The industrial control cabinet is an important mechanism in the industrial control computer. Whether the industrial control cabinet works normally or not directly affects whether the entire industrial control computer can work normally. Then what factors can affect the normal and stable work of the industrial control cabinet, let me introduce you to the influence of the industrial control cabinet. Factors for normal work.

1. Heat conduction factor: The rationality of the heat dissipation structure is an important factor related to whether the computer can work stably. In order to increase the heat dissipation effect, the necessary parts of the case will have holes, including the side panel holes of the case, the air intake holes of the exhaust fan and the exhaust fan exhaust holes, etc., so the shape of the holes must meet the technical requirements for blocking radiation.

2. Electromagnetic shielding factors: When the industrial computer is working, some of its components will generate a lot of electromagnetic radiation, which can cause certain harm to the human body if it is not prevented. At this time, the chassis becomes an important line of defense for shielding electromagnetic radiation and protecting health. A well-shielded chassis can also effectively block external radiation interference and ensure that the internal components of the computer are not affected by external radiation. The opening on the chassis should be as small as possible, and round holes with strong radiation blocking ability should be used as much as possible. Secondly, pay attention to the electromagnetic shielding of the wiring of various indicators and switches.

3. Anti-vibration factors: When the industrial control chassis is working, the optical drive, hard disk, and multiple fans in the chassis will vibrate when running at high speed, and vibration can easily lead to misreading of optical discs, damage to hard disk tracks and even data loss Therefore, the earthquake resistance of the chassis is also a key structural design scheme of the chassis.