1. Usage Parameters

Measurement Channels: EPRO MMS6250 is a dual-channel measurement module that can simultaneously measure and monitor two different signals or parameters related to shaft position or speed.

Power Supply Voltage: Its operating voltage is mostly within a specific range, usually +24 V DC. The stable power supply ensures the normal operation of the module and provides a practical way to power the internal circuits and components.

Signal Input Range: Therefore, the input signal is acceptable within a defined range that is compatible with the output signals of various sensors suitable for shaft position and speed position. For example, it is used to process signals from proximity sensors or other similar sensing devices.

Output Signal: The output signal of EPRO MMS6250 is proportional to the measured parameter. The output is of voltage or current type and can be further processed or connected to other control or monitoring systems. The output range and characteristics depend on the specific application requirements. It provides very high resolution and measurement accuracy, thus ensuring accurate and reliable monitoring of shaft position and speed. With specific configurations and sensors, the resolution can reach a few microns or even less, and the typical accuracy is within a few percent of the measured value.

2. Product Functions

Monitoring Position: The most important function of the EPRO MMS6250 module is to carefully monitor the position of the rotating shaft. It is able to detect the axial and radial displacement of the shaft and provide real-time information on the shaft position in relation to the normal operating range. This process is essential to prevent mechanical damage to the shaft, bearings and other related components and to ensure the smooth operation of the machine.

Speed Measurement: In addition to position monitoring, the module also measures the speed of the rotating shaft. Based on the frequency or period of the input signal from the sensor, the module can measure the rotational speed of the shaft with high accuracy. This important function is relevant to applications that require speed control and regulation, such as pumps, motors, turbines and other rotating machines.

Vibration Detection: The EPRO MMS6250 can detect the vibration of the shaft or its corresponding structure and analyze its amplitude, frequency and phase. This analysis can further generate intelligent information about the mechanical health of the equipment. Once the vibrations are unnecessarily high, they may infer potential imbalance, misalignment or wear problems, so that timely maintenance and repairs can be carried out to prevent catastrophic failures.

Key Phase Measurement: The module also allows key phase measurement to determine the angular position of the shaft relative to a fixed point. This measurement is very useful for engine timing, turbine synchronization and other processes that require precise control of shaft angular position.

Data Processing Communication: The EPRO MMS6250 integrates a large number of signal processing functions to perform functions such as signal conditioning, filtering and averaging on the input signal. Communication can also be carried out with other devices or control systems through standard protocols such as Profibus, Modbus or Ethernet for integration into complex automation architectures.

3. Application Scope

Power Generation: In modern power plants, the EPRO MMS6250 is widely used to monitor the position, speed and vibration of turbines, generators and other large rotating machinery shafts. By providing operators with real and real-time information, it ensures that power generation equipment operates at optimal levels, thereby improving energy efficiency and preventing costly failures.

Petrochemical: In refineries and petrochemical plants, the module is widely used to monitor the operation of pumps, compressors and other critical rotating equipment. The module ensures that these assets operate safely and reliably, greatly reducing the risk of leaks, fires and other dangerous events.

Manufacturing: In manufacturing plants, the EPRO MMS6250 can be applied to various production equipment, such as motors, machine tools, and conveyors, to precisely control the speed and position of rotating parts, thereby improving product quality and production efficiency.

Automotive: In the automotive field, the module is applied to engine testing, powertrain development, and vehicle diagnostics. This considers optimizing the performance of engines and transmissions to ensure compliance with strict emission and safety standards.