This low profile double ended shear beam load cell model desb rtm is specially designed for measuring the tension in the rope.
Double shear beam load cell.
It is clamped on to the rope and is used to measure the slackness or tension of a rope on a crane elevator.
This type of load cell is a variation of the shear beam load cell normally rated for higher loads.
In double shear beam load cells the force acts on the centre of the device.
They are mechanically robust and allow for low profile installations.
They are supported on both ends and loaded in the middle measuring shear strain due to the applied load.
Zemic offers a wide range of mounts for silo hopper and onboard applications.
To install double ended shear beam loadcells you need to make sure you select the right force introduction mount.
Double ended beam load cells are based on the strain gauge force sensing principle.
Thames side s double shear beam load cells have among the highest specifications in the market for process weighing and industrial scale applications.
Double shear beam load cells are used to measure compressive forces.
Instead of being secured at one end and load applied to the other end as in the single ended shear beam the double ended shear beam is secured at both ends and the load is aplied to the centre of the load cell.
Our selection of shear beams come in alloy aluminum stainless and tool steel.
45 000 kg 100 000 lb.
Load cells 135 canister and disk 23 double ended shear beams 14 load buttons 7 load pins 4 planar 3 s beam 6 single ended shear beams 22 single point 49 tension links 6 wire rope 1 scales 38 animal and vet scales 1 balances 5 bench scales 2 counting scales 2 crane scales and dynamometers 17 floor scales 5.
This is a non invasive method of weighing the load in crane elevator for overload monitoring purpose.
They are designed specifically for high accuracy applications in tank and vessel weighing with the high temperature model t38 primarily for use in the metals industry and in foundries.
Completely encapsulated and filled with a potting compound to fill all internal voids and prevent any potential for moisture entering the load cell and causing premature failure.
This makes double shear beam load cells less sensitive to uneven loading.