Product

I. Overview of MDC Magnetic Induction Displacement Sensor:

The MDC series magnetic induction displacement sensors can be used for non-contact displacement and distance measurement, as well as shaft and gear speed measurement, etc. The principle is to combine the advantages of inductive sensors and magnetic sensors. A magnet is used as the detection target and fixed on the measurement object. The movement of the magnet will change the magnetic current of the coil inside the sensor. Due to the physical effect of mutual cancellation, The strength of the signal induced by the coil has a linear relationship with the distance from the magnet. The sensor can output a continuous linear signal by detecting the displacement change of the fixed magnet on the object being measured. The measurement range of the sensor can also be changed by altering the use of magnets of different strengths.

One obvious advantage of magnetic induction displacement sensors is that they can detect the position of magnets through non-ferromagnetic materials such as stainless steel, aluminum, and copper. In closed systems or applications with protective housings, the sensor and the magnet can be installed separately to avoid direct contact contamination or mechanical damage. They are suitable for environments with dust, oil stains, chemicals, and food grade substances.

Compared with inductive sensors, magnetic induction displacement sensors can maintain a relatively high level of sensitivity even at the end of the measurement range, making them an ideal alternative to switch elements. Users can generate any number of switch points from continuous analog signals as needed. There is no need for complex mechanical adjustments to set the switching point.

The installation methods are diverse. As this sensor can pass through non-ferromagnetic materials, it can be installed by being immersed in a non-ferromagnetic object, installed flush with the object, or protruded during installation without affecting the measurement accuracy.

The installation is extremely simple. The sensor does not require calibration in the linear region. Before use, just align the sensor with the magnet to set the zero point. It can be put into use in a short time. Magnets can be installed either axially or laterally. A few millimeters of offset will not affect the characteristic curve, but a larger offset will affect the linearity and slope. Especially in cases where installation space is limited

II. Structural Types of MDC Magnetic Induction Displacement Sensor:

Standard housing: M18/M30 stainless steel threaded housing (IP68), or flat plastic housing (lightweight installation).

Non-standard customization: Flexible design based on installation space, complex working conditions and other requirements.

This series, with its high reliability, low maintenance cost and environmental adaptability, has become the preferred solution for displacement measurement in complex industrial scenarios.

III. Application Fields of MDC Magnetic Induction Displacement Sensor:

● Industrial Automation ● Mechanical manufacturing

● Special Environment ● Closed system

IV. Technical Parameters, Wiring Definitions and Selection Guidance of MDC Magnetic Induction Displacement Sensors: