Optical distance sensors

Simple and robust

The compact laser distance sensors of this series in a compact metal housing supply reflection-independent distance information. The sensor can be quickly commissioned through teach-in.

• Measurement range from 20 mm to 500 mm
• High accuracy of measurement
• Turnable M12 connector

High-tech at short distance

With the ODSL 9 optical distance sensors, Leuze electronic sets new standards in precision and ease of use. The sensor enables accurate measurements even under difficult conditions, e.g., with glossy objects. The integrated display shows the measurement values and facilitates easy adjustment of the sensor.

• Measurement value display in millimeters on highly visible display
• Adjustment and configuration via a key pad
• Various operating modes (fast, standard, precision)
• Turnable M12 connector

The design for medium distances

Thanks to their metal housing, the sensors of this series are extremely robust. They measure in the ms range and can be used in a variety of different areas. The integrated display shows the measurement values and allows the sensor to be easily adapted to the measurement task.

• Highly visible display
• Measurement value display in millimeters
• Adjustment and configuration via a key pad
• Various operating modes (fast, standard, precision)
• Extensive range of models with various light spots available
• Analog current/voltage output
• Switching outputs adjustable with mm accuracy
• RS 232/485 serial interface
• IO-Link

Maximum precision at long distances

The ODSL 30 measures distances on black objects up to 30 m away and on bright objects as far as 65 m away. The sensor resolution of 1 mm enables highly accurate measurements over the complete measurement range. The integrated display shows the measurement values and allows the sensor to be easily adapted to the measurement task.

• Absolute measurement accuracy +/-2 mm over the entire measuring range
• Distances of 0.2-30 m with a resolution of 0.1mm
• Referencing function for preventing fluctuations in measurement values
• Through automatic adjustment of the exposure time to the intensity of light, independence from the reflectivity properties of the object
• Equipped with a key pad and LCD display
• Current measurement value display
• Measurement result handover with analog output, serial RS 232/485 interface and teachable switching output
• Propagation time measurement between object and sensor using the phase measurement principle