How to maintain industrial connectors in daily use

The application of industrial connectors has risen to a new climax with the rapid development of industry, artificial intelligence, medical imaging and industrial technology. Especially in today's highly developed electronic equipment, connectors cover computers and peripherals, automobiles, communications, consumer electronics, medical care, military industry and other fields. As an indispensable part of electronic equipment, aviation plugs need to ensure the normal operation of industrial equipment in harsh and extreme internal production environments. How to maintain and maintain industrial connectors in industrial production has become a topic of widespread concern.

So, how to maintain industrial connectors in industrial production? Use aerospace plugs correctly strictly as required. You should fully understand the aviation plug to be operated and be familiar with its operation method to ensure proper operation. The presence of anti-misinsertion aviation plugs should be identified by color coding or marking after connection, or whether it corresponds to the appropriate model, and ensure that they are correctly positioned when connected to each other. Pay special attention to prevent sockets with pins from being inserted incorrectly, otherwise the pins of the socket will be damaged, the insulator will be scratched, and accidental electrical contact will be caused. Make sure the electrical connectors are in place. On special occasions where inspection is difficult, detailed provisions should be made in the corresponding operating procedures, and inspection can be carried out through a speculum. When the aviation plug is separated, a protective cap should be installed or other dust-proof measures should be taken. If the aviation plug and socket are not separated for a long time after being connected, insurance can be purchased between the plug and socket. When connecting or separating aviation plugs and sockets, the axes of the plugs and sockets should coincide as much as possible, and the cables should be righted to prevent tangential forces on the plugs and damage to the connectors due to cable sagging. It is recommended to choose a 45 ° curved plug tail to reduce the bearing capacity. When using threaded connections, there should be a series of loosening devices, such as locking screws, locking rings and fuses.

Industrial connectors guarantee adaptability in daily working environments according to different production environments. When industrial connectors require exposure to harsh environments such as outdoor operations, offshore production operations, and factory floors. For a long time, such as long-term rain, sun exposure, high salt spray corrosion, strong vibration and impact, the connector must meet the technical requirements of waterproof, dustproof, high and low temperature resistance, high humidity resistance, and salt spray corrosion resistance. Try to avoid the connector working in extremely harsh environment, which can prolong the service life of the connector. At the same time, in the face of complex and ever-changing harsh production environment, choosing high-reliability industrial connectors in industrial operations can reduce unnecessary costs caused by continuous maintenance and replacement of connectors. How to choose industrial connectors with high reliability in industrial production? When choosing a connector, the following points should be considered: 1. In terms of material selection, industrial connectors usually use high-performance engineering plastics or high-strength alloy materials to ensure that the connector can achieve extremely high corrosion resistance or extremely high Earthquake and impact resistance.

2. In terms of structural design, high-reliability connection and locking structure designs such as bayonet type and screw type are usually used to ensure that the connection is safer and is not easy to fall off under the action of external force. The interior adopts all-round waterproof sealing structure design and waterproof sealing ring, and the protection level reaches IP65 or above.

3. In terms of production process, the contact part of the connector is usually made of high-quality copper alloy, supplemented by gold-plated or silver-plated surface treatment process, to ensure smaller contact resistance, small temperature rise changes during long-term power transmission, and faster power transmission. 4. In terms of testing, the produced connector samples, aviation plugs and finished products sold on a large scale will be tested by professional laboratories to ensure compliance with national and industry standards for industrial connectors.

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