Photoelectric Beam Detectors - GeoArm Security®

1. Perimeter Security - They are often used to secure the perimeter of a property. By setting up a series of beams around the boundary, any interruption can trigger an alarm, alerting to potential intrusions.
2. Access Control - In security systems, photoelectric beam detectors can be used to monitor entry and exit points. They can detect when someone passes through a doorway or gate, ensuring that only authorized personnel are entering or leaving.
3. Intrusion Detection - These detectors are used to protect specific areas within a property. For example, they can be placed in hallways or near windows to detect unauthorized movement.
4. Outdoor Security - Photoelectric beam detectors are suitable for outdoor use, providing a reliable way to monitor large open spaces such as gardens, parking lots, or industrial sites.
5. Asset Protection - They can be used to protect valuable assets by setting up a beam around the item. If someone tries to move or tamper with the asset, the beam is broken, triggering an alert.

1. Warehouses and Distribution Centers to safeguard products and equipment.

2. Retail Stores and Shopping Centers to prevent theft and shoplifting.

3. Banks and Financial Institutions to protect vaults and safes.

4. Museums and Art Galleries to prevent theft or damage to valuable artifacts.

5. Industrial Facilities to secure equipment and machinery.

6. Parking Garages and Lots to ensure the safety of vehicles and their contents.

7. Hospitals and Healthcare Facilities to protect sensitive areas like pharmacies or nurseries.

8. Educational Institutions to secure sensitive areas like libraries or labs.

9. Government and Public Buildings to safeguard important documents or areas.

10. Residential Properties to ensure the safety of inhabitants and their belongings.

1. Positioning - Place the detectors at a height that minimizes interference from people, animals, or vehicles. Typically, they are installed at a height of 2 to 3 feet above the ground.
2. Alignment - Ensure that the transmitter and receiver are perfectly aligned. Misalignment can lead to false alarms or failure to detect intrusions. Use a laser alignment tool if available.
3. Distance - Check the manufacturer's specifications for the maximum range of the beam. Ensure that the distance between the transmitter and receiver does not exceed this range.
4. Environmental Considerations - Install the detectors in areas that are less likely to be affected by environmental factors such as fog, rain, or snow, which can disrupt the beam.
5. Mounting - Use sturdy mounts to prevent the detectors from moving due to wind or vibrations. This helps maintain alignment over time.
6. Power Supply - If required, ensure a reliable power source. Some photoelectric beam detectors require battery backups to maintain functionality during power outages.
7. Testing - After installation, thoroughly test the system to ensure it detects intrusions accurately. Regular maintenance checks are also recommended to keep the system in good working order.
8. Avoid Obstructions - Make sure there are no permanent or temporary obstructions in the path of the beam, such as plants, signs, or construction materials.