L-LAS-LT
L-LAS-LT laser triangulation sensors measure the distance and thickness of objects without contact; short-range types resolve typically 1 µm.
The L-LAS-LT series works on the laser triangulation principle: a red laser spot or line is projected onto the object, and the distance is calculated from where the reflected light falls on a line detector. Depending on the type, the measuring range extends from a few millimetres to about 1.7 metres; the shortest-range types resolve typically 1 µm.
For thickness measurement, two sensors are mounted opposite each other in a master/slave arrangement, and a controller integrated in the master evaluates both signals. A special version is available for transparent objects such as flat glass, foils and wafers. The Slim Line (L-LAS-LT-SL) types, with reference distances from 32.5 mm to 600 mm and a spot (-P) or line (-L) laser, fit tight spaces.
Key features
- Measuring principle: laser triangulation, red semiconductor laser (670 nm)
- Measuring range from typically 4 mm to 1700 mm depending on type; resolution from typically 1 µm
- Analogue output 0–10 V or 4–20 mA; tolerance monitoring via 3 digital outputs; external trigger and teach inputs
- Scan frequency 200 Hz, 600 Hz on HS types, 2 kHz on SL types
- RS232 interface, L-LAS-LT-Scope Windows software
- Black anodised aluminium housing; optics IP67, electronics IP54
Applications
Technical details
- Laser wavelength
- 670 nm
- Laser class (by type)
- 1 / 2
- Measuring range (typical, by type)
- 4 – 1700 mm
- Best resolution
- 1 µm
- Analogue output
- 0–10 V / 4–20 mA
- Enclosure rating (optics / electronics)
- IP67 / IP54
Product information is compiled from the manufacturers' published documents and is for guidance only. Contact us for model selection, current specifications and pricing.
Other series in this group
L-LAS-TB / L-LAS-RL / L-LAS-CAM
L-LAS line sensors evaluate transmitted or reflected light on a line detector to measure the edge, position and width of objects precisely.
A-LAS / A-LAS-N
A-LAS analogue laser light barriers measure, position and detect objects from 0.01 mm with a parallel laser beam of homogeneous intensity.
Let us assess your application together
We test your sample in our laboratory and report on resolution, optics and lighting selection.