What are the design structures of industrial control chassis?

1. Ensure the realization of the technical indicators of the equipment When designing the chassis, it should be based on the use of the environment of the equipment, comprehensive consideration of the electromagnetic interference and thermal problems within the equipment, as well as the external mechanical, electromagnetic, electrical and climatic factors such as the impact of the equipment in order to ensure the stability of the electrical properties of the equipment, and make the chassis has enough strength, stiffness to ensure the reliability of the equipment and electromechanical connections and the equipment's vibration shock capacity, while Take appropriate measures to ensure the realization of the technical indicators of the equipment and reliability requirements.

2. Have a good structural process The so-called structural process is good quality, high yield, low-cost production of equipment, including processing, assembly, commissioning, maintenance. Structure and technology are closely related to the structure of the different processes used are not the same. Design chassis, should be based on the use of equipment requirements, taking into account the level of production at the time, including processing equipment, personnel, technology and inspection methods, methods, etc., so that the design of the chassis in line with the actual production at the time, and has a good assembly process, so as to ensure the quality of equipment.

3. Convenient assembly, operation, maintenance In order to give full play to the effectiveness of electronic equipment, the design of the chassis should be easy to operate and use, and in line with the user's psychological and physiological characteristics, and at the same time, the structure of the most simple, easy to assemble, disassemble, so that the equipment can be reached, good maintenance, in addition, the chassis should be designed to ensure that the use of the operator's safety, such as avoiding sharp edges and corners, the use of power leakage protection devices.

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4. Standardization, modularity chassis design, should be as far as possible to meet the standardization, modularity requirements, and the use of modular design methods, all the dimensions of the standard size series, and in line with the tolerance with the standard and the relevant general standards to ensure the interchangeability of the equipment chassis, so that in the development of similar equipment or equipment modification, you can change less or even do not change the size of the chassis of the equipment to be able to Completion of the chassis design of the new research or modified equipment.

5. Miniaturization The so-called miniaturization is to reduce the volume and weight of equipment as much as possible. The miniaturization of the chassis not only in the use of equipment performance is of great significance in the economy also has an important value, and therefore in the design of the chassis should pay attention to.

6. beautiful appearance The appearance of the equipment is not only related to the operator's sensory requirements, but also related to the sale of equipment. Design chassis, engineering design and modeling design should be combined to take full advantage of modeling design techniques, the shape of the chassis carefully designed to make the equipment beautiful appearance. In summary, to ensure that the realization of the technical indicators of the equipment and easy to assemble, operate, maintain the guidelines embodies the practical requirements of chassis design, with a good structural process embodies the economic requirements of chassis design, standardization, modularity and miniaturization embodies both the innovative requirements of chassis design embodies the requirements of the economic requirements of the styling design embodies the chassis design of the aesthetics of the requirements.