The MTSW-104-10-L-D-585 is one of the many types of rectangular connector headers available. It features 10 pins, each arranged in two rows and 5mm apart. The pins are male and made out of gold or tin plated machined brass. It is designed to accommodate flat wiring with wire range of 24 - 28 AWG. The housing is made from polyester, while the locking segment is made from thermoplastic, and the contacts are made from nickel-plated brass.

Application Fields

The MTSW-104-10-L-D-585 is a versatile connector header ideal for applications that require a reliable electrical connection in enclosed and confined spaces. It is primarily used in the data transmission, industrial, automotive, and telecom industries. It is usually used in panels, motherboards, data cables, and other confined spaces where other types of connectors may not be available. Due to its small size and robust construction, the MTSW-104-10-L-D-585 is also suitable for aerospace engineering and onboard computers.

Working Principle

The working principle of the MTSW-104-10-L-D-585 is fairly simple. The pins are inserted into the female counterparts of the housing, and locked in place with the thermoplastic latch. To ensure a reliable connection, the pins are designed with a spring-like action which detect any irregular force, and retracts immediately to secure the connection. The pins are directly connected to the female contacts, ensuring a reliable electrical connection.

The electrical characteristics of the MTSW-104-10-L-D-585 are very impressive. It meets the IP 67 waterproof requirements and the IEC 60529 dust protection requirements. Its maximum electrical current allowed is 1.5A and maximum voltage allowed is 250V. The insulation resistance is also impressive, with a value of 10MΩ minimum. In addition, the mechanical life of the MTSW-104-10-L-D-585 is over 5000 mating cycles.

Conclusion

The MTSW-104-10-L-D-585 is a robust and versatile rectangular connector header. It is ideal for any application that requires a reliable electrical connection in space-starved locations. It is suitable for data transmission, industrial, automotive, and other applications. The pins and housing are made from high-quality materials, and it meets waterproof and dust protection standards. Its insulation resistance and mechanical life are impressive, making it a great choice for a wide range of applications.