LKN-3

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When talking about the application fields and working principle of LKN-3, it is essential to mention that it is a type of a modular machinery machine monitoring system with some specific parameters and measurements, which allow for the assessment of the functioning and performance of the machines. In addition to monitoring, it also provides the option to take proactive corrective actions to prevent potential malfunction or damage in the future.

The application of LKN-3 mainly involves the monitoring of mechanical machinery, particularly of those that produce acoustic output due to the noise they generate during operation or due to mechanical vibrations caused by the impact of moving parts. This is because one of the main functions of the system is to measure the precise level of noise and vibration, so appropriate corrective actions can be taken in order to control the noise and vibration.

The working principle behind LKN-3 is based on the concepts of central axis orientation, modulated signal capture, and acoustic emission measurement. The central axis orientation technique is used to take measurements from the central axis of the machinery, which is usually perpendicular to the surface of the machine. This provides the system with the accurate orientation of the machinery, which aids in precise measurements of other parameters as well.

The modulated signal capture captures the output of the machinery and converts them to digital signals. It then analyses the digital signals and the acoustic output of the machinery in order to measure the noise level and the vibration level of the machinery. The acoustic emission measurement is the process of identifying and recording vibrations produced by the machinery.

The LKN-3 system is also capable of calculating the force of impact and inertia generated by the operation of the machinery. This allows the system to be used for the assessment of the machinery\'s performance and efficiency. The system is also capable of monitoring the motion of the machinery, and the output of this data can be used to determine vibration levels, mechanical stress, and other physical parameters.

LKN-3 also provides the option to monitor the working environment of the machines and to take corrective action accordingly. This is especially useful in the areas of production where machinery is used in a hazardous environment and has the potential to be hazardous. This includes monitoring the humidity and temperature levels in the environment, as well as vapors, dust, and other hazardous particles that may be present in the environment.

In summary, the application fields and working principle of LKN-3 are used to monitor the functioning and performance of the mechanical machinery. The system is capable of measuring noise, vibration, impact, inertia, and the forces generated by the machinery. It is also capable of monitoring the environment of the machinery in order to take corrective actions to prevent any potential damage or malfunction. In this way, the LKN-3 system provides a comprehensive assessment of the working environments and efficiency of the machinery.

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