Trans-Tek, Inc. Series 330 - Miniature AC Gaging LVDT For High Temperature Use Model 0333-0001

Description
The Series 330 3/8′ AC Gaging LVDTs provide precise linear displacement sensing in a compact, spring loaded package. Advanced coil winding techniques are employed to minimize package length and optimize overall performance. Spring forces have been carefully selected to insure the proper balance of mechanical frequency response and tip force. Available in strokes ranging from ± 0.005′ to ± 1.0′, these sensors are ideally suited to material thickness measurements, single or multi-point surface profiling, creep testing, or any other application requiring the use of a small, spring loaded LVDT. These transducers are also an excellent replacement for a standard dial indicator.
Datasheet
Description
The Series 330 3/8′ AC Gaging LVDTs provide precise linear displacement sensing in a compact, spring loaded package. Advanced coil winding techniques are employed to minimize package length and optimize overall performance. Spring forces have been carefully selected to insure the proper balance of mechanical frequency response and tip force. Available in strokes ranging from ± 0.005′ to ± 1.0′, these sensors are ideally suited to material thickness measurements, single or multi-point surface profiling, creep testing, or any other application requiring the use of a small, spring loaded LVDT. These transducers are also an excellent replacement for a standard dial indicator.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Series 330 - Miniature AC Gaging LVDT For High Temperature Use - Model 0333-0001 - Trans-Tek, Inc.
Ellington, CT, USA
Series 330 - Miniature AC Gaging LVDT For High Temperature Use
Model 0333-0001
Series 330 - Miniature AC Gaging LVDT For High Temperature Use Model 0333-0001
The Series 330 3/8′ AC Gaging LVDTs provide precise linear displacement sensing in a compact, spring loaded package. Advanced coil winding techniques are employed to minimize package length and optimize overall performance. Spring forces have been carefully selected to insure the proper balance of mechanical frequency response and tip force. Available in strokes ranging from ± 0.005′ to ± 1.0′, these sensors are ideally suited to material thickness measurements, single or multi-point surface profiling, creep testing, or any other application requiring the use of a small, spring loaded LVDT. These transducers are also an excellent replacement for a standard dial indicator.

The Series 330 3/8″ AC Gaging LVDTs provide precise linear displacement sensing in a compact, spring loaded package. Advanced coil winding techniques are employed to minimize package length and optimize overall performance. Spring forces have been carefully selected to insure the proper balance of mechanical frequency response and tip force. Available in strokes ranging from ± 0.005″ to ± 1.0″, these sensors are ideally suited to material thickness measurements, single or multi-point surface profiling, creep testing, or any other application requiring the use of a small, spring loaded LVDT. These transducers are also an excellent replacement for a standard dial indicator.

Supplier's Site Datasheet

Technical Specifications

  Trans-Tek, Inc.
Product Category Linear Position Sensors
Product Number Model 0333-0001
Product Name Series 330 - Miniature AC Gaging LVDT For High Temperature Use
Sensor Technology LVDT Linear Position Sensor
Unlock Full Specs
to access all available technical data

Similar Products

CD080 Analog Draw Wire -  - Sensata Technologies
Sensata Technologies
Specs
Sensor Technology String Potentiomenter; Linear Potentiometer
Measurement Range 78.74 inch (2000 mm)
Linear Encoder Speed 10000 mm/sec (23622 in/min)
View Details
Displacement Sensor-Sensor Head - HPS-CFL010 - Hypersen Technologies Co., Ltd.
Hypersen Technologies Co., Ltd.
Specs
Body Shape Cylindrical
Measurement Range 0.0492 inch (1.25 mm)
Repeatability 0.0098 mils (0.2500 µm)
View Details
Angle, Linear Position Measuring - 620-A31315LLUBTR-XZ-S-AR-10CT-ND - DigiKey
Specs
Sensor Technology Hall Effect Position Sensor
Operating Temperature -40 to 302 F (-40 to 150 C)
View Details
2 suppliers