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The Air Jet Weaving Machine is a type of shuttleless loom that uses a jet airflow to pull the weft yarn through the shed. The working principle is to use air as the weft insertion medium, utilizing the frictional pulling force of the compressed jet airflow to pull the weft yarn across the shed. The weft insertion is achieved through the jet stream generated by the air-jet.
The Air Jet Weaving Machine has advantages such as high speed, a high degree of automation, stable operation, and wide applicability.
Properly manage the technical data related to the Air Jet Weaving Machine, such as the Air Jet Weaving Machine manuals, component diagrams, installation and debugging records, fault and treatment records, etc. Both the technical department and maintenance personnel should keep these technical data archived and well-understood in real-time.
Establish basic documentation for equipment maintenance and repair, such as setting up equipment repair logs, compiling daily maintenance operation standards, maintaining fault and treatment logs, and detailing Air Jet Weaving Machine spare parts.
Assign dedicated personnel to manage the tools and instruments required for the maintenance and repair of the Air Jet Weaving Machine.
Given the high automation features of the Air Jet Weaving Machine, enhance the knowledge of maintenance staff in mechatronics. Ensure that maintenance personnel can operate the equipment, consult documents, perform maintenance, and troubleshoot issues, thus ensuring the proper use and management of the Air Jet Weaving Machine. Additionally, improve the operating skills of the Air Jet Weaving Machine operators, strictly requiring them to operate the equipment according to the standards.
Although the Air Jet Weaving Machine has advantages such as high operational speed, stable performance, and wide product applicability, various electrical and mechanical faults may arise due to equipment issues and improper maintenance. These faults not only reduce the performance and lifespan of the Air Jet Weaving Machine but also affect the quality of the products to some extent. Therefore, mastering common faults of the Air Jet Weaving Machine and handling them specifically, along with strengthening daily maintenance and repair work, is fundamental to ensuring the efficient and reliable operation of the Air Jet Weaving Machine.
Besides developing towards high speed and high efficiency, the Air Jet Weaving Machine should further improve in areas such as precise servo control, real-time online monitoring, and quick and convenient settings, thereby enhancing fabric quality and weaving stability. New mechanisms should be designed for the shed opening and looping of the Air Jet Weaving Machine. Producers of Air Jet Weaving Machines should also continuously research and focus on themes such as green and environmentally-friendly practices, equipment operational safety, intelligent adjustments, and detection.
