Precision. Strength. Performance. At Clover Scales, we know that a weighbridge is only as accurate as the foundation it’s built on. That’s why our civil foundation services are designed with the utmost precision, delivering reliable structural support that ensures consistent and dependable weighing results for years to come.
We Supply Civil Foundations That Support Accuracy
Installing a weighbridge is more than just placing a platform, it’s a meticulous process that begins below ground. At Clover Scales, we supply expertly engineered civil foundations specifically tailored to support our weighbridge installations. Whether you need a foundation for a new weighbridge or an upgrade to an existing site, our experienced team ensures every base meets industry-leading standards for accuracy, strength, and compliance.
Two Main Types of Weighbridge Foundations
We provide two types of civil foundation structures to suit your location, layout, and operational requirements:
1. Above-Ground Foundations
Above-ground (or surface-mounted) foundations are ideal when excavation is not feasible or when there’s a need for easy relocation. This type of structure places the weighbridge platform on a raised plinth, with access ramps allowing vehicles to drive on and off. It’s quick to install and easier to service.
Key Benefits:
- Minimal excavation required
- Faster installation timelines
- Convenient repair access
- Simple access for maintenance and inspections
2. Pit-Mounted Foundations
Pit-mounted foundations allow the weighbridge platform to sit flush with the ground level. This is especially useful in areas with limited space or where access ramps are not practical. Vehicles can drive straight across the weighbridge, making it suitable for high-traffic or permanent installations.
Key Benefits:
- Space-saving design
- Ideal for permanent sites
- Unobstructed drive-through access
- Clean aesthetic integration with surroundings
Why Precision Matters in Civil Works
When it comes to weighbridge foundations, precision isn’t just important — it’s critical. Unlike residential or general commercial construction, weighbridge installations demand far tighter tolerances. Building regulations that apply to houses or commercial buildings allow for dimensional variances that simply aren’t acceptable for weighing equipment.
At Clover Scales, we ensure that every dimension is meticