A 100-ton weighbridge is a truck scale designed for vehicles whose loaded weight must be measured within the system’s specified capacity and operating conditions. The right model depends not only on capacity, but also on truck length, platform design, foundation conditions, weighing accuracy requirements, and the way weight data will be used. As a starting point, a platform might be planned around an illustrative size such as 18 m × 3 m, but this is not a universal standard; the final dimensions and price should be confirmed against your vehicles and site layout.
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This guide explains the specifications to compare, how to think about dimensions, and which cost factors to prepare for when requesting a quotation. At Wanji, we can discuss weighbridge configurations and electronic data system requirements with buyers before they finalize a project specification.
This guide is for procurement teams, plant managers, project engineers, and distributors evaluating a 100-ton truck weighbridge. It is especially useful when you need to prepare a request for quotation but have not yet fixed the platform dimensions, installation method, or data integration requirements. It can also help you compare supplier proposals on a like-for-like basis.
A weighbridge uses a load-bearing platform and weighing components to measure a vehicle’s weight as it stands on the scale. A typical system may include a steel or concrete deck, load cells, a junction box, a weighing indicator, and supporting software or data interfaces. Depending on the installation, it may also be supplied with ramps, a foundation design, traffic controls, or other accessories.
The stated capacity describes the maximum rated load for the specified system; it does not by itself define platform length, accuracy, or suitability for every truck. Buyers should confirm whether “100 ton” means 100 metric tonnes or another ton unit in the project specification. They should also ask the supplier to explain the applicable operating limits and required installation conditions.
When reviewing a proposal, compare the complete configuration rather than the capacity label alone. Important specifications include rated capacity, platform length and width, deck material, number and type of weighing components, indicator functions, and the intended weighing increment. The required increment should be selected for the application and verified against local operating or regulatory requirements where applicable.
The platform should accommodate the longest vehicle that needs to be weighed, with the vehicle positioned as required by the supplier’s operating instructions. Measure the vehicles’ overall lengths and widths, and consider whether they will be weighed in one pass or in separate axle groups. Site approach space and the location of gates, buildings, and turning areas can be just as important as the deck itself.
For early planning only, buyers might compare an illustrative 18 m × 3 m platform with a longer 24 m × 3 m option. These are examples for discussion, not guaranteed standard sizes or recommendations for a specific fleet. A supplier should confirm the workable dimensions after reviewing vehicle drawings or measurements, site access, and the selected installation arrangement.
An above-ground weighbridge is installed over a prepared foundation and generally requires suitable ramps for vehicle entry and exit. A pit-mounted arrangement places the weighing deck closer to the surrounding ground level, but its civil works, drainage, and maintenance access need careful planning. Neither installation type is automatically the better choice; the decision depends on the site, traffic pattern, ground conditions, and construction scope.
For outdoor sites, discuss water management, debris removal, cable protection, and access to components during maintenance. For a high-throughput facility, consider how vehicles will queue and whether the design supports the intended traffic flow. These site factors can affect both the dimensions and the total project cost.
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List the vehicle types, maximum expected gross loads, and the longest and widest vehicles that will use the scale. Confirm whether every vehicle will be weighed fully on the platform or whether the operation involves a different weighing procedure. Also document how frequently the scale will be used and which staff or departments need access to the results.
Ask whether the quotation covers the weighbridge structure and weighing equipment only, or also includes design information, installation guidance, commissioning support, and civil works. The foundation and site preparation are often project-specific, so clarify who is responsible for each item. Provide available site drawings, soil or foundation information, and details about drainage and electrical supply.
Weighing data is most useful when it can be recorded and retrieved in a format that fits the buyer’s workflow. Tell the supplier whether you need printable tickets, searchable transaction records, user identification, reports, or data exchange with inventory, accounting, or logistics software. Confirm the available interfaces and software scope in writing, rather than assuming that every feature is included with the indicator.
Also clarify how records are backed up, who can edit or approve transactions, and whether the system needs to work with existing hardware. These details can influence the software configuration and project price. If integration is essential, share the relevant technical requirements before the equipment is finalized.
There is no reliable single price for every 100-ton weighbridge because the configuration and project scope vary. The main cost factors include platform dimensions, structural design, deck material, weighing components, indicator and software functions, and installation type. Freight, export packing, site work, installation support, and local taxes or duties may also affect the delivered project cost.
For a useful quotation, provide the required capacity and unit, proposed dimensions, installation preference, destination, and expected data functions. Ask suppliers to identify exclusions, optional items, and the assumptions behind their offer. This makes it easier to compare proposals without treating a lower equipment-only price as equivalent to a complete installed solution.
Minimum order quantities and production schedules depend on the supplier, configuration, and order scope, so buyers should request current terms rather than assume a fixed MOQ or delivery period. Ask when the production schedule begins, what drawings or approvals are needed first, and how shipping or site readiness affects the timeline. If the project has a fixed completion date, communicate it during the initial inquiry.
Choose a supplier based on the clarity and completeness of its technical response, not only on the headline capacity or price. A practical evaluation should cover engineering information, component specifications, installation responsibilities, documentation, spare parts, and after-sales support. The supplier should be able to explain which requirements are confirmed and which still need site or vehicle information.
A 100-ton weighbridge should be specified as a complete weighing and data solution, not selected by capacity alone. Platform dimensions such as 18 m × 3 m or 24 m × 3 m can serve as early planning examples, but the correct size depends on the vehicles, site, and weighing method. Price likewise depends on the structure, equipment, software, installation scope, and delivery requirements.
To move forward, prepare a vehicle list, site layout, installation preference, and a short description of your electronic data needs. Then request a detailed quotation that separates included equipment, optional services, civil works, and delivery assumptions. Wanji can review these requirements and discuss a suitable 100-ton weighbridge configuration for your project inquiry.
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