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Capacitive Sensor
Working Principle
Capacitive sensors emit an electrical field from their sensing end.
Any target that disrupts this electrical field can be detected by the sensor.
These sensors rely on capacitive coupling to measure conductive or dielectric materials
Application
• Position or Displacement Detection
• Proximity Sensing
• Fluid Level Sensing
• Humidity Sensing
• Human-Machine Interfaces (HMI)
• Consumer Products
• Robotics and Automation
Description
Shape
Housing Material
Output Way
Output Status
By Sensor Function
• Threaded cylindrical
• Smooth cylindrical
• Rectangular
• Copper
• Plastic
• Stainless stee
• AC/DC 2 wires
• AC 2 wires
• PNP
• NPN
• Relay
• NO/NC optional
• NO
• NC
• R: NO+ NC
✱ Note: Relay output is optional
• IO-Link
• Standard function
• Extended sensing distance
• T1: On-delay function
➢T160:60s
➢T1600:600s
• T2: Off-delay function
➢T260:60s
➢T2600:600s
Connection
• 2m cable
• M12 connector (4 pins)
• Terminal
Anchor 1
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