This app can calculate SWG/AWG wire number for your transformer coil and turns per volt to calculate total turns of coil.
During transformer/ciol design we have to decide how much thick wire will be able to carry required amount of charge through it. Wires are divided according to their thickness/area of cross section. Each wire is assigned a number according to Standard Wire Gauge (SWG) or American Wire Gauge (AWG). This number is called SWG or AWG number of that wire. We know, a thick wire will be able to carry more charge than a thin wire. Here, I have considered circular mils (cmils) as unit of cross sectional area measurement.
Now, there is no need to look up a table/chart against your required value of current for wire selection. This smart app will do this work for you.
How It Works?
It takes two values as input. First is Current that has to be passed through wire, so wire should be able to carry this value of current. Second value is Rate circular mils per ampere.
It generates two output values as well. First and third are SWG and AWG number of wires that are safe for given value of current and it’s actual rate. Second and forth values are the SWG and AWG numbers of next wires that may be or may be not near the required wire with it’s actual rate. You can decide yourself which SWG/AWG wire will be better for your current requirement.
First enter value of Current.
Now, enter value of Rate. In open air wires remain cool and can pass charge at more rate means with less cross sectional area a wire can pass more charge and so more current. But, when we use same wire in transformer/coil winding where wires are wound in layers, one layer over other and there is no air present between these layers but there is paper between them, so wires fail to get cool due to air, their charge passing capability is reduced and so, can pass charge at lower rates. Usually, we double rate (area) in transformers than in open air. We use 500/530 cmils/Amp value or more for transformers. There are so many other factors that affect this value, some of which are temperature, peak load time, working duration of machine per day etc. So, you have to choose better value of Rate considering all these factors.
Now, you press “CALCULATE” button and results will be shown to you as in the following figure.
Turn Per Volt Calculation
First enter area of core in square inches.
Now, enter flux density of core used in weber per square inch. Default value for silicon core is 0.0006 weber per square inch. This app is optimized for silicon core. You can use other cores and do experiment.
Enter value of frequency in hertz. Default value is 50 Hz.
Now, press calculate button below frequency field and app will show result as shown in the following figure.
We have designed this app at our best. We have tested it so many times but use it at your own risk. We will not responsible for any kind of loss in any form due to this app. If you find any bug or defect then please inform us at email@example.com. If you have a mind blowing idea of an app you can also share with us at this email.