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Leuze Laser Distance Sensor

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Leuze Laser Distance Sensor: Optical Distance Sensor

IndMALL Automation, (Challaturu Engineering And Automation Pvt Ltd) offers a range of Leuze Laser Distance Sensor. These compact, high-precision devices are perfect for gauging distances, levels, and positions. With laser or LED technology, the Leuze optical distance sensor can measure with accuracy across varied materials and long ranges.

Explore our selection in Chennai, Coimbatore, Hyderabad, Bangalore, Pondicherry, and Pan India to find the ideal Leuze distance sensor for your requirements, all priced competitively. Visit us today to discover the best in distance sensing technology.

Leuze Laser Distance Sensor

Leuze Laser Distance Sensor: AMS 100i Series

  • Operating Range: 0.1 – 120 m
  • Accuracy: ± 2 m; Repeatability (3 Sigma): 0.6 mm
  • Light Spot Diameter: ≤80 mm
  • Max. Traverse Rate: ≤10 m/s
  • Supply Voltage: 18 – 30 V DC
  • Current Consumption: 250 mA without heating / 500 mA with heating
  • Laser: Diode, red light, wavelength 655 nm
Leuze Laser Distance Sensors

Leuze Laser Distance Sensors: AMS 300i Series

  • Operating Range: 0.2 – 300 m
  • Accuracy: ±5 mm (±2 mm up to 200 m)
  • Repeatability (3 Sigma): 1.5 mm
  • Light Spot Diameter: ≤220 mm; Max. Traverse Rate: ≤10 m / s
  • Supply Voltage: 18 – 30 V DC
  • Current Consumption: 250 mA without heating / 500 mA with heating
  • Laser: Laser diode, red light, wavelength 650 – 690 nm
Leuze Distance Sensor

Leuze Distance Sensor: ODS 10 Series

  • Light Source: Red laser, Class 1
  • Spot Size: 25×25 mm at 25m
  • Range: 100 to 25,000 mm with reflective tape
  • Resolution: 1 mm; Accuracy: 25 mm
  • Outputs: 1 analog, 1 digital (configurable)
  • Connection: M12 connector, 200 mm cable
  • Dimensions: 25x65x55 mm
Leuze Distance Sensors

Leuze Distance Sensors: ODSL 30 Series

  • Light Source: Laser, Red.
  • Light Spot Size: 6 mm at 10,000 mm distance.
  • Measurement Range: 200 – 30,000 mm (6-90% reflection), 200 – 65,000 mm (90% reflection).
  • Reproducibility: 2 mm; Supply Voltage: 10 – 30 V DC.
  • Digital Inputs/Outputs: 2 each, programmable.
  • Response Time: 30 – 100 ms; Connection: RS 232, M12 connector, 8-pin.
  • Dimensions: 79 x 69 x 150 mm.
Leuze Optical Distance Sensors

Leuze Optical Distance Sensors: ODSIL 96 Series

  • Light Source: Infrared Laser, Class 1.
  • Measurement Range: 300 – 10,000 mm, Accuracy: 0.5%.
  • Resolution: 3.0 mm, Repeatability: 5 mm.
  • Measurement Principle: Time of flight.
  • Supply Voltage: 18 – 30 V DC, IO-Link V1.0.1.
  • Housing: Diecast zinc, Dimensions: 30 x 90 x 70 mm, Weight: 380 g.
  • Operational Temp: -20 – 50 °C (operation), -30 – 70 °C (storage).
Leuze Optical Distance Sensor

Leuze Optical Distance Sensor: ODS 110 Series

  • Light Source: Red Laser, Class 1.
  • Spot Size: 5.5 x 7 mm at 5m.
  • Range: 60 – 3,000 mm (6-90% reflection), 60 – 5,000 mm (90%).
  • Resolution: 1 mm, Linearity: ±30 mm.
  • Voltage: 18 – 30 V DC, IO-Link V1.1.
  • Outputs: 1 teach, 1 digital (2 via IO-Link).
  • Connection: M12, 4-pin, 90° turn.
Optical Distance Sensors Leuze

