KS1102520000G

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The KS1102520000G is a terminal block designed to join multiple wires together to form a secure connection. It belongs to the category of terminal blocks – headers, plugs, and sockets – and is typically used for a variety of electrical and electronic applications. This article will discuss the application field of the KS1102520000G as well as its working principle.

Application Field

The KS1102520000G is commonly used in electrical and electronic systems for power and signal applications. As such, it is suitable for industrial control, railway, lighting, automotive, consumer and automotive product lines, among other applications. It is ideal for applications in which space for wiring and components is limited. Due to its electrical insulation properties, it is also suitable for higher voltage applications.

Working Principle

The KS1102520000G consists of two parts. The first part is a female connector, also referred to as a header, which is attached to a device such as a circuit board or housing. This header contains two rows of pins that accept the second part: a male connector, also referred to as a plug. The pins of the plug are inserted into the corresponding holes in the header, thereby forming the electrical connection.

Once the plug is inserted into the header, it is held in place by a latching mechanism. The most common latching mechanism is a set of tension-loaded springs, which are contained within the walls of the header. When the plug is inserted, the springs are compressed, exerting tension on the plug and holding it securely in place. To remove the plug from the header, a release lever or button must be pressed, thereby releasing the tension of the springs and allowing the plug to be removed.

The electrical contact between the pins and the header is ensured by a variety of means. The most common methods are soldering and crimping. Soldered connections provide a very secure and reliable connection, but require a certain amount of time and effort, as the pins must be carefully soldered into place. Crimped connections, on the other hand, can be applied quickly and easily, but they are not as reliable as soldered connections.

In addition to these connection methods, the KS1102520000G also features a contact system that does not require soldering or crimping. This system, known as a pressure connection system, utilizes metal springs to exert pressure on the pins, to create a secure contact with the header. This system provides a secure connection and is less time-consuming and easier to use than soldering or crimping.

Advantages of the KS1102520000G

Due to its latching mechanism, the KS1102520000G offers superior electrical insulation, making it suitable for applications with higher voltages. It is also resistant to shock and vibration, offering reliability in a variety of environments. The quick-connect pressure connection system allows for easy and secure connections between the pins and the header. In addition, the system does not require soldering or crimping, is less time-consuming and offers superior electrical insulation.

The KS1102520000G is also extremely durable, with a highly resistant housing that is designed to withstand harsh environmental conditions. The pins are corrosion resistant and the header and plug are designed to endure mechanical stress. The construction of the plug is also such that it prevents accidental contact between pins, further enhancing its reliability.

Conclusion

The KS1102520000G is a terminal block designed to join multiple wires together to form a secure connection. It belongs to the terminal block – header, plug, and socket – category and is typically used for power and signal application in industrial, vehicular, and consumer product lines. The KS1102520000G features a latching mechanism using tension-loaded springs and a quick-connect pressure connection system, allowing for easy and secure connection between the pins and the header. It offers superior electrical insulation and is highly resistant to shock, vibration, and environmental conditions, making it an ideal choice for many applications.

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