Philtec Fiber Optic sensors can make displacement measurements inside of mechanisms, machinery and vacuum chambers. To gain access to the measurement locations, Fiber Optic cables may be connectorized for the probe tips to be separated from the electronics. In some complex applications, more than one joint may be required for the installation and removal of the sensor systems. An illustration shows sensor configurations with as many as four parts that have been made and are available for some of Philtec’s sensor products. Contact our application engineering team to see if one of these systems can work for you…sales@philtec.com
Fiber Optic Cable Configurations
By Jerry Philips on July 27, 2023 in connectors, Displacement Sensor, Fiber Optic Vacuum Passthru, Fiberoptic Sensors, FO cables
Search Blog
Recent Posts
Archives
Categories
- 90° Probes
- Aerospace
- Auto Glass Shape Gaging
- connectors
- Cryogenic environments
- cryogenic turbopumps
- Displacement Sensor
- Fiber Optic Vacuum Passthru
- Fiberoptic Sensors
- FO cables
- Fretting Corrosion
- Helicopter Flight test
- High pressure environments
- High Temperature
- Hot Targets
- Liquid Hydrogen
- Liquid Nitrogen
- Liquid Oxygen
- Magnetic Fields
- Measurements in fluids
- Methane
- Miniaturized Sensors
- multiplexing sensors
- Non-Contact Sensing
- Probe Misalignment
- Quality Control
- Quartz Fibers
- Right Angle Probes
- Rotor Dynamics
- space cryogenics
- Space Launch Vehicles
- Space Telescope Lens
- Submerged in fluids
- Target Tilt
- Thread Inspection
- Tribology
- turbine blade tip clearance
- turbine speed probes
- turnkey solution
- Uncategorized
- USB Powered Sensors
- vacuum passthru
- Wireless Sensors