EPRO MMS6310

Input Signal Frequency: The input signal frequency range is 1Hz to 20kHz, so a wide range of shaft speeds can be monitored.

Speed Measurement Range: The speed can be monitored from 0.01 to 99,999 revolutions per minute, and slow or fast moving machines can be checked.

Position Measurement Range: The position measurement range is maintained at 0-99,999.99 revolutions, and the rotational position of the shaft can be tracked. Accuracy: The accuracy level is ±0.1% of the full scale.

Resolution: The device has a resolution of 0.01 rpm or 0.01 revolution, ensuring fine monitoring capabilities.

Output Signal: The module is capable of providing analog (4 - 20 mA), digital (NPN/PNP), and relay output signals for integration with other control and monitoring systems.

Power Supply: The EPRO MMS6310 operates at 24 VDC, which is a standard voltage commonly used in most industrial applications.

Product Features

Dual Channel Monitoring: The EPRO MMS6310 offers dual channel monitoring, allowing two independent channels to be monitored simultaneously. This is ideal for applications with multiple connected rotating axes, such as in some complex industrial machinery or systems with built-in redundancy, allowing comprehensive monitoring and control.

Wide Range of Input Signals: The operation accepts key pulses, proximity switches or encoders, making it easy to interface with different sensors. This flexibility allows it to adapt to a variety of monitoring requirements and existing machine installations in different industrial environments.

High Accuracy and Resolution: High accuracy and high resolution enable the device to measure the speed and position of rotating axes even at low speeds; therefore, it is particularly valuable for machine applications where critical parameters such as speed must be carefully controlled and monitored, such as when operating turbines, compressors and pumps.

Fast Response Time: Due to the EPRO MMS6310's fast response time, it can track rapid changes in speed and position fairly easily. By tracking performance indicators in real time, operators can detect operating anomalies or sudden changes in machinery and take corrective measures before they lead to catastrophic equipment failure.

Easy to use: The operation of the EPRO MMS6310 allows configuration and monitoring through a very simple user interface, which is clearly presented on the display. The intuitive system design is intended to simplify the setup, thereby minimizing labor time during installation and configuration and maximizing the degree of user-friendly operation under industrial conditions.

Signal processing and alarm output: This model offers selectable signal processing modes: Peak, RMS and True RMS. It is a device with outputs that can sound alarms in case of overspeed, underspeed or reverse rotation. These alarms provide timely warning of abnormal events. Its analog outputs can also be used to monitor speed and vibration levels, which further enhances its diagnostic capabilities.

Communication interface: With the RS485 Modbus RTU communication interface, the MMS6310 can be easily integrated into SCADA systems or other industrial control networks. This allows remote monitoring, data logging and centralized control of the monitored machines, thereby improving operational efficiency and simplifying management.

Application range

Power Generation: Monitors the speed, position and key phases of turbines, generators and all other rotating equipment in power plants. This ensures that the above parameters are constantly monitored, ensuring that the power generation system operates reliably and efficiently, and avoiding any time loss due to downtime or machine damage.

Oil and Gas: Applications for the EPRO MMS6310 cover rotor machines such as pumps, compressors and many other machines used in exploration, production and transportation. It provides real-time monitoring of equipment performance so that faults can be detected in time and maintenance can be better scheduled, thus avoiding work stoppages or downtime. The manufacturing industry uses this device extensively, and in factories, it is used to monitor motors, fans, conveyor belt collectors and more rotating equipment on production lines. Accurate monitoring of the speed and position of these devices helps improve quality, increase production efficiency, and most likely reduce maintenance costs caused by production interruptions due to unexpected failures.