7131962.2.5R

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Multiple Conductor Cables (MCCs) is a type of cable product that is used in a wide variety of applications. It is made up of a number of individual insulated conductors that are bundled together into one cable. The number of conductors in an MCC can vary depending on the specific application and requirements. While most MCCs are made from standard gauge wire, others can be made from specialty gauges or to be constructed in a unique shape.

7131962.2.5R is a type of multiple conductor cable that is intended for use in medical-grade and other types of commercial applications. This specific type of MCC is composed of two or more conductors that are jacketed in either Teflon or an approved plastic material. While the outer jacket helps to protect the integrity of the cable, the individual conductors themselves are insulated and color coded in order to facilitate their easy identification.

In terms of application, 7131962.2.5R is often used in medical electronics as well as in commercial-grade applications. It is often used for monitoring purposes, such as checking the compatibility of different medical devices. Additionally, it is used in industrial applications, such as powering equipment in cleanroom environments or operating medical equipment in remote locations. It can also be used for electrical simulation testing in both medical and commercial environments.

The 7131962.2.5R cable is constructed of multiple, stranded conductors in order to ensure greater flexibility and durability. A variety of metallic combinations are available, ranging from single-conductor to multi-conductor cables. This cable can also be constructed with a variety of outer jackets, including Teflon, PPVC or FEP. The outer jacket provides superior protection against abrasion, fluids, and chemicals.

When it comes to working principle, the 7131962.2.5R cable uses two or more conductors that are electrically isolated from each other. Each conductor is then wound in an appropriate manner to provide the desired electrical characteristics. The shield serves as an additional layer of protection against electronic interference. The conductors are then connected to the desired equipment or devices, and the entire system is powered by electrical current.

In conclusion, multiple conductor cables such as the 7131962.2.5R serve numerous important functions in medical and industrial applications. It provides flexibility and improved reliability, while also providing superior protection from external sources of electronic interference. Its use is widespread in both medical and commercial environments, and its construction and working principle ensure that the cable will continue to function as desired.

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