Heavy Duty Connector Basics
Heavy Duty Connector is a connector with a large load capacity, and its maximum output load is usually higher than the rated load of the connector itself. Heavy-duty connectors are widely used in aviation, aerospace, navigation, automobiles, electronics and other fields, and are mainly used in industrial equipment. The rated voltage of a heavy-duty connector is usually lower than the rated voltage of the connector itself. This is because there is a voltage difference between the connector and the device it is connected to (usually within a smaller range). Due to this, when connected to the connector, the current in the connector cannot be fully transferred to the device. Heavy-duty connectors achieve energy transfer in the following ways: 1. Transmitting signals from one device to another.
Heavy-duty connectors, as the name suggests, are connectors with high load capacity. Mainly used in aerospace, rail transportation, ships and other fields, due to its high load capacity, the insulation performance of the product itself is required to be good. The main features of heavy-duty connectors: 1. High speed, high current and signal transmission speed can be maintained at high speed. 2. Reliable connection, high reliability can be maintained under multiple load conditions. 3. Long life, product life is greater than 8000 times.
Heavy-duty connectors are products with very high weight requirements. The pressure on the connection surface is very large, more than twice that of ordinary connectors. The maximum pressure they can withstand is more than 20 tons. Therefore, heavy-duty connectors are indispensable in many industries, such as power, communications, electronics, aerospace and other industries. Heavy-duty connectors are mainly composed of load-bearing surfaces and connection surfaces. The load-bearing surfaces are mainly connected by bolts, screws and screws, and the connection surfaces are mainly welded and machined. Because heavy-duty connectors have the advantages of high strength, high load-bearing capacity, and high rigidity, they are widely used in electronic equipment.
