499-13-250-10-003000

Rectangular Connectors - Headers, Receptacles, Female Sockets are widely used for system-level interconnections and include many design options and implementation complexities. The purpose of this article is to discuss the features and working principle of the 499-13-250-10-003000 type of connector.

The 499-13-250-10-003000 is a low-profile, surface-mount type of rectangular connector. Its contacts are organized in a dual-row pattern, which makes it suitable for use in tight spaces. It has 13 total contacts, which are located in a single row of 8 in one side and 5 in the other. The contacts are rated to carry currents up to 5Amp at 19 – 28VDC and the design of the connector allows for quick and easy mating and unmating. The connector is designed to support a torque rating of 7.5Kg-cm, ensuring dependable and secure connection.

The 499-13-250-10-003000 type of rectangular connector is ideal for applications in many different industries, including consumer electronics, telecommunications, medical, and automotive. It is especially suitable for use in power systems that require robust, secure connections which can be easily engaged and disengaged without disruption of the system. The low-profile design of the connector makes it perfect for use in space-constrained applications.

The working principle of the 499-13-250-10-003000 type of rectangular connector is based on the use of four metallic components. The main housing is made of plastic, while the contacts are made of brass, with gold plating over them. It employs a latch mechanism which ensures secure and reliable mating. The mating procedure is simple and quick, allowing for easy and reliable connections.

In conclusion, the 499-13-250-10-003000 type of rectangular connector is a versatile, low-profile system that provides reliable and secure connections. With its 13 contacts, it is suitable for many industrial applications and is particularly well-suited for use in power systems. The design ensures that it can be mated and unmated quickly and easily with minimal disruption to the system. The materials used in its construction make the connector robust and durable and it is rated to withstand currents up to 5Amp at 19 – 28VDC.