The application of industrial endoscopes on wind turbines is very extensive and important. As an advanced non-destructive testing tool, it provides a strong guarantee for the reliability and safety of wind power generation equipment. The following are the main applications of industrial endoscopes on wind turbines:
Function: The blades of wind turbines are one of their core components, which directly affects the power generation efficiency and safe operation. Blades may crack, wear or other damage under long-term wind action.
Application: The use of industrial endoscopes can visually inspect the inside of the blades to find and evaluate defects, cracks, wear and foreign matter on the surface of the blades. Through the detection data, the operation and maintenance personnel can take repair measures in time to ensure the normal operation of the blades and extend their service life.
Function: The generator of a wind turbine is a key energy conversion device and needs to be kept in good working condition.
Application: Industrial endoscopes can be used for visual inspection inside the generator to check the status and operation of components such as rotors, windings, and cooling systems. Through the application of endoscopes, potential faults, damage or wear problems can be discovered in advance, and repair and maintenance measures can be taken in time to ensure the stable operation of the generator.
Function: The gearbox is one of the core components of the wind turbine generator set. The gears, bearings and lubrication systems inside it need to be regularly inspected and maintained.
Application: The industrial endoscope can enter the gearbox to observe the degree of wear of the gears, the state of the bearings and the working condition of the lubrication system. Due to the harsh working environment inside the gearbox, traditional detection methods often require shutdown and disassembly of the gearbox, which is not only time-consuming and labor-intensive, but also increases maintenance costs. With the use of industrial endoscopes, technicians can directly observe the surface condition of the gears, detect cracks, wear and corrosion problems in time, and take corresponding maintenance measures, greatly reducing downtime and maintenance costs.
Function: The bearings of wind turbines bear the weight and rotational force of the rotor and are key operating components.
Application: Industrial endoscopes can be used to detect bearings, including observing the lubrication condition, wear and vibration of the bearings. Through regular inspection, abnormal conditions of bearings can be discovered in time, failures and damage can be prevented, and the normal operation of wind turbines can be ensured.
Function: The tower of a wind turbine is an important structure that supports and protects other components, while the tower base bears the weight and wind pressure of the entire unit.
Application: The industrial endoscope can be used to inspect the inside of the tower and tower base to find possible corrosion, cracks, deformation and other problems. Such inspections can detect structural abnormalities early, take corresponding maintenance and reinforcement measures, and ensure the safety and stability of the tower and tower base.
Function: The pitch mechanism is a key component for controlling the blade angle in a wind turbine.
Application: Through the application of industrial endoscopes, the transmission system, hydraulic system, etc. inside the pitch mechanism can be inspected to ensure its normal operation and reliability. At the same time, hydraulic pipelines, connectors and sealing devices can also be checked to prevent leakage and failure.
Industrial endoscopes can also be used to inspect other key components of wind turbines, such as wind turbine speed increasers, blade drain pipes, etc.
In the production process of wind power equipment, industrial endoscopes can also be used for quality control to ensure the quality and reliability of the equipment.
Industrial borescope
solution service provider
