5351C SL002

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Multiple conductor cables are used to connect different devices or systems for a variety of different purposes. 5351C SL002 is one such cable. It is a multipurpose cable that is used in a wide variety of settings. It is particularly useful for applications that require resistance to vibration, flame, water, and Moisture. The cable is also capable of being flexed numerous times with no loss of performance.

5351C SL002 is composed of a pair of spiral-shielded cables with an individual strand diameter of 0.32 mm and a total outer diameter of 11.0 mm. This makes the cable extremely flexible and resilient to manipulation and environmental conditions. Each individual strand is resistant to temperatures up to 180°C and the cables can withstand repeated bending and stress.

The 5351C SL002 is designed for applications where long distance signals need to be transmitted accurately and reliably. It is ideal for use in medical, telecommunications, audio, and industrial automation systems. It is also suitable for use in factory automation and communication systems where a high degree of resistance to noise, vibration, and other environmental conditions is required. It is also used in consumer electronics applications.

The working principle of 5351C SL002 is related to electromagnetic transmission. The core of the cables carries the main signal, while the spiral shields surrounding the cable minimise interference from external electric and electromagnetic sources. This ensures reliable high-speed data transmission and low signal attenuation. The cable is also designed to be low-fire hazard and it meets the requirements of various safety standards.

5351C SL002 is one of the most reliable and versatile multiple conductor cables on the market. It is suitable for all types of electrical and electronic components and systems and offers a reliable solution for many different applications. With its superior construction and design, it is an excellent choice for applications requiring a long distance, reliable performance, and a high degree of protection against external electric and electromagnetic sources. Its flexibility and strength make it suitable for use in a wide range of applications.

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