R142AL50.38.62

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Multiple conductor cables, such as R142AL50.38.62, are widely used in industrial and commercial application due to their ability to carry multiple signal and power lines in a single cable. These cables are made up of three or more individually insulated conductors that are surrounded by shielding and a protective outer jacket. The individual conductors may be of varying colors, insulation types, and compositions. The shielding and jacket of the cable ensure that the individual signals and power lines do not interfere with each other and become susceptible to external electromagnetic interference.

The R142AL50.38.62 is a multi-conductor cable used for power and control applications. It is composed of a flexible 4-pair, PVC-sheathed twisted-pair with stranded tinned copper conductors that comply with UL AWM Style 2576. It has an outer diameter of 0.38" (9.5mm) with an operating voltage of 300V and a temperature ratings of -20°C to 80°C. This cable is commonly used for industrial control systems, data communication, and instrumentation.

The working principle of the R142AL50.38.62 is simple. The stranded tinned copper conductors function as the electrical pathways that transfer the electronic signals and power without creating electromagnetic interference or data leakage. The PVC sheathing acts as an insulator, protecting the conductors from harm and ensuring reliable operation. The shielding surrounding the conductor helps protect against interference from external magnetic fields, while the outer jacket provides an additional layer of protection from moisture, temperature, and other environmental factors. Together, these layers of protection create a safe and reliable electrical connection.

The R142AL50.38.62 is an ideal choice for applications requiring multiple electrical signals and power to be transmitted in a single cable. It is suitable for use in industrial control systems, data communications, and instrumentation. Its wide operating temperature range, UL approval, and flexible design make it ideal for applications that must withstand rugged environments and frequent signal and power fluctuations. Its superior levels of protection ensure that the conductors remain safe and the signals remain reliable.

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