5341C SL002 Cables, Wires

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

Multiple Conductor Cables refer to cables that have two or more conductors and are constructed from individual insulated wires or multiple small cables bunched together. They are usually used in electrical circuits between a power source and a load, either to carry signals between two parts of a circuit or between two unrelated circuits. One of the most common multiple-conductor cables is the 5341C-SL002.

The 5341C-SL002 cable consists of two or more twisted 24 AWG stranded wires and is shielded with aluminum/polyester foil shielding. The wires are color-coded for identification and can be ordered in a range of different colors. It has a maximum ratings of 1000V and a working temperature range of -30°C to 105°C. It is designed to transmit electrical signals required for logic circuits, and is UL listed and CSA certified.

The 5341C-SL002\'s primary application is in industrial control circuits, where it is used for wiring of control devices and the transmission of signals between them. It is also used in many digital communication systems, including LED lighting, CCTV, audio/video relays, and access control systems. Its ability to transmit low-level signals with good noise immunity makes it an ideal choice for the majority of commercial control applications.

The working principle of the 5341C-SL002 cable is based on the electrical properties of a twisted pair, whereby adjacent conductors are wound together in a helically pattern. This twist ensures that adjacent conductors are close together and reduces the amount of electric and magnetic energy that can cross the conductors. As a result, noise resulting from other electrical fields is minimized and the interference between signals is reduced. The foil shielding of the cable further improves its immunity to interference and noise.

The 5341C-SL002 offers superior performance in noisy industrial control applications and is an excellent choice for low-level signal transmission. Its ability to reduce interference and provide good noise immunity makes it highly suitable for digital communication systems that require reliable operation.

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