What issues should be paid attention to when designing sheet metal cabinets?

　　What issues should be paid attention to when designing sheet metal cabinets?

　　In recent years, with the promotion of new infrastructure policies, sheet metal cabinets have been increasingly widely used in industries such as communication engineering and data applications due to their practical, simple and beautiful features. However, a good-quality sheet metal cabinet product is often inseparable from a good design.

　　The following issues should be paid attention to when designing sheet metal cabinets:

　　1. Protection design:

　　In order to ensure that communication is not interfered with, anti-electromagnetic and other issues must be considered. Indoor sheet metal cabinets must consider anti-drip, lightning protection, and anti-corrosion.

　　2. Template design:

　　The template design of sheet metal cabinets should try to use universal standard sizes to meet the market's versatility.

　　3. Structural design:

　　The structure meets the requirements of the accessories, and assembly interference should not occur. On the premise of satisfying the performance, it must strive for good processability, such as using standard parts and universal parts as much as possible.

　　4. Modeling design:

　　The appearance of the sheet metal cabinet should be beautiful and novel while meeting the performance requirements. In order to effectively operate and use the equipment, the structural design of the chassis must be in line with the psychological and physiological characteristics of people. At the same time, it is also required to be simple in structure and easy to install and disassemble. In addition, the controllers and display devices on the panel must be reasonably selected and laid out, and the personal safety of the operator must be considered.

　　5. Structural process design:

　　The structure and process are closely related. Different structures have different processes, and the quality of the sheet metal cabinet structure design must be guaranteed by good process measures. Therefore, the sheet metal cabinet designer must consider its structural processability in combination with actual production.

　　6. Operational ease of use design:

　　In order to effectively operate and use the equipment, the structural design of the sheet metal cabinet must be in line with the psychological and physiological characteristics of people. At the same time, it is also required to be simple in structure and easy to install and disassemble. In addition, the controllers and display devices on the panel must be reasonably selected and laid out, and the personal safety of the operator must be considered.

　　7. Design for technical indicators:

　　When designing sheet metal cabinets, it is also necessary to consider the electromagnetic interference and thermal effects between components and devices inside the chassis to improve the stability of electrical performance. Attention must be paid to the strength and rigidity of the sheet metal cabinet to avoid deformation, poor electrical contact, jamming of doors and connectors, and even damage after vibration. In addition, it is necessary to take corresponding measures according to the actual working environment and use conditions to improve the reliability and service life of the equipment and ensure the realization of product technical indicators.

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