Line Laser Displacement Sensor LPS-8060
The line-laser displacement sensor uses laser triangulation with reflected light to measure dimensions along any object profile, including height difference, width, angle, and radius. It also supports defect detection, external-dimension scanning, and surface-feature tracking. Measurement principle: A laser beam is expanded into a line and projected onto the object surface. Reflected light passes through a high-quality optical system onto an imaging array. Calculations determine the distance between the sensor and the measured surface (Z axis) and positional information along the laser line (X axis). Moving the measured object or the profiler probe produces a set of three-dimensional measurement values.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Data points per profile | 3200 |
| Z-direction linearity (MR field of view) | 0.1%MR |
| X-direction optical resolution | 5.5 μm |
| Z-direction repeatability | 0.5 μm |
| Reference Distance [Measurement range (optional); Range 1 (near)] | 23.5 mm |
| Z-Direction Range [Measurement range (optional); Range 1 (near)] | ±2.5 mm |
| X-Axis Width [Measurement range (optional); Range 1 (near); Near end] | 16.8 mm |
| X-Axis Width [Measurement range (optional); Range 1 (near); Center] | 17.1 mm |
| X-Axis Width [Measurement range (optional); Range 1 (near); Far end] | 17.4 mm |
| Reference Distance [Measurement range (optional); Range 2 (standard)] | 26 mm |
| Z-Direction Range [Measurement range (optional); Range 2 (standard)] | ±2.7 mm |
| X-Axis Width [Measurement range (optional); Range 2 (standard); Near end] | 17.1 mm |
| X-Axis Width [Measurement range (optional); Range 2 (standard); Center] | 17.4 mm |
| X-Axis Width [Measurement range (optional); Range 2 (standard); Far end] | 17.7 mm |
| Reference Distance [Measurement range (optional); Range 3 (far)] | 28.6 mm |
| Z-Direction Range [Measurement range (optional); Range 3 (far)] | ±2.6 mm |
| X-Axis Width [Measurement range (optional); Range 3 (far); Near end] | 17.4 mm |
| X-Axis Width [Measurement range (optional); Range 3 (far); Center] | 17.7 mm |
| X-Axis Width [Measurement range (optional); Range 3 (far); Far end] | 18.0 mm |
| Full-frame speed | 3400 HZ |
| ROI speed | 14500 HZ |
| Laser Wavelength | 405 nm |
| Laser Power | CLASS IIIB |
| Development platform | C\C++\.Net |
| Ingress Protection Rating | IP67 |
Applications
Key Features
Datasheet
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Supplier Information
Related Products
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PMS-L4000 Line Laser Displacement Sensor Application Solution Displacement Gages Pomeas
The POMEAS line-laser displacement sensor uses advanced technology for a wide range of applications. It offers high precision and simultaneously measures multiple dimensions on a single profile.
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SFS-D8012 Displacement Gages Pomeas
Measurement Range: 1 mm Working Distance: 12 mm Numerical Aperture: 0.49
The POMEAS SFS-D8012 chromatic-confocal displacement sensor offers higher accuracy than traditional triangulation ranging sensors and provides stable, consistent results when measuring different materials or surface geometries.
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SFS-D8020 Displacement Gages Pomeas
Measurement Range: 1.6 mm Working Distance: 20 mm Numerical Aperture: 0.56
The POMEAS PMS-8020 chromatic-confocal displacement sensor offers higher accuracy than traditional triangulation ranging sensors and provides stable, consistent results when measuring different materials or surface geometries.
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SFS-D8022 Displacement Gages Pomeas
Measurement Range: 2 mm Working Distance: 22 mm Numerical Aperture: 0.27
The POMEAS PMS-8022 chromatic-confocal displacement sensor offers higher accuracy than traditional triangulation ranging sensors and provides stable, consistent results when measuring different materials or surface geometries.
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PS-3219 wireless integrated displacement sensor Displacement Gages Brolight
Measurement Range: 0.15 - 4 meters Resolution: 1mm Maximum sampling rate: 250 Hz
The PS-3219 wireless integrated displacement sensor uses ultrasound to measure position, velocity, and acceleration of objects 15 centimeters to 4.0 meters from the sensor. Bluetooth and USB connectivity make it easy for students to take turns measuring their distance from the sensor while the class watches their motion graphed in real time. Without interfering cables, handheld or ceiling-mounted use further expands investigations. The wireless motion sensor uses echolocation similar to dolphins or bats. It emits ultrasonic pulses, then listens for characteristic echoes reflected from an object's surface. Distance is calculated from the time between pulse emission and echo reception together with sound speed. Velocity and acceleration are derived algorithmically through numerical methods. This balanced numerical differentiation reduces noise while minimizing smoothing of high-frequency peaks.
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