1601104-2

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

Terminals - Magnetic Wire Connectors are widely used in different applications since they are very efficient and reliable for distributed systems. The 1601104-2 is an example of such connectors and is mainly used to ensure a secure connection of wire harness or armored cables in switches, on motor terminal blocks, or generally any kind of terminal connection for electrical systems.

The 1601104-2 connector is a two-piece connector with a sheathed magnet wire. It is designed with an “O” ring and a base for optimal fixation and insulation. The connector is moulded in plastic for greater strength and durability. It also has a double H08P0 insulated pin contact which helps provide a secure connection to the wires. The pin contacts also have good current and voltage ratings.

The working principle of the 1601104-2 connector is based on the connection of the magnetic wire conductor to a terminal contact. This is achieved through an insulation sleeve that wraps the end of the conductor and the contact. When inserted into each other, a strong magnetic force acts on the conductor, pulling it into contact with the terminal contact. This ensures a secure connection and prevents any unwanted vibrations, especially in the case of armored cables.

This connector can be used in a variety of applications, such as in motor terminal blocks, switch connector and even in general electrical systems. It is also a popular choice for data networks and distributed systems because it provides reliable connections and superior performance. Its double H08P0 insulated pin contacts also allow for accurate and reliable transmission of information.

The 1601104-2 connector is an ideal choice for any application due to its simple and efficient design. Its secure connections and superior performance are what makes it a popular choice among users. Moreover, its strong magnetic force ensures a firm connection and does not cause any unwanted vibrations. It is also a good choice for distributed systems and data networks since it provides reliable connections and excellent performance.

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