Takex BT200 Photo Electric Beam Enclosure User Manual

1. Product Overview

The Takex BT200 Photo Electric Beam Enclosure is designed to house and protect compatible Takex Twin or Quad Photoelectric Beams. This enclosure provides a robust and secure environment for the beam sensors, safeguarding them from environmental elements and potential tampering, thereby ensuring reliable operation of the security system.

Image 1: Front view of the Takex BT200 Photo Electric Beam Enclosure. This image displays the tall, slender, dark gray cylindrical housing designed to protect photoelectric beam sensors.

2. Setup and Installation

Proper installation is crucial for the optimal performance and longevity of the BT200 enclosure and the photoelectric beams it protects. Ensure all local electrical codes and safety regulations are followed during installation.

2.1. Site Preparation

• Location Selection: Choose a stable, level surface for mounting. Consider line-of-sight requirements for the photoelectric beams.
• Cable Routing: Plan for secure and weather-protected routing of power and signal cables to and from the enclosure.

2.2. Mounting the Enclosure

1. Securely attach the enclosure base to the prepared surface using appropriate fasteners. Ensure the enclosure is plumb and level.
2. Open the enclosure to access the internal mounting points for the photoelectric beam units.

2.3. Installing Photoelectric Beams

• Refer to the specific instruction manual for your Takex Twin or Quad Photoelectric Beams for their installation within the enclosure.
• Mount the beam transmitter and receiver units inside their respective enclosures according to the beam manufacturer's guidelines.
• Connect power and signal wiring to the beam units as specified by their manual. Ensure all connections are secure and insulated.

2.4. Beam Alignment

• Once the beams are installed within the enclosures, perform the alignment procedure as detailed in the photoelectric beam manual.
• Close and secure the enclosure covers only after successful beam alignment and testing.

3. Operating Principles

The BT200 enclosure functions as a protective housing for photoelectric beam sensors. Its operation is passive, providing a stable and secure environment for the active beam components. The enclosure itself does not require active user operation beyond initial setup and periodic maintenance.

• Protection: The enclosure shields the internal photoelectric beams from rain, snow, dust, and other environmental factors.
• Security: It deters tampering and unauthorized access to the beam sensors, enhancing the overall security of the system.
• Stability: Provides a rigid mounting platform, minimizing vibrations or movements that could affect beam alignment.

4. Maintenance

Regular maintenance ensures the continued reliability and effectiveness of the BT200 enclosure and the photoelectric beams it protects.

4.1. Cleaning

• Periodically clean the exterior of the enclosure, especially the optical windows (if applicable to the internal beams), to remove dirt, dust, spiderwebs, or other obstructions. Use a soft, damp cloth. Avoid abrasive cleaners.

4.2. Inspection

• Inspect the enclosure for any signs of physical damage, corrosion, or loose mounting hardware.
• Check cable entries for integrity to ensure weatherproofing is maintained.
• Verify that the enclosure covers are securely fastened.

4.3. Environmental Considerations

• Ensure no vegetation is growing to obstruct the beam path or interfere with the enclosure.
• In areas with heavy snow or ice, ensure the enclosure and beam path remain clear.

5. Troubleshooting

Troubleshooting issues related to the BT200 enclosure typically involves addressing problems with the internal photoelectric beams or the enclosure's physical integrity.

5.1. Beam Malfunction (within enclosure)

• Symptom: Photoelectric beam not detecting or false alarms.
• Action: Open the enclosure and refer to the specific troubleshooting guide for the internal photoelectric beam units. Check for internal obstructions, wiring issues, or power supply problems to the beams. Re-align beams if necessary.

5.2. Enclosure Damage

• Symptom: Cracks, dents, or loose components on the enclosure.
• Action: Assess the extent of the damage. Minor damage may be repaired, but significant damage compromising weatherproofing or structural integrity may require replacement of the enclosure.

5.3. Water Ingress

• Symptom: Moisture or water observed inside the enclosure.
• Action: Immediately disconnect power to internal components. Inspect all seals, gaskets, and cable entries for damage or improper sealing. Repair or replace compromised components to restore weatherproofing.

6. Specifications