C1362.25.08

Multiple Conductor Cables, such as C1362.25.08, are cables that consist of multiple insulated conductors and may have additional functionality through the presence of a jacket layer. They are used in applications such as air-conditioning, alarm and control systems, instrumentation, motor control, and telecommunications.

C1362.25.08 cables, in particular, are designed for stationary applications where flame resistance and low smoke emission are desired. These cables are composed of a PVC-insulated aluminum conductor, and they operate in temperatures up to 75°C and at voltages up to 600V. They are resistant to water and other liquids, and have a maximum current capacity of 7.28A.

The primary use of these cables is as an electric power transfer cable. Power is transmitted from the power source to the device using the cables. The electrical current is first transmitted through the aluminum conductor, and then it is insulated by the PVC-insulated layer, which provides resistance against electrical shock. The jacket layer on the cables prevents electric arcs and stray current that could result in electric shocks or fires.

The cables can also be used in applications such as audio/video signal transmission, data communication, and home theater systems. The cables have an additional shielding layer which helps reduce interference from external electronic sources. This also increases the cables’ performance and reduces signal degradation.

C1362.25.08 cables are also used for remote control systems. The cables act as a connection between the remote control and the device to be controlled. The cables allow the remote control to send electrical signals to the device, which in turn triggers the desired action.

The working principle of the C1362.25.08 cables is simple. Electric power is transferred from the power source to the device to be powered. The electrical current is transmitted through the aluminum conductor, which is insulated by a PVC-insulated layer. This layer provides electrical protection against electric shocks. The jacket layer on the cables prevents electric arcs and stray current that could result in electric shocks and fires. The shielding layer on the cables helps reduce interference from external electronic sources and further improves signal transmission.

Multiple Conductor Cables, such as C1362.25.08, are used in various applications due to their easy installation and reliable performance. They provide protection against electric shocks and prevent electric arcs and stray current. In addition, their shielding layer helps reduce interference from external electronic sources and improves signal transmission. These cables make it easier to transfer electrical signals between remote control systems and devices, and they provide an efficient means of transferring electric power from the power source.