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A measurement value recorder that uses laser technology to convert the physical measured value into an analogue electrical output is known as a laser sensor.
Thus, contactless measurement is the laser sensor’s primary design goal. The triangulation principle underlies the operation of the laser sensor.
The Global Laser thru-beam sensor market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Thru-beam sensor GD18/GV18/115/120 from Pepperl+Fuchs
Thru-beam sensor with a 20 m detection range, M18 threaded housing design, plastic housing, front optical face, DC version, two PNP outputs, and fixed cable Short M18 plastic housing with an effective line for use in common applications, great detecting range, four LEDs to indicate visibility in all directions, DC voltage version with front optical face.
The emitter and receiver of the thru-beam sensor are housed in physically separate housings. Direct signal transmission from the emitter to the receiver.
The switching function is activated when an object blocks the light beam. The sensors have mounting rings or nuts and an M18 x 1 threaded housing design.
A straightforward 18 mm hole can be used to mount the sensors directly, or a mounting bracket can be used instead.
LA31/LK31/25/31/115 Thru-Beam sensor
A through-beam sensor with a detection range of 30 metres, an on-going red light, an AC/DC version, and a fixed cable cost-efficient series for common chores, large building and modest homes, high-contrast LED, Version with relay output and universal voltages.
