MTI Instruments Inc. Sensitive Fiber Optic Measurement Sensor MTI-2125R


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Sensitive Fiber Optic Measurement Sensor - MTI-2125R - MTI Instruments Inc.
Albany, NY, USA
Sensitive Fiber Optic Measurement Sensor MTI-2125R
Measure Dynamic Edge Position, Displacement, and Vibration at frequencies up to 500 kHz. The unique fiber optic probe design can accommodate a wide range of target reflectivity or shape, making it ideal for wide variety of applications such as ultrasonic horn vibration or Piezo electric materials studies. Features Random Fiber Distribution- As the probe-to-target distance increases, increasing amounts of light are proportionally captured by the receive fibers. The result is a very sensitive, linear output response (Range 1). A continued increase in probe gap will proportionally reduce the amount of light received, results in a sensitive, linear output response (Range 2) with a large measurement range and standoff distance. Industries & Applications For This Product Industry Measurement Type Applications Semiconductor Positioning Tape Cartridge Movement Power Generation Amplitude Nuclear heat exchanger vibration Research & Development Amplitude Piezoceramic, 1-3 PZT / polymer composite and PVDF film Research & Development Displacement Piezoelectric stack motion
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Technical Specifications

  MTI Instruments Inc.
Product Category Fiber Optic Proximity Sensors
Product Number MTI-2125R
Product Name Sensitive Fiber Optic Measurement Sensor
Operation Distance 0.0060 to 0.1400 inch (0.1520 to 3.56 mm)
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