KMI23/4Z

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The KMI23/4Z is a precision, non-contacting measure of linear displacement and angle that is becoming increasingly popular among performance-critical applications. This type of measurement is becoming increasingly important in a wide variety of mechanical and industrial applications due to its robust, reliable and accurate nature. KMI23/4Z offers advantages over traditional stepping or magnetic encoder-based measurement systems, such as high accuracy, lower noise, and improved performance.

The KMI23/4Z is a linear and angular position sensor. It consists of a non-contacting, magnetically sensitive element which is mounted to the measured object and a sensing element such as a magnetic field processor chip, which is mounted on the stationary side or frame. The non-contacting element detects magnetic fields generated by the sensing element and responds by either increasing or decreasing its output as a proportion to the measured position. KMI23/4Z uses a simple, two-wire, dithering coil system in conjunction with its output element to measure linear and angular position. This type of design allows for easier installation, more accurate detection, improved reliability, and increased resolution.

KMI23/4Z is an excellent choice for applications that require high resolution, such as in precision manufacturing, in robotics, in automotive design, and engineering. KMI23/4Z can also be used in medical equipment control, signalization, and navigation systems. It provides accurate position measurement with low power requirements and minimal noise.

KMI23/4Z operating principle is based on a closed loop system, which works by detecting changes in both the magnetism and the DC current in the dithering coil. The changes in the DC current and magnetic field are measured by a processor, which then produces a voltage proportional to these changes. This voltage is then passed to another circuit, which converts the voltage into a rotating mechanical motion, generating necessary feedback to the motor. Since KMI23/4Z is a non-contacting system, there is little to no wear and tear on the parts, and the sensor accuracy is maintained throughout the operation.

In addition to its high precision, KMI23/4Z also offers several advantages compared to other measuring technologies such as inductive type measuring systems. KMI23/4Z is a cost effective solution as it does not need a lot of expensive sensors or support components and is easy to install. The system also offers high resolution, which is not possible with traditional encoder-based measuring systems. Finally, due to its non-contacting nature, KMI23/4Z have very high durability and long term reliability.

KMI23/4Z is ideal for a variety of linear and angular position measuring applications. Because of its robust design and high accuracy, KMI23/4Z is becoming increasingly popular in industries that require precise positioning and control of moving parts, such as robotics, manufacturing, automotive, and medical equipment.

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