A 100-ton weighbridge is a truck scale designed for weighing vehicles with a maximum stated capacity of 100 metric tonnes, or 100,000 kg. The right model depends not only on capacity but also on vehicle dimensions, axle loads, traffic volume, installation conditions, and local weighing regulations. In this guide, we explain the specifications and dimensions to compare, how to match a weighbridge to your site, and what to ask suppliers before requesting a quotation. At Wanji, we help B2B buyers assess these requirements, including electronic data system needs, before defining a suitable configuration.
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This guide is for procurement teams, plant managers, engineering consultants, and distributors evaluating a 100-ton truck weighbridge. It is especially relevant when a facility handles heavy trucks carrying bulk materials, agricultural products, minerals, construction materials, or industrial goods. Buyers planning a new installation can use the selection steps to prepare a project brief. Existing weighbridge operators can also use them when replacing a scale or reviewing data and traffic requirements.
A weighbridge measures a vehicle’s weight while it is positioned on a load-bearing platform. In a typical electronic system, load cells convert the applied force into electrical signals, and an indicator or controller processes the signals into a displayed weight. Depending on the configuration, the system may support gross vehicle weighing, tare weighing, and net-weight calculation. The final workflow and records depend on the selected software, operating procedures, and applicable local requirements.
Common applications include inbound and outbound weighing at factories, quarries, ports, logistics centers, and agricultural processing sites. The correct capacity should account for the heaviest expected loaded vehicle, not just the average truck. Buyers should also consider how trucks enter, align on, and leave the platform, as well as whether weighing is occasional or part of a high-throughput dispatch process. Uneven approaches, constrained turning space, and vehicle misalignment can affect operation and should be reviewed during site planning.
Weighbridge decks are commonly specified as steel or concrete, with the choice influenced by installation conditions, maintenance plans, local construction resources, and project preferences. Steel structures may suit projects that prioritize modular sections or a shorter installation sequence, while concrete decks can be considered where site design and construction planning support them. These are general considerations rather than guarantees; the complete foundation and platform design must be confirmed for the project. Installation may be pit-mounted or pitless, depending on site levels, drainage, access, and available space.
Capacity describes the maximum load the system is designed to measure under specified conditions; it does not by itself determine the platform length or width. As a preliminary planning example, a buyer might compare a platform approximately 3 m wide and 18 m long against the dimensions and axle arrangements of the vehicles on site. This example is not a universal standard or a final design recommendation. Confirm usable deck length, width, approach layout, and vehicle positioning requirements with the supplier and the project engineer.
Ask suppliers to state the rated capacity, division or increment, platform configuration, load-cell arrangement, indicator functions, and environmental protection details in the quotation. A 100-ton rating does not automatically mean that every axle load, wheel position, or operating condition is acceptable. The supplier should clarify how the offered configuration corresponds to the vehicles and operating pattern you provide. Where local trade or legal metrology rules apply, confirm which approvals, verification steps, and documentation are required in your jurisdiction.
| Specification | What to Confirm | Why It Matters |
|---|---|---|
| Rated capacity | 100 metric tonnes and applicable operating conditions | Matches the heaviest expected vehicle and load |
| Platform dimensions | Deck length, width, and installation layout | Supports the vehicles and site access plan |
| Weighing system | Load cells, indicator, cabling, and functions | Defines measurement and operating capabilities |
| Data system | Record fields, reports, interfaces, and user workflow | Aligns weighing records with business processes |
Start by listing the heaviest loaded vehicle, typical vehicle types, axle configurations, and the measurements your process needs. Record whether vehicles are weighed once or twice to calculate net loads, and identify any expected peak traffic periods. Share this information with the supplier rather than asking for a capacity-only quotation. It allows the proposed platform and operating workflow to be assessed against real use conditions.
Check the available footprint, ground conditions, access roads, turning areas, drainage, power supply, and space for a scale house or operator station. Decide whether a pitless or pit-mounted arrangement is more practical, then have the foundation and civil works requirements reviewed for the site. A platform that fits the available area may still be unsuitable if trucks cannot approach or exit safely. Include construction scope and responsibilities in the project specification.
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For a weighbridge integrated into business operations, define what information must be captured, such as vehicle identification, date and time, gross and tare weights, material, supplier, or destination. Confirm whether the indicator and software can support the required reports, user permissions, printing, and data export or system interfaces. Interface availability depends on the selected equipment and configuration, so request written confirmation rather than assuming compatibility. At Wanji, we discuss electronic data system requirements alongside the weighing hardware so buyers can evaluate the complete workflow.
Compare quotations by checking what is included: platform, load cells, indicator, software, cabling, installation guidance, commissioning, training, and after-sales support. Separate equipment costs from civil works, transportation, taxes, and any locally required verification or approvals. Ask about the warranty scope and the procedure for technical support and replacement components. These details make quotations easier to compare than headline price alone.
There is no reliable single price for every 100-ton weighbridge because the final cost depends on platform dimensions, deck construction, configuration, shipping destination, installation scope, and data system requirements. Civil works and site preparation can also form a separate part of the project budget. Minimum order quantities and production schedules vary by supplier and configuration, so they should be confirmed in a written quotation. Provide the delivery location, target schedule, and requested scope to receive a more meaningful commercial proposal.
Choosing by capacity alone: A 100-ton rating does not confirm that the platform dimensions or layout suit your vehicles.
Leaving site work until late: Foundation, drainage, access, and power requirements can affect installation planning.
Ignoring data needs: An indicator may display weight, but your operation may also need records, reports, or interfaces.
Assuming regulatory acceptance: Legal metrology requirements differ by location; confirm local obligations before ordering.
Before placing an order, ask the supplier for a configuration drawing, a specification sheet, and a clear scope of supply. Confirm the proposed capacity and dimensions against your vehicle information, and request clarification on the load cells, indicator, software, and data interfaces. Review installation responsibilities, delivery terms, warranty conditions, spare-parts arrangements, and technical support channels. A supplier should be able to explain which requirements are included, which are optional, and which must be handled locally.
A 100-ton weighbridge is suitable only when its capacity, dimensions, installation design, weighing components, and data workflow match the project requirements. Begin with your heaviest vehicle and axle information, then confirm the site layout and local compliance needs before comparing quotations. Prepare a written scope covering platform dimensions, construction, electronic data requirements, installation, and support. Share that brief with Wanji to discuss a configuration and quotation suited to your application.
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