C4843A.41.10

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Multiple Conductor Cables are utilized in applications ranging from low-level signals to high-voltage power distributions. Within the scope of these types of cables is the C4843A.41.10 – a double insulated multi-conductor cable containing two twisted pairs and a ground wire. The C4843A.41.10 cable is specifically designed for use in low voltage applications such as in closed-loop control systems, which require a high degree of accuracy. The cable is engineered to resist both physical and electrical harsh environments.

The C4843A.41.10 cable is composed of 16 AWG stranded, tinned copper insulated conductors. Its insulated cores are composed of Polyvinyl Chloride (PVC). In addition, the C4843A.41.10 is a double insulated cable, meaning it has a secondary insulation layer made of Polyethylene that encases the inner PVC insulation, thus offering superior protection against environmental hazards. The additional layer of insulation makes this cable well-suited for applications which require noise reduction.

In terms of its rated temperature spectrum, the cable has an operating temperature range of -20°C to +105°C, and a storage temperature range of -30°C to +105°C. In these wide ranges, the C4843A.41.10 cable is capable of maintaining its electrical and physical performance in harsh environmental conditions. The cable is also oil resistant, adding to the list of features that make it suitable for industrial use.

The C4843A.41.10 multi-conductor cable is designed for use in public buildings and laboratories, as well as for outdoor applications in areas with low levels of onsite traffic. Specifically, due to its dual insulation properties, it is best suited for applications with low-voltage powers and signals. As a double insulated multi-conductor cable, it is also made to be resistant to short-circuiting.

An important aspect of C4843A.41.10 applications is the working principles. The two twisted pairs of conductors create a balanced, low-resistance circuit. The twist in this design allows for the cancellation of fields created by the moving electrons of the cables. As a result, the overall electromagnetic interference is lowered, allowing users to reap the benefits of these cables’ low-resistance circuits. The ground wire of the cable provides the connection for both the current and the electrostatic shield that is generated by the two twisted pairs which isolates the system from external noise.

The C4843A.41.10 multi-conductor cable is designed to support difficult and extended operating conditions. Its range of application has great potential and is applicable to a wide variety of environments, from control systems to power distribution. Its double insulation provides reliable resistance in extreme environments and its low resistance impact benefits users in applications that require acute precision. Its ability to reduce external interference is also a major advantage.

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