MPS5000 vibration monitoring and protection system
Functional highlight
Fully redundant system architecture
Fully redundant system architecture
MPS5000 system uses redundant power supply system, redundant communication network and redundant monitoring module to ensure the normal operation of the system。The failure of any power supply does not affect the overall power supply of the system, and the failure of any single component does not affect the normal running of the system。In a redundant configuration, the modules can be switched online quickly without interference without any human intervention。
High precision
High precision
The acquisition accuracy of the MPS5000 system can reach ±0.1%, the speed measurement accuracy can reach ±1RPM, higher accuracy can achieve more accurate monitoring。
Powerful integration
Powerful integration
The MPS5000 system can measure many physical quantities such as key phase, speed, axial vibration, axial displacement, expansion difference, eccentricity and shell vibration,Compatible with eddy current, speed, acceleration, reluctance and other sensors,With time domain analysis and frequency domain analysis function,With monitoring and analysis software, it can realize real-time map, fault analysis, diagnosis report and other functions。
Differentiated appearance
Differentiated appearance
The MPS5000 system adopts the front outlet integrated frame structure developed by the central control, which is different from the traditional frame table, and can form an overall solution with SIS, CCS and other systems。
Lightweight configuration
Lightweight configuration
The MPS5000 system supports Web lightweight configuration, no installation is required, that is, the group is coming, the group is going。
Fully redundant system architecture
Fully redundant system architecture
MPS5000 system uses redundant power supply system, redundant communication network and redundant monitoring module to ensure the normal operation of the system。The failure of any power supply does not affect the overall power supply of the system, and the failure of any single component does not affect the normal running of the system。In a redundant configuration, the modules can be switched online quickly without interference without any human intervention。
High precision
High precision
The acquisition accuracy of the MPS5000 system can reach ±0.1%, the speed measurement accuracy can reach ±1RPM, higher accuracy can achieve more accurate monitoring。
Powerful integration
Powerful integration
The MPS5000 system can measure many physical quantities such as key phase, speed, axial vibration, axial displacement, expansion difference, eccentricity and shell vibration,Compatible with eddy current, speed, acceleration, reluctance and other sensors,With time domain analysis and frequency domain analysis function,With monitoring and analysis software, it can realize real-time map, fault analysis, diagnosis report and other functions。
Differentiated appearance
Differentiated appearance
The MPS5000 system adopts the front outlet integrated frame structure developed by the central control, which is different from the traditional frame table, and can form an overall solution with SIS, CCS and other systems。
Lightweight configuration
Lightweight configuration
The MPS5000 system supports Web lightweight configuration, no installation is required, that is, the group is coming, the group is going。
Comprehensive introduction
MPS5000 (Machinery Protection System 5000) is a mechanical vibration monitoring and protection system independently developed by Zhongcong technology,It is mainly used for monitoring and protection of medium and large rotating machinery,Provides uninterrupted online condition monitoring and vibration protection,Fault diagnosis,Meets API670 design standards。It can collect key phase, displacement, vibration, speed and acceleration signals, analyze them in time domain and frequency domain, display the proportion value obtained after processing and analysis in real time, continuously compare the proportion value with the predetermined alarm and jump threshold, and immediately implement the alarm and protection function once the parameter exceeds the limit。