Shear Beam Load Cell

Your Professional Shear Beam Load Cell Supplier

We specialize in designing and manufacturing load cells and force sensors for industrial weighing and measurement applications.

Our main products include load cells, force sensors, weighing modules, as well as single point, shear beam, and compression types.

Why Choose us

30+ Years Engineering Expertise

A senior team with decades of experience ensures stable performance, proven designs, and consistent quality you can rely on.

Flexible OEM/ODM, Fast Response

Flexible OEM/ODM solutions with fast communication and efficient lead times to speed up your time-to-market.

Global Certification & Trusted Supply

Support for OIML, NTEP, and other certifications, backed by proven cooperation with international institutions—ensuring smooth access to European and North American markets.

Parameter

Material:	Alloy,Stainless
Capacity:	50kg-10t
Rated Output:	2mV/V, 3mV/V
Non Linearity:	±0.02%F.S.
Hysteresis:	±0.02%F.S.
Repeatability:	±0.01%F.S.
Creep (30min):	±0.02%F.S.
Zero Balance:	±1.00%F.S.
Tem.Effect on Zero:	±0.02%F.S./10℃
Tem.Effect on Output:	±0.02%F.S./10℃
Input Impendance :	385±10Ω
Out Impendance:	350±3Ω
Insulation Impendance:	≥5000MΩ
Excitation Voltage:	10V (DC/AC)
Compensated Tem.Range:	-10℃~+50℃
Service Tem.Range:	-20℃~+60℃
Safe Overload Range:	120%F.S.
Protection Class:	IP67, IP68
Cable length:	6m
Wire Code:	Red(Ex+) Black(Ex-) Green(Sig+) White(Sig-)

Benefits of Shear Beam Load Cell

Rugged: Machined from durable metals like steel or aluminum to withstand harsh conditions.

Precise: Exceptional accuracy due to focused shear strain and Wheatstone bridge circuitry.

Versatile: For static weighing, dynamic force measurement and process monitoring.

Easy to Install: Designed for quick and hassle free integration.

Low Maintenance: Minimal upkeep to maximise uptime.

Environmental Resilience: Withstand extreme temperatures, moisture, vibration and side loads.

Cost Effective: Advanced technology with long term value.

Application of Shear Beam Load Cell

Shear beam load cells are a standard component in platform scales. They give reliable and precise measurements. In retail environments, these scales are crucial for ensuring accurate pricing of goods.

Industrial Weighing

Shear beam load cells help monitor materials in manufacturing. This keeps processes operating without interruption. They can handle heavy loads, making them suitable for large-scale operations.

Hoppers and Bins

Many industries use shear beam load cells to weigh hoppers or bins. These hold raw materials or products. This helps manage inventory well. It makes sure the right amount of materials is used in production.

Automotive Uses

Shear beam load cells test and ensure quality in cars. They measure the weight of parts. This ensures they meet set tolerances.

Construction and Civil Engineering

Workers use shear beam load cells to weigh materials. This ensures builders build safely and follow regulations.

Working Principle of Shear Beam Load Cells

When a load is applied the metal beam deforms slightly and the strain gauges attached to the shear web stretch or compress accordingly. This deformation changes their electrical resistance and creates a signal that reflects the applied force. To get the most accuracy and reliability shear beam load cells often use a Wheatstone bridge configuration. This uses four strain gauges in a diamond pattern: two gauges increase in resistance under tension and two decrease under compression. This imbalance creates a differential voltage which is then amplified and sent to an indicator or controller and converts the electrical signal into a readable weight measurement.

Because shear beams measure force not weight directly calibration is required to translate this force into weight readings. Their design also minimizes errors from off-center loads, lateral forces or temperature variations making them very reliable in industrial applications.

Installation of Shear Beam Load Cells

Make sure the surface for the load cell is stable and level. Any unevenness can lead to inaccurate readings.

Align the load cell in the correct position with the structure it measures. Misalignment can affect the performance and accuracy.

Wiring: Connect the load cell to the display or control system as directed by the manufacturer. Proper wiring ensures a stable signal and reduces noise interference.

Calibration: After installation, you must calibrate the load cell to ensure accurate measurements. This process uses known weights. Then, it adjusts the output to match the expected values.

Certificate

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FAQ

Q: What is a shear beam load cell?

A: ABB shear beam load cells provide stable, rugged force measurement with strong side‑load resistance, supporting diverse industrial weighing systems from floor scales to batching equipment.

Q: What is the difference between single point load cell and shear beam load cell?

A: While single point load cells are typically used for compact, low-to-medium capacity applications, shear beam load cells are built for industrial environments and heavier loads. Additionally, shear beam load cells can be further categorized into two main types: single-ended shear beam and double-ended shear beam.

Q: Why are shear cracks 45 degrees?

A: Cracks at point E occur at 45 degrees due to the maximum shear stress, while vertical cracks at point D result from maximum tensile stress. The answer lies in the stress condition within the beam. Shear forces cause diagonal cracks, while tensile forces cause vertical cracks.

Q: What is the lifespan of a load cell?

A: Load cells typically last 10 to 15 years under normal conditions, though industrial units can operate for over 20 years with proper maintenance. Their lifespan is often measured in fatigue life (load cycles) and can range from 5–10 years in harsh environments to over 30 years if properly maintained and protected.

Q: How to choose the right load cell?

A: The relevant factors are the measurement accuracy, the material used (and the associated costs), the weight to be measured including possible overload as well as the number of load cells required. Depending on the place of use, force introduction components may be necessary.

As one of the leading shear beam load cell manufacturers and suppliers in China, we offer a wide range of products with superior quality. Please feel free to wholesale custom made shear beam load cell from our factory. Contact us for more details. thames side t85 load cell, adi load cell, Single Ended Beam Load Cell