P&F Photoelectric Sensors | Diffuse & Background Suppression
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P&F Photoelectric Sensors: Diffuse & Background Suppression

At IndMALL, we have a wide selection of P&F Photoelectric Sensors that are great for different needs. If you need sensors that are really good at spotting things in detail or ones that are super accurate, we’ve got them. We offer everything from basic photo sensors to more advanced types, like those that work with beams of light passing through.

P&F Photoelectric Sensors

We work in Chennai, Bangalore, Hyderabad, and all over India, and our goal is to give you the best Pepperl Fuchs sensors at prices that are fair. These sensors are excellent at detecting objects and use both red and standard light to do so.

Pepperl Fuchs GLV18-55/115/120

Pepperl Fuchs GLV18-55/115/120

  • Type: Retro-reflective Photoelectric Sensor
  • Sensing Distance: 4 meters
  • Output: PNP
  • Operating voltage: 10 to 30 VDC
  • Light type: Visible Red Light
  • Switching Frequency: 500Hz
  • Electrical connection: 2-meter cable type
Pepperl Fuchs GLV18-8-450/115/120

Pepperl Fuchs GLV18-8-450/115/120

  • Type: Diffuse mode sensor
  • Detection range: 50 … 450 mm
  • Output: 2 PNP
  • Operating voltage: 10 to 30 VDC
  • Light type: Visible Red Light
  • Switching Frequency: 500Hz
  • Connection: 2 m fixed cable
Pepperl + Fuchs<br />
ML100-55/102/115

Pepperl + Fuchs ML100-55/102/115

  • Type: Retroreflective sensor
  • Detection range: 0 … 5 m
  • Output: PNP
  • Operating voltage: 10 to 30 VDC
  • Light type: LED
  • Switching Frequency: 1000 Hz
  • Connection: 2 m fixed cable
Pepperl + Fuchs<br />
ML100-55-103-115a

Pepperl + Fuchs ML100-55-103-115a

  • Type: Retroreflective sensor
  • Detection range: 0 … 5 m
  • Output: PNP
  • Operating voltage: 10 to 30 VDC
  • Light type: LED
  • Switching Frequency: 1000 Hz
  • Connection: M8 connector, 4-pin
P&F ML100-8-1000-RT/103/115

Pepperl Fuchs ML100-8-1000-RT/103/115 

  • Type: Diffuse photoelectric sensor
  • Operating Voltage: 10-30VDC
  • Sensing Distance: 1000mm (1 meter)
  • Output: PNP
  • Light: Visible Red Light
  • Switching Frequency: 1000Hz
  • Electrical Connection: 2-meter cable type
P&F ML100-8-H-350-RT/103/115

P&F ML100-8-H-350-RT/103/115

  • Type: Background Suppression
  • Operating Voltage: 10-30VDC
  • Output: PNP
  • Light: Visible Red Light
  • Switching Frequency: 500 Hz
  • Response time: 1 ms
  • Electrical Connection: 2 m fixed cable
Pepperl Fuchs OBT300-R100-2EP-IO-V31-L

P&F OBT300-R100-2EP-IO-V31-L

  • Type: Triangulation Sensor (BGS)
  • Sensing Distance: 300mm
  • Output: PNP
  • Operating Voltage: 10 to 30VDC
  • Light Type: Visible Red Light
  • Switching Frequency: 1650Hz
  • Electrical Connection: Connector Type
P&F OBP120-R100-2EP-IO-V31-L

P&F OBP120-R100-2EP-IO-V31-L

  • Detection range : 25 … 120 mm
  • Light source: laser diode
  • Light type: modulated visible red light
  • Interface type: IO-Link
  • Switching frequency: 3300 Hz
  • Response time: 125 µs
  • Switching voltage: max. 30 V DC
  • Connection: M8 x 1 connector, 4-pin
P&F RLK31-54/25/31/115

P&F RLK31-54/25/31/115

  • Detection range : 0 … 9000 mm
  • Light source: LEDLight type: red light
  • Operating voltage: 12 … 240 V AC/DC
  • Signal output: Relay
  • Switching type: light-on
  • Switching frequency: 20 Hz
  • Connection: 2 m fixed cable
P&F GLV18-55-G/73/120

P&F GLV18-55-G/73/120

  • Detection Range : 0 … 5 m
  • Light type: red light
  • Operating voltage: 12 … 240 V AC/DC
  • Signal output: PNP
  • Switching type: light/dark on
  • Switching frequency: 1 kHz
  • Connection: 4-pin, M12 x 1 connector
P&F GLV18-55-S/73/120

P&F GLV18-55-S/73/120

  • Detection Range : 0 … 3.5 m
  • Light type: red light
  • Operating voltage: 10 … 30 V DC
  • Signal output: PNP
  • Switching type: light/dark on
  • Switching frequency: 500 Hz
  • Connection: 4-pin, M12 x 1 connector
Pepperl Fuchs ML17-54/115/136

Pepperl + Fuchs ML17-54/115/136

  • Detection Range : 0 … 3.5 m
  • Light type: red light
  • Operating voltage: 10 … 30 V DC
  • Signal output: push-pull
  • Switching type: light/dark on
  • Switching frequency: 500 Hz
  • Connection: 2 m fixed cable
Pepperl Fuchs ML100-55/103/115

Pepperl + Fuchs ML100-55/103/115

  • Sensor Type: Reflective Photo Sensor
  • Sensing distance: 5 meters
  • Output: 1 PNP
  • Operating voltage: 10-30VDC
  • Light color: Red
  • Switching frequency: 1000Hz
  • Connection: Pre-wired with a 2-meter PVC cable
Pepperl + Fuchs ML100-55/95/103

Pepperl + Fuchs ML100-55/95/103

  • Sensor Type: Retroreflective sensor
  • Detection Range: 0 … 5 m
  • Output: 1 PNP
  • Operating voltage: 10-30VDC
  • Light color: Red
  • Switching frequency: 1000Hz
  • Connection: Connector M8 x 1 , 4-pin
Pepperl + Fuchs OBG3500-18GK40-E0

Pepperl + Fuchs OBG3500-18GK40-E0

  • Detection Range: 0 … 3.5 m
  • Output: NPN
  • Operating voltage: 10 … 30 V DC
  • Switching frequency: 500 Hz
  • Connection: 2 m fixed cable, PVC
  • Response time: ≤ 1 ms
Pepperl + Fuchs OBG3500-18GM40-E0

Pepperl + Fuchs OBG3500-18GM40-E0

  • Detection Range: 0 … 3.5 m
  • Output: NPN
  • Operating voltage: 10 … 30 V DC
  • Switching frequency: 500 Hz
  • Connection: 2 m fixed cable
  • Response time: ≤ 1 ms

Our Photoelectric Sensor Related Brands

Frequently Asked Questions

How do you test a photoelectric sensor?

To test a photoelectric sensor, first connect a multimeter in resistance mode. Attach the meter to the sensor’s two leads. Observe resistance changes by covering the sensor. Try it in different light conditions, like turning lights off. An auto-ranging meter is ideal for this, due to varied resistance levels.

Why is the photoelectric effect?

The photoelectric effect happens when light hits a metal surface, causing electrons to be ejected. It’s observed that only specific light frequencies can eject these electrons. This phenomenon reveals how light and matter interact at a fundamental level.

Is photoelectric effect DC or AC?

The photoelectric effect generates a flow of electrons, creating an electrical current. This electron movement results in direct current (DC), not alternating current (AC). It’s a process where light induces a direct flow of electrons in one direction.

For more information or questions about our P&F Photoelectric Sensors please feel free to contact us at IndMALL.