VIBRO-METER VM600 IOCN 200-566-000-112 200-566-101-013

Physical Parameters: Both modules have a size of 163×38×58mm and a weight of approximately 0.35kg. The overall compact design facilitates installation and deployment in limited spaces inside various control cabinets and equipment. They can flexibly adapt to different space conditions, whether in new projects or upgrades of existing systems.

Electrical Parameters: The operating voltage supports the common 220V, which can be directly connected to the power supply network of most industrial sites, reducing the need for additional power conversion equipment. The modules have international certifications such as CE and ROHS, meeting international standards in terms of safety, environmental protection, etc., to ensure compliant and safe operation in industrial environments in different regions.

Communication Parameters: They support multiple communication protocols such as Modbus RTU and TCP/IP, and have multiple Ethernet ports and fieldbus connectors. For example, the 200-566-000-112 module can perform efficient data interaction with devices or systems using different communication protocols through these interfaces; the 200-566-101-013 module realizes fast upload and download of data by virtue of its communication capability, ensuring that vibration monitoring data is transmitted to the upper computer in a timely manner for analysis and processing. Its communication interface can support two Ethernet connections and up to three serial connections (RS-232/RS-422/RS-485) at the same time, and different connection methods can run simultaneously, meeting the diverse communication needs under complex industrial network architectures. It also supports communication redundancy function. In Ethernet and serial communication links, when one link fails, data can be automatically switched to the redundant link for transmission, ensuring uninterrupted system communication and stable and reliable data transmission.

Measurement Parameters: For the 200-566-101-013 module involving vibration monitoring function, the measurement range is 0.1 mm/s to 200 mm/s, which can accurately capture vibration changes of different degrees during equipment operation; the frequency response range is 1Hz to 20kHz, which can cover the common vibration frequency ranges of industrial equipment, from low-frequency vibrations of large equipment to high-frequency subtle vibrations of components, providing comprehensive data for equipment status evaluation.

Reliable Data Interaction Function: Taking 200-566-000-112 as an example, as a communication board, it builds a stable data transmission channel between different functional modules in the VM600 system, such as modules responsible for vibration monitoring and equipment protection. In large power stations, it can quickly transmit the data of the steam turbine vibration monitoring module to the central control system, and at the same time transmit control commands in the reverse direction, ensuring the coordinated work of all modules and the safe and stable operation of the steam turbine. In the complex electromagnetic environment of industrial sites, through its own electrical isolation design and anti-interference algorithms, it effectively shields external interference signals, ensures the accuracy of data transmission, and avoids data errors and losses caused by interference that affect the normal operation of the system.

Accurate Monitoring and Analysis Function: The 200-566-101-013 module is equipped with high-sensitivity sensors in terms of vibration monitoring, which can accurately collect equipment vibration data. In the monitoring of compressors in the petrochemical industry, through continuous monitoring and analysis of parameters such as vibration amplitude and frequency, potential equipment failures, such as bearing wear and blade loosening, can be predicted in advance, providing accurate early warnings for equipment maintenance personnel, facilitating timely maintenance arrangements, reducing downtime caused by sudden equipment failures, and lowering production losses. The module has a built-in data processing algorithm, which can perform real-time analysis on the originally collected data, and quickly transmit the valuable equipment operating status information after processing to subsequent systems, improving the efficiency of the entire monitoring process.

Convenient System Integration Function: Both modules are designed in accordance with industry standards in terms of size, interface, communication protocol, etc., and can be easily integrated with other modules in the VM600 system, such as various monitoring cards and relay cards, and can also be connected in communication with external third-party equipment and systems. In new industrial automation projects, they can be quickly integrated into the overall architecture; for upgrades of existing systems, they can be seamlessly replaced or added, reducing the difficulty and cost of system transformation. The modules support the "plug-and-play" function. After the hardware connection is completed, they can be put into use quickly through simple software configuration, reducing installation and commissioning time and technical thresholds, and improving project implementation efficiency.

Intuitive Status Feedback Function: The modules are usually equipped with status indicators, which intuitively feedback their working status through different colors and flashing frequencies, such as power-on, data transmission, fault alarm and other information. During daily equipment inspections, maintenance personnel can quickly judge whether the module is working normally by observing the status of the indicators without the help of complex tools and software, which greatly improves the efficiency of fault troubleshooting and daily maintenance. Some models also support displaying monitoring output data and alarm limits through the front panel, so that operators can directly obtain key equipment operating parameters on site and timely grasp changes in equipment status.