924717-10-31-I

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Rectangular Connectors - Headers, Male Pins

The 924717-10-31-I connector is a rectangular connector often seen in high power applications due to it’s strength and reliability. It is constructed with heavy-duty and vibration resistant components capable of handling high voltages or signals. It is typically provided in multiple configurations: single column, double column, triple column, and other configurations depending on the size and application.

The headers of these connectors are usually constructed of brass, steel, or stainless steel depending on the application. The contacts, often referred to as male pins, are usually copper based materials. The combination of the two creates an effective electrical conductor and rectified the current. The wires used in the connectors are usually wired to the male pins by soldering them onto the pins.

The 924717-10-31-I connectors offer a few key advantages. First, they can be customized to fit the environment they’re needed in – due to it’s multiple configurations and varying contact numbers. Secondly, they are capable of handling high temperatures and oftentimes provide a compact and waterproof solution. Lastly, the connectors require very little electrical flow, which decreases the load on the system and saves money.

The 924717-10-31-I connectors have multiple uses in a variety of industries. The primary application is for power transmission due to its high voltage capacity. In terms of signals, the connectors are used mainly for data transmission, whether for harsh environments or normal circumstances. Additionally, the 924717-10-31-I connectors are used in horizontal or vertical applications, meaning it can fit in small areas and have its connectors travel sideways or vertically. Its reliability and flexibility make it a great choice for many applications.

The working principle of a 924717-10-31-I connector is straight forward. The connectors use male pins that are soldered to the wires, which are then connected to the headers. This forms an effective electrical circuit between the two and allows current or data to pass smoothly. The connectors are often designed with strain relief to help reduce vibrations and abrasion on the pins. The strength and reliability of the headers also contribute to its high voltage transmission capabilities.

The 924717-10-31-I has become a very popular choice in connectors, thanks to its strong reliability, multiple varieties, flexibility, and ability to handle harsh environments. Various applications in industries such as automotive, communication, medical, and aerospace have all benefited from the use of this connector. It takes the worry of ensuring high voltage transmission and data transmissions out of the hands of engineers, making it an invaluable tool.

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