Posts on this page of our Blog relate to products and information from PHILTEC.
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A previous PHILTEC Application Note “Bending Light“ showed that the light beam emitted from a fiber optic probe can be redirected to a different emission angle by polishing the fibers at an angle to the probe axis. A new customer wanted to measure turbine speed by sensing the passage of 1 mm thick blades. 1-mm thick … Continue reading
Watch the new introductory video released by Philtec that highlights the main features of their sensors, and the industries that the company serves. Philtec Inc. is a manufacturer of custom fiber optic displacement sensor systems. Based in Annapolis, Maryland, Philtec has been providing innovative sensing solutions since 1988. Their sensors are built in the USA and … Continue reading
Smart fiber optic displacement sensors include: Fiber Optic Probe with Optical Transceiver Module (OTM) Datalink Extension Cable Universal Control Module (UCM) Advantages of these smart sensor systems: Remote Control of Analog RC Sensors. UCMs and FO Probes are not matched pairs. Any UCM can be used with any Smart Probe. Long Extension Cables can be … Continue reading
Philtec recently performed calibration tests on their sensors, using different target materials supplied by their customers. Calibrations were made to 4 different metal targets without adjusting the gain output control. Only the SNR control was varied to 3-4 volts max to optimize the signal for each target. The four targets were: Dull Metal: A dull … Continue reading
Philtec produces threaded tips in a variety of lengths and sizes. Some are easy to machine, while others are very difficult. Any diameter thread with a long length is more difficult. Read Philtec Application Note No. 73 to see Philtec’s Table of Standard Minimum Thread Sizes for Sensor Tips. This table shows standard threads with standard lengths … Continue reading
Philtec standard sensor tips are constructed with glass fibers and stainless steel housings. Materials available for more extreme temperature ranges include high temperature epoxy, high temperature adhesive, mechanically bonded fibers, or fused-end quartz fiber. These materials provide different ranges of operation up to 800 °C. (See Philtec Application Note No. 71.) In addition, fiberoptic cable … Continue reading