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- Extremely high resolution, to 1Å.
- Signal-to-noise ratio: 1 PPM.
- Precision of 0.1% of full scale, using computer
correction.
- Small size for efficient system integration:
2 channels in less than 5.5 cubic inches (91 cc).
- Flexible packaging and performance.
- Multiple configurations available: 9000 single
channel, 9200 dual or balanced differential operation, and
three and four channel models.
- Wide range of sensor options.
- Low power consumption: less than 40 mW per
channel.
Kaman's SMU-9000/9200 systems use proven
inductive (eddy current) technology to measure position without
contacting the target. These systems are ideal for applications
requiring high resolution, including precision machining and
grinding, spindle axial runout, mirror alignment, optical
stage positioning, metrology measurements, and others.
The SMU-9000/9200 systems are based on Kaman's
proprietary Pulse Width Modulated electronics, incorporating
the latest surface-mount components with printed circuit board
designs. Combined with their proven eddy current sensors recognized
worldwide for high reliability and outstanding quality, they
provide a simple, small, stable, and highly-reliable measurement
tool with extraordinarily low noise for your most demanding
application.
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