Infrared Light Beam Curtain Rapid Response For Warehouse Entrance Exit

Multi-beam Detection Infrared Beam Light Curtain Warehouse Entrance Exit Rapid Response

    The Multi-Beam Detection Infrared Beam Light Curtain is an innovative safety solution designed for warehouse entrances and exits. This advanced system utilizes multiple infrared beams to create a protective barrier that accurately detects the presence of vehicles and pedestrians. By providing a comprehensive monitoring area, this light curtain enhances safety in high-traffic zones, ensuring that personnel and equipment can move freely without the risk of accidents.

    One of the standout features of this infrared beam light curtain is its rapid response capability. Engineered to react almost instantaneously to any interruption in the beam pattern, it ensures immediate feedback to control systems, allowing for swift actions such as stopping or reversing vehicles. This quick detection is particularly crucial in busy warehouse environments where timely responses can prevent collisions and improve overall operational efficiency.

   Designed for durability and versatility, the Multi-Beam Detection Infrared Beam Light Curtain is built to withstand the rigors of industrial use. Its robust construction protects against dust, moisture, and temperature fluctuations, making it suitable for outdoor applications as well. The system is easy to install and configure, allowing for quick integration into existing safety protocols at warehouse entrances and exits. With its combination of advanced detection technology, rapid response features, and rugged design, this infrared beam light curtain is an essential component for enhancing safety and efficiency in any warehouse operation.

Key features

• 1.Length and Coverage

  • Provides comprehensive coverage with a length of 1.5 meters.
  • Detects objects or people in the path of industrial doors.

• 2. Blanking Function

  • Operates in fade mode to ensure the infrared light does not interfere with the door’s normal descent.
  • If objects or people enter the path while the door is falling, the door will immediately stop or reverse.

• 3. High Safety Standards

  • Designed to meet stringent safety standards.
  • Ensures reliable protection in hazardous industrial environments.

• 4. Multi-beam Detection

  • Utilizes multiple infrared light beams to form an invisible protective screen.
  • The system commands the door to stop or reverse if any beam is interrupted, preventing accidents.

• 5. IP 67 Rating for Extreme Durability

  • Fully potted with protection against water, dust, and humidity.
  • Durable and resistant to failure, capable of withstanding harsh industrial conditions.

• 6. No Sync Cord Required for Easy Installation and Integration

  • Simplifies installation by eliminating the need for synchronization cables.
  • Faster and more straightforward setup reduces labor and installation costs.
  • Minimizes potential points of failure, enhancing overall system reliability.

Application

• 1. Roller shutter doors:
  • Installed on both sides of the rolling door to prevent the door from colliding with any object or person during closing.
  • Advantages: Increased safety, reduced damage and repair costs due to accidental collisions.
• 2. Sliding doors:
  • Used in sliding door systems to detect any obstacles in front of the door and ensure that the door does not cause injury to personnel or equipment as it moves.
  • Advantages:Improves operational efficiency and ensures the safe passage of people and goods.
• 3. Folding doors:
  • Installed on or near the edge of a folding door, detects in real time any object within the door's path of movement.
  • Advantage: Provides reliable protection against injuries caused by the door during folding and unfolding. 
• 4. High Speed Doors:
  • High speed doors are typically used in environments that require frequent opening and closing, such as workshops and warehouses. The privacy grating responds quickly to detect obstacles in front of the door.
  • Benefits: Ensures efficient operation while preventing injury from fast moving doors.
• 5. Cold storage doors:
  • Cold storage doors need to be opened and closed frequently to maintain temperature. An anti-infiltration grating prevents the door from colliding with personnel or handling equipment while closing.
  • Advantage: Protects personnel while avoiding damage to equipment and the door.
• 6. Fire Doors:
  • In an emergency, fire doors need to close quickly. The fire barrier ensures that there are no obstacles in the way of the emergency closing process, ensuring safety and smoothness.
  • Advantage: Provides safety at critical times and ensures that evacuation routes are clear.

Working principle

Infrared beam sensors operate based on the principles of infrared radiation emission, reflection, and reception. The fundamental working principles are outlined as follows:

1. Infrared Emission: The sensor incorporates an infrared emitter that projects an infrared beam.

2. Beam Propagation: The emitted infrared beam travels along a defined path, creating a virtual beam.

3. Target Interaction: If there is a target object along the beam path, it interacts with the infrared light. The target's reflection, absorption, or scattering of the infrared light causes variations.

4. Reflection or Scattering: The sensor includes an infrared receiver designed to capture the reflected or scattered infrared light returning from the target.

5. Signal Processing: The received signal undergoes processing, analyzing features such as signal strength, frequency, or other characteristics to determine the presence, distance, or other relevant information about the target.

6. Output Results: The analyzed results are typically output as electrical or digital signals, triggering corresponding actions, alarms, or data recording.

Conclusion

Blanking gratings in a variety of industrial door applications significantly improve safety and operational efficiency by providing real-time detection and response. Their use not only protects people and equipment, but also reduces maintenance and downtime due to accidental collisions and damage, thereby increasing overall productivity and safety levels.