E1512S.41.03

Multiple conductor cables have become increasingly popular in many industrial applications due to their versatility and efficiency. E1512S.41.03 is a type of multiple conductor cable that offers enhanced electrical performance and flexibility for various custom applications. This cable is made up of a number of individual insulated conductors twisted or wound together around a central core material.

The main advantage of using a multiple conductor cable is its ability to reduce the number of runs and the associated labor costs. In addition, these cables can be used to transmit power, control signals, audio signals, and other data in a quicker, more affordable manner. This makes them a great choice for a wide range of applications. The E1512S.41.03 cable is especially useful for applications requiring high flexibility and long lengths.

In terms of its application field, the E1512S.41.03 cable is suitable for use in a variety of industrial areas, such as process control, automation, IT, robotic, mechanical and electrical industries. The cable is highly resistant to bending, vibration, shock, weathering and abrasion, making it suitable for hostile outdoor environments. Additionally, it has excellent flexibility and can be easily maneuvered around existing equipment, conduits and other obstacles.

The E1512S.41.03 cable is designed to provide a superior performance by using quality materials and innovative designs. It consists of a series of tightly twisted wires that are wrapped around a core of insulating material. This core provides a high-level of electrical, thermal and mechanical isolation between the individual conductors, as well as shielding them from external electromagnetic interference. The insulation is constructed from polyvinyl chloride (PVC), ensuring excellent protection against high temperatures, moisture, and mechanical impacts. Furthermore, the cable is terminated using non-inflammable ends to ensure safety.

One of the main benefits of the E1512S.41.03 cable is its ability to provide a high degree of electrical performance. The increased number of individual conductors and the insulation between them reduces the amount of resistance and increases the current-carrying capacity. This makes the cable suitable for applications requiring higher power levels, control signals, or a combination of both. Furthermore, its fast signal transmission capabilities make it an ideal choice for data transmission.

In conclusion, the E1512S.41.03 cable is an excellent choice for multiple conductor cable applications. It provides superior electrical performance, flexibility, and safety for a variety of applications. Additionally, its design is optimized for long lengths and high flexibility, making it a great option for equipment installations and design projects. Finally, its PVC insulation provides superior protection from environmental factors, making it a great solution for outside application areas.