Photocell sensor CAME DXR20CAP 806TF-0030 IP54 12V — rotating photocells

Rotating photocell CAME DXR20CAP 806TF-0030 is a 12V infrared beam sensor in a compact rotating housing designed for presence and light detection in access control and automation systems. The unit provides reliable beam interruption detection and is engineered with IP54 protection to resist dust and splashes, making it suitable for outdoor installation under moderate environmental conditions. CAME's rotating photocell design allows adjustment of the sensing direction without moving the whole housing, enabling more precise alignment with transmitters and targets.

Advantages

The device combines a compact rotating enclosure with infrared beam sensing to simplify installation and alignment. Its 12V operating voltage is compatible with common gate and barrier control units, while the IP54 rating offers protection against dust ingress and water splashes for outdoor mounting. The rotating head reduces the need for repositioning the entire assembly, allowing fine-tuning of detection direction. The sensor is designed for consistent beam interruption detection and integration into automation systems.

Suitable for

• Safety detection for swing and sliding gates
• Perimeter monitoring and intrusion detection zones
• Automatic barrier and bollard control
• Automated pedestrian or vehicle door systems

Key specifications

• Operating voltage: 12 V
• Protection class: IP54 (dust-protected, protection against water splashes)
• Sensing technology: infrared beam interruption
• Rotating adjustable housing for directional alignment
• Intended mounting: outdoor/indoor under moderate conditions

How to use

Install the photocell at the recommended height and orientation to create a clear infrared beam path between transmitter and receiver or to align with the detection target. Secure the unit using appropriate fasteners and connect to the 12V supply and control inputs following the automation system wiring diagram. Use the rotating head to fine-tune the beam direction so that the sensor detects interruptions reliably. After installation, test beam alignment and response to ensure proper integration with gate, barrier, or door control logic.

Usage recommendations

For reliable operation, keep optical surfaces clean and free of obstructions, avoid pointing the sensor directly into intense light sources, and select mounting positions that minimize exposure to heavy water flow or persistent dust accumulation. Periodically verify alignment and electrical connections as part of routine maintenance.