When it comes to your motor power, the words “watts”, “volts” and “ohms” can really confuse you. The low voltage wire and cable are used for transmitting the electricity to different components of a motorcycle. Their thickness will vary depending on the type of insulation used generally, high voltage cables are thicker than low voltage cables and end up being heavier. Basically, due to the use of this insulation, several semi-conducting layers can be observed, which in the construction of high-voltage cables isolate the electric field inside the cable, and external currents will not be able to affect the internal electric field.Īnother difference between these cables is their thickness. In general, the insulation in low-voltage cables is of the polymer type, while cross-linked polyethylene is used for high-voltage cables. The next difference between these cables is their type of insulation. Basically, in a high-voltage or high-voltage cable, two inner and outer semiconducting layers can be seen, if these layers are not present in the structure of the low-voltage cable. The main difference between these two cable models is that they have different constructions. Now we will examine the difference between low voltage and high voltage cables: The conductors of high-voltage or HV cables are aluminum or copper, insulated with XLPE, and are typically used for voltages above 36 kW. When choosing a cable type, it is necessary to specify the type and use it under appropriate conditions. NKBA cables have a copper conductor with a sheath made of paper, a sheath made of lead, steel, gold and a sheath made of vegetable fibers. Finally, it must be said that depending on the type of cable produced, different uses can be mentioned in fact, any cable chosen must be fully compatible with the environment in terms of construction and performance.Įach cable is made of a different sheath and assigned a different symbol and in general, low voltage cables have different structures and are used in different places, for example, NYY cables have a copper conductor and the sheath is plastic. In fact, another use for low-voltage cables is the wiring for low-power appliances. This type of cable can be buried in the ground or installed in a channel. Low voltage cables have a very wide and wide range of applications, for example, they can be used in electrical installations, lighting, residential and commercial buildings, the transmission of the driving force for electric motors, etc. Generally, these cables are used where the electrical flux is within the cable standard or where the mechanical shock is low, while the armored type is usually used where there is a possibility of mechanical damage. These cables are designed for the working environment in which they are used. In terms of conductor types, these types of cables include fixed cables, single cables, sprayed cables, round semi-conductive cables, sectored semi-conductive cables, and compressed semi-conductive cables.Ī wide range of these low voltage cables are also available in flame retardant, reinforced, halogen free, hydrocarbon, and oil resistant cables.
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