02560231-000

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Introduction

LVDT transducers, or linear variable differential transformers, are devices commonly used to measure linear displacement. As a differential transformer, the main conponent of the device consists of three solenoid coils. While two of the coils remain static, the third coil moves in response to the displacement being measured. This displacement causes a change in the core position relative to the two stationary coils, and the relationship between these two coils produces an electrical signal that is proportional to the displacement of the moving core.

The 02560231-000 Application

The 02560231-000 is a special type of LVDT transducer designed specifically for use in extreme environments. This type of LVDT employs a hybrid mu-metal shielded design to increase its operating temperature range. It is rated for temperatures of up to 850°C and is capable of withstanding up to 1 x 10^6 pressure cycles and up to 1 x 10^9 strain cycles.

The 02560231-000 can measure linear displacement from 0- 75mm, with an accuracy of 0.25% F.S. It has a frequency response of 2- 10 kHz with a sensitivity of 0.4 mV/V/mm. The 02560231-000 can be mounted in either a single thread or double thread configuration, making it ideal for both radial and axial measurement applications.

Applications

The 02560231-000 is a versatile device that can be used for a variety of different applications. It is commonly used for measuring the linear displacement of electric motor components such as shafts, fans, and bearings. It is also used in automotive and aerospace applications such as fuel level measurement and seismic displacement monitoring.

In addition, the 02560231-000 is used in a variety of industrial applications like factory automation and monitoring, and can be used to measure the linear displacement of process control components. It is also used in laboratory and medical applications such as measuring the displacement of components in centrifuges and other precision testing equipment.

Working Principle

The working principle of an LVDT transducer is based on the concept of inductance. The two static coils of the device are wound in opposite directions and have the same number of turns. These two coils are connected in series, so that a voltage will be induced between them depending on the position of the core.

When the core is in the center position, the voltage induced between the two static coils is zero. As the core moves in either direction, the voltage between the two static coils will increase or decrease, depending on the direction of movement. The magnitude of this voltage is proportional to the displacement of the core, and can be measured using a voltmeter or other device.

The 02560231-000 is designed to be especially accurate and reliable, due to its design and construction. It is made with a hybrid mu-metal shield to increase its operating temperature range and to reduce the effects of magnetic interference. The device is also equipped with a dual-axis feedback system, which helps to increase its accuracy and repeatability.

Conclusion

The 02560231-000 is a special type of LVDT transducer designed specifically for use in extreme environments. It has a wide range of applications, ranging from factory automation and process control to medical and laboratory testing. Its hybrid mu-metal shield ensures precise and reliable operation, while its dual-axis feedback system helps to increase repeatability and accuracy.

LVDT transducers, or linear variable differential transformers, are devices commonly used to measure linear displacement. As a differential transformer, the main component of the device consists of three solenoid coils, with two of the coils remaining static and the third coil moving in response to the displacement being measured. This is done by inducing a voltage between the two static coils, which is then proportional to the displacement of the moving core.

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