the detection distance specified by the manufacturer, the detector should generate an alarm state when the radiation signal is completely or at a given percentage for more than 40 ms. "Why should a range be given? The reason is the different parts of use. Different minimum shading times can be set (adjusted), which is beneficial to reduce false alarms in the system.