Bently Nevada 3500/22M 288055-01 Transient Data Interface Module

Basic Functions: It is mainly used for collecting, storing, and transmitting the transient data of mechanical equipment, such as the dynamic data like vibration and displacement generated during the processes of equipment starting up, shutting down, and load changing. These data are of great importance for analyzing the operation status of the equipment, diagnosing potential faults, and optimizing the equipment performance. Data Collection Capability: It can collect various types of signal data at a high rate. The sampling frequency is usually high, enabling it to precisely capture the transient changes during the operation of the equipment. For example, it can quickly sample the analog signals output by vibration sensors and convert them into digital signals for processing and storage. Storage Function: It has a certain data storage capacity and can cache the collected transient data locally. In this way, even in case of communication interruption with the host computer and other situations, the data will not be lost. After the communication is restored, the data can be transmitted to the host computer for further analysis. The stored data format usually complies with relevant standards, making it easy to be compatible with other data analysis software.

Communication Interface: It supports multiple communication methods for data interaction with other devices or systems.    Common communication interfaces include Ethernet interfaces.    Through the Ethernet, it can achieve high-speed data transmission with Bently Nevada's System 1 condition monitoring software or other host computer systems that comply with the communication protocol, facilitating remote monitoring and data analysis.    In addition, it may also support other communication protocols to meet different application requirements. Module Characteristics: The design of this module conforms to the standard architecture of the 3500 series and can be installed in the 3500 rack to work in coordination with other modules.    It has good electromagnetic compatibility and anti-interference ability, and can operate stably in industrial environments, ensuring the accuracy and reliability of data collection and transmission.    At the same time, the module is usually equipped with status indicator lights, which can intuitively display the working status of the module, such as the power status, communication status, data collection status, etc., making it convenient for operators to troubleshoot and maintain the module. Application Areas: It is widely applied in industrial fields such as petroleum, chemical, power, metallurgy, aerospace, etc.    It is used for condition monitoring and fault diagnosis of key rotating mechanical equipment (such as steam turbines, compressors, generators, etc.).    Through the analysis of the transient data of the equipment, potential fault hazards such as abnormal vibration, misalignment, and imbalance of the equipment can be discovered in a timely manner.    Maintenance measures can be taken in advance to avoid equipment failure and shutdown, improve the reliability and operation efficiency of the equipment, and reduce the maintenance cost.

Parameters of Bently Nevada 3500/22M 288055-01: Data Collection: Sampling Frequency: It can achieve sampling at a relatively high frequency, usually reaching several thousand hertz or even higher (the specific value may vary depending on the configuration), which is used to precisely capture the changes in the transient signals of the equipment, such as the rapid fluctuations of signals like vibration and displacement. Number of Channels: Generally, it has multiple data collection channels and can simultaneously collect signals from multiple different types of sensors. For example, it can simultaneously collect data from multiple vibration sensors or displacement sensors. The specific number of channels depends on the actual specifications of the product. Input Signal Types: It supports various analog input signals, such as acceleration, velocity, or displacement signals from vibration sensors, as well as other analog signals related to the equipment status. Storage Performance: Storage Capacity: It has a certain local storage capacity and can cache the collected transient data to deal with situations such as communication interruptions. The typical storage capacity may range from several hundred megabytes to several gigabytes, specifically depending on the configuration and model of the module. Data Storage Format: The stored data format usually follows relevant standards, such as common data file formats, which is convenient for compatibility and interaction with other data analysis software, facilitating subsequent data processing and analysis. Communication Interfaces: Ethernet Interface: It supports Ethernet communication and usually complies with standard Ethernet protocols (such as TCP/IP), enabling high-speed data transmission. Through Ethernet, it can be connected to the upper computer, server, or other network devices, and transmit the collected and stored data to the remote monitoring and analysis system. Communication Rate: The Ethernet communication rate can generally reach 10/100Mbps or higher to meet the need for rapid transmission of a large amount of transient data. Other Possible Interfaces: In addition to the Ethernet interface, it may also support other communication interfaces or protocols, such as serial communication (RS-232, RS-485, etc.), which is used for data interaction with specific devices or systems. However, for specific information, please refer to the product manual.

Working Environment: Working Temperature Range: Usually, it is from -30°C to +65°C (-22°F to +150°F), and it can adapt to a relatively wide range of temperature conditions in industrial environments. Relative Humidity: The relative humidity range during operation is generally from 5% to 95% (non-condensing), ensuring the stable operation of the module in different humidity environments. Electrical Characteristics: Input Voltage: The required working power supply input voltage is usually compatible with the power supply system of the 3500 series rack.The common input voltage range may be around 24V DC (subject to the specific product specifications). Power Consumption: The power consumption of the module is relatively low, generally ranging from several watts to more than ten watts. The specific value depends on the working status and configuration of the module. Mechanical Characteristics: Dimensions: The dimensions of the module are adapted to the slot specifications of the 3500 series rack, facilitating installation and integration.      The specific dimensions (height x width x depth) may be approximately 120.7 mm x 50.8 mm x 251.5 mm (for reference only, there may be slight differences in reality). Weight: The weight is relatively light, facilitating installation and maintenance, and it is approximately around 1 kilogram (subject to the actual product). Status Indication: It is equipped with multiple status indicator lights, which are used to display the working status of the module, such as the power status (power on or off), communication status (whether the network connection is normal), data collection status (whether data is being collected or if there are any abnormalities in data collection), etc., making it convenient for operators to quickly determine the running situation of the module.