"BT series loadcell was developed for low or middle capacity applications. It is made of special alloy steel material and shows high performance in weighing applications.
The stainless steel bellow and nickel-plated load cell is highly protected against external agents such as rain, dust, water that can make negative effect over the weighing performance.
BT load cell operates with principle of bending beam. By means of the bellow, some vibrations appearing during the weighing process are dissipated. That provides very accurate weighing results.
The cable output of the BT load cell is bound to an IP67 metal connector so that the protection class is further reinforced. BT load cell is produced with 5 meters standart cable.
ADVANTAGES AND USAGE AREAS
GENERAL APPLICATIONS
Packaging and Filling Machines
Dosing System
Conveyor Weighing Machines
Checkweigher
Tension Control Applications
Platform Scales with Low Capacity
CAPACITYES
The BT loadcell is produced in 10, 20, 50, 100, 200, 500 kg capacities
RT type load cells are manufactured from special alloy aluminum and coated with anodizing to increase their resistance to corrosion and industrial conditions. These loadcells work in compression, tensile or both compression and tensile directions with the bending beam principle.
PS type loadcells are manufactured from special alloy aluminum and coated with anodizing in order to increase their resistance to corrosion and industrial conditions. These load cells work in compression, tensile or both compression and tensile directions with the bending beam principle.
MT type load cells are manufactured from special alloy aluminum and coated with anodizing to increase their resistance to corrosion and industrial conditions. These loadcells work in compression, tensile or both compression and tensile directions with the bending beam principle.
PL type loadcells are manufactured from special alloy aluminum and coated with anodizing to increase their resistance to corrosion and industrial conditions. These load cells work in compression, tensile or both compression and tensile directions with the bending beam principle.