Optical Distance Sensors Leuze: ODSL 8 Series

  • Light Source: Red Laser, Class 2.
  • Measurement Range: 20 – 500 mm.
  • Resolution: 0.1 – 0.5 mm.
  • Accuracy: 2% (short), 4% (distant).
  • Voltage: 18 – 30 V DC.
  • Outputs: 1 analog, 2 digital.
  • Connection: M12, 5-pin, 90°.
Laser Distance Sensor Leuze

Laser Distance Sensor Leuze: ODS 9 Series

  • Inputs: Activation, Deactivation, Teach.
  • Light Source: Red Laser, Class 1.
  • Spot Size: 1 mm at 650 mm distance.
  • Range: 50 – 650 mm, Resolution: 0.1 mm, Accuracy: 0.5%.
  • Voltage: 18 – 30 V DC, IO-Link V1.1.
  • Outputs: 1 analog, 1 digital, configurable.
  • Connection: M12, 5-pin, 90° turn.
  • Housing: Plastic, 21 x 50 x 50 mm, Weight: 50 g

Product List:

Model No Image Dimension (W x H x L) Thread size Light source Light spot size [at sensor distance] Type of connection No. of Pins
AMS-307i 120 AMS-307i 120 84 mm x 166.5 mm x 159 mm M12 Laser, Red 100 mm [120,000 mm] Connector 5 – pin
ODS9L1.8-LAK-650-M12 ODS9L1.8-LAK-650-M12 21 mm x 50 mm x 50 mm M12 Laser, Red 1 mm [650 mm] Cable with connector 5 – pin
ODS10L1-25M.8/LAK,200-M12 ODS10L1-25M.8/LAK,200-M12 25 mm x 65 mm x 55 mm M12 Laser, Red – Cable with connector 5 – pin
ODS110L1.3/LTX-M12 ODS110L1.3/LTX-M12 23 mm x 50 mm x 50 mm M12 Laser, Red 5.5 mm x 7 mm [5,000 mm] Connector, Turning, 90° 4-pin

Leuze Laser Sensors deliver pinpoint accuracy in distance measurements for industrial automation contexts. These sensors are versatile, covering both short and extended measurement ranges. With their factory-configured analog output, they offer both consistency and reliability in measurement results.

Utilizing optical data transmission for data transfer, the Leuze Laser Distance Sensor guarantees top-tier and dependable performance. Their design, which incorporates network and connectivity technology, makes it seamless to incorporate them into various automation systems.

Produced under stringent quality and environmental controls, these sensors not only provide consistent results but also have a minimal ecological footprint. This makes them perfectly suited for diverse applications, such as robotics, material management, and quality assurance.

Frequently Asked Questions

How do Optical Distance Sensors Work?

Optical Distance Sensors

Using Light:

Optical distance sensors use light to measure distance. They send out a beam of light towards an object.

Receiving Reflected Light:

The light hits the object and bounces back. The sensor then detects this reflected light.

Measuring Distance:

The sensor looks at how long the light took to return. This time tells the distance to the object.

Simply put, these sensors “shine a light” and measure its “bounce back”. The bounce-back time shows the distance.

What is the Principle of Laser Distance Sensor?

Principle of Laser Distance Sensor

Sending a Beam:

A laser distance sensor emits a laser beam. This beam travels towards an object.

Reflecting the Beam:

The laser light hits the object. Then, it reflects or bounces back to the sensor.

Calculating Distance:

The sensor measures the beam’s travel time. This time helps find out the distance.

In short, the sensor sends laser light, waits for its return, and then figures out the distance.

What are the Different Types of Laser Distance Sensor?

Types of Laser Distance Sensor

Time-of-Flight (ToF):

This sensor measures the time laser light takes to bounce back. Longer time means greater distance.

Phase-Shift:

This type checks how the returning light wave has changed or shifted. The shift indicates the distance.

Triangulation:

Here, the laser point’s position on a detector tells the distance. It uses angles to figure this out.

To sum up, laser sensors use time, wave shifts, or angles. Each type has its own way of measuring distance.

How do Laser Sensors Detect Distance?

Emitting Light:

Laser sensors send out a beam of light. This light travels straight towards an object.

Receiving Reflected Light:

The light touches the object and comes back. The sensor catches this returning light.

Measuring Time or Angle:

To find the distance, the sensor checks the light’s return time or its angle. This information gives the object’s distance.

Simply, the sensor watches how light returns. From this, it learns how far away an object is.

Get the best prices for a Leuze Fiber Optic Sensors.