Highest-in-class^* Repeat Accuracy and Sampling Period are achieved by originally developed ultra-sensitive C-MOS image sensor.
These features contribute quality improvement and faster operation of production lines in a broad range of manufacturing.

CD2H Series is the C-MOS Laser Displacement Sensor that achieves the Fastest-in-class Repeat Accuracy of 0.25 μm and Sampling Period up to 133.3 μs.
The long-range models that are capable to measure in a distance up to 1,200 mm can be used in a wide range of application, such as measurement of a sheet-roll diameter and stack height.
The OLED display and IO-Link are supported as standard.
These are high-performance displacement sensors that support measurement requirements for high accuracy.
*Among laser displacement sensors with the repeat accuracy of 1μm
(Investigated by OPTEX FA in November 2021)

Reasons for first-in-class performance

Equipped with the ATMOS image sensor

• The Best-in-class preformation is achieved by the ultra-sensitive ATMOS image sensor that was originally developed for the most advanced displacement sensor, CDX Series.
  

  ATMOS: Auto Tuning C-MOS

  

• 

• Only in the
  industry
Feedback-free high-speed shutter

The unique algorithm realizes measurement without feedback process.
Real-time measurement is realized, as momentary errors of measurement and delay in response are eliminated.

•  Stable detection even on metal objects
         with glossy surface - ATMOS

  

•  Stable detection even on black objects
         - ATMOS

  

Fastest-in-class* repeat accuracy

Reliable detection is possible even in 1 μm steps.

Fastest-in-class Sampling Period*

Highest-in-class Linearity*

This is especially effective for measurement in a long distance or wide range.

Easy-to-read OLED display

• Improved
  visibility
• Improved
  operability
Menu texts can be displayed in 7 languages.
Display of measurement values can be selected among 3 modes of relative value, analog output value and bar graph.
Maintenance data such as internal temperature and total operating time can be also displayed for predictive maintenance.

 OLED display can display various measurement values and languages

Waveform of received light can be displayed

• First in
  industry*
Monitoring of waveform helps to check amounts of received light and an installation angle.
The masking function of unwanted ambient light is also available to reduce such interference.

 Waveform of received light can be displayed on the sensor itself

Wide lineup of measurement ranges

Narrow measurement ranges of displacement sensors have required to adjust installation or model of the sensors to measure the distance to objects.
CD2H-700 with the longest distance of measurement range of 700±500 mm reduces work and time of setup changes.