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Description
Overview
Essential details：PR6424/003-110+CON021 Eddy Current Signal Converter
The PR6424/003-110+CON021 Eddy current signal converter is a high performance sensor signal conversion device. It is mainly used to process the signals of eddy current sensors, converting them into electrical signals that can be used for further analysis or control. These converters are useful in industrial automation, mechanical monitoring, and applications that require accurate measurement and monitoring.
Specifically, the PR6424/003-110+CON021 vortex signal converter offers several advantages. First of all, it enables non-contact measurement of static and dynamic displacement, such as axial and radial displacement, shaft eccentricity, shaft vibration, wear of the bearing, oil film thickness and crack detection. This makes it useful in a variety of industrial environments where precise measurements are required.
Secondly, the converter complies with a number of international common standards such as API670, DIN 45670 and ISO 10817-1, which ensures the accuracy and reliability of its measurement results. At the same time, it also has an explosion-proof function, and the explosion-proof level can reach Eex ib IIC T6/T4, so it can be used in environments where explosion-proof is required.
In addition, the PR6424/003-110+CON021 eddy current signal converter is widely used in various turbine-machinery and turbine monitoring and protection systems, such as the MMS 3000 and MMS 6000. Its high reliability and non-contact measurement characteristics make it an excellent performance in these applications.
Overall, the PR6424/003-110+CON021 Eddy current signal converter is a powerful, stable and versatile device for a variety of industrial applications requiring accurate measurement and monitoring.
PR6424/010-130+CON011
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sunny He
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PR6424/003-110+CON021 Eddy Current Signal Converter
Product Description
The working principle of eddy current signal converter is mainly based on eddy current effect. Here’s a detailed explanation of how it works:
The eddy current signal converter consists of a main magnetic field and a conductor. The main magnetic field is generated by a permanent magnet or electromagnet, which forms a constant magnetic field inside the converter. When a conductor in a vortex signal converter enters this magnetic field, a circulating current called a vortex is generated inside the conductor. This is due to the action of the free electrons in the conductor by the magnetic field, which causes the electrons to form circular motion inside the conductor.
Specifically, when a conductor rotates or vibrates in a magnetic field, eddy currents in the conductor change accordingly. This vortex creates a ring current in the conductor, and its direction is perpendicular to the main magnetic field. When the eddy current flows inside the conductor, part of the energy is lost, and this part of the energy is converted into heat energy, making the conductor generate heat.
More critically, when the eddy currents in the conductor interact with the main magnetic field, the kinetic energy of the eddy currents can be converted into electrical energy. This conversion is based on the principle of inductive power generation, that is, the vortex signal converter converts the kinetic energy of the vortex into an electrical signal that can be further utilized or analyzed by capturing and exploiting the interaction of this vortex with the magnetic field.
In general, the eddy current signal converter works by using the interaction of a magnetic field with the eddy current in a conductor to achieve the process of converting the kinetic energy of the eddy into electrical energy, resulting in an output electrical signal that can be used for further analysis or control. This principle makes the eddy current signal converter have a wide application prospect in industrial automation, mechanical monitoring and other fields.
