410-87-262-41-105101

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Rectangular Connectors – Headers, Receptacles, Female Sockets – commonly referred to as “410-87-262-41-105101 applications,” are devices utilized in engineering and industrial control systems. The devices appear in many shapes and sizes, in a wide variety of materials, and with different levels of complexity. In general, these devices are used to hold signal connections in place and establish an electrical pathway from one device or component to another.

An important feature of rectangular connectors is their robust design that ensures safe and reliable performance in various applications. This is because, unlike other connectors, they are designed for firmly locking together two or more cells with retainers, and a contact cooperation structure which securely joins the two pieces together. The rectangular connectors can be used in harsh environments, since their designs provide superior electrical insulation and protection from environmental conditions. As a result, this type of connection product is widely used in many applications such as industrial, commercial, and military applications.

Rectangular Connectors can be divided into two main categories: the receptacles and the female sockets. Receptacles are suitable for making permanent connections, such as for wiring cabinets and various electrical enclosures. They feature a range of contact arrangements, contact retention designs, body orientations, and materials depending on the specific requirements of the application. Female sockets offer an efficient way to quickly make and break connections. These devices have the same configurations, materials, and contact arrangements as receptacles, but they feature easy and reliable connections without tools or specialized equipment. Female sockets are often used in communication and data networking applications.

The working principles of rectangular connectors are not overly complicated. To use the technology, the connection must be made firmly. As the two parts of the connector come together, a contact retention force is created that keeps the connection secure. The contact force is generated along with contact cooperations and retainers through shapes such as dovetail, lancet, cross, or flat. The contact cooperations then generate an electrical path, which allows current to flow between the two parts. The force keeps the parts together, ensuring that the connection point remains secure and static.

Rectangular connectors are also known for their high precision and accuracy. They are often manufactured in tight tolerance ranges, which allows them to securely join two or more electrical components without creating undue stress or friction. Such connectors are also flame-resistant and have a high contact-retentive strength that helps to prevent them from becoming loose when exposed to vibration or shock. Additionally, some connectors are designed for environmental protection, providing reliable operation in extreme temperatures, humidity, and other harsh environmental conditions.

The 410-87-262-41-105101 application field is wide and varied, including a large number of commercial, industrial, military, and automotive applications. Common applications for this type of connector include wiring cabinets, circuit boards, panel boards, resistance thermoconvectors, motor control cabinets, temperature control systems, encoders,and computer systems. In addition, the connector has also found its way into other applications such as avionics, space exploration, and medical applications.

In conclusion, rectangular connectors are a type of connection product which is widely used in engineering and industrial applications. They feature a durable design that allows reliable performance even in harsh environmental conditions and offer a secure connection that provides current transfer without malfunction. With its variety of contact arrangements, contact retention designs, body orientations, and materials, as well as its high precision and accuracy, the 410-87-262-41-105101 is well-suited for a variety of commercial, industrial, military, and automotive applications.

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