Precision in the Toughest Conditions: How Shear Beam Load Cells Work

Single ended shear beam load cells are robust force sensors designed to measure loads applied in a shearing direction — that is, parallel to the sensing axis. Unlike bending beam cells, these rely on shear strain detection to provide more stable and accurate measurements under fluctuating or dynamic load conditions.

The working principle is simple: the load applied at one end of the beam causes shear strain, which is captured by bonded strain gauges. This converts mechanical force into an electrical output (typically 2.0 mV/V), allowing precise digital readouts for industrial weighing applications.

These cells are typically bolted at one end, with the other end free to flex slightly under load — making them ideal for dynamic or partially distributed weight loads.

Load Cells by Sands Industries

Precision Force Measurement from Milligrams to Megatons

Sands Industries supplies high-accuracy load cells for industrial, OEM, and research applications. From crane overload protection to automated filling systems and sim racing pedals, our load cells are designed for performance, repeatability, and integration. We offer custom engineering and local support for projects across Australia.

Choosing the Right Load Cell
Compare load cell types and find the ideal match for your application. Learn more
Single Point Bending Beams
Compact and accurate load cells for retail scales and automation. Learn more
Single Ended Shear Beams
Ideal for platform scales and hoppers in industrial environments. Learn more
Double Ended Shear Beams
Designed for truck scales and large silos. Durable and highly accurate. Learn more
S-Type Load Cells
Bidirectional sensing for tension and compression testing. Learn more
Tension / Compression Disk Load Cells
Compact, high-precision sensors for inline monitoring. Learn more
Canister Load Cells
High-capacity compression cells for tanks and structural weighing. Learn more
Damped Load Cells
Anti-vibration technology for rotary and high-speed systems. Learn more

Dual-Purpose Force Detection: Tension & Compression

Though they’re mostly used in compression mode (e.g., in tanks, silos, and platforms), single ended shear beam load cells can also be used in tension if mounted correctly.

In Compression:

  • Platform Scales: Mid- to large-scale weighing platforms
  • Hoppers & Mixing Vats: Batch weighing in food and chemical plants
  • Tank & Silo Scales: Bulk material level monitoring

In Tension:

  • Suspended Bins or Feeders
  • Conveyor Belt Weighing

Because they offer high resistance to off-axis loading, shear beam cells outperform many other types in mixed-use scenarios. Their low profile also makes them easier to integrate into existing industrial frameworks without structural modification.


Built for Harsh Industrial Environments

Engineered for durability, these load cells are typically constructed using tool steel or stainless steel with hermetic sealing or welded housings. Many models comply with IP67/IP68 protection ratings, making them suitable for:

  • Dusty and powder-intensive environments (e.g., flour mills, cement plants)
  • Wet or washdown areas (e.g., meat processing, dairy facilities)
  • Outdoor installations (e.g., grain silos or livestock feeders)

In industries where shock, vibration, or thermal cycling is a concern, shear beam designs offer more stability than other form factors. Some models also include built-in damping to reduce signal noise.


Wiring, Calibration, and Safety Best Practices

Proper installation and calibration are essential to achieve accurate and consistent results from a shear beam system.

Installation Tips:

  • Mounting Surface: Must be rigid and level to avoid mechanical distortion
  • Orientation: Load must be applied parallel to the sensing axis only
  • Anti-Lift Restraints: Required to avoid side-load or tipping damage
  • Mounting Kits: Use factory-recommended load cell mounts with integral stops and checking

Electrical Wiring:

  • Use shielded 4-wire or 6-wire cables (for remote sensing compensation)
  • Keep distance from motor cables to avoid EM interference
  • Connect to digital indicators, PLCs, or industrial weighing terminals

Calibration:

  • Start with zeroing under no-load conditions
  • Calibrate with known weights (dead load method preferred)
  • For legal-for-trade applications, use certified calibration weights

Safety Checks:

  • Overload Protection: Mechanical limiters or bumpers
  • Grounding: Prevents damage from static or lightning
  • Ingress Sealing: Use IP67/IP68-rated cells for washdown areas

Why Choose Single Ended Shear Beam Load Cells from Sands Industries?

At Sands Industries, we supply a range of precision shear beam load cells tailored to Australian industries, backed by expert calibration and integration support. Whether you’re designing a batching plant, retrofitting a tank scale, or building a conveyor weighing system — we provide solutions that are accurate, reliable, and future-proof.

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External References


📍Location & Contact

📍 Unit 16/191, McCredie Avenue, Smithfield, NSW 2175
📞 +61 4415 9165 | +61 477 123 699
✉️ sales@sandsindustries.com.au


Upgrade Your Industrial Weighing Setup Today

Single ended shear beam load cells are the go-to choice for reliable, accurate, and rugged weighing in industrial environments. Whether you’re weighing cement, chemicals, grain, or food — make the switch to trusted technology built for performance.

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