Shear beam load cells in aluminium steel and stainless steel.
Load cell shear beam type.
From the resulting data can be easily determined using the equation above.
A universal load cell for bigger industrial applications.
The shear beam capacities are from 100kg to 50t.
In a load cell the resistors are replaced with strain gauges and arranged in alternating tension and compression formation.
Up to 10000 kgf application.
Often the mandatory basic components i e.
The lc501 series of stainless steel compression load cells can withstand harsh industrial environments.
The shear is measured close to the neutral line of the load cell what reduces the effects of transverse forces.
Low profile floor scales tank hopper bag weighing force tension measurement pallet scale industrial automation 30310 ss stainless stell version is suitable for hygienic applications like food dairy pharma industries for corrosive applications like chemical industries.
Eagle double ended shear beam compression type concept in load cell design provides the following advantages over the conventional compression type load cells.
Shear beam load cell shear force load cell capacity.
Common types of load cells.
These beams have fixed ends on both sides allowing for loads to be applied on the center of the load cell.
Torque however influences the measuring result.
The beam type load cell family sometimes known as a bending load cell tend to be the most commonly used due to the variety of available options.
Shear beam load cells.
Shear beam load cells single point load cells compression canister load cells s type load cells double ended beam load cells.
The single ended shear beam is designed for low profile scale and process applications.
Stainless steel beam load cell with overload stops lc501.
Available with 0 03 linearity in capacities from 100 to 30 000 lbf.
The simplest type of load cell is a bending beam with a strain gauge.
There are several types of strain gauge load cells.
Load cells from the best manufacturers around the world.
One end of the shear beam contains the mounting holes while the opposite end is where the cell is loaded.
When force is exerted on the load cell the structure and resistance of the strain gauges changes and is measured.
Spring element and strain gauge are complemented with additional elements housing sealing elements etc protecting the strain gauge elements.
The load cell should be mounted on a flat smooth surface with high strength hardened bolts.
Digital load cell are basically a combination of analog load cell and an analog to digital convertor mounted on the load cell itself.
