Leuze Photoelectric Sensor | Through Beam & Diffuse Sensor https://www.googletagmanager.com/gtag/js?id=AW-11114891143
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Leuze Photo Sensor

Leuze Photoelectric Sensor: Through Beam & Diffuse Sensor

Find the advanced efficiency of Leuze Photoelectric Sensors at IndMALL. Our range includes diffuse sensors, through-beam sensors, and retro-reflective sensors, each designed to meet diverse industrial needs.

Great for precision and reliability, Leuze Electronic Photoelectric Sensors are a smart choice for various applications. With competitive pricing and a commitment to quality, IndMALL Automation is your trusted source for integrating Leuze’s innovative technology into your operations. Explore the possibilities and enhance your systems with our top-notch sensors.

Leuze LS3CL1/X-M8.3

LS3CL1/X-M8.3 | 50148358

  • Part no.: 50148358
  • Series: 3C
  • Operating principle: Throughbeam
  • Operating range: 0 … 5 m
  • Light source: Laser, Red
  • Type of connection: Connector
Leuze LS25CI.XR1/XX

LS25CI.XR1/XX | 50147917

  • Part no.: 50147917
  • Series: 25C
  • Operating principle: Throughbeam
  • Operating range: 0 … 180 m
  • Light source: LED, Infrared
  • Type of connection: Cable
Leuze LS25CI.XR1/XX-M12

LS25CI.XR1/XX-M12 | 50147915

  • Part no.: 50147915
  • Series: 25C
  • Operating principle: Throughbeam
  • Operating range: 0 … 180 m
  • Light source: LED, Infrared
  • Type of connection: Connector
Leuze LE36.1/4

LE36.1/4 | 50147138

  • Part no.: 50147138
  • Series: 36
  • Operating principle: Throughbeam
  • Operating range: 0.5 … 80 m
  • Switching element: Transistor, PNP
  • Type of connection: Cable
Leuze LE5B/P.Y1

LE5B/P.Y1 | 50145236

  • Part no.: 50145236
  • Series: 5B
  • Operating principle: Throughbeam
  • Operating range: 0 … 10 m
  • Number of conductors: 3 -wire
  • Type of connection: Cable
Leuze LE5B/2X-M8

LE5B/2X-M8 | 50145232

  • Part no.: 50145232
  • Series: 5B
  • Operating principle: Throughbeam
  • Operating range: 0 … 10 m
  • Switching frequency: 900 Hz
  • Type of connection: Connector
Leuze PRK5/4X-M8

PRK5/4X-M8 | 50132598

  • Part no.: 50132598
  • Series: 5
  • Operating principle: Reflection
  • Operating range: 0.02 … 4.5 m
  • Light source: LED, Red
  • Type of connection: Connector
Leuze PRK5/4X-M8

PRK5/4X-M8 | 50132598

  • Part no.: 50132598
  • Series: 5
  • Operating principle: Reflection
  • Operating range: 0.02 … 4.5 m
  • Light source: LED, Red
  • Type of connection: Connector
Leuze SET PRK5B/4+TKS 40x60.A

SET PRK5B/4+TKS 40×60.A | 50150693

  • Part no.: 50150693
  • Series: 5B
  • Operating principle: Reflection
  • Operating range: 0.02 … 2.8 m
  • Light source: LED, Red
  • Type of connection: Cable
Leuze PRK53CL1.A3/LT-M8

PRK53CL1.A3/LT-M8 | 50150672

  • Part no.: 50150672
  • Series: 53C
  • Operating principle: Reflection
  • Operating range: 0 … 2 m
  • Light source: Laser, Red
  • Type of connection: Connector
Leuze PRK5B.M1/4

PRK5B.M1/4 | 50149298

  • Part no.: 50149298
  • Series: 5B
  • Operating principle: Reflection
  • Operating range: 0.03 … 4.5 m
  • Light source: LED, Red
  • Type of connection: Cable
Leuze PRK55C.TT3/LG-M8

PRK55C.TT3/LG-M8 | 50148194

  • Part no.: 50148194
  • Series: 55C
  • Operating principle: Reflection
  • Operating range: 0 … 3 m
  • Light source: LED, Red
  • Type of connection: Connector
Leuze PRK53CL1.XT3/LG-M8

PRK53CL1.XT3/LG-M8 | 50148165

  • Part no.: 50148165
  • Series: 53C
  • Operating principle: Reflection
  • Operating range: 0 … 0.4 m
  • Light source: Laser, Red
  • Type of connection: Connector
Leuze HT25CI-450F.HF/4P-410-M12

HT25CI-450F.HF/4P-410-M12 | 50150729

  • Part no.: 50150729
  • Series: 25C
  • Operating principle: Diffuse reflection
  • Operating range: 0 … 1.3 m
  • Light source: LED, Infrared
  • Type of connection: Cable with connector
Leuze HT3C.XL/4P-M8

HT3C.XL/4P-M8 | 50129383

  • Part no.: 50129383
  • Series: 3C
  • Operating principle: Diffuse reflection
  • Switching element: Transistor, PNP
  • Light source: LED, Red
  • Type of connection: Connector
Leuze ODT25B/L6.32-2500,200-S12

ODT25B/L6.32-2500,200-S12 | 50149096

  • Part no.: 50149096
  • Series: 25B
  • Operating principle: Distance diffuse
  • Operating range: 0.05 … 2.5 m
  • Light source: LED, Infrared
  • Type of connection: Cable with connector
Leuze DRT25C.3/PX-M12

DRT25C.3/PX-M12 | 50149755

  • Part no.: 50149755
  • Series: 25C
  • Operating principle: Reference teach on background
  • Operating range: 0.05 … 0.2 m
  • Light source: LED, Red
  • Type of connection: Connector
Leuze ODT55C.S3/L6-M8

ODT55C.S3/L6-M8 | 50148213

  • Part no.: 50148213
  • Series: 55C
  • Operating principle: Distance diffuse sensor
  • Operating range: 0.01 … 0.08 m
  • Light source: LED, Red
  • Type of connection: Connector
Leuze HT55C/LG-200-M12

HT55C/LG-200-M12 | 50148203

  • Part no.: 50148203
  • Series: 55C
  • Operating principle: Diffuse reflection
  • Switching element: Transistor, Push-pull
  • Light source: LED, Red
  • Type of connection: Cable with connector

Frequently Asked Questions

What is a photoelectric sensor used for?

Photoelectric sensors use visible or infrared light to detect objects and measure distances. They’re essential in safety systems and industrial automation processes. These sensors ensure precision and reliability, enhancing operational efficiency across diverse industries and applications.

What is the range of a photoelectric sensor?

The range of a photoelectric sensor typically varies from a few millimeters to over 100 meters, influenced by the sensor’s design and the environment’s conditions. This versatility enables their use across diverse applications.

What is the output of a photoelectric sensor?

Photoelectric sensors typically yield either digital or analog outputs. Digital outputs can be on/off, often in PNP (source output) or NPN (sink output) three-wire configurations. These options facilitate various application needs.

What is the difference between laser and photoelectric sensor?

While both detect objects, laser sensors offer higher precision and longer ranges, but at a higher cost. Photoelectric sensors, on the other hand, provide cost-effective solutions for short to medium-range applications.

What is the working principle of a photo sensor?

A photo sensor works on the principle of the photoelectric effect, emitting light and detecting changes in returned light, thus identifying object presence, absence, or distance.

If you need more details or have any inquiries about our Leuze Photoelectric Sensor kindly Contact us – IndMALL