55510-126

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Rectangular Connectors - Headers, Receptacles, Female Sockets are widely used in electronic and electrical fields. The 55510-126 Connector is a type of female socket, suitable for high power applications such as automotive, industrial and military electronics.

This header connector is a quick-disconnect type, and is made from high-grade copper alloy and plastic. It features terminals with spaced centerline spacing of 2.54 mm, enabling easy mating and providing a safe and reliable electrical connection. It has two rows of 20 pin terminals and can be secured by a secure DIN or Phillips screw.

The 55510-126 connector is designed for easy installation in tight spaces, and it is also very rugged and durable. Its unique design allows it to hold up to 200 A of current rating and 500 V DC of voltage rating. It also features a snap-in housing for added convenience and stability.

The 55510-126 connector is designed for high power applications such as heavy-duty automotive equipment, industrial machinery, and other military and medical applications. It also features good contact reliability with low voltage drop and insulation resistance. Its corrosion resistance allows it to operate uninterrupted in harsh environments. In addition, it has excellent environmental resistance and it is capable of operating in temperatures ranging from -40 to 125 degrees Celsius.

The working principle of the 55510-126 connector is impressing current and voltage into the contact from the slip-ring and terminals. When the contact is depressed, a nickel plated or gold plated contact is placed over the connection. If the voltage is applied, it causes the contact and slip-ring to jump and close the electrical connection. The current passes through the contact and generates a magnetic field, which presses the contact and slip-ring together securely.

The 55510-126 connector is ideal for applications where fast, reliable, and secure connections are required. It is also highly flexible and can be easily configured to fit any space constraints and specific design requirements. It offers convenience, durability, and efficient electrical conductivity, making it perfect for a wide range of high power applications.

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