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D64, Analog Output Reflectance Dependent Fiberoptic Displacement Sensor

The D64 transducers are based upon detecting the intensity of reflected light. These are commonly used in applications where the target reflectivity stays constant. Analog sensors are fast responding units ideal for relative motion measurements.
D64, Analog Output Reflectance Dependent Fiberoptic Displacement Sensor
D64, Analog Output Reflectance Dependent Fiberoptic Displacement Sensor
D64-BC1E1H1T7 Pressurized Liquid Oxygen Sensors
Features:
  • Fiberoptic
  • Reflectance Dependent Output
  • Near Side & Far Side Functions
  • 300 Stainless Steel Probe Tip
  • Tip Outer Diameter: 3.18 mm
  • Target Spot Size: 1.60 mm
  • 0.9 m Fiberoptic Cable
  • Available in 100 Hz, 20 kHz or 200 kHz Bandwidth
Manufacturer:  Philtec
Quote
Datasheet
Specifications
Applications
Models & Accessories
Downloads
Similar Products
D64 - Specifications
TypeFiberoptic
Full Scale0.3 mm
6 mm
Output0 - 5 V DC
Non-LinearityNon-Linear
Resolution0.00004 mm
0.001 mm
Excitation12 - 24 V DC
Min Temperature-55 °C
Max Temperature175 °C
D64 - Applications

The D64 probes are used for operation in vacuum, high pressure or cryogenic fluids. The Fiber Optic cables are connectorized to enable separation of the probes from the amplifiers. The cables have extra long lengths.

The example below is used as a speed probe, model D64-BC1E1H1T7, with 200 kHz bandwidth.

 

Aerospace and Outer Space applications examples, where a wide variety of Philtec Fiberoptic
Sensors are for the Measurement of Distance, Displacement and Vibration 

NASA Space Shuttle                                                                 Airbus A380                                                           Rocket Engines   

Space Telescope measurements for the Hubble, Euclid and James Webb Telescopes.

 

D64 - Models & Accessories
Models
D64-DC-100Hz100 Hz Bandwidth
D64-DC-20kHz20 kHz Bandwidth
D64-DC-200kHz200 kHz Bandwidth
D64-BC1E1H1T7Special with 200kHz bandwidth
D64 - Downloads
D64 - Similar Products
  • Fiberoptic
  • Reflectance Dependent Output
  • Near Side & Far Side Functions
  • 300 Stainless Steel Probe Tip
  • Tip Outer Diameter: 3.18 mm
  • Target Spot Size: 2.54 mm
  • 0.9 m Fiberoptic Cable
  • Available in 100 Hz, 20 kHz or 200 kHz Bandwidth
Type
Fiberoptic
Full Scale
0.4 mm,
10 mm
Output
0 - 5 V DC
Non-Linearity
Non-Linear
Resolution
0.00004 mm,
0.0019 mm
Excitation
12 - 24 V DC
  • Fiberoptic
  • Reflectance Dependent Output
  • Near Side & Far Side Functions
  • 300 Stainless Steel Probe Tip
  • Tip Outer Diameter: 3.96 mm
  • Target Spot Size: 3.18 mm
  • 0.9 m Fiberoptic Cable
  • Available in 100 Hz, 20 kHz or 200 kHz Bandwidth
Type
Fiberoptic
Full Scale
0.4 mm,
15 mm
Output
0 - 5 V DC
Non-Linearity
Non-Linear
Resolution
0.00004 mm,
0.0024 mm
Excitation
12 - 24 V DC
  • Fiberoptic
  • Reflectance Dependent Output
  • Near Side & Far Side Functions
  • 300 Stainless Steel Probe Tip
  • Tip Outer Diameter: 4.75 mm
  • Target Spot Size: 4.29 mm
  • 0.9 m Fiberoptic Cable
  • Available in 100 Hz, 20 kHz or 200 kHz Bandwidth
Type
Fiberoptic
Full Scale
0.65 mm,
20 mm
Output
0 - 5 V DC
Non-Linearity
Non-Linear
Resolution
0.00004 mm,
0.0035 mm
Excitation
12 - 24 V DC
  • Fiberoptic
  • Reflectance Compensated Output
  • 300 Stainless Steel Probe Tip
  • Tip Outer Diameter: 7.925 mm
  • Target Spot Size: 4.83 x 4.75 mm
  • 0.9 m Fiberoptic Cable
  • Available in 100 Hz, 20 kHz or 200 kHz Bandwidth
Type
Fiberoptic
Full Scale
1.3 mm
Output
0 - 5 V DC
Non-Linearity
Non-Linear
Resolution
0.0005 mm
Excitation
12 - 24 V DC
  • Fiberoptic
  • Reflectance Compensated Output
  • 300 Stainless Steel Probe Tip
  • Tip Outer Diameter: 1.27 mm
  • Target Spot Size: 0.81 mm
  • 0.9 m Fiberoptic Cable
  • Available in 100 Hz, 20 kHz or 200 kHz Bandwidth
Type
Fiberoptic
Full Scale
2 mm
Output
0 - 5 V DC
Non-Linearity
Non-Linear
Resolution
0.001 mm
Excitation
12 - 24 V DC
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