3500/42-04-00 Technical specifications:
Input: Receive signals from one to four proximity, acceleration, or velocity sensors.
Output: When the Monitor module is working properly, the OK LED lights up; When the Seismic Monitor module is connected to other modules in the 3500 rack, the TX/RX LED will light up.
3500/42-04-00 Functional Features:
Four channel monitoring:
This module has four independent channels that can simultaneously monitor signals from displacement, velocity, and acceleration sensors.
Each channel can process these signals and complete various vibration and position measurements.
Data processing and analysis:
Powerful data processing and analysis capabilities enable real-time analysis of collected vibration data.
Provide detailed information about the device status to help users better understand its operational status.
Alarm and display:
The module can arrange alarm displays in chronological order, with the latest alarm displayed at the top of the alarm screen.
Each alarm point can have at least 4 different priorities and be distinguished by displaying them in at least 4 different colors.
Data collection and processing:
The module is capable of collecting steady-state and transient dynamic (waveform) data, and transmitting the data to the host software through an Ethernet link.
Real time dynamic data access, trend analysis, alarm/event processing, management, and report generation are all available.
Compatibility and Integration:
Highly compatible with other modules from Bently Nevada, such as the 3500/01 software, 3500/05 system framework, 3500/15 power supply, etc.
It can form a complete monitoring system and provide comprehensive vibration monitoring solutions.
Hardware features:
The highly integrated hardware design has been integrated into miniaturized modules, facilitating system configuration and construction.
3500/42-04-00 Application areas:
This module is widely used for monitoring large rotating machinery equipment in multiple industries such as power, chemical, and metallurgy.
By real-time monitoring of equipment vibration, potential equipment failures can be detected in advance, avoiding downtime losses and maintenance costs caused by equipment failures.