This belt length calculator is the best calculator that will help you solve your problem.

$$Dl= 0.3\ Meters (m)$$ $$Ds=0.15\ Meters (m)$$ $$L=1.5\ Meters (m)$$

$$Belt\ Length = \frac{(0.3 + 0.15) * π} { 2} + \\ \frac {(0.3 - 0.15) * arc\ sin((0.3 - 0.15)}{2*1.5} +2 * √(1.52− 0.25 * (0.3 - 0.15)2) $$ $$= 3.71 m$$

$$Belt\ length =\frac {(DL + DS) * π} {2} + \frac {(DL - DS) * arc\ sin((DL - DS)} {2L} + 2 * √(L2− 0.25 * (DL - DS)2)$$
where:

DL is the diameter of the large pulley.

DS is the diameter of the smaller pulley.

L is s the distance between the pulley axles.

This belt length calculator is the best calculator that will help you solve your problem. This tool is really fast and really help full in solve your problem. It can help you solve your problem in a second. This can be really beneficial for students this tool is really used fully and it can be used in any country because it's a free and web-based tool so that it also works in every. This tool works on every device so no need to worry about anything.

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Even if you don’t know about this belt length calculator but still you can read about it and understand if you want to have little knowledge about it so you can read our small article.

Welcome to the belt length mini-computer! On the off chance that you need to decide the length of any belt - be it planning, ribbed, level, or v-belt - you are in the perfect spot. In the accompanying content, we will acquaint you with the belt length equation and tell you the best way to utilize it.

Look at this pulley number cruncher to discover more about pulley RPM, speed, and belt pressure.

Pulleys can follow their sources too before 200 B.C. Initially, they were utilized to lift pails of water from wells, waterways, and so on These days, they are all over - in timekeepers systems, on building destinations, and in lifts. What's more, that is only a hint of something larger. A framework like this is utilized to communicate force (or force) across axles, giving mechanical development.

How about we figure out how to ascertain the length of a belt in a two-pulley framework with contrasting distances across of pulleys. You can do it by contributing the distance between the axles of the pulleys and their measurements into the accompanying equation:

Belt length = ((DL + DS) * π/2) + (DL - DS) * arcsin((DL - DS)/2L) + 2 * √(L2− 0.25 * (DL - DS)2)

where:

- DL is the breadth of the enormous pulley;
- DS is the breadth of the more modest pulley; and
- L is the distance between the pulley axles.
- With our belt length mini-computer, you can likewise figure the distance between the focuses of two pulley

To use this belt length calculator you just have to follow very simple steps. So just follow our simple steps and you will be able to use this tool, anyway, this tool is really very simple to use.

So as you can see in this tool you have been given text boxes where you can test your value.

So you can test your value here and also double check your value here.

After you enter your value in the text box so that you can calculate your value and for that, you have to click on the calculate button so that you will get the answer.

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