Types of Load cell

$Description: C:\Users\Admin\Desktop\Size Reduced assets\Size reduced\Instrumentation Engg\assets\i5\18_files\image001.webp$

Load cell:

LOAD CELL is an electromechanical sensor which functions to measure the amount of static and dynamic forces acting on it Load cell consists of an elastic material that will deform according to the force it receives, the magnitude of this deformation is proportional to the magnitude of force.

To measure the magnitude of the deformation of the deformation of the material, one of the popular ways is to use the “strain gauge”

Some types of load cells can be expressed here:

Types of Load cells

Column Type Load cell:

Description: https://i0.wp.com/automationforum.co/wp-content/uploads/2019/02/image-1.webp?resize=367%2C291&ssl=1

Strain gauges e1 and e3 are installed in opposite directions and measure axial strains. The e2 and e4 gauge strains are installed face to face and measure circumferential strains. The value of each strain can be described as follows:

e1 = e3 = t/E = F/AE
ePV2PV =e4 = – v F/AE

Load Cell Tipe Ring:

Description: https://i0.wp.com/automationforum.co/wp-content/uploads/2019/02/image-2.webp?resize=446%2C209&ssl=1

This type is suitable for measuring forces with a relatively small range.

Rod Type Load Cells

Description: https://i1.wp.com/automationforum.co/wp-content/uploads/2019/02/image-3.webp?resize=442%2C191&ssl=1

This type is widely used, generally for loads up to 10 kg. The bending moment that occurs in the stem due to the force causes stress to occur near the stem mooring.

By placing the strain gauge as above, R1 and R3 will get a strain pull while R2 and R4 are under pressure.