VIBRATION CONTROL

Vibration flaw detection is used to detect various defects such as cracks, material destruction, improper fastening and other malfunctions in the operation of machines and structures. During the flaw detection, the vibrometer measures the vibration level, analyzes it and finds the location of the defect.

The principle of vibration flaw detection is based on the fact that each defect in a machine or structure causes a certain level of vibration, which can be measured and analyzed. The vibrometer device used for vibration flaw detection has a sensor that measures vibration fluctuations and an electronic unit that processes this data and outputs the results.

The vibrometer is installed on the surface of the machine or structure to be checked. Then, using the built-in vibration generator, the vibrometer creates mechanical vibrations that are transmitted through the surface and detect any defects inside the structure. The received data is read by the device and analyzed to determine the location of the defect. This allows you to quickly and accurately detect any malfunctions in the operation of machines and structures, which helps to prevent emergencies and reduce repair costs.

Advantages of Vibration control

Vibration monitoring has several advantages that can improve the safety and efficiency of machines and structures:

• Vibration monitoring allows you to detect defects and problems at an early stage, when they have not yet led to serious consequences. This allows you to quickly take measures to eliminate problems and prevent emergencies.
• Due to the early detection of defects and problems, VC reduces the cost of repair and maintenance of machines and structures.
• VC helps to improve the reliability and safety of machines and structures. Due to the early detection of defects and problems, emergencies can be prevented or the likelihood of their occurrence can be reduced.
• Vibration control allows you to optimize the performance of machines and structures. Through regular monitoring, it is possible to identify and eliminate machine inefficiency, which will increase productivity and work efficiency.
• Vibration control can help improve the quality of products produced by machines or structures. Through monitoring, it is possible to identify problems related to mismatches in geometric parameters or other factors and eliminate them, which will improve product quality.

Vibration control has many advantages that increase the safety, reliability and efficiency of machines and structures. Regular vibration monitoring is an important tool to ensure the safe and efficient operation of various machines and structures.