Shenzhen Jutai Comm Co., Ltd.
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Wired Single Beam Infrared Sensor Photocell for Automatic Sliding Swing Gates Windows
The JUTAI IR-20 Infrared Beam Sensor is a cutting-edge device designed to enhance security and efficiency in various applications. With its advanced features and robust design, this sensor is ideal for a wide range of environments, ensuring comprehensive protection and optimal performance.
| Feature | Description |
|---|---|
| Extensive Detection Range | Covers up to 30 meters, ensuring comprehensive outdoor coverage. |
| Enhanced Sensitivity | Detects subtle movements or objects, bolstering security measures. |
| Rapid Response Time | Swiftly identifies potential threats for prompt action. |
| Resilient to Interference | Maintains consistent performance despite environmental light interference. |
| User-Friendly Installation | Simplifies setup and alignment, reducing downtime and maintenance. |
| Application | Description |
|---|---|
| Seamless Access Control | Facilitates smooth passage for people or vehicles, enhancing security and convenience. |
| Robust Security Measures | Effectively detects unauthorized entry, fortifying perimeter, window, and door security. |
| Industrial Optimization | Optimizes production lines by accurately detecting object positions and movements. |
| Efficient Parking Management | Manages vehicle entry and exit, ensuring smooth traffic flow and parking space utilization. |
| Step | Description |
|---|---|
| Access the Interior | 1.1 Gently lift the front panel to reveal interior components for easy access during installation. |
| Cable Insertion and Base Fixation | 2.1 Carefully insert cables into designated housing slots. 2.2 Securely fix the base to the wall using appropriate mounting hardware for stability and reliability. |
| Mounting on Wall or Metal Surface | 3.1 Drill three 5 ø holes for wall mounting and insert suitable screw anchors to firmly anchor the photocell. 3.2 For metal surfaces, drill three 3 ø holes and use self-tapping screws for a secure attachment. |
| Make Connections | 4.1 Connect necessary cables, ensuring proper insulation and secure connections. 4.2 Power the photocell within the specified voltage range (12-24V DC/AC) for optimal operation. |
| Ensure Proper Positioning | 5.1 Verify correct positioning, alignment, and connection of photocell components to optimize performance. 5.2 Confirm the red LED indicator remains off when correctly configured, illuminating only when the infrared beam is interrupted. |
| Cover with Front Panel | 6.1 Once connections are verified, cover the photocell with the front panel. 6.2 Insert the front panel firmly until snug, securely closing it to protect internal components. |
| Test System | 7.1 Conduct a thorough system test by intentionally interrupting the infrared beam multiple times. 7.2 Observe and confirm proper relay response to validate photocell functionality. |
| Secure Front Panel | 8.1 Finally, securely fasten the front panel using provided screws to ensure it remains attached securely to the photocell. |
| Step | Description |
|---|---|
| Prepare Installation Site | Choose a suitable location ensuring optimal coverage for detection. Ensure the area is free from obstruction to prevent interference. |
| Mounting Position | Mount the infrared photocell at an appropriate height and angle for maximum coverage and detection range. Use a stable and secure mounting surface to prevent movement or misalignment. |
| Wiring Connections | Refer to provided wiring diagram or user manual for proper wire connection. Ensure all connections are securely insulated to prevent electrical issues. |
| Power Supply | Provide stable power supply within specified voltage range (12-24V DC). Double-check polarity and voltage to avoid damaging the unit during installation. |
| Alignment and Testing | Align infrared lamps to face each other for proper detection coverage. Test photocell by obstructing infrared beam and verify relay response for functionality. |
| Fine-Tuning | Adjust alignment and sensitivity settings as necessary to optimize performance. Minimize false alarms or missed detections by fine-tuning the photocell. |
| Secure Installation | After confirming proper operation, securely fasten photocell using provided mounting hardware. Ensure all connections are tight and unit is protected from environmental factors. |
By meticulously following these installation guidelines, you can ensure top-tier reliability and performance with the JUTAI IR-20 20 meters wired infrared photocell, providing unparalleled security and convenience for your needs.
The JUTAI IR-20 Infrared Beam Sensor delivers unparalleled performance, ensuring safety and convenience in various environments. Its advanced features, precise detection capabilities, and user-friendly installation make it indispensable for modern access control and security systems.
About JUTAI
JUTAI is a pioneering leader in the development of advanced security and safety technologies. With a robust R&D team and extensive industry experience, we are committed to delivering high-quality, innovative solutions that meet the evolving needs of our clients. Our dedication to customization and excellence ensures that we can tailor our products to fit your specific requirements, providing the most effective and reliable security solutions available.
Technical parameter
| Feature | Specification |
|---|---|
| Power Supply | 12-24VAC/VDC |
| Max. Range | 20 Meters |
| Operating Temperature | -10 to +60°C |
| Max. TX Working Current | 25mA |
| Max. RX Working Current | 35mA |
| Max. Relay Contact | 500mA at 48VAC/VDC |
| IP Rating | IP65 with rubber |