EPRO MMS 6110

EPRO MMS 6110 is a dual-channel shaft vibration monitor. MMS 6110 can monitor the shaft vibration data of two channels at the same time, providing users with comprehensive equipment operation status information. It uses eddy current sensor as the measuring element, which can accurately measure the radial vibration of the shaft to ensure the accuracy and reliability of the data.

EPRO MMS 6110 supports multiple working mode settings. Users can flexibly configure parameters according to actual needs to meet application requirements in different scenarios. EPRO MMS 6110 has powerful data processing capabilities. The built-in microprocessor can process, analyze and store the measured data in real time, and supports advanced functions such as spectrum analysis. It provides RS232/485 interface to facilitate users to carry out on-site configuration and remote communication, and realize real-time data transmission and remote monitoring.

Basic parameters

Input voltage range: -1Vdc to -22Vdc.
Sensor type: Eddy current sensor (such as PR642X series).
Accuracy: better than ±1%FS (full scale).
Operating temperature: -25℃ to +70℃.
Storage temperature: -40℃ to +85℃.
Protection level: IP65.

Product Application

EPRO MMS 6110 is used in the power industry to monitor the shaft vibration status of large rotating equipment such as steam turbines, gas turbines, and water turbines to ensure safe and stable operation of the equipment. It is used in the petrochemical industry to monitor the shaft vibration of compressors, fans, centrifuges and other equipment to prevent equipment failure and improve production efficiency.

EPRO MMS 6110 is used in the steel and metallurgical industry to monitor the shaft vibration of rolling mills, continuous casting machines and other equipment to ensure continuous and stable operation of the production line. It performs shaft vibration monitoring in rail transit vehicles such as high-speed railways and subways to ensure the safety and stability of vehicle operation.

EPRO MMS 6110 can also be used in other areas of industrial automation and monitoring systems, such as monitoring and controlling parameters in industrial production processes (temperature, pressure, flow, etc.), as well as in automated manufacturing processes, crude oil and natural gas industry, environmental monitoring and control, building automation and the medical industry.