Shear Beam Load Cells

Shear beam load cells are mainly used for compressive forces.

Typical applications

The applications are primarily in belt scales, container scales, platform scales in the middle range, floor scales, silo scales, big bag scales, checkweighers or filling systems. Shear beam load cells are also suitable for torque and force measurement. For platform scales, several shear beam load cells are often connected in parallel.

Features

  • Material: Stainless steel
  • Capacity: many different capacity available on request
  • Protection class: IP68
  • Robust design for harsh industrial environment
  • Compatible with other manufacturers
  • Optional: integrated measuring amplifier (4...20mA, ±10V or 0...10V)
  • Optional: integrated IO-Link measuring amplifier
  • ATEX, IECEx, CSA
  • Optional: calibration ÖNORM EN ISO/IEC 17025
  • High temperature: -50°C...+150°C

 

Since shear beam load cells are mainly used in industrial weighing technology, they are built to be sturdy. Because of this, our shear beam load cells are mainly made of stainless steel with the corresponding protection class IP68. Important parameters are the nominal, breaking or limiting load. A parallel connection of several shear beam load cells can easily be implemented. Adjustment is no longer necessary, as most load cells are compatible with other models and manufacturers.

If you cannot find what you are looking for in the product portfolio below, please do not hesitate to contact us. We are continuously expanding our portfolio and we are sure to find a solution for your metrological needs.

Shear Beam Load Cells

Specifications Technique
Capacity 0.11t - WCF-0.11
0.22t - WCF-0.22
0.55t - WCF-0.55
1.1t - WCF-1.1
1.76t - WCF-1.76
2.2t - WCF-2.2
4.4t - WCF-4.4
Accuracy class C3
Sensitivity 1.94±0.1%mV/V
Zero balance ±2%F.S.
Non-linearity 0.017%F.S.
Hysteresis 0.017%F.S.
Repeatability 0.017%F.S.
Creep{30min) 0.0166%F.S.
Repeatability 0.017%F.S.
Temp.effect on output 0.014%F.S./10 °C
Temp.effect on zero 0.0125%F.S./10 °C
Input impedance 390±3Ω
Output impedance 350±5Ω
Insulation ≥5000M Ω /1 OOVDC
Recommended excitation 5V
Maximum excitation Voltage 15V
Compensated temp range -10∼40°C
Operating temperature range -30∼70°C
Safe load limit 150%F.S.
Breaking load 300%F.S.
Cable size ∅ 5.4 x 1500mm
Weight approx. 0.9kg (0.55-1.76t), 1.6kg(2.2t), 2.2kg(4.4t)
Material Stainless Steel
IP Class IP68

 

Cap(t) A B C D E F G H J M
0.11-1.76 133.4 76.2 25.4 15.4 30.7 30.2 57.7 14.2 13 M12
2.2 136.6 76.2 25.4 18.4 36.8 36.6 57.9 17 13 M12
4.4 171.5 95.2 38.1 21.5 42.9 42.9 73.8 20.1 19 M20

Wcf Scherstab Waegezelle

Mounting1Direction1Wiring1

Specifications Technique
Capacity 0.11t - WCG-0.11
0.22t - WCG-0.22
0.55t - WCG-0.55
1.1t - WCG-1.1
1.76t - WCG-1.76
2.2t - WCG-2.2
4.4t - WCG-4.4
Accuracy class C3
Sensitivity 1.94±0.1%mV/V
Zero balance ±2%F.S.
Non-linearity 0.017%F.S.
Hysteresis 0.017%F.S.
Repeatability 0.017%F.S.
Creep{30min) 0.0166%F.S.
Repeatability 0.017%F.S.
Temp.effect on output 0.014%F.S./10 °C
Temp.effect on zero 0.0125%F.S./10 °C
Input impedance 390±3Ω
Output impedance 350±5Ω
Insulation ≥5000M Ω /1 OOVDC
Recommended excitation 5∼15V
Maximum excitation Voltage 20V
Compensated temp range -10∼40°C
Operating temperature range -30∼70°C
Safe load limit 150%F.S.
Breaking load 300%F.S.
Cable size ∅ 5.4 x 1500mm
Weight approx. 0.9kg (0.55-1.76t), 1.6kg(2.2t), 2.2kg(4.4t)
Material Stainless Steel
IP Class IP68

 

Cap(t) A B C D E F G H J M
0.11-1.76 133.4 76.2 25.4 15.4 30.7 30.2 57.7 14.2 13 Φ 15.9
2.2 136.6 76.2 25.4 18.4 36.8 36.6 57.9 17 13 Φ 15.9
4.4 171.5 95.2 38.1 21.5 42.9 42.9 73.8 20.1 19 Φ 22.2

Wcf Scherstab Waegezelle

Wcf Scherstab WaegezelleMounting1Direction1