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Pepperl+Fuchs
267075-100068
Photoelectric Retroreflective Sensor with Polarization Filter for Clear Object Detection, Returns of This Item Must Be Approved by Manufacturer
$188.16$188.16 -
Pepperl+Fuchs
267075-100101
Photoelectric, DC, Thru-Beam (Receiver), LED, 0-12m, 2m Cable with Flying Leads, Returns of This Item Must Be Approved by Manufacturer
$85.12$85.12 -
Pepperl+Fuchs
267075-100103
Photoelectric, DC, Thru-Beam (Receiver), LED, 0-12m, M8 Quick Disconnect with 300mm Cable, Returns of This Item Must Be Approved by Manufacturer
$94.08$94.08 -
Pepperl+Fuchs
267075-100104
Photoelectric, DC, Thru-Beam (Receiver), LED, 0-12m, M12 Quick Disconnect with 300mm Cable
$94.08$94.08 -
Pepperl+Fuchs
267075-100107
Photoelectric, DC, Thru-Beam (Emitter), LED, 0-12m, 2m Cable with Flying Leads, Returns of This Item Must Be Approved by Manufacturer
$70.56$70.56 -
Pepperl+Fuchs
267075-100109
Photoelectric, DC, Thru-Beam (Emitter), LED, 0-12m, M8 Quick Disconnect with 300mm Cable, Returns of This Item Must Be Approved by Manufacturer
$82.88$82.88 -
Pepperl+Fuchs
267075-100110
Photoelectric, DC, Thru-Beam (Emitter), LED, 0-12m, M12 Quick Disconnect with 300mm Cable
$94.08$94.08 -
Pepperl+Fuchs
267075-100112
Photoelectric Thru-Beam Sensor (Emitter), Returns of This Item Must Be Approved by Manufacturer
$82.88$82.88 -
Pepperl+Fuchs
267075-100115
Photoelectric, DC, Thru-Beam (Receiver), Laser, 0-20m, M8 Quick Disconnect with 300mm Cable, Returns of This Item Must Be Approved by Manufacturer
$108.64$108.64 -
Pepperl+Fuchs
267075-100116
Photoelectric, DC, Thru-Beam (Receiver), Laser, 0-20m, M12 Quick Disconnect with 300mm Cable, Returns of This Item Must Be Approved by Manufacturer
$108.64$108.64 -
Pepperl+Fuchs
267075-100117
Photoelectric Thru-Beam Sensor (Receiver), Returns of This Item Must Be Approved by Manufacturer
$98.56$98.56 -
Pepperl+Fuchs
267075-100118
Photoelectric Thru-Beam Sensor (Receiver), Returns of This Item Must Be Approved by Manufacturer
$108.64$108.64
Photoelectric sensors detect the distance, absence or presence of an object. These sensors are great for sensing long distances and detecting most materials.
How Does a Photoelectric Sensor Work?
Generally a photoelectric sensor consists of the following:
- Transmitter - emits the light beam
- Receiver - detects the light beam and converts it to an electrical signal
Photoelectric sensors detect changes in the light beam caused by the presence/absence, movement or properties of an object.
Types of Photoelectric Sensors:
- Through-Beam (Thru-Beam)
- Transmitter and receiver are two separate units that are directly opposite of each other. The sensor detects when an objects breaks the light beam
- Great for long distance detection
- Ideal for conveyors, counting or monitoring door openings
- Retroreflective (Reflective Mode)
- Transmitter and receiver are in one housing; light beam is reflected back by a reflector. Detection is triggered when an object breaks the beam.
- Medium range detection and easier to install than a through beam
- Ideal for package detection and pallet positioning
- Diffuse (Proximity Mode)
- The transmitter and receiver in one housing; the sensor detects light reflected directly off the target object (no reflector needed)
- Best for short range applications
- Ideal for detecting objects on assembly lines, verifying presence or checking fill level
- Specialized Types:
- Background Suppression: Can ignore objects beyond a set distance, focuses close range
- Color or Contrast Sensors: Detects specific colors or contrast differences
- Distance Measuring Sensors: Mesaure the distance to an object
Categories Related to Photoelectric Sensors:
- Stack lights - signal towers visually communicate the data or alerts that the photoelectric sensors are generating
- Smart relays - photoelectric sensors provide input signals which can process the data and control outputs
- Pushbuttons and estops - if your sensor detects a fault, an operator can use a pushbutton to reset the system
- HMIs - HMIs can dispay the data from the photoelectric sensor which allows you to monitor processes