Epoxy Encapsulated Barrel Solid-State Sensor

The Banner BPS1225 Sensor is a solid-state photoelectric sensor that provides reliable vehicle detection in car washes without requiring physical contact. This barrel-mounted sensor is 18 millimeters in diameter and covered in a protective layer of epoxy material. It uses an LED light sensing beam to detect movement as far as 20 meters.

Specifications:

• Input/Output: Solid-state AC switch
  
• Sensing Mode (General): Opposed
  
• Sensing Mode (Detailed): Receiver
  
• Sensing Beam: Infrared LED
  
• Housing Style: Barrel
  
• Barrel Diameter: 18mm
  
• Primary Housing Material: Thermoplastic
  
• Max Sensing Distance: 20 meters
  
• Power Supply/Supply Voltage: 20-250 Volt AC
  
• Number of Pins: 4
  
• Connection: Integral QD
  
• Quick Disconnect Type: 1/2" (Micro)
  
• Operation: Light Operated
  
• Minimum Operating Temperature: -40° Fahrenheit
  
• Maximum Operating Temperature: 158° Fahrenheit
  
• Output Response Time: 16ms ON/8ms OFF
  
• Delay at Power-Up: 100ms
  
• Repeatability: 2000µs
  
• NEMA Rating: NEMA 6P
  
• IP RAting: IP67, IP69
  
• Maximum Operating Relative Humidity: 90 @ 122° Fahrenheit
  
• Lens Material: Polycarbonate
  

Features:

• Washdown Rated
  
• Encapsulated with epoxy
  
• Ecolab Certified

Application Ideas:

• Exit Verification (In-Bay Automatic/Rollover): Verifies that vehicle has exited car wash. Signals dryers to turn off. Prompts entry doors to open and admit next vehicle.
• Teller/Coin Box and Menu Selection (In-Bay Automatic/Rollover): "Wakes up" teller. Doors open when correct code is entered, and previous vehicle has exited bay. Verifies that vehicle has departed coin box area.
• Undercarriage Wash Trigger (In-Bay Automatic/Rollover and Conveyor Tunnel): Detects presence of a vehicle while it is in the undercarriage wash zone. Signals the pumps to start/stop undercarriage wash.
• Anti-Collision (Conveyor Tunnel): Verifies that prior vehicle has exited car wash. Allows conveyor to "eject" car from system to exit the wash.