TRUCK SCALE & WEIGHBRIDGE SOLUTION

Load Cells for Truck Scales and Weighbridges

Reliable vehicle weighing begins with a load cell that tolerates repeated heavy loading, off-center forces, environmental exposure and long-term operation. We support new weighbridge projects, OEM scale production and replacement requirements.

Request a Load Cell Recommendation
APPLICATION CHALLENGES

Built Around the Actual Load Path

A weighbridge is exposed to dynamic entry and exit loads, braking forces, vibration, water, dust and temperature change. Sensor selection must consider the complete mechanical system—not rated capacity alone.

Repeated Heavy LoadsAllow for platform dead load, vehicle load, impact and an appropriate safety margin.
Side ForcesControl longitudinal and lateral movement without introducing measurement error.
Outdoor ExposureReview sealing, corrosion protection, cable routing, drainage and lightning protection.
Multi-Cell AccuracyMatch cells, junction-box adjustment, foundation quality and calibration procedure.

Typical Weighbridge Configuration

  • Compression or double-ended shear beam load cells
  • Mechanical mounting assemblies and restraints
  • Multi-cell junction box with corner adjustment
  • Weighing indicator, transmitter or controller
  • Shielded cabling and surge protection
  • Calibration and commissioning support
RECOMMENDED SENSOR TYPES

Load Cell Options for Vehicle Weighing

The most suitable structure depends on platform design, capacity, available installation height, service access and local operating conditions.

01

Compression Load Cells

Column and canister structures are widely used for high-capacity weighbridges. Their compact footprint suits multi-point compression systems.

02

Double-Ended Shear Beam

Common in truck scales requiring robust mounting and predictable load transfer, with configurations designed to accommodate platform movement.

03

On-board Vehicle Sensors

For axle, suspension or chassis integration where weight must be measured directly on trucks, trailers or other mobile equipment.

SELECTION DATA

Information Needed for Correct Selection

Send the following details so the sensor and system configuration can be checked against your project.

ParameterDetails to Confirm
Scale TypeNew weighbridge, replacement, portable axle scale or on-board system
Rated CapacityMaximum vehicle weight, platform dead weight and overload allowance
Platform DesignDimensions, number of sections, support points and available installation space
Existing SensorModel, rated capacity, dimensions, wiring and output when replacing a load cell
EnvironmentTemperature, water, mud, road salt, washdown, corrosion and lightning exposure
ElectronicsNumber of cells, junction box, indicator, communication and required output signal
ComplianceAccuracy class, calibration practice and local legal-for-trade requirements
INSTALLATION & RELIABILITY

Four Factors That Protect Accuracy

Foundation

Keep supports level, stable and aligned so the load is introduced as intended.

Restraint

Control movement from braking, thermal expansion and wind without binding the platform.

Cabling

Protect cables from moisture, abrasion, rodents and electrical interference.

Calibration

Complete corner adjustment, zero checks and span calibration after installation.

FREQUENTLY ASKED QUESTIONS

Truck Scale Load Cell FAQ

Which load cell type is best for a truck scale?

Compression and double-ended shear beam load cells are both common. The decision depends on the platform structure, mounting arrangement, capacity, environment and replacement compatibility.

How do I select load-cell capacity for a weighbridge?

Capacity should account for the maximum gross vehicle weight, platform dead load, number of support points, uneven loading, impact and a suitable safety allowance.

Can you help replace an existing truck-scale load cell?

Yes. Send the existing model, nameplate, dimensions, capacity, output, wiring and installation photos so compatibility can be reviewed.

Why does a weighbridge need a junction box?

A junction box combines signals from multiple load cells and typically supports corner adjustment so each section of the platform contributes correctly to the final reading.

What causes unstable truck-scale readings?

Common causes include mechanical binding, damaged cables, moisture ingress, poor grounding, foundation movement, debris around the platform, sensor damage or incorrect calibration.

What information should I send for a quotation?

Please provide scale capacity, platform size, number of load cells, required sensor type or existing model, destination, quantity and any indicator or junction-box requirements.

Planning a Weighbridge Project?

Share your capacity, platform layout and operating environment for a suitable load-cell configuration.

Send Project Details