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  • Home
  • Products
    • OPTIONS FOR SENSORS
    • Tips
    • RC Model Analog Options
    • Amplifiers
    • Replaceable Sensor Tips
    • Cables
    • Cable Connector Options
    • D Model Digital Sensor Options
    • D-model
    • Vacuum Passthru Hardware
    • Accessories & Services
  • Configurator
  • Data Sheets
  • Industries & Applications
    • Aerospace
    • Cryogenic
    • Medical & MRI
    • High Pressure
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Glass Shape Gaging

by Jerry Philips | Mar 15, 2017 | Auto Glass Shape Gaging, Fiberoptic Sensors, multiplexing sensors, Non-Contact Sensing, Quality Control

The shape of curved glass windows in automated production lines is typically measured using LVDT contact sensors. When the glass is very thin and light, normal pressure of the LVDT probes tend to move the glass from the holding fixture and corrupt the measurement....
Wireless Sensors for Turbine Blade Tip-to-Casing Cold Clearance Measurements

Wireless Sensors for Turbine Blade Tip-to-Casing Cold Clearance Measurements

by Jerry Philips | Sep 24, 2015 | Fiberoptic Sensors, Non-Contact Sensing, Quality Control, turbine blade tip clearance, Wireless Sensors

Gas and steam turbine manufacturers of fossil power plants have long used hand-held feeler gages to measure turbine blade tip clearances and inspect the roundness of the TBC linings at access ports provided for that purpose. With new construction and at overhaul,...
USB Powered Sensors

USB Powered Sensors

by Jerry Philips | Mar 15, 2015 | Fiberoptic Sensors, Miniaturized Sensors, multiplexing sensors, Non-Contact Sensing, USB Powered Sensors

Introducing our smallest and most powerful digital sensor series with USB output: the MicroDMS series (µDMS). Powered via any standard USB port, or multiplexed via any standard USB hub, this new sensor series boasts a maximum data sample rate of 16,000 samples per...

New Sensor Model for 75 mm Operating Range

by Jerry Philips | Mar 28, 2014 | Fiberoptic Sensors, Non-Contact Sensing

Philtec adds the model D240 sensor having an overall operating range of 75 mm.
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Innovative fiber optic displacement sensing solutions since 1988. Engineered and built with precision in Annapolis, Maryland, USA.

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