ZMID5201AE1R Sensors, Transducers

Position Sensors – Angle, Linear Position Measuring

Position sensors have become very important components in a wide range of applications such as robotics, robotics, automotive, industrial, railway, marine, and atomic energy. Position sensors detect the movement of an object or measure and report the position of that object. In this article, we will explore the application field and working principle of one type of position sensor – ZMID5201AE1R.

Application Field Of ZMID5201AE1R Position Sensor

ZMID5201AE1R Linear Position Sensor is a Hall effect device used in industrial automation and robotics for measuring linear movements. It can provide reliable, accurate and repeatable measurements in high-investment-value applications such as positioning on a CNC machine, heavy-duty transmissions and electronic lifters and cranes. The sensor features a unique, robust and reliable design that offers high resolution, long life, and low power consumption.

The ZMID5201AE1R Linear Position Sensor offers extended resistance to shocks, vibration, and temperature change. It is designed to function reliably over a wide operating temperature range of -40°C to +85°C. The linear hall effect sensor’s magnetic field measurement range is 0 to 10V with a linear voltage output of 0 to 5V. Its direct current output is 0 to 10mA with a maximum current tolerance of 30mA.

The ZMID5201AE1R Linear Position Sensor also offers excellent EMI and RFI immunity, with high output impedance and low atmoic noise, thus reducing the effects of electrical interference. It is also immune to magnetic fields, providing better accuracy in the measurement of motor speed and direction.

Working Principle of ZMID5201AE1R Position Sensor

The ZMID5201AE1R Linear Position Sensor works on the principles of Hall effect devices. It detects linear movements of the object to be measured, and provides a corresponding voltage output. It works by measuring the voltage drop across a Hall element when it is exposed to a magnetic field. This voltage output is linearly proportional to the strength of the magnetic field.

The sensor is designed with two-pole sensing and two-pole generation. Two sets of magnets are used to generate alternate North and South poles when exposed to the object to be measured. The Hall element measures the voltage drop across the poles and generates a voltage output proportional to the strength of the field.

The ZMID5201AE1R Linear Position Sensor features a two-wire connection for voltage output and a three-wire connection for current output. The current output is 10mA with a maximum tolerance of 30mA. The output voltage is also linear and ranges from 0 to 5V.

Conclusion

In conclusion, the ZMID5201AE1R Linear Position Sensor is a reliable, accurate and repeatable sensing device suitable for a wide range of applications. Its high resolution, long life, low power consumption, and wide operating temperature range make it a great choice for industrial automation and robotics. Furthermore, its two-pole sensing and two-pole generation technology ensures greater accuracy in the measurement of linear movement.