• Sensor with large range for anticollision and positioning applications
• High flexibility thanks to adjustable analogue characteristic (Q_A)
• 4 distance positions with 2 switching outputs, adjustable via window function
• Q₁/Q₂ switchable to Q₁/Q₁ as antivalent outputs
• Compact design for an easy integration
• Easy installation and operation via external teach-in
• Clearly visible laser light spot (laser class 1) for a precise alignment and full eye safety
• Laser can be switched off via control line

Distance sensors for all operating ranges

Triangulation for close range

The measurement principle of optical triangulation is suitable for the precise determination of distances at close range. With the help of special receiver optics and a position-sensitive detector (e.g. a photodiode line), the sensor can determine the object distance regardless of its reflectivity (see illustration below). The color and surface properties (e.g. highly reflective) thus have practically no effect on measurement accuracy.

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Time-of-flight for long distances

SensoPart uses time-of-flight technology to measure longer distances (up to 250 m). The sensor emits pulsed laser light that is reflected by the target object. The distance to the object is determined by the time taken between emission and reception of the light. The use of pulsed light provides reliable background suppression and very high immunity to ambient light.

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• Sensor with large range for anticollision and positioning applications
• 4 distance positions with 2 switching outputs, adjustable via window function
• Q2 can be switched to Q1 as antivalent output, e.g. for wire breakage monitoring
• Compact design for an easy integration
• Easy installation and operation via external teach-in
• Clearly visible laser light spot (laser class 1) for a precise alignment and full eye safety

• Measurement range: 0 … 6 m
• Wide detection cone
• 2x2 detection zones
• 1 input
• 2 PNP outputs
• RS485 interface
• Detection zone adjustable externally
• Reliable suppression of foreign objects (girders, pillars)

• Measurement range: 0 … 6 m
• Wide detection cone
• 2x2 detection zones
• 1 input
• 2 PNP outputs
• RS485 interface
• Detection zone adjustable externally
• Reliable suppression of foreign objects (girders, pillars)

• Measurement range: 0 … 6 m
• Wide detection cone
• 2x2 detection zones
• 1 input
• 2 PNP outputs
• RS485 interface
• Detection zone adjustable externally
• Reliable suppression of foreign objects (girders, pillars)

• Measurement range: 0 … 6 m
• Wide detection cone
• 2x2 detection zones
• 1 input
• 2 PNP outputs
• RS485 interface
• Detection zone adjustable externally
• Reliable suppression of foreign objects (girders, pillars)

Distance sensors for all operating ranges

Triangulation for close range

The measurement principle of optical triangulation is suitable for the precise determination of distances at close range. With the help of special receiver optics and a position-sensitive detector (e.g. a photodiode line), the sensor can determine the object distance regardless of its reflectivity (see illustration below). The color and surface properties (e.g. highly reflective) thus have practically no effect on measurement accuracy.

Read more

Time-of-flight for long distances

SensoPart uses time-of-flight technology to measure longer distances (up to 250 m). The sensor emits pulsed laser light that is reflected by the target object. The distance to the object is determined by the time taken between emission and reception of the light. The use of pulsed light provides reliable background suppression and very high immunity to ambient light.

close

Distance sensors for all operating ranges

Triangulation for close range

The measurement principle of optical triangulation is suitable for the precise determination of distances at close range. With the help of special receiver optics and a position-sensitive detector (e.g. a photodiode line), the sensor can determine the object distance regardless of its reflectivity (see illustration below). The color and surface properties (e.g. highly reflective) thus have practically no effect on measurement accuracy.

Read more

Time-of-flight for long distances

SensoPart uses time-of-flight technology to measure longer distances (up to 250 m). The sensor emits pulsed laser light that is reflected by the target object. The distance to the object is determined by the time taken between emission and reception of the light. The use of pulsed light provides reliable background suppression and very high immunity to ambient light.

close

Distance sensors for all operating ranges

Triangulation for close range

The measurement principle of optical triangulation is suitable for the precise determination of distances at close range. With the help of special receiver optics and a position-sensitive detector (e.g. a photodiode line), the sensor can determine the object distance regardless of its reflectivity (see illustration below). The color and surface properties (e.g. highly reflective) thus have practically no effect on measurement accuracy.

Read more

Time-of-flight for long distances

SensoPart uses time-of-flight technology to measure longer distances (up to 250 m). The sensor emits pulsed laser light that is reflected by the target object. The distance to the object is determined by the time taken between emission and reception of the light. The use of pulsed light provides reliable background suppression and very high immunity to ambient light.

close

Distance sensors for all operating ranges

Triangulation for close range

The measurement principle of optical triangulation is suitable for the precise determination of distances at close range. With the help of special receiver optics and a position-sensitive detector (e.g. a photodiode line), the sensor can determine the object distance regardless of its reflectivity (see illustration below). The color and surface properties (e.g. highly reflective) thus have practically no effect on measurement accuracy.

Read more

Time-of-flight for long distances

SensoPart uses time-of-flight technology to measure longer distances (up to 250 m). The sensor emits pulsed laser light that is reflected by the target object. The distance to the object is determined by the time taken between emission and reception of the light. The use of pulsed light provides reliable background suppression and very high immunity to ambient light.

close