Description
The BENTLY 3500/22M Transient Data interface module is an industrial automation controller for monitoring seismic activity, mainly for monitoring and control systems in continuous production processes. The following are the specific parameters, specifications, dimensions, weight, series, features and functions of the BENTLY 3500/22M:
Parameters and specifications:
Manufacturer: Bently Nevada.
Series: 3500 series.
Input signal: -10 Vdc to +10 Vdc.
Power consumption: 7.7 Watts.
Shaft and sensor power supplies: -24 Vdc.
Temperature: 25 degrees Celsius.
Speed range: Support multiple event input per speed, maximum 20kHz.
Size and weight:
Size: There are two possible size descriptions. One is 9.50 x 4.50 x 1.00 (which may be in inches or centimeters) and the other is 138x 138x 25mm.
Weight: Depending on the data, there are several different weight descriptions. They are 0.85 pounds, 0.5kg, 1.2kg and 1.6kg, respectively.
Features:
Data processing capability: Equipped with a more powerful processor and memory, can handle more data and complex control algorithms, improve control accuracy and response speed.
Communication interface: supports a variety of communication interfaces, such as Ethernet, serial port, CAN bus, etc., to facilitate communication and control with various devices.
Programming method: Support a variety of programming languages and development environments, easy to customize and develop.
Security function: Equipped with fault detection, security locking, encrypted communication and other functions to improve system security and reliability.
Operation and maintenance: Friendly operation interface and menu design, support remote maintenance and diagnosis functions.
Functions:
Monitoring and control: The BENTLY 3500/22M module is used to monitor the operation of rotating equipment, such as motors, generators, etc., and is widely used in industrial fields such as power, petrochemical, and manufacturing.
Vibration monitoring: This module is usually connected to vibration sensors to monitor the vibration level and frequency of rotating mechanical equipment and to issue early alerts to predict potential equipment failures.
Temperature and pressure monitoring: The module can also be connected to temperature and pressure sensors to monitor the temperature and pressure conditions of the equipment and detect problems such as overheating or abnormal pressure.
Data acquisition and health management: Collect vibration, temperature, pressure and other data, and transfer it to the monitoring system or data acquisition system for real-time monitoring and recording, to achieve equipment health management.
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