E2524S.18.03

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Multiple Conductor Cables form a foundation in many electrical circuits, providing power, protection and signal connections between various devices. E2524S.18.03 is one of the most popular and widely used multiple conductor cable type and serves as our focus for this discussion. To better understand its purpose and capabilities, let’s review its application field, working principles, and construction.

Application Field

E2524S.18.03 has a wide range of applications. From temperature sensors in the industrial field to high-reliability motor control in electronic equipment, this multiple conductor cable is an ideal choice for small-diameter connections. Its excellent flexibility and fine temperature performance make it suitable for applications where frequent changes in temperature occur. The small size of E2524S.18.03 allows for the use of multiple conductors in a single cable, making it possible to achieve means of power, control, and protection in one package.

Working Principle

The E2524S.18.03 cable consists of a single insulated conductor of very small diameter and a shielding layer of extremely thin polyvinylidene fluoride. This thin shielding layer provides optimal flexibility and protection to the conductor while maintaining superior conductivity. A special shielding layer is woven around the insulated conductor, which minimizes the contact area to the ground and eliminates interference. This woven shielding layer also provides excellent shielding, air-gap protection, bug resistance, and protects against excessive insulation or insulation failure.

Additionally, the construction of E2524S.18.03 includes two additional conductors and multiple shielding layers. These two additional conductors provide a higher degree of reliability, stability, and integrity. The shielding layers further protect the conductors from interference, create a more stable signal, and reduce the fault line transmission coefficient.

Construction

The E2524S.18.03 multiple conductor cable has two layers of insulation. The external layer is composed of a low-permeability material, while the inner insulation layer is composed of polypropylene. This combination gives the cable superior thermal, electric, and mechanical characteristics. In addition, this construction allows for the cable to be easily routed through confined spaces and provide excellent flexibility. The insulation on the conductors is sheathed with an abrasion-resistant polyurethane coating, which gives them enhanced durability.

The construction of E2524S.18.03 multiple conductor cable further includes an external sheath made of polyvinyl chloride or polyethylene. This sheath maintains the integrity of the cable and protects it from vibrations, temperature changes, and chemicals. It also helps to protect the conductors from shock and abrasion. Lastly, there is an additional shielding layer woven with a sheath of abrasion-resistant polyurethane, which further protects the conductors from corrosion, vibration, and temperature.

Conclusion

In conclusion, the E2524S.18.03 multiple conductor type cable is suitable for many applications. Its excellent flexibility, thermal performance, abrasion resistance and shielding layer make it an ideal choice for small-diameter connections. The cable construction allows for the use of multiple conductors in a single package, creating an efficient and reliable connection. This is why E2524S.18.03 cables are so widely used in many areas.

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