CDX-L15A Ultra High Accuracy Laser Displacement Sensor
Description
With conventional image sensors, feedback control to the shutter could not keep up with sudden changes in receiving light levels caused by changes in workpiece colors, momentary inabilities to perform measurements would be caused, resulting in response delays. With newly developed ATMOS image sensors, measurements can be performed without the need for feedback control thanks to an industry-first algorithm. Because momentary inabilities to perform measurements and response delays have been eliminated, real-time measurements are now possible.
CDX-L15A Ultra High Accuracy Laser Displacement Sensor
Specifications |
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| Measurement Range: | 110-190mm |
| Measurement Resolution: | 0.25 % |
Features
NDUSTRY FIRST: Direct Ethernet network connectable with built-in web server
World's best linearity: ±0.015 %F.S.
New ATMOS image sensor achieves highly accurate, high-speed, and stable measurements
Revolutionary high-speed shutter enables real-time measurements: sampling periods have been reduced to 12.5 μs, 1/8th of the conventional mode
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Frequently Asked Questions
Yes, the CDX-L15A Ultra High Accuracy Laser Displacement Sensor is direct Ethernet network connectable with a built-in web server.
No, the CDX-L15A Ultra High Accuracy Laser Displacement Sensor should never be used for personnel protection as it does not include the self-checking redundant circuitry necessary for such applications. Please consult distributors about safety products that meet OSHA, ANSI, and IEC standards for personnel protection.
The ATMOS image sensor is a newly developed sensor that achieves highly accurate, high-speed, and stable measurements without the need for feedback control, eliminating momentary inabilities to perform measurements and response delays.
The CDX-L15A Ultra High Accuracy Laser Displacement Sensor has the world's best linearity of ±0.015 %F.S.
The sampling periods for real-time measurements with the CDX-L15A Ultra High Accuracy Laser Displacement Sensor have been reduced to 12.5 μs, 1/8th of the conventional mode.