Shear beam load cells

Sensors measure the shear caused by a load

A bending beam sensor cannot measure shear because shear stresses change across the cross section of the cell
In a shear sensor, the I-beam construction produces a uniform shear that can be accurately measured by strain gages
A shear beam sensor is provided with a pair of strain gages installed on each side of the I -beam, with grid lines oriented along the principal axes
Advantages of a shear beam sensor over bending beam include better handling of side loads and dynamic forces as well as faster return to zero

9QGPS 2600

Double Shear Beam

Nominal Capacity: 10 – 75 t

Accuracy class: ±0.1 (% F.S.)

Material: Stainless Steel

Protection class: IP67

Temperature Operated: -30 to 70°C

Typical Application: Silos, Tanks, Hopper Weighing, Seismic area weighing

9QGPS 3500

Shear Beam

Nominal Capacity: 3 – 20 t

Accuracy class: ±0.03 (% F.S.)

Material: Stainless Steel

Protection class: IP67

Temperature Operated: -30 to 70°C

Typical Application: Platform Scales, Packaging

9QGPD

Compression

Nominal Capacity: 11.5 – 200 t

Accuracy class: ±0.05 (% F.S.)

Material: Alloy Steel

Protection class: IP67

Temperature Operated: -30 to 150°C

Typical Application: Ladle Turret, Transfer car & Tundish Scales

9QGPS 2625-2645

On-Board Weighing

Nominal Capacity:
2625: 10 t
2645: 10 – 50 t

Accuracy class: ±0.5 (% F.S.)

Material: Alloy Steel

Protection class: IP67

Temperature Operated: -25 to 70°C

Typical Application: On-board Weighing on Trucks, Lorries, Railways weighing

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