Load Cell Solutions for Tanks, Silos and Hoppers
Measure stored material, batch ingredients and monitor process inventory without relying on level alone. We help match load cells, weighing modules and electronics to vessel structure, capacity, piping and environmental conditions.
Request a Weighing ConfigurationThe Vessel Is Only Part of the System
Accurate vessel weighing depends on how weight reaches each support. Piping, agitators, thermal expansion, wind and uneven foundations can all create forces that bypass or disturb the sensors.
Typical Vessel Weighing System
- Shear beam, compression or tension load cells
- Matched weighing modules for each support
- Junction box for multi-cell summing and adjustment
- Indicator, transmitter or batching controller
- Mechanical restraints and anti-lift protection
- Calibration and process-integration support
Sensor Options by Vessel Structure
The correct arrangement is selected according to support geometry, load direction, capacity and the movement the vessel must safely accommodate.
Shear Beam Modules
A common choice for small and medium tanks, hoppers, batching vessels and process skids requiring compact mounting and controlled load introduction.
Compression Modules
Suitable for heavy silos and high-capacity storage vessels where robust support, restraint and environmental protection are important.
Tension Systems
Used when vessels, bins or hoppers are suspended from a frame and weight is measured through tension rods or hanging supports.
Information Needed for System Design
Provide these details so capacity distribution, module arrangement and signal requirements can be evaluated.
| Parameter | Details to Confirm |
|---|---|
| Application | Inventory monitoring, batching, dosing, level-by-weight or process control |
| Total Load | Empty vessel weight, maximum product weight, accessories and overload conditions |
| Support Structure | Number and location of legs, lugs or suspension points; drawings are preferred |
| Material Behavior | Liquid, powder, granule, sticky material, bulk density and changing center of gravity |
| Connected Equipment | Inlet and outlet piping, conveyors, mixers, pumps, valves and flexible connections |
| Environment | Indoor/outdoor, washdown, corrosion, temperature, hazardous area and wind exposure |
| Control Signal | Local display, analog output, digital communication, PLC or batching control |
Four Details That Improve Vessel-Weighing Accuracy
Place supports symmetrically and account for uneven loading and center-of-gravity changes.
Reduce unintended force transfer through pipes, cables, ducts and surrounding equipment.
Use suitable checking, anti-lift and overload protection while preserving measurement freedom.
Verify zero, corner balance and span under conditions representative of actual operation.
Tank and Silo Weighing FAQ
How many load cells are needed under a tank or silo?
The usual arrangement follows the number of vessel supports. Three supports simplify load distribution, while four or more supports require careful leveling and corner adjustment.
How is load-cell capacity selected for a vessel?
Selection considers the total loaded vessel weight, number of supports, uneven distribution, dynamic effects and a suitable safety allowance. Each support should not be assumed to carry an exactly equal load.
Why do connected pipes affect weighing accuracy?
Rigid pipes can support part of the vessel weight or create forces as pressure and temperature change. Flexible connections and thoughtful routing help reduce these errors.
Should I use load cells or a level sensor?
Load cells measure total mass and can work with liquids, powders and irregular materials. Level sensors may be simpler in some cases, but their result depends on material geometry and density.
Can the system work with a PLC?
Yes. A suitable transmitter or controller can provide analog or digital signals for inventory monitoring, dosing, alarms and automated batching.
What should I send for a quotation?
Please send vessel drawings, empty and full weight, number of supports, material type, piping arrangement, environment, required accuracy, output signal and destination.
Designing a Vessel Weighing System?
Share the vessel drawing, total load, support arrangement and process conditions for a suitable configuration.