Infrared Beam 60M – Long-Range Dual Beam Outdoor Security Sensor

Infrared Beam 60M – Long-Range Dual Beam Outdoor Security Sensor

The Infrared Beam 60M is a high-performance dual-beam sensor designed for advanced outdoor perimeter security. With a detection range of up to 60 metres, it provides accurate and stable protection against intrusions, making it ideal for securing driveways, fences, and commercial compounds.

Long-Range Precision Detection

Equipped with dual infrared beams, the Infrared Beam 60M forms an invisible detection barrier between the transmitter and receiver. Any interruption in this beam triggers an alarm or alert, ensuring immediate response to unauthorized entry. Its high sensitivity and precision design significantly reduce false alarms caused by animals or environmental factors.

Rugged and Weatherproof Design

The Infrared Beam 60M is built for long-term outdoor performance. The UV-resistant and waterproof housing protects internal components from rain, dust, and direct sunlight. This ensures consistent functionality in both residential and industrial environments.

Technical Specifications:

• Detection Range: 60 metres (outdoor)

• Technology: Dual active infrared beams

• Power Supply: 12V–24V DC/AC

• Relay Output: NO/NC contacts for alarm connection

• Response Time: 50–700 ms adjustable

• Mounting Options: Wall or pole mount

• Material: UV-resistant polycarbonate casing

• Temperature Range: -25°C to +55°C

Ideal Applications:

• Electric and sliding gate systems

• Driveways and boundary fences

• Alarm and access control systems

• Commercial and industrial compounds

• CCTV-linked security setups

Key Benefits:

✅ Long-range detection up to 60 metres
✅ Dual-beam technology minimizes false alarms
✅ Weatherproof and durable design
✅ Easy alignment and installation
✅ Works seamlessly with most alarm and gate systems

Installation and Integration

The Infrared Beam 60M integrates easily into new or existing security systems. It comes with alignment brackets for quick setup, ensuring optimal beam positioning and consistent signal strength.