The HSC shear beam load cell has been developed for use in high capacity, compression type electronic weight and force  measurement applications in industrial environments. The precise and rugged HSC load cell offers high resistance to side forces  and overload conditions.  

The HSC load cells are suitable for severe industrial conditions and they find application in high capacity vehicle scales, railway  scales, tank weighing systems and process weighing applications. With its steel alloy construction coated with corrosion-retardant  paint as well as its strain gauge area welded with a stainless steel cover, HSC is protected to IP68 standards meaning that they are  fully immersible.

The HSC shear beam load cell has been developed for use in high capacity, compression type electronic weight and force  measurement applications in industrial environments. The precise and rugged HSC load cell offers high resistance to side forces  and overload conditions.  

The HSC load cells are suitable for severe industrial conditions and they find application in high capacity vehicle scales, railway  scales, tank weighing systems and process weighing applications. With its steel alloy construction coated with corrosion-retardant  paint as well as its strain gauge area welded with a stainless steel cover, HSC is protected to IP68 standards meaning that they are  fully immersible.

The HSC shear beam load cell has been developed for use in high capacity, compression type electronic weight and force  measurement applications in industrial environments. The precise and rugged HSC load cell offers high resistance to side forces  and overload conditions.  

The HSC load cells are suitable for severe industrial conditions and they find application in high capacity vehicle scales, railway  scales, tank weighing systems and process weighing applications. With its steel alloy construction coated with corrosion-retardant  paint as well as its strain gauge area welded with a stainless steel cover, HSC is protected to IP68 standards meaning that they are  fully immersible.