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optoNCDT 2200: Compact laser displacement sensor
optoNCDT 2200 is the new benchmark for optical laser displacement sensors. Faster, more accurate and with higher performance and with a significantly smaller overall size, this sensor surpasses the previous series optoNCDT 2000. optoNCDT 2200 operates according to the triangulation principle.
High precision measurement against different surfaces is guaranteed by MICRO-EPSILON´s unique real-time surface compensation. The signal is processed digitally in the controller and both analogue and digital outputs are provided.
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Special characteristics:
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CCD-Technology
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real-time surface compensation
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excellent linearity
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| Overview |
Measuring range |
Resolution |
Linearity |
Frequency response |
| optoNCDT 1300 |
20 ... 200 mm |
0,02 % FSO |
<± 0,2 % FSO |
500 Hz |
| optoNCDT 1401 |
5 ... 250 mm |
0,01 % FSO |
<± 0,2 % FSO |
1 kHz |
| optoNCDT 1607 |
0,5 ... 200 mm |
0,03 % FSO |
<± 0,2 % FSO |
37 kHz |
| optoNCDT 1700 |
2 … 750 mm |
0,005 % FSO |
<± 0,08 % FSO |
2,5 kHz |
| optoNCDT 2200 |
2 ... 200 mm |
0,0015 % FSO |
<± 0,03 % FSO |
10 kHz |
| optoNCDT 2220 |
2 ... 200 mm |
0,0015 % FSO |
<± 0,03 % FSO |
20 kHz |
| optoNCDT 2401 |
0,12 … 25 mm |
0,004 % FSO |
<± 0,05 % FSO |
2 kHz |
| optoNCDT ILR |
0,2 - 250 m |
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± 10 mm |
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FSO = full scale output
Downloads for laser sensors
| Product |
Data sheet |
Manual |
Software |
CAD |
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