Description
phoThe Twin Photobeam with Laser Beam Alignment is a robust outdoor perimeter sensor designed for fast, reliable intrusion detection. Perfect for homes and businesses, it covers long perimeters up to 90 ft and makes precise setup effortless with its built-in laser alignment system.
- Twin infrared beams: Dual beams provide continuous perimeter coverage and help minimize false alarms caused by leaves, birds, and other outdoor disturbances.
- Laser beam alignment system: Built-in alignment tool speeds up setup and ensures accurate targeting across fences, gates, or driveways.
- Lens optics: Lensed optics strengthen the beam and boost immunity to rain, snow, mist, and fog for consistent detection.
- Weatherproof and sun-filter case: IP55-rated housing with a sunlight-filtering design supports reliable indoor and outdoor use under varying conditions.
- Anti-frost system: Maintains beam performance in extreme cold, reducing seasonal maintenance and ensuring year-round protection.
- Power and wiring: Automatic input power filtering with noise rejection circuitry and non-polarized power inputs simplify installation and improve reliability.
- Tamper protection: Includes a dedicated tamper circuit to alert when any attempt is made to interfere with the sensor.
- Alarms and outputs: NC/NO alarm output provides flexible integration with existing security systems.
- Installation and configuration: Quick, easy installation with the built-in laser alignment and a factory-set 50 ms response time that you can adjust as needed.
- Unit specs: Range up to 90 ft; IP55 weatherproof; twin infrared beams; integrated laser alignment; non-polarized inputs; noise rejection circuitry; adjustable response time (factory setting: 50 ms).
This system is ideal for residential properties, parking lots, warehouses, and campuses where dependable outdoor detection is critical and nuisance alarms from weather or animals must be minimized. With its fast response, rugged build, and straightforward setup, you’ll achieve reliable perimeter security without the complexity or downtime of inferior beam sensors.