Land Surveying

How To Measurement of Horizontal Distance Using Auto Level

How To Measurement of Horizontal Distance Using Auto Level

How To Measurement of Horizontal Distance Using Auto Level

The auto level is a surveying and construction tool utilized to determine height variances and establish, measure, and adjust the elevations of predetermined points or features. Its user-friendly design has contributed to its widespread adoption within the surveying community. The simplicity of the auto level not only enhances efficiency but also leads to cost savings. How To Measurement of Horizontal Distance Using Auto Level.

The auto level machine is a commonly utilized professional instrument for accurate leveling and measuring horizontal distances on site. The technique employed to determine the horizontal distance is referred to as the ‘stadia method’.

It is essential to utilize the tool on a flat surface in order to ensure the accuracy of this technique. The Stadia range is beneficial for identifying geographical features like rivers, fields, bridges, roads, and structures.

Read More

  1. how to Calculate the height of an object using With theodolite

  2. Types of Maps in the Drone Mapping

  3. Thumb rule for Civil Engineers

  4. How To Calculate the Asphalt Quantity For Road

When using the Stadia measuring method to determine horizontal distance, ensure that the staff rod is positioned in such a way that it is visible between the two stadia marks on the instrument’s reticle (refer to figure- 1). Align the auto level machine with the level staff and take note of the measurements indicated by both the cross and stadia hair markings.

How To Measurement of Horizontal Distance Using Auto Level

Example

Upper Stadia Hairs =  1.56 metre

Lower Stadia Hairs = 1.23 metre

Now The Difference between Upper Stadia & Lower Stadia = 1.56 – 1.23 = 0.33 metre

Now convert to the 0.33 meter into the cm i.e, 0.33 x 100 = thirty three cm.

In the Auto-level machine, the scale of the difference of Upper Stadia & Lower Stadia is designed in such a manner i.e,

One cm = One m

So, we can say The horizontal distance is thirty three metre.


Other Post

  1. Method Of Statement for Survey Works

  2. Deflection Angle in Surveying

  3. Basics Of Land Surveying

  4. Derivation of formula to set out the curves by the method of ordinates from a long chord

  5. What is contour interval and Uses of contour maps in surveying


Thank You For Reading This Important Information. Get Benefits And Share With New Commers.

Civil Engineering Tech.

Civil Engineering Technology is Official Educational and Training Page for Engineering Students. Our Mission is to Educate and Keep People Informed by Creating a Trusted Source of Knowledge Everything Related to Civil Engineering.

Related Articles

4 Comments

Leave a Reply

Your email address will not be published. Required fields are marked *

Back to top button