TSP-L-0300-103-3%-RH

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Position sensors control the direction and the movement of automated machines. They are used to accurately measure the displacement between two points, usually in the form of linear and angular position sensing. TSP-L-0300-103-3%-RHis commonly used in industrial applications for the measurement of position and motion in highly corrosive environments.

TSP-L-0300-103-3%-RH application field

TSP-L-0300-103-3%-RH is a linear position and motion sensing system, typically used in the industrial sector for applications such as rotating damper control and fire detection. It is a one-piece sintered metal body sensor designed to measure absolute linear displacement in a range from 0 to 3 mm. It is designed to withstand dust, vibration and extreme humidity. The system is also able to measure reliable linear position even in corrosive environments. Typical applications include mechanical clutches, power drives, power metering, and fuel injection systems.

Other applications of the TSP-L-0300-103-3%-RH include industrial automation, automotive and aerospace control systems, medical equipment, automotive suspension systems, and industrial safety systems. The sensing system can also be applied to several engineering and medical field measurements such as timing belt drive speed, position, and aircraft attitude control.

Working principle

The TSP-L-0300-103-3%-RH system relies on a direct displacement measurement principle in order to accurately and reliably measure the displacement between two points. The sensor comprises of a platform, which is divided into a number of mini-platforms. Each platform is connected with a separate sensor element, which when combined, create a unified system.

Each sensor element consists of a miniature coreless DC motor (MCDM), a quadrature encoder, a precision position feedback device, and a linear amplifying circuit. The MCDM is a permanent magnet DC motor and provides a long-term stable output signal, at a high accuracy. The quadrature encoder uses two magneto-resistive sensors to detect the angular position of the motor shaft, giving a high resolution of data points. The precision position feedback device, which is a linear potentiometer, is provided for the conversion of the linear position into an equivalent output signal. The linear amplifier circuit, typically consisting of an operational amplifier, further amplifies the signal, which is then passed to a signal conditioning unit for further processing.

The system works by detecting the linear displacement between two points, and it is able to measure very small displacements of up to 0.3mm. The data is then converted into a digital signal which can be used for either PC or PLC controlled applications. The system is able to measure movement in two directions, forward and backward movement in the absolute linear displacement. This high accuracy and reliable position sensing system is widely used in various industries.

Conclusion

In summary, the TSP-L-0300-103-3%-RH is a highly accurate and reliable linear position and motion sensing system, designed for use in highly corrosive environments. It is versatile and able to measure very small displacements of up to 0.3mm and is widely used in many industries for applications such as mechanical clutches, power drives, and power metering. The system works by detecting the linear displacement between two points and is able to measure movement in two directions. The data is then converted into a digital signal which can be used for either PC or PLC controlled applications.

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