C3311.41.86

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Multiple Conductor Cables are a very important type of cable used for a wide variety of applications. The C3311.41.86 is a cable standard created by the National Electrical Manufacturers Association (NEMA). This particular cable is designed for low-voltage, direct current (DC) applications.

Application Field

The C3311.41.86 is most commonly used in automation and control applications such as those found in the transportation and motor industry. It is also used in electronics, communication systems, and robotics. It is ideal for applications involving motion control, power distribution, and signal transmission.

Construction

C3311.41.86 cables consist of a sheath material that protects the inner conductor, and is UL-rated for 600 volts. The insulation is made of 0.012” PVC, which serves to shield and protect the conductor from external interference or dampness. The sheath material is thermoplastic elastomer (TPE), which is flame-retardant. The cable is also RoHS compliant.

Insulation Properties

C3311.41.86 cables are highly flexible and can be bent and twisted while still maintaining their strength and reliability. The insulation is resistant to common chemicals, oils, heat, and cold. This type of cable performs well in extreme temperatures, and is resistant to UV and other radiation.

Working Principle

The construction of this cable allows it to carry electrical signals without the risk of shock or short circuit. The material used for insulation, as well as the overall design, results in a dependable source of power carrying with minimal resistance and longer lasting reliability. Additionally, C3311.41.86 cables are capable of providing electrical signals with minimal interference from external noise or electromagnetic interference.

Conclusion

The C3311.41.86 cable is an efficient and reliable high-voltage cable designed for use in a variety of applications. Its construction and components result in optimal performance, protection, and durability. As a result, this type of cable is highly valued for its dependable signal transmission.

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