Technical Specifications Data Interface: Ethernet communication Power Supply: Powered by rack backplane Operating Temperature: 0℃ ~ +60℃ Mounting: 3500 rack slot mounting Housing: Metal rack card casing
Functional Features High-speed acquisition of transient waveform, orbit and dynamic vibration data. Ethernet interface for transmitting dynamic data to analysis workstation. Store event snapshot data for trip and abnormal vibration incidents. Support spectrum analysis and shaft orbit display for rotating machinery. Hot swappable for online replacement. LED indicators for communication and module status.
Application Scenarios Dynamic vibration waveform and orbit acquisition for turbine and compressor. Post-trip fault diagnosis of power plant generator sets. Spectrum analysis for petrochemical critical rotating machinery. Rotating machinery condition analysis and fault troubleshooting. Online dynamic data transmission for machinery diagnostic workstation.
Structural Characteristics Standard rack card metal shielding housing. Internal high-speed data buffer and communication processing circuit. Backplane connector for data and power supply from rack backplane. Front panel Ethernet port and module status LED indicators. Front panel locking mechanism.
Working Principle The module communicates with all monitoring modules through rack backplane to collect synchronous high-speed dynamic vibration samples. It buffers transient waveform and orbit data locally. When abnormal event triggers snapshot, it transmits stored data via Ethernet to upper diagnostic workstation for spectrum, orbit and time waveform analysis.
Installation Requirements Insert module into assigned slot of 3500 rack and lock front panel. Ensure backplane connector fully engages rack backplane. Connect Ethernet cable to front panel network port. Set IP address and network parameters in system configuration software. Check communication status indicators after power on.
Usage Notes Configure network firewall and IP correctly to guarantee stable connection. Use industrial grade shielded Ethernet cable. Regularly check network link and module running status. Backup transient event data periodically for fault review. Avoid heavy mechanical impact and over-temperature working environment.
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