Auger Length Calculator

How to Calculate Auger Length?

To accurately determine the length of an auger required for a bin, follow the below steps, guided by the formula:

\[ AL = (E + \frac{1}{2}D) \times 1.4 \]

• AL is the Auger Length in feet.
• E represents the eve height of the bin in feet.
• D denotes the bin diameter in feet.

Example Calculation

Let's consider a bin with an eve height of 15 feet and a diameter of 30 feet. Using the formula:

\[ AL = (15 + \frac{1}{2} \times 30) \times 1.4 = (15 + 15) \times 1.4 = 30 \times 1.4 = 42 \text{ feet} \]

Hence, the length of the auger required for this bin would be 42 feet.

Importance of Calculating Auger Length

Proper calculation of auger length is crucial for the efficient handling and storage of materials. An auger that is too short may not reach the desired depth, while one that is too long could be cumbersome to handle and may lead to inefficiency and potential damage to the auger or the bin.

Common FAQs

1. What is an auger used for?

   • Augers are used for drilling into wood, earth, or materials, often for installing posts, planting trees, or moving grain in agricultural settings.

2. Why is the multiplication factor 1.4 used in the formula?

   • The factor 1.4 accounts for the additional length needed for the auger to reach the bottom and then extend outwards from the bin, ensuring it can transport material efficiently.

3. Can this formula be used for any bin shape?

   • This formula is designed primarily for cylindrical bins. For bins of different shapes, adjustments may be necessary to accurately calculate the needed auger length.

Understanding and applying the correct auger length is vital for optimizing material handling operations, ensuring both efficiency and safety in its usage.