Description
The Bently 135489-01 is a vibration monitoring system module designed specifically for vibration monitoring. The following is a detailed description of the module’s parameters, specifications, dimensions, weight, series, features and functions:
Parameters and specifications:
Scope of application: Suitable for a wide range of equipment and applications, it is able to measure and analyze the vibration of mechanical equipment to detect abnormal vibrations and predict possible failures.
Input voltage range: 85-264V AC, 47-63 Hz or 110-370V DC.
Output voltage: 24V DC.
Output power: 450 W.
Size and weight:
Dimensions: Approximately 166mm x 112mm.
Weight: about 0.2kg, some data indicate that its weight is 0kg, which may vary depending on the version or specific configuration.
Series:
This module may be a specific model or variant of the Bently vibration monitoring system, and the specific family may require further inquiries or contact the supplier for exact information.
Features:
Multi-channel design: There are usually multiple vibration sensor input channels, which can simultaneously monitor the vibration of multiple devices or different locations.
Data acquisition and analysis: Data generated by vibration sensors can be collected, analyzed and processed accordingly.
Output flexibility: Outputs can be digital or analog signals and can be integrated with other control systems or monitoring systems.
Installation: It can usually be connected to the main control system through a simple interface, or can be discretely connected through an appropriate cable or connector.
Reliability: The use of high-quality materials and manufacturing processes, through strict testing and quality control, to ensure high reliability and stability.
Functions:
It is mainly used to monitor the vibration status of mechanical equipment in real time. By analyzing and processing vibration data, abnormal vibration of equipment can be detected and possible faults can be predicted, so as to help users take timely maintenance measures to avoid equipment damage and production interruption.
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