Description
The code “BENTLY 3500/22M” likely refers to a vibration monitoring system component manufactured by Bently Nevada (now part of Baker Hughes). While definitive information might be limited due to the lack of a specific model number, here’s what we can infer and how you can find more details:
Possible Product:
- Bently Nevada 3500 Series Vibration Monitoring System (specific model depends on the 22M suffix)
- Possible sub-components within the 3500 system like a sensor or transmitter (depending on the 22M suffix)
Product Description:
Bently Nevada 3500 series is a family of industrial monitoring systems used to detect and diagnose vibration in rotating machinery. Excessive vibration can indicate potential problems like machine imbalance, bearing wear, or misalignment. Early detection of these issues helps prevent equipment failures, improve machinery lifespan, and ensure process safety.
Product Function:
The specific function depends on the exact model variant identified by the “22M” suffix. However, some general functionalities of the 3500 system include:
- Vibration Sensor Integration: Connects to various vibration sensors placed on critical machinery components.
- Signal Processing: Processes the raw vibration signals from the sensors to extract meaningful data like vibration amplitude, frequency, and phase.
- Alarm Generation: Triggers alarms if vibration levels exceed pre-defined thresholds, indicating potential equipment issues.
- Data Recording and Analysis: Records vibration data over time for trend analysis and diagnostics.
Product Parameters and Specifications (Refer to Bently Nevada website or datasheet for details):
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Exact specifications depend on the specific model variant within the 3500 series. However, some typical parameters for the system might include:
- Number of Channels: The number of vibration sensor inputs the system can accommodate (e.g., 4 channels, 8 channels).
- Frequency Range: The range of vibration frequencies the system can measure (e.g., 1 Hz to 10 kHz).
- Measurement Accuracy: The level of precision in measuring vibration levels.
- Communication Interface: How the system interfaces with other monitoring or control systems (e.g., Ethernet, Modbus).
