MVS-1319

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MVS-1319 is an intelligent multi-function triple motor vibration meter and sensor tester designed for the field of vibration monitoring. It is mainly used in the detection of vibration parameters of all kinds of mechanical or electrical rotating machinery, electronic parts and components, and various instruments and laboratories. It can also be used for the installation, adjustment, acceptance, and maintenance of various sensors and instruments.

The MVS-1319 adopts a modular design, with three independent micro-controller system, capable of measuring two vibration parameters, three speed parameters, and two phase components at the same time. It is intuitive and efficient, and supports high-precision, low-temperature, and low-noise measurements. Furthermore, with built-in data logger, storage and archiving capability, and analog signal output, making long-term data monitoring and recording more efficient.

MVS-1319 adopts the multi-channel data acquisition technology. Each of its three channels can independently collect up to two channels of vibration parameters, three channels of speed parameters, and two channels of phase components. Its on-board FPGA system can detect the vibration parameters, speed parameters, and phase components of the sample object in real time and feedback them to the vibration meter, which can accurately provide the measured vibration reading to the user. At the same time, the FPGA is also responsible for the on-board data acquisition, recording, and data processing, as well as the analog output.

MVS-1319 utilizes a new type of sensor technology called "triaxial acceleration sensor" to acquire the acceleration of the test object along three orthogonal directions in the moving coordinate system. The three orthogonal accelerometers can measure both reliable vibration and speed information, allowing users to quickly detect new clues from the vibration of test objects. With the acceleration as the original dynamic signal, the speed and phase can be easily obtained; in addition, the acceleration phase can also be directly measured, eliminating the need for specific matching.

MVS-1319 not only adopts advanced sensor technology, but also possesses powerful features such as multi-parametric measurements, full manual control, frequency analysis and phase analysis, temperature measurement, data storage, built-in data logger, various interfaces, and multiple languages support. It has a very wide application in the field of vibration measurement, for the installation, adjustment, acceptance, and maintenance of various sensors and instruments.

The working principle of MVS-1319 is very simple, just need to place the vibration meter on the top side of the object to be measured, then the vibration meter will automatically detect the vibration. It has a multi-channel data acquisition mode, with a analog output port and data logger, The data can be collected and stored in the device for later analysis and comparison.

The measurement accuracy of MVS-1319 is very high, and its noise suppression capability is also very good, providing users with accurate and reliable data. It can measure the vibration parameters, speed parameters, and phase components of the sample at the same time for comprehensive testing. The results of the test can be printed directly through the built-in printer of the device, providing users with convenience.

In conclusion, MVS-1319 is an accessible, cost-effective vibration measurement tool for a wide range of applications. Whether it is for the testing of rotating machinery, electronic components, or instruments, as well as the installation, adjustment, acceptance, and maintenance of various sensors and instruments, the MVS-1319 is an ideal choice for vibration measurement.

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