100 Ton Weighbridge Specifications and Buying Guide

A 100 ton weighbridge is a truck scale designed for weighing vehicles whose gross weight may reach 100 metric tonnes, subject to the scale’s configuration and applicable local requirements. When selecting one, buyers should confirm more than rated capacity: platform length and width, scale division, deck construction, load cells, indicator functions, site conditions, and installation scope all affect suitability. We recommend matching the system to the heaviest vehicle and axle pattern expected at the site, then confirming legal-for-trade requirements with the local authority or inspection provider. This guide explains the specifications to compare and the questions to ask before requesting a quotation from Wanji.

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Who This Guide Is For

This guide is for procurement teams, plant managers, engineering contractors, and distributors evaluating a truck weighbridge for industrial or commercial use. It is relevant to operations such as mining, construction materials, steel, ports, agriculture, logistics, and waste handling, where loaded trucks need to be weighed at an entry or dispatch point. It can also help buyers compare supplier proposals that appear similar but differ in dimensions, electronics, civil works, or after-sales support. The final specification should be based on the vehicles, traffic volume, site layout, and regulations in your location.

What a 100 Ton Weighbridge Includes

A weighbridge is a platform scale installed at ground level or above ground, with vehicle loads transferred through load cells to an electronic indicator. The indicator processes the load-cell signals and displays the measured weight; connected software or peripherals can record transactions and support reporting. Depending on the project, the system may also include a printer, traffic lights, barriers, cameras, or data interfaces. These accessories are options to define in the project scope, not features that should be assumed to come with every scale.

Types, Materials, and Typical Specifications

Weighbridges are commonly designed as steel-deck or concrete-deck systems, and installation may be pit-mounted or pitless. Steel platforms can be assembled from modular sections, which can be useful when transport, access, or installation constraints matter. Concrete decks use a concrete weighing surface supported by the scale structure, so the foundation and construction sequence need to be planned accordingly. Neither material is the right choice for every site; expected vehicle loads, environment, maintenance preferences, and project schedule should guide the comparison.

Specifications to Confirm

For scale sizing, an 18 m × 3 m platform can be used as an illustrative starting point for discussing a long truck configuration, but it is not a universal specification or a recommendation for every 100 ton application. Likewise, a 20 kg display increment is an example of a possible configuration, not a promise of accuracy, approval, or legal suitability. Ask the supplier to state the proposed capacity, division, accuracy class where applicable, and verification conditions in writing. Confirm the final values against vehicle dimensions, local regulations, and the intended weighing process.

How to Match the Weighbridge to Your Application

Start with Vehicle and Traffic Requirements

List the vehicle types that will use the scale, including their overall length, axle arrangement, and expected maximum gross weight. Consider whether vehicles will be weighed fully loaded, in both directions, or repeatedly during a shift. Estimate the number of weighing transactions per day and note whether a driver-operated, unattended, or staffed workflow is required. These details help determine platform layout, access lanes, indicator functions, and whether additional data systems are useful.

Assess the Site and Installation Method

Measure the available approach and exit space, check drainage and ground conditions, and identify utilities or traffic routes that may affect civil works. A pitless installation needs suitable ramps and vehicle access, while a pit-mounted installation requires a designed pit and suitable drainage provisions. Ask who is responsible for foundations, electrical supply, cabling, lifting equipment, and commissioning. The supplier’s equipment proposal and the civil engineering design should be coordinated before construction begins.

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Define Data and Operating Needs

For basic weighing, an indicator may be sufficient, while some sites require printed tickets, transaction records, customer or material codes, or integration with existing business systems. Describe how weights will be captured, checked, stored, and exported before choosing software or interfaces. If the scale will operate in a dusty, wet, corrosive, or temperature-variable environment, discuss the conditions with the supplier and request component protection details. Do not assume that a particular connectivity option or software integration is included unless it appears in the quotation.

Selection Framework for Buyers

1. Document the use case. Record vehicle types, maximum gross weight, traffic frequency, operating environment, and weighing workflow.
2. Set the physical requirements. Confirm platform dimensions, access space, installation style, and preliminary foundation constraints.
3. Specify measurement needs. Request rated capacity, division, indicator details, load-cell information, and any required local approval or verification.
4. Define project boundaries. Separate equipment supply from civil works, transport, installation, electrical work, software, and commissioning.
5. Compare complete proposals. Evaluate stated scope, exclusions, documentation, support, and delivery assumptions alongside the equipment price.

This sequence reduces the risk of choosing a scale based only on its headline capacity. It also makes supplier quotations easier to compare because each supplier receives the same application information. Where regulatory approval is required, identify the responsible authority and the required process before placing an order. Requirements can vary by country and intended use, so obtain confirmation for the actual project rather than relying on a generic specification sheet.

Pricing, MOQ, and Lead Time

The total project cost depends on the selected platform design, dimensions, load cells, indicator and software, accessories, freight, installation, and civil works. Site preparation can be a significant part of the project scope, so compare what each quotation includes instead of comparing equipment prices alone. A supplier may also need to account for export packing, transport distance, local installation arrangements, or project-specific documentation. Ask for an itemized offer that identifies inclusions, exclusions, and any optional equipment.

Minimum order quantity and production lead time are not fixed by the 100 ton capacity alone. They may depend on customization, current production scheduling, component availability, and shipping arrangements. Request a project schedule that distinguishes manufacturing, inspection or verification arrangements, dispatch, foundation readiness, installation, and commissioning. Confirm how changes to dimensions or accessories may affect both price and timing.

Supplier Evaluation Checklist

Ask each supplier to provide a configuration sheet showing rated capacity, platform dimensions, scale division, deck design, load-cell arrangement, indicator model or functions, and included accessories. Request drawings and foundation interface information early enough for your engineering team to review them. Clarify the warranty terms, spare-parts process, operating documentation, and technical support available for your destination. If calibration, inspection, or legal-for-trade approval is required, establish who arranges it and what is excluded from the supplier’s scope.

Common Purchasing Mistakes

• Choosing capacity without checking vehicle geometry: A scale can have sufficient capacity yet an unsuitable platform length or access layout.
• Assuming all 100 ton models are equivalent: Construction, electronics, included services, and stated measurement parameters can differ.
• Leaving civil works undefined: Unclear responsibility for foundations, ramps, drainage, and cabling can delay installation.
• Overlooking local requirements: Confirm applicable verification and legal-for-trade obligations before purchase.
• Ignoring data workflow: Specify how transactions will be recorded and shared if traceability or integration is required.

How Wanji Supports Your Weighbridge Project

At Wanji, we work with B2B buyers to define a weighbridge configuration around the intended vehicles, site conditions, and operating workflow. We can discuss platform options, electronic components, and project scope so that the quotation reflects the requirements you provide. To support an effective evaluation, share the target capacity, vehicle dimensions, expected traffic, installation preference, destination, and any data or compliance needs. We can then clarify the proposed configuration and identify information that still needs confirmation before an order.

Key Takeaways and Next Steps

A suitable 100 ton weighbridge is not selected by capacity alone; platform dimensions, measurement configuration, construction, electronics, site preparation, and local requirements must also align. Treat example values such as an 18 m × 3 m platform or a 20 kg division as discussion points only, and confirm the actual specification for your application. Compare complete supplier scopes, including civil works boundaries, software, delivery, installation, verification, and after-sales support. The best next step is to prepare a vehicle and site requirement sheet, then request a configuration-based quotation from Wanji for review.

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