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2D Laser Scanners RF625 Series

Description

The laser scanners are intended for non-contact measuring and checking of surface profile, dimensions, sorting and sensing of technological objects,… read more

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RF625
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Description

The laser scanners are intended for non-contact measuring and checking of surface profile, dimensions, sorting and sensing of technological objects, 3D models construction.

2D laser scanner RF625. Specification

Range MR, mm SMR, mm EMR, mm Хsmr, mm Xemr, mm Laser Size, mm Weight, g Housing version
40/5-6/7 5 40 45 6 7 Class 2M 30х88х120 400 Compact
35/10-10/12 10 35 45 10 12
55/10-10/11 10 55 65 10 11
30/25-18/26 25 30 55 18 26
65/25-17/23 25 65 90 17 23
55/50-27/45 50 55 105 27 45
90/50-23/35 50 90 140 23 35
75/95-34/67 95 75 170 34 67
60/35-20/30 35 60 95 20 30 Class 2M or 3В 50х98х144 500 Standard
65/65-35/55 65 65 130 35 55
140/110-43/68 110 140 250 43 68
125/200-60/130 200 125 325 60 130
100/250-75/180 250 100 350 75 180
140/250-70/155 250 140 390 70 155
90/10-9/10 10 90 100 9 10 Class 2M 49х84х162 1000 Special
240/20-14/16 20 240 260 14 16 Class 2M 50х98х144 1000
175/250-115/230 250 175 425 115 230 4 W, 808 nm, Class 3B 66х171х235 2000
165/300-130/240 300 165 465 130 240 Class 2M or 3В 48х106х219 1100
240/290-200/320 290 240 530 200 320 Class 2M or 3В 50х125х360 3000
450/650-190/420 650 450 1100 190 420 Class 3B 50х110х300 3000
425/990-330/960 990 425 1415 330 960 Class 3B 48х198х480 2500
540/1400-340/980 1400 540 1940 340 980 Class 3B 48x210х415 3000
Sampling rate and accuracy
Nominal sampling rate 248 profiles/s (standard mode),
491 profiles/s (mode of increased frequency)
Maximal sampling rate 1875 profiles/s
Linearity (measurement error), Z axis ±0.1% of the range
Linearity (measurement error), X axis ±0.2% of the range
Interface
Digital Ethernet IPv4
Analog 4...20 mA or 0...10 V
Synchronization inputs/outputs RS422
Synchronization inputs up to 3 channels
Synchronization outputs up to 2 channels
Power supply 15…30 V
Environment resistance
Enclosure rating IP67
Vibration 20g/10...1000Hz, 6 hours, for each of XYZ axes
Shock 30 g/6 ms
Ambient temperature, °С 0…+40, (-20…+40 for the sensors with in-built heater), (-30…+120 for the sensors with in-built heater and water/air cooling housing).
Note: At ambient temperature below -20, the scanner starts to warm up to -20 after switching on, and then starts to work.
Relative humidity 5-95% (no condensation)
Storage temperature, °С -20…+70
Housing/windows material aluminum/glass

Operation of the scanners is based on the principle of optical triangulation.

Radiation of a semiconductor laser is formed by a lens in a line and projected to an object. Radiation scattered from the object is collected by the lens and directed to a two-dimensional CMOS image sensor. The image of object outline thus formed is analyzed by a signal processor, which calculates the distance to the object (Z-coordinate) for each point of the set along the laser line on the object (X-coordinate). Scanners are characterized by base distance (beginning of the range), SMR, for Z-coordinate, measuring range (MR) for Z-coordinate, measuring range for X-coordinate at the beginning of Z (Xsmr) and measuring range for X-coordinate at the end of Z (Xemr).

High precision noncontact measurements:

  • Profile
  • Dimensions
  • Recognition
  • Control

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