FTI 10.2.50.4.K1 linear position transducer
| Place of Origin: | Shaanxi |
|---|
Company Profile
| Location: | Xi'an, Shaanxi, China (Mainland) |
|---|---|
| Business Type: | Trading Company, Agent |
| Main Products: | NOVO Techinic Sensor |
Product Detail
| Model No.: | FTI 10.2.50.4.K1 |
|---|---|
| Brand Name: | Novotechnik |
Product Description
Series FTI 10
long service to non-contact measuring system
excellent linearity up to ± 0.1%
reliable signal transmission through standardized current output
robust due to completely encapsulated housing
excellent linearity up to ± 0.1%
reliable signal transmission through standardized current output
robust due to completely encapsulated housing
Special features
long service to non-contact measuring system
excellent linearity up to ± 0.1%
reliable signal transmission through standardized current output
robust due to completely encapsulated housing
temperature-resistant precision due to supplement ary regulating winding
The inductive precision sensor FTI is used to transform short linear travel paths into ana-logue electrical signals using a differential transformer with
a movable core.
The core is located on a gau-ging pin which is pressed against the measured object by an integrated spring. The sensor is supplied with direct voltage from
long service to non-contact measuring system
excellent linearity up to ± 0.1%
reliable signal transmission through standardized current output
robust due to completely encapsulated housing
temperature-resistant precision due to supplement ary regulating winding
The inductive precision sensor FTI is used to transform short linear travel paths into ana-logue electrical signals using a differential transformer with
a movable core.
The core is located on a gau-ging pin which is pressed against the measured object by an integrated spring. The sensor is supplied with direct voltage from
which an integra-ted oscillator generates an alternating voltage to feed the differential transformer.
The secondary transformer voltages are rectified in a built-in demodulator. The oscillator and demodulator are de-signed using hybrid technology. The output
The secondary transformer voltages are rectified in a built-in demodulator. The oscillator and demodulator are de-signed using hybrid technology. The output
current is strictly proportional to the displacement of the core andtherefore to the measured path.
Model No:
For example:
FTI 10.1.50.4.K1,FTI 10.1.67.4.K1,FTI 10.1.50.0.K1,FTI 10.1.67.0.K1,
FTI 10.2.50.4.K1,FTI 10.2.67.4.K1,FTI 10.2.50.0.K1,FTI 10.2.67.0.K1,
FTI 10.4.50.4.K1,FTI 10.4.67.4.K1,FTI 10.4.50.0.K1,FTI 10.4.67.0.K1
Model No:
For example:
FTI 10.1.50.4.K1,FTI 10.1.67.4.K1,FTI 10.1.50.0.K1,FTI 10.1.67.0.K1,
FTI 10.2.50.4.K1,FTI 10.2.67.4.K1,FTI 10.2.50.0.K1,FTI 10.2.67.0.K1,
FTI 10.4.50.4.K1,FTI 10.4.67.4.K1,FTI 10.4.50.0.K1,FTI 10.4.67.0.K1
