VIBRO-METER VM600 MPC4 High precision mechanical protection card module

Channel Configuration: Equipped with 4 dynamic channels and 2 phase reference channels. The dynamic channels can be used to monitor various dynamic signals such as vibration, displacement, and velocity, comprehensively capturing various state changes during equipment operation. The phase reference channels provide data support for accurately analyzing the operating phase of the equipment, helping to gain a deeper understanding of the equipment operation.

Power Requirement: The operating voltage is 220V, which meets the power supply standards of most industrial sites, ensuring the stable operation of the equipment.

Measurement Range: Different measurement types correspond to different measurement ranges. For example, the vibration measurement range is 0.1mm/s to 50mm/s, which can meet the vibration monitoring requirements of various equipment. The frequency range is 0.5Hz to 10kHz, covering the frequency range generated by common mechanical equipment during operation.

Data Sampling Rate: The data sampling rate is 256 times per second, which can quickly and accurately collect equipment operation data and promptly reflect the changes in equipment status.

Operating Temperature: The operating temperature range is -20°C to 60°C (for some product versions, it is 0°C to +65°C). It can adapt to relatively harsh industrial environment temperature changes and ensure the normal operation of the equipment in different environments.

Storage Capacity: It can store 10,000 data points, which is convenient for historical recording and analysis of equipment operation data, helping to trace the equipment operation status and discover potential problems.

Structure and Dimensions: Adopts a modular structure design with dimensions of 210 x 170 x 75mm (or package size of 168mm x 107mm). This design is not only convenient for installation and maintenance but also enables efficient functional integration in a limited space.

Weight: The weight is 1.5kg. While ensuring the equipment performance, it has good portability and installation convenience.

Protection Level: The protection level reaches IP20, which can effectively prevent dust and provide a certain degree of protection for the precision electronic components inside the equipment.

High-Precision Monitoring: Utilizes the latest digital signal processing technology to monitor and analyze machine vibrations and other parameters in real-time, providing high-precision measurement data. It can accurately capture both minor vibration changes and complex equipment operating conditions, providing a reliable basis for equipment fault diagnosis and preventive maintenance.

Multi-Channel Monitoring Function: Supports multi-channel measurement and can simultaneously monitor multiple dynamic signal channels such as vibration. This comprehensive monitoring method can provide a more comprehensive understanding of the equipment operating status, avoiding the omission of equipment problems due to the limitations of single-channel monitoring.

Automatic Fault Diagnosis: Equipped with high-precision sensors and advanced algorithms, it can automatically diagnose various mechanical faults. Once abnormal equipment operation is detected, it can quickly provide accurate early warning information, helping users to maintain and service the equipment in a timely manner, effectively reducing losses caused by equipment failures.

Support for Multiple Sensors: Supports multiple types of sensors, such as acceleration sensors, speed sensors, and displacement sensors. According to different application scenarios and monitoring requirements, appropriate sensors can be flexibly selected to ensure that the equipment can accurately adapt to various complex monitoring tasks.

High Sampling Rate and High Resolution: In terms of data acquisition and processing, it has the ability to measure vibration signals with high sampling rate and high resolution. This enables the equipment to obtain more detailed and accurate equipment operation data, ensuring data accuracy and providing strong support for the accurate evaluation of equipment operating status.

Strong Signal Processing Ability: It can quickly and accurately process the collected signals, including FFT (Fast Fourier Transform), filtering, RTD (Resistance Temperature Detector) linearization, etc. Through these signal processing methods, key information on equipment operating status can be effectively extracted, improving the accuracy and reliability of equipment monitoring.

Reliable Stability and Anti-Interference Ability: Adopts a reliable design and high-quality electronic components, with stable operating performance and strong anti-interference ability. Even in a complex industrial electromagnetic environment, it can operate stably, ensuring the accuracy of monitoring data and the normal operation of the equipment.