KJ6E10A35SN

KJ6E10A35SN is a type of sensor with a robust housings. It is mainly used to detect the displacement, speed, vibration, angle and other physical parameters. With strong protection function, it is widely used in various fields.

This device has comprehensive electromagnetic compatibility design and is compatible with the industrial operating environment, with a low noise level and good signal stability. It can provide a variety of different performances according to customer needs. KJ6E10A35SN is designed with excellent protection circuits and signals to provide reliable data in harsh weather. It is widely used in chemical, oil, mechanical and other industries and is suitable for measuring displacement, position, speed and vibration.

KJ6E10A35SN has a working principle based on an inductive technique. It is composed of two parts: a fixed outer coil and a revolving inner core. The outer coil generates an electromagnetic field and the inner core is inserted in. As the core rotates, it induces a current in the outer coil. This current is then used to measure the displacement. It can detect the rotation of the inner core and convert it into an electric current. The current is then amplified and used to measure the displacement.

KJ6E10A35SN is mainly used in the fields of industrial application. The main application includes monitoring the performance parameters of various production equipments, such as flow meters, meters for recording temperature, pressure and other industrial instruments. It is also used in industrial automation and robotics. It helps provide feedback on the parameters of the robot\'s performance, such as its speed and vibration. KJ6E10A35SN is also used to monitor important parameters of the operation of production equipment and machines.

KJ6E10A35SN is an indispensable device for many production lines. With its excellent performance and reliability, KJ6E10A35SN is the ideal choice for various industries. It works according to the inductive technique, converting the rotation of the inner core into an electric current and amplifies it to measure the displacement. This device is very robust, has good electromagnetic compatibility, and can operate reliably in harsh industrial environments.