3210-10-002-11-99

Rectangular connectors are a class of electronic hardware that is used to provide mechanical support and electrical connectivity for a wide range of different types of settings. The connectors are usually formed by two or three components that interlock with each other, the most common type of connector being the header, which is also sometimes referred to as male pins. 3210-10-002-11-99 is a type of rectangular header connector, available in various lengths and pin counts. This type of connector is particularly used in automotive, lighting and intercom applications. To understand how 3210-10-002-11-99 works, it is important to first understand the general concept of rectangular connectors.

Description

Rectangular connectors are one of the most common types of connectors used in a range of industries including medical, industrial, and consumer. These connectors are also one of the better types of connectors available, since not only do they have the durability and reliability of other types of connectors, but they can also be easily integrated into situations due to their versatility and availability on the market. Furthermore, rectangular connectors are efficient and reliable.

Although typically designed as headers, headers can also be designed in the so-called pin-and-sleeve method. Pin-and-sleeve connectors essentially consist of two parts: the header and the sleeve. These two parts are designed to interact with each other in such a way that the connection is strong, reliable and secure. The terms ‘header’ and ‘male pins’ refer to the same type of connector.

Specifications

The 3210-10-002-11-99 rectangular header connector is part of the popular JST series. It features twelve positions for inserting 14AWG stranded, solid, or mixed wire, which is also termed as a crimp application. This header allows for positive locking in/out of the plug. The total length of the connector is just 10.2mm, which makes it ideal for applications where space is limited. The product is also available with the ability to lock in the female part.

The 3210-10-002-11-99 is made of high quality materials that provide maximum temperature resistance and durability. The insulation material is capable of providing up to 500 recurring mating cycles guaranteed, ensuring confidence in reliability and reducing the need for frequent replacements. The connector is also highly secure when locked in, as the locking mechanism is designed to offer maximum protection against accidental disengagement.

Application Field and Working Principle

The 3210-10-002-11-99 rectangular header connector can be used in a variety of scenarios, including automotive, lighting, and intercom applications. It is also suitable for applications requiring maximum security, as the locking mechanism is designed to prevent accidental disengagement.

The working principle of 3210-10-002-11-99 is straightforward. The header and the sleeve interlock in such a way that the connection is secure and reliable. The header typically contains the contact pins, which are then inserted into the sleeve, which holds the cables in place. The contact pins of the header are then connected to the conductive cables in the sleeve, thereby making the connection complete.

In addition to providing reliable and secure connections, the 3210-10-002-11-99 rectangular header connector also features a unique design that makes it highly durable and reliable. This ensures that the user can have confidence in the product and that it will not require frequent replacement or repair. Furthermore, its small size means that it can be used even in settings where space is at a premium.

Conclusion

Overall, the 3210-10-002-11-99 rectangular header connector is an ideal choice for a range of different applications. It is highly secure, reliable, and durable due to its unique design and materials. Furthermore, its small size makes it a great choice for settings where space is at a premium. With its versatility and availability on the market, the 3210-10-002-11-99 can be easily integrated into numerous different scenarios.