PR6423/000-131+CON041 | Eddy current signal converter | CON011 9200-00001 | PR6423/10R-030-CN

Model: PR6423/000-131+CON041

Category: Eddy current signal converter

Delivery time: 3-5 days/week

Delivery method: SF Express/Federal

Payment method: Wire transfer/Western Union

Finish: Brand new/used

Warranty: One year

PR6423/000-131+CON041 eddy current signal converter is a device which uses eddy current effect for signal conversion. The following is a detailed explanation of the eddy current signal converter:

The basic principle:

The PR6423/000-131+CON041 vortex converter is mainly composed of a magnetic field and a conductor. The magnetic field is usually generated by a permanent magnet or electromagnet, providing a constant magnetic field environment inside the converter.

When the conductor enters the magnetic field, due to the action of the free electrons in the conductor by the magnetic field, the electrons form a circulation movement in the conductor, resulting in eddy currents.

The generation and change of eddy currents result in the loss of eddy energy, which is converted into heat energy.

When the eddy current in the conductor interacts with the main magnetic field, the kinetic energy of the eddy current can be converted into electrical energy to achieve energy conversion.

Applications:

PR6423/000-131+CON041 eddy current signal converter uses this characteristic of eddy current to realize signal conversion and energy conversion. For example, when measuring the motion speed or vibration of a metal plate, the metal plate can be used as a conductor and the motion state of the metal plate can be inferred by measuring the change in eddy current.

In flow measurement, such as MD5S-W turbine flow converter, through the rotation of turbine blades to generate eddy current, and then the flow into pulse signal, to achieve flow measurement and display.

Structural features:

The PR6423/000-131+CON041 eddy current signal converter usually has a compact structure and high sensitivity, which can accurately detect eddy current changes.

According to different application requirements, eddy current signal converters can be used in different designs and configurations, such as different magnetic field strength, conductor material and size.

Performance parameters:

Performance parameters include conversion efficiency, measurement range, resolution, response time, etc. These parameters depend on the design and manufacturing level of the vortex signal converter.