High Power Wire Wound Resistor

Wirewound resistors are constructed using a conductive wire.

High power wire wound resistor.

What are wirewound power resistors. Following high temperature anodizing 01 05 2010. 95 3 46 shipping 3 9 out of 5 stars 8. Aluminum housed wirewound braking resistors 07 10 2013.

Definition of a wirewound resistor a wire wound resistor is a resistor where a wire with a high resistivity is wrapped around an insulating core to provide the resistance. This makes it possible to design highly precise wirewound resistors for your technological needs. Retroarcade us 040293115579 25 ohm 3 watt rheostat 5 tolerance wirewound variable resistor potentiometer 6 95 6. As a expert manufacturer of rohs approved high power slim type aluminium housed resistors we cater to a wide cross section of industries.

In general it is true that wirewound resistors fulfill the requirement of producing lower resistance values in the end. Wire wound resistor construction varies widely. The wire wound resistor is used in a variety of applications and in particular as a power resistor where larger amounts of power need to be dissipated. These high power resistors can be wire wound but the most important feature of the high power resistor is of course its ability to efficiently dissipate power.

The parameters of the wirewound resistor such as the resistivity of the wire in use can be tightly controlled. Example of a wire wound resistor construction. Aluminum housed wirewound resistor with silver colour 07 06 2013. The conductive wire is then wound around a non conductive core.

Following high temperature anodizing the enclosure is filled with a special non flammable silica sand it is firmly combined with resistor matrix resistance element and aluminum enclosure to keep higher. We are one of the leading manufacturers of rohs certified aluminium housed chassis mounted wire wound resistors from india. As the name indicates the wire wound resistor consists of a resistive wire that is wound around a former of nonconductive material.