UR(CART)

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Terminals - Wire Splice Connectors are essential components of the systems that are used for connecting and transferring electrical signals from one wiring system to another. The UR (CART) application field and working principle can be broadly classified as the following:

1. Cold Applied Connector
The Cold Applied Connectors offers with stable and reliable connections due to the compression of the tube. It achieve long-term service at relevant temperature range by the pre-expanded insulation tube which made of low temperature resistant materials with excellent flexibility and good insulation qualities. Cold Applied Connectors are suitable for outdoor installations which require corrosion-resistance. This kind of connector is mainly used in communication industry and power distribution industry.

2. Heat Shrink Connector
Heat Shrink Connector is a kind of quick-installing connector that does not require any additional tools; thus, it is able to save labor costs and makes the assembly of the devices easier. The main materials used for this connector are rubber sleeve and different kinds of thermo shrinkable polymers, forming an insulating sleeve between the pieces. The insulation sleeve encapsulates the terminals and wires, providing an improved electrical performance and water-resistance in comparison to cold applied connectors.

3. Push In Connector
Push In Connector is an efficient and easy-to-use connector that is widely used in industrial applications. It is usually composed of a pin and a socket, featuring one-step and tool-less assembly. This type of connection is achieved by inserting a wire into the socket, with the pin providing a simple and secure connection with the brass sleeve. It is very simple and fast to separate the wires thanks to its self-releasing design.

4. Solderless Connector
Solderless Connector is an ideal choice for applications needing frequent assembly and disassembly. It is usually composed of an insulated sleeve, a contact and a collet type conductor; it requires no soldering and is very easy to use. The contact and the collet type conductor is pre-attached to the sleeve and only needs simple twisting to achieve a reliable connection. This type of connector is mainly used in wire connection of equipment, machine and tools.

5. Single Cable Connector
Single Cable Connector is a single-piece connector designed for connecting flexible cables or wires. It is composed of a collet size conductor and a plastic sleeve, the connector uses an interference fit between the conductor and the sleeve and requires only a simple push-in installation. This type of connector is suitable for quick-installation and provides high security for the environment near the wiring connection.

6. Insulated Connector
Insulated connectors provide an insulated connection between two wires or cables. It is composed of an insulation sleeve, a conductive element and a terminal. This combination provides the following advantages: first, it prevents electrical arcs or sparks between the contact points; second, it eliminates electrical frequency interference with other circuits; third, it helps to achieve better resistance in high temperature and low temperature environments. Insulated connectors are very useful in applications such as industry control, printing machinery,stage lighting, etc.

7. High Temperature Connector
High Temperature Connectors are those special types of connector used in environments which require high temperature and resistance. These kinds of connectors are usually composed of special ceramic insulation sleeve, which is able to withstand high temperature, and conductive elements, which can provide stable electrical connections at high temperature. High Temperature Connectors are essential for applications such as home appliance, oven, heated seats and boilers, etc.

In summary, UR (CART) application field and working principles cover a wide range of connectors designed for different industrial and commercial applications. All of these types of connectors are designed to provide a reliable connection between two wires or cables, regardless of the environment they are in. In addition, they provide excellent electrical performance, resistance to high temperatures, improved safety and easy installation.

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