Bulgin Photoelectric Automation Sensors

Bulgin Photoelectric Automation Sensors can detect an object's distance, presence, or absence using a light transmitter and a photoelectric receiver. The slim line sensors feature a simple, secure, and efficient design, achieving a watertight and dustproof seal to any standard M5 interface. The design only requires one sensor per system instead of using other technologies, such as retro-reflective or through beams. The components feature a highly robust casing material of Stainless Steel 316 and can withstand high degrees of physical impact. Bulgin Photoelectric Automation Sensors are a cost-effective and flexible sensing solution for manufacturing automation and industrial automation sensing operations.

Features

  • Simple, secure, and efficient design
  • Only requires one sensor for the system as opposed to using other technologies, such as retro-reflective or through beams
  • Achieves a watertight and dustproof seal to any standard M5 interface
  • Highly robust Stainless Steel 316 casing material
  • Withstands a high degree of physical impact
  • Vibration tested to 10Hz to 50Hz double amplitudes. X. Y. Z. each direction for 2 hours
  • Shock and bump tested to 1000m/s2, X. Y. Z. each direction six times
  • Diffuse reflective sensing method

Applications

  • Positioning of PCB’s on an assembly line
  • Detecting IC’s
  • Detecting wafer cassettes
  • Absence of capacitors in a tray
  • Packaging box detection
  • Product detection
  • Detecting PCB racks

Specifications

  • 40mm sensing range
  • Sealed to IP67
  • Stainless Steel 316 shell
  • Cabled versions with or without connector
  • 2M cable length
  • <0.5ms response time
  • NPN and PNP output
  • Small body, 4.5mm thick
  • 1mm to 40mm detection distance
  • 5.0mm light point diameter at 30mm
  • 12VDC to 24VDC power supply voltage
  • 11mA current consumption
  • 50mA maximum switching load current
  • 35% to 85% ambient humidity
  • -10°C to +50°C operating temperature
Publicado: 2019-02-14 | Atualizado: 2023-07-19