Industrial Infrared Photocell Sensor Long Distance 30m for Outdoor Use Barrier Gate

Elevate your security and convenience with the JUTAI Automatic Door Sensor Infrared Photocell. Engineered with precision, this sensor swiftly detects interruptions in the infrared beam, promptly initiating a relay switch signal. Its versatility caters to a myriad of applications, including parking barriers, pedestrian gates, and vehicle gates for body induction. Additionally, it serves as a robust anti-burglar detection system for windows, doors, and passageways.

Unique Features:

• Solitary Beam Detectors: Widely recognized as single beam sensors, these detectors find extensive use in automated sliding doors, shutter doors, garage doors, windows, and beyond.
• Integrated Transmitter and Receiver: Each unit boasts a transmitter and receiver with an integrated amplifier, emitting a narrow infrared beam to effectively counteract external light interference.
• Dependable Detection Range: Despite mounting at a low elevation (20-40cm above ground level), these sensors maintain a dependable detection range spanning 2-20 meters.
• IR-20 Self-Detecting Capability: Specifically tailored for sliding doors, the IR-20 sensor showcases self-detecting capabilities. Upon interruption of the self-detecting beam, the door halts its closure and swiftly retracts to its widest position. Subsequently, the door resumes motion until the detecting beam is reinstated. After complete closure, the detecting beam deactivates.

Functionality:

Position each detector pair at opposing points to establish an infrared zone between them. Movement detection within this zone promptly triggers an alarm signal relayed to the security alarm host (not included). Ideal for seamless integration into security setups in educational institutions, commercial complexes, medical facilities, residential premises, and beyond.

Consistent Performance:

Regardless of inclement weather scenarios such as rainfall, dust storms, etc., the detection scope maintains consistent performance. The compact and IP65 waterproof-rated design of the JUTAI IR-20 Infrared Photo Sensor ensures exceptional resistance to ultraviolet radiation and abrasive particulate matter, enhancing resilience in outdoor settings.

Comprehensive Support:

Each package includes an English Usage Manual featuring illustrated diagrams, offering comprehensive guidance for effortless installation and configuration.

In summary, the JUTAI Automatic Door Sensor Infrared Photocell stands as a testament to unparalleled security and versatility across a diverse array of applications, guaranteeing peace of mind and convenience in various environments.

Technical parameter

Connection Details of JUTAI IR-20

To install the IR-20M photocell, please follow these step-by-step instructions:

1. Access the Interior: Lift the front panel of the photocell to access its interior components.

2. Cable Insertion and Base Fixation: Insert the cables into their respective housing slots and securely fix the base of the photocell to the wall.

3. Mounting on Wall or Metal Surface:

   • If mounting on a wall, drill three 5 ø holes and insert suitable screw anchors.
   • For mounting on metal surfaces, drill three 3 ø holes for self-tapping screws.

4. Make Connections: Connect the necessary cables and power the photocell with a voltage ranging between 12 and 24V DC/AC.

5. Ensure Proper Positioning: Ensure proper positioning, alignment, and connection of the photocell. The red LED on the receiver should remain off if everything is correctly configured. When the infrared beam is interrupted, the red LED will illuminate.

6. Cover with Front Panel: Once connections are verified, cover the photocell with the front panel. Insert it firmly until it stops, and then close it securely.

7. Test System: Test the system by interrupting the infrared beam multiple times to check the relay response.

8. Secure Front Panel: Finally, secure the front panel in place using the provided screws.

Following these steps diligently will ensure the proper installation and functioning of the IR-20M photocell.