Hoisting machinery is generally a large-scale mechanical equipment, composed of many parts, and the quality of the parts is greatly related to the performance of the crane. Port cranes are large-scale electromechanical equipment. They are generally customized products according to the actual production needs and use functions of users. They have unique functions and require a complete quality management system to avoid quality problems.
Quality management is an important aspect of the crane industry and has a great impact on market competitiveness. Improving the quality of cranes is to solve the current common problems of large machinery. Solving the frequently occurring problems of port cranes requires functional improvement, technological innovation, design innovation and quality control for each product. The quality improvement and control of processed products one by one are mainly reflected in two aspects: processing and design. Grasping the design work of lifting machinery products is the source of product quality. It is a key node to ensure the quality of port cranes. The quality control of additional products is equal to the quality control in the production process. The quality of each part of the product is controlled so that it can meet the needs of the market. In order to meet the performance of port cranes, the first thing to pay attention to is the quality problem, and quality management is very necessary.
Research on Energy Saving Direction of Dock Cranes
With the rapid economic development, there is an increasing demand for cranes in the construction industry, terminal freight and metallurgical industries, and cranes are developing in the direction of large-scale automation and multi-function complexity. However, the energy consumption of lifting motors is getting higher and higher. However, the global energy crisis has deteriorated at the same time, and energy conservation and emission reduction are also a national policy implemented by my country. Therefore, how to improve the energy efficiency of quay cranes, reduce power consumption, and achieve the goal of energy saving and consumption reduction has become the focus of research in the industry.
With the development of technology, the energy-saving control mode of cranes has been studied and developed more and more widely. The development and application of more and more advanced crane control systems. The development and application of energy-saving motors are very helpful to the energy-saving of cranes. Energy-saving frequency converter control has been widely used in frequency converters, technology-integrated torque control modes, etc. Various energy-saving designs and researches have made certain achievements in cranes. It is believed that in the near future, the energy saving effect of the crane will reach the ideal state.
Cranes are important tools and equipment to realize mechanization and automation, reducing heavy labor and improving the productivity of modern industrial enterprises. With the development of modern industry, the expansion of production scale and the improvement of automation, as an important material handling equipment, its role is getting bigger and bigger, and it is more and more widely used in the modern production process, such as in Ports, docks, etc.
Cranes are important tools and equipment to realize mechanization and automation, reducing heavy labor and improving the productivity of modern industrial enterprises. With the development of modern industry, the expansion of production scale and the improvement of automation, as an important material handling equipment, its role is getting bigger and bigger, and it is more and more widely used in the modern production process, such as in Ports, docks, etc.
Quality management is an important aspect of the crane industry and has a great impact on market competitiveness. Improving the quality of cranes is to solve the current common problems of large machinery. Solving the frequently occurring problems of port cranes requires functional improvement, technological innovation, design innovation and quality control for each product. The quality improvement and control of processed products one by one are mainly reflected in two aspects: processing and design. Grasping the design work of lifting machinery products is the source of product quality. It is a key node to ensure the quality of port cranes. The quality control of additional products is equal to the quality control in the production process. The quality of each part of the product is controlled so that it can meet the needs of the market. In order to meet the performance of port cranes, the first thing to pay attention to is the quality problem, and quality management is very necessary.
Research on Energy Saving Direction of Dock Cranes
With the rapid economic development, there is an increasing demand for cranes in the construction industry, terminal freight and metallurgical industries, and cranes are developing in the direction of large-scale automation and multi-function complexity. However, the energy consumption of lifting motors is getting higher and higher. However, the global energy crisis has deteriorated at the same time, and energy conservation and emission reduction are also a national policy implemented by my country. Therefore, how to improve the energy efficiency of quay cranes, reduce power consumption, and achieve the goal of energy saving and consumption reduction has become the focus of research in the industry.
With the development of technology, the energy-saving control mode of cranes has been studied and developed more and more widely. The development and application of more and more advanced crane control systems. The development and application of energy-saving motors are very helpful to the energy-saving of cranes. Energy-saving frequency converter control has been widely used in frequency converters, technology-integrated torque control modes, etc. Various energy-saving designs and researches have made certain achievements in cranes. It is believed that in the near future, the energy saving effect of the crane will reach the ideal state.
Cranes are important tools and equipment to realize mechanization and automation, reducing heavy labor and improving the productivity of modern industrial enterprises. With the development of modern industry, the expansion of production scale and the improvement of automation, as an important material handling equipment, its role is getting bigger and bigger, and it is more and more widely used in the modern production process, such as in Ports, docks, etc.
Cranes are important tools and equipment to realize mechanization and automation, reducing heavy labor and improving the productivity of modern industrial enterprises. With the development of modern industry, the expansion of production scale and the improvement of automation, as an important material handling equipment, its role is getting bigger and bigger, and it is more and more widely used in the modern production process, such as in Ports, docks, etc.
コメント