- Acquires four IEPE acceleration channels for condition monitoring
- Samples at 51.5625 kilohertz with 24-bit sigma-delta conversion
- Provides per-channel sensor supply, open-circuit detection, downsampling, and spectral analysis
X20CM4810 is a B&R condition monitoring module designed for the X20 System.
The module brings high-resolution vibration data and calculated condition values into an X20 station for analysis of rotating-machine behavior and developing mechanical faults.
Before installation or replacement, verify the complete material number, IEPE sensor compatibility and sensitivity, sensor mounting, cable and shield routing, sampling and downsampling settings, analysis parameters, X20BM31, X20TB12, and the saved condition-monitoring configuration.
Availability, condition, price, and shipping time for X20CM4810 are confirmed during quotation.
B&R X20CM4810 Condition Monitoring Module Manuals, Datasheets, Links
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Each channel provides a switchable IEPE constant-current sensor supply
- Sensor sensitivity and mounting direction must match the configured measurement task
- B&R accelerometers and drag-chain-capable sensor cables are available as optional accessories
- All four vibration inputs use the documented 51.5625 kilohertz sampling frequency
- Downsampling can be configured from 200 hertz through 10 kilohertz
- The analog path spans the documented 34 millihertz to 19.75 kilohertz cutoff range
- The module supports vibration measurement and analysis for condition-monitoring tasks
- Configurable spectral resolution supports analysis at different downsampling rates
- Calculated parameters and characteristic values are available to the Automation Studio project
- Rotating-machine imbalance monitoring
- Periodic-impact detection in mechanical equipment
- Bearing-damage analysis using IEPE acceleration sensors