55PC1891-20-CML9-3CS2433

Multiple conductor cables are widely used in a variety of industries; including automotive, industrial, commercial and residential applications. The particular type of cable in question here is the 55PC1891-20-CML9-3CS2433.

This cable is a 20 AWG stranded (19x26) tinned copper conductors insulated with a white PVC insulation, a Power Cross Link jacket, and a Nylon jacket finish. With regards to its application fields, this particular cable is extremely flexible, making it an optimal choice for applications that require power and control in tight spaces, as it has a superior resistance to moisture, oils, acids and abrasion.

This cable is suitable for use in process control, motor hook-up, instrumentation, automation, measurement systems, marine applications, and of course residential and commercial wiring. It can even be used outdoors, thanks to its resistance to sunlight and ozone, and its operating temperature range of between -20° and 105° Celsius.

This cable also has an excellent working principle, thanks to its combination of conductors, jacket materials and insulating materials. The 19 strands of tinned copper provide an optimal transfer of electricity, while the PVC and Power Cross Link insulating materials provide excellent protection from electrical and physical hazards. The nylon jacket finish provides optimal durability, resisting the elements and allowing the cable to run outside without any risk of damage. This combination of materials and construction makes the cable both resistant to damage and able to efficiently transfer power from any source.

In conclusion, the 55PC1891-20-CML9-3CS2433 is a capable multiple conductor cable that is suitable for many different applications in the automotive, industrial, commercial and residential industries. Its combination of conductors, insulators and jacket materials make it an optimal choice for applications that require power and control in tight spaces, offering excellent electrical and physical protection as well as superior flexibility.