by Jerry Philips | Mar 26, 2019 | 90° Probes, Aerospace, Displacement Sensor, Fiberoptic Sensors, High pressure environments, High Temperature, Magnetic Fields, Measurements in fluids, Miniaturized Sensors, Non-Contact Sensing, Right Angle Probes
Special Probes Made To Customer Requirements Send us a sketch or drawing of your application requirements. We’ll make a sensor configuration drawing for your review. Email [email protected]
by Jerry Philips | Jan 3, 2019 | 90° Probes, Displacement Sensor, Fiberoptic Sensors, Helicopter Flight test, High Temperature, Hot Targets, Right Angle Probes
CUSTOMER FEEDBACK “We just got some feedback about the 9 sensors with special configuration and copper sheathing. They are quite satisfied by the sensors, which are well resisting against the 400°C. They have done several tests and measurement campaigns in...
by Jerry Philips | Dec 11, 2018 | Aerospace, Cryogenic environments, cryogenic turbopumps, Fiberoptic Sensors, High pressure environments, Liquid Oxygen, Non-Contact Sensing, space cryogenics, Space Launch Vehicles, Uncategorized
Philtec builds custom displacement sensor systems to meet application requirements, which often include extreme environments. This month we delivered 8 sensors having 200 KHz bandwidth (sensor speed). The probe tips are threaded and connectorized so they may be...
by Jerry Philips | May 4, 2018 | Fiberoptic Sensors, High pressure environments, Non-Contact Sensing
There are three options for sealing the leak path thru the fibers under pressure: 1. Epoxy filled tips 2. Sapphire Windows epoxied into tip counterbores 3. Sapphire Windows brazed into tip counterbores The best solution for an application depends upon several factors...
by Jerry Philips | Feb 23, 2018 | Auto Glass Shape Gaging, Fiberoptic Sensors, Non-Contact Sensing, Quality Control, turnkey solution
Philtec has partnered with the Italian company Technosens to provide the complete turnkey solution for automatic production lines. The method used is to compare a production piece glass shape to the shape of a master frame as shown here. The production line glass is...
by Jerry Philips | Feb 15, 2018 | Fiberoptic Sensors, Non-Contact Sensing, Probe Misalignment, Target Tilt
Sensor probes are to be generally mounted normal (perpendicular) to a target surface. With some applications, such as displacement of a cantilever beam, the target surface rotates as deflects. In other applications, due to installation constraints, the probe can not...
