2-208403-1

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2-208403-1 is a kind of rectangular connector – headers, male pins. It is designed for applications that require a reliable and convenient method of connecting two electrical components. The connector has a straight and angle header structure, depending on the design and requirements of the application. They are typically used in a variety of short distance electrical wiring, including in household appliances, toys, LED lighting, electrical switch boxes, automobiles, industrial equipment, and more.

2-208403-1 connectors are made of copper alloy and are fully compatible with industry standards. These connectors are designed for continuous operation and performance in areas of high vibration, shock, and strain. The connectors have an inner thread that allows the connection of electrical wires. The connection is protected against dust, moisture, heat, and strong currents.

2-208403-1 connectors have excellent mechanical strength and high temperature resistance. The design of these connectors prevents short circuit and maximizes contact stability. They have excellent corrosion resistance and good electrical insulation. The are strong, compact, and highly reliable. These connectors are very convenient and secure to install. They require no soldering and can be connected without difficulty. The connectors have a high insertion force and good dimensional stability.

The working principle of 2-208403-1 connectors is simple and user-friendly. When connecting two electrical components, an inner thread is created from the electrical wire and the plug is inserted into the socket. This creates an electrical connection between the two components. The connectors can be operated in a wide range of temperatures and humidity. The pins of the plug and socket are engineered to ensure a tight fit and prevent accidental disconnection.

2-208403-1 connectors are widely used in many industries and applications because of their efficiency and adherence to industry standards. They offer a cost-effective, reliable, and convenient method of connecting two electrical components. They can be easily and securely integrated into a range of applications and provide a long-lasting, reliable connection.

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