D-609-14CS351

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

D-609-14CS351 Application Field and Working Principle

The D-609-14CS351 is a unique wire splice connectors that utilizes solderless technology for efficient and precise installation. It is most commonly used in the automotive industry, but is also employed in the electronic, robotic, and military sectors. This connector is ideal for streamlining your assembly line, and is often employed in applications with quick connect and disconnect mechanisms.

The D-609-14CS351 comprises of two distinct elements: the terminal and the insulation sleeve. The terminal is composed of stainless steel and is designed to accept two equally-sized, uninsulated solid conductor wires. The male terminals utilize a spring-loaded mechanism which securely holds two wires together after insertion. The female terminals are equipped with a floating contact that centers the wires and presses against each to maintain thermal and electrical connection.

The insulation sleeve is designed to prevent direct contact between the two wires, therefore preventing any potential shorts or arcing. It is made of high-quality composite materials that are resistant to temperature and corrosion, thereby increasing the lifespan of the wire splice connector. The insulation sleeve is secured in the terminal base and is designed in such a way that it firmly holds the two wires in place.

When installing the D-609-14CS351 connector, the terminal should be first installed into the mating connector. The uninsulated solid conductor wires should then be inserted through the insulation sleeve and into the terminal. The screws on the terminal should then be tightened to ensure a strong and secure connection.

The D-609-14CS351 connector is an optimal choice for ensuring a strong and reliable electrical connection. The solderless technology enables rapid installation and can significantly reduce the overall time and cost involved in projects. It also provides exceptional protection against shorts, arcing, and other potential issues, all of which increases the lifespan of the connector while reducing maintenance requirements.

The specific data is subject to PDF, and the above content is for reference