The world of wires and cables is complicated. There is so much to know and so many variations that it becomes impossible to be aware of everything. This blog is dedicated to enhancing your knowledge of multicore cables.
Cores are an important part of cable. These are generally made from copper and each core performs a major function in connection. The market has varieties like single core cables, dual-core cables, etc. Here, we will shed light on what classifies as multicore and how does that differ from standard versions.The blog will also discuss the possible applications of cables that have multiple cores.
Don’t get deceived by the name multicore. It does not necessarily imply that the cables that have multiple cores. The fact is that there are many cables that have more than two cables and it is a very common thing in wires and cables. The standard version of many cables has more than two cores. So, what is the criteria for a multicore cable.
A cable classifies as multicore when the number of cores are more than the standard cable. For example, a standard X cable has 5 cores. This will not be called a multicore. If this X cable is manufactured with more than 5 cores, then it will classify as multicore.
The Perfect Example:
An apt example to explain Multicore Cables would be to think of portable chargers for cars. Usually, these chargers have multiple ports for charging different brands of mobile phones. The connection point is single that is plugged in to provide power, but the outlets are many.
This classifies as multicore because a charger usually has a single wire with capability to charge a single phone at a time. But, the innovation has resulted in a product that allows you to charge multiple devices from the same cable. There are many other uses of these cables; however, a multidevice charger is a common item and most people would relate to it.
Multicore cables have multiple uses in electrical fittings. From our daily appliance to cars, a multicore cable can be found almost everywhere. It is available in different variations and manufacturers do pay a lot of heed to the safety perspective. Each core is insulated singularly and then all the cores combined are insulated as well. This lends a much-required safety to multiple cores.
The varieties available differ on the basis of number of cores, type of insulation, size of the cable, width of the cable, voltage requirement, etc. The most common insulation material used is PVC. All major wires and cables manufacturers offer customization which can take care of your diverse requirements. These are available at competitive prices because of perfect competition type of market.
Selecting a multicore cable after knowing all that there is to know would not be that difficult. If you find this information useful in your research on multicore cables or if you would like to share your knowledge, please leave a comment in the designated section.