Product type: Two-channel shaft eccentricity measurement module.

Application: It is used to monitor the axial eccentricity of industrial machinery and equipment, especially in the occasions where it is necessary to ensure the stable operation of the equipment and work within the specified range.

Measuring range: 1mm to 20mm.

Thread size: Phi 6mm, Phi 10mm and Phi 18mm metric or imperial threads.

Signal input: There are two independent eddy current sensor signal inputs.

Communication interface: RS232/485 port for field configuration and communication, can read the measured value.

Resolution: (note that the resolution here may not refer to the parameters of the module itself, but to the display device used in conjunction with it) such as the MMS6220 when used as an electronic product, the resolution can reach 1920 x 1080.

The EPRO MMS6220 belongs to a family of shaft eccentricity measurement modules from EPRO.

Miniaturization, digitalization, intelligence: reflects the development trend of modern sensor technology.

Dual channel eccentricity measurement: The shaft eccentricity of both channels can be monitored simultaneously.

Built-in microprocessor: improve the processing power and intelligence level of the module.

Extended self-check function: including built-in sensor self-check function and password protection operation level, enhance the reliability and security of the module.

Can be replaced in operation: improve the ease of maintenance and equipment availability.

Multi-interface support: such as VGA, HDMI, USB, etc., provides flexible connection options (note that this may be related to the MMS6220 as an electronic product).

Mechanical equipment monitoring: Used to monitor the axial eccentricity of industrial machinery and equipment to help ensure that the equipment is stable and working within the specified range.

Rotating machinery monitoring: In turbines, generators, gear boxes and other rotating machinery, used to detect the departure of the axis to avoid equipment damage and performance degradation.

Vibration analysis: Helps analyze and evaluate the vibration characteristics of mechanical equipment by monitoring axial eccentricity to predict possible failures.

Structural engineering monitoring: In the construction, bridge, dam and other structural engineering, used to monitor the deformation and eccentricity of the structure to ensure the stability and safety of the structure.