High-speed, High-Accuracy, digital inductive displacement sensors
EX-V series
High Speed Sampling with Linearity Correction
Inductive Displacement Sensor with Sub-micron Resolution and Ultra Fast Sampling Rate
Best-in-its Class Accuracy and High-speed Sampling
The EX-V series combines high-speed sampling with a newly developed linearity correction circuit which results in dramatic performance improvement over conventional eddy current systems.
- Instantaneous changes can be detected reliably.
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The high-speed digital processing circuit allows for accurate detection of real peak (bottom) values that cannot be detected at conventional sampling speeds.
- FLL circuit for high accuracy
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The FLL (Flat Level Linearization) circuit applies the optimal linearization correction for each individual sensor head. You can achieve the measurement with best-in-its class accuracy with simple setting.
High-performance & Simple Setup
High-speed, high-accuracy detection allows for 24-hour monitoring
of facilities and products, preventing defective products from
being produced.
The high-speed, 40,000 samples/second sampling rate will not miss
instantaneous changes. Even high-speed production lines or moving
objects can be measured accurately and efficiently. The EX-V Series
significantly improves the reliability of facility monitoring
system by adding more accurate measurement to the rugged design,
which is virtually unaffected by harsh environments.
- Small and Highly Resistant Sensor Head (Rated IP-67)
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Considering the harsh working environment in most factories, these sensor heads are designed to handle splashing water and oil. In addition, these sensor heads are designed to save space and to allow for easy maintenance.
- Significant Reductions in Cost and labour Hours at the Touch of a Button
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The built-in modes greatly simplify initial setup, saving time and money. There is no need for complicated trigger inputs or timers from a PLC in order to obtain the desired results. With the touch of one button, simply choose from Bottom-Dead-centre, Eccentricity/Vibration, or Thickness/Gap modes depending on your application
- Downloads:
Downloads
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