Wenglor OCP662X0135 Laser Distance Sensor High Precision

These sensors work with a high resolution CMOS line and DSP technology and calculate the distance via an angle measurement. This virtually eliminates switching point differences caused by material, color and brightness. Two independent switching outputs are available, at which two switching thresholds and one on-delay or off-delay time can be set in 10 ms increments. Sensor functions can be activated and values can be output via the RS-232 interface.

Description

These sensors work with a high resolution CMOS line and DSP technology and calculate the distance via an angle measurement. This virtually eliminates switching point differences caused by material, color and brightness. Two independent switching outputs are available, at which two switching thresholds and one on-delay or off-delay time can be set in 10 ms increments. Sensor functions can be activated and values can be output via the RS-232 interface.

Brand

Wenglor

Wenglor

Technology that moves in over three decades of wenglor sensoric. On this interactive journey through time, we researched deep into wenglor’s archives and have tracked the history of the company since the eighties – starting in an attic and growing into a global corporation.

The innovative company for smart sensor and image processing technologies. Many patented product and system solutions are used in countless automated industries worldwide. Constant growth, outstanding products and excellent corporate governance qualify wenglor as a top employer in the SME sector.

Features

  • CMOS line array
  • Highly accurate switching distance
  • Minimal switching hysteresis
  • Switching point independent of material, color and brightness

Applications

In automotive shell construction, body parts such as doors, tailgates or fenders are stacked in load carriers. Robots load and unload these carriers. To enable the robot to grip precisely, a high-precision laser distance sensor mounted on the gripper determines the distance to the first component that is removed. The robot’s lateral approach and gripping process are optimally controlled by the two independent switching outputs. Even on shiny surfaces, the sensor works very precisely with CMOS line images.

High-Precision Laser Distance Sensors

High-precision laser distance sensors work according to the principle of angle measurement, whereby color, shape and object surface do not influence the measurement. Depending on the setting, they can be operated at very high speed or resolution. The measuring range can be selected individually within the sensor’s working range.

Specification

Optical Data

Range 660 mm
Setting Range 60 … 660 mm
Switching Hysteresis  < 1 %
Light Source Laser (red)
Wavelength 655 nm
Service Life (T = +25 °C) 100,000 h
Laser Class (EN 60825-1) 1
Max. Ambient Light 10,000 Lux
Light Spot Diameter see Table 1

Electrical Data

Supply Voltage 10 … 30 V DC
Current Consumption (Ub = 24 V) < 50 mA
Switching Frequency 100 Hz
Response Time  < 5 ms
On-/Off-Delay (RS-232) 0 … 1 s
Temperature Drift < 50 µm/K
Temperature Range -25 … 60 °C
Number of Switching Outputs 2
Switching Output Voltage Drop < 1.5 V
Switching Output/Switching Current 200 mA
Short Circuit Protection yes
Reverse Polarity Protection yes
Teach Mode HT, VT, FT, TP
Baud Rate 9,600 Bd
Protection Class III
FDA Accession Number 1120728-000

Mechanical Data

Setting Method Teach-In
Housing Material Plastic
Degree of Protection IP67
Connection M12 × 1; 4/5-pin

Output

Error Output yes
PNP NO yes
RS-232 with Adapterbox yes
External teach-in input yes

Adjustable parameters

Output Error Output
Push-pull
NPN
PNP
Circuit NC
NC/NO
NO
Other parameters Exposure time
Laser light
Switching hysteresis
Teach-in mode
Off-delay
On-delay