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LVDT displacement transducers
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LVDT displacement sensor - Type: IT, IW, IWM
Type IT, IW and IWM are inductive linear transducers manufactured by TWK Elekronik. It offers an unlimited...
LVDT displacement sensor - Type: IT, IW, IWM
Type IT, IW and IWM are inductive linear transducers manufactured by TWK Elekronik. It offers an unlimited...
LVDT displacement sensor - Type: IW, IWE, IWN, IW 250, IWM
These Inductive linear transducers , manufactured by TWK Elektronik® , is...
LVDT displacement sensor - Type: IW, IWE, IWN, IW 250, IWM
These Inductive linear transducers , manufactured by TWK Elektronik® , is...
LVDT displacement sensor - FWA xxx T
Displacement transducers are suitable for direct, accurate
measurement of displacements in automatic control and
metrology.
The pickup of the displacement is performed by using a pull
rod...
measurement of displacements in automatic control and
metrology.
The pickup of the displacement is performed by using a pull
rod...
LVDT displacement sensor - FWA xxx T
Displacement transducers are suitable for direct, accurate
measurement of displacements in automatic control and
metrology.
The pickup of the displacement is performed by using a pull
rod...
measurement of displacements in automatic control and
metrology.
The pickup of the displacement is performed by using a pull
rod...
DC LVDT displacement sensor - 2.5 - 150 mm | 87240
Displacement sensors of series 87240 convert a displacement into an analog electrical signal. They consist of a differential transformer with moveable core, an oscillator and a demodulator. These components are integrated and encapsulated in a cylindrical...
DC LVDT displacement sensor - 2.5 - 150 mm | 87240
Displacement sensors of series 87240 convert a displacement into an analog electrical signal. They consist of a differential transformer with moveable core, an oscillator and a demodulator. These components are integrated and encapsulated in a cylindrical housing made of stainless steel. The sensors are energized by DC voltage, which is converted to AC by the oscillator and brought to the primary coil of differential transformer. The voltages induced by the two secondary windings of the transformer are demodulated, filtered and switched inverse to each other. The result is a 0 V signal, if the core is in the center position.
The direction of an axial core displacement is shown by the polarity of the output voltage. The amplitude of the voltage changes proportional to the magnitude of the cores displacement and respectively to the measured deflection.
In and output terminals of the displacement sensor are galvanically insulated and there is no connection to the housing of the sensor.
The direction of an axial core displacement is shown by the polarity of the output voltage. The amplitude of the voltage changes proportional to the magnitude of the cores displacement and respectively to the measured deflection.
In and output terminals of the displacement sensor are galvanically insulated and there is no connection to the housing of the sensor.
DC LVDT displacement sensor - 0 - 10 mm | 8739
The cylindrical case made of stainless steel, houses a differential transformer (LVDT). It consists of a primary and two secondary coils with axially moveable core. A displacement of this core changes the magnetic induction of the coils. The INLINE carrier frequency...
DC LVDT displacement sensor - 0 - 10 mm | 8739
The cylindrical case made of stainless steel, houses a differential transformer (LVDT). It consists of a primary and two secondary coils with axially moveable core. A displacement of this core changes the magnetic induction of the coils. The INLINE carrier frequency amplifier converts the displacement into a direct proportional electrical DC voltage.
The transducer is constructed as a probe at which within the measuring range a spring pushes the probe tip towards the measuring object. Bellows protect the mechanical guidance of the probe tip against pollution and splash water.
The IN-LINE amplifier is integrated in the connector cable and adjusted specifically to the sensor. Both components form a unit while they can be separated for mounting purposes (miniature plug connection at the transducer). The use of not harmonized components may lead to increased measurement errors. For the IN-LINE amplifier version the sensor body is galvanically isolated from the excitation and from the measuring signal.
The transducer is constructed as a probe at which within the measuring range a spring pushes the probe tip towards the measuring object. Bellows protect the mechanical guidance of the probe tip against pollution and splash water.
The IN-LINE amplifier is integrated in the connector cable and adjusted specifically to the sensor. Both components form a unit while they can be separated for mounting purposes (miniature plug connection at the transducer). The use of not harmonized components may lead to increased measurement errors. For the IN-LINE amplifier version the sensor body is galvanically isolated from the excitation and from the measuring signal.