Inductive sensors are used for reliable detection of metal objects in industrial automation systems.

Inductive Sensor Selection Guide

Choose the right sensor based on your application:

  • Standard Detection – General metal detection for most systems
  • Compact Design – For limited installation space
  • Analog Output – For distance and position measurement
  • Harsh Environments – High/low temperature or high-pressure applications
  • 2-Wire Models – Easy replacement for mechanical limit switches
Inductive Metal-Face Sensors (Stainless Steel)
Inductive Metal-Face Sensors (Stainless Steel)
Miniature Inductive Proximity Sensors (Compact Design)
Miniature Inductive Proximity Sensors (Compact Design)
Low Temperature Inductive Proximity Sensors
Low Temperature Inductive Proximity Sensors
High Temperature Inductive Proximity Sensors
High Temperature Inductive Proximity Sensors

Capacitive sensors are used for reliable detection of non-metal objects such as plastic, liquid, and powder in industrial automation systems.

Capacitive Sensor Selection Guide

Choose the right sensor based on your application:

  • Standard Detection – General detection of non-metal materials
  • Plastic Housing – Suitable for lightweight and cost-effective applications
  • High Temperature – For environments up to 150°C
  • Chemical Resistant – PTFE housing for aggressive environments
Standard Capacitive Sensors (3-Wire)
Standard Capacitive Sensors (3-Wire)
High Temperature Capacitive Sensors
High Temperature Capacitive Sensors
Plastic Housing Capacitive Sensors
Plastic Housing Capacitive Sensors
Chemical Resistant Capacitive Sensors
Chemical Resistant Capacitive Sensors

Photoelectric sensors are used for reliable object detection using light-based technology in industrial automation systems.

  • Diffuse Sensors – Detect objects directly; suitable for short-range applications
  • Retro-Reflective Sensors – Use a reflector for longer sensing distance and stable detection
  • Through-Beam Sensors – Separate transmitter and receiver for maximum reliability and long-range detection

Photoelectric Sensor Selection Guide

Choose the right sensor based on your application:

  • Diffuse Sensors – Direct object detection for short-range applications
  • Retro-Reflective Sensors – Longer sensing distance with stable detection
  • Through-Beam Sensors – Highest reliability for long-range detection
  • Frame / Fork Sensors – Precision detection for small parts and positioning
  • Area Sensors / Light Curtains – Multi-point detection across wider areas

 

Compact Photoelectric Sensors (Cubic Design)
Compact Photoelectric Sensors (Cubic Design)
Frame Light Barriers (Precision Detection)
Frame Light Barriers (Precision Detection)
Fork Light Barriers (Slot Detection)
Fork Light Barriers (Slot Detection)
Area Sensors / Light Curtains (Multi-Point Detection)
Area Sensors / Light Curtains (Multi-Point Detection)

Ring sensors are used to detect objects passing through a sensing area, ideal for wires, cables, and small parts in industrial automation.

Use ring sensors when:

  • Detecting wires, cables, or tubes passing through a fixed point
  • Monitoring small parts in continuous production lines
  • Applications requiring 360° detection around an object
  • Situations where conventional sensors cannot detect consistently
Ring Sensors (Compact & Reliable Design)
Ring Sensors (Compact & Reliable Design)

Electronic buttons are used for reliable control input in industrial systems, offering touch and push operation with visual feedback.
  • Touch and push button options
  • Dual-color LED feedback
  • Suitable for panel and machine integration
Electronic Buttons (Touch & Push Control)
Electronic Buttons (Touch & Push Control)

LED indicators provide clear visual status feedback for machines and control systems in industrial environments.
  • Multi-color status indication
  • Panel and field mounting options
  • Suitable for industrial and food-grade applications
LED Indicators (Multi-Color Status Lights)
LED Indicators (Multi-Color Status Lights)

LED beacons are used for visual alerts and signaling in industrial environments, ensuring clear communication of machine status.
  • Multiple colors and light patterns
  • High visibility for machine status
  • Suitable for industrial signaling applications
LED Beacons (Signal Lights & Alerts)
LED Beacons (Signal Lights & Alerts)
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