The Right Way on How to Use a Clinometer
Have you ever thought how an engineer measures objects that are situated at a distance? People who are related to this field use compass clinometers so that they could measure the height of the objects far away from them.
The process is done indirectly.
This means that they would use math to visually measure the height of the object rather than do it physically.
There are different kinds of clinometers but the basic steps in using the instrument is just the same.
Therefore, it is essential that you know how to use a clinometer properly in order to give an accurate measurement of anything that is far-off.
In order for you to start using the clinometers, you must first be situated in a distance that is required by the type of clinometer that you are using.
This distance is known as the baseline distance and it varies from one type of clinometer to another.
If you using a metric clinometer then your baseline distance should be about 15 meters away from the object being measured.
Using your one hand hold the instrument right-side up.
Take a peek at the lens of the instrument so you can see the information needed for you to compute for the right measurement.
However, the accuracy of the details would depend on how you hold the clinometer.
Therefore, you must see to it that it is right-side up the whole time.
The instrument's "up" side is specified on the case of the clinometer.
Take a peek at the lens so you see the object that you would like to measure.
From this part of the instrument, you can see the scale as it becomes visually projected on the pole, building, tree, or any far-flung object that needs to be measured.
The object must be visually positioned against the displayed scale which you can see on the instrument's lens.
Now is the time to take your pen and paper out so you can take note of the values that you can see on the scale.
The values should include the measurement from the top to the base of the object.
Afterwards, you can now subtract the value that you got from the bottom of the object from the value that you got from the top.
The result that you would get will be the height of the distant object.
But the units will be based on the type of clinometer that you are using.
The process is done indirectly.
This means that they would use math to visually measure the height of the object rather than do it physically.
There are different kinds of clinometers but the basic steps in using the instrument is just the same.
Therefore, it is essential that you know how to use a clinometer properly in order to give an accurate measurement of anything that is far-off.
In order for you to start using the clinometers, you must first be situated in a distance that is required by the type of clinometer that you are using.
This distance is known as the baseline distance and it varies from one type of clinometer to another.
If you using a metric clinometer then your baseline distance should be about 15 meters away from the object being measured.
Using your one hand hold the instrument right-side up.
Take a peek at the lens of the instrument so you can see the information needed for you to compute for the right measurement.
However, the accuracy of the details would depend on how you hold the clinometer.
Therefore, you must see to it that it is right-side up the whole time.
The instrument's "up" side is specified on the case of the clinometer.
Take a peek at the lens so you see the object that you would like to measure.
From this part of the instrument, you can see the scale as it becomes visually projected on the pole, building, tree, or any far-flung object that needs to be measured.
The object must be visually positioned against the displayed scale which you can see on the instrument's lens.
Now is the time to take your pen and paper out so you can take note of the values that you can see on the scale.
The values should include the measurement from the top to the base of the object.
Afterwards, you can now subtract the value that you got from the bottom of the object from the value that you got from the top.
The result that you would get will be the height of the distant object.
But the units will be based on the type of clinometer that you are using.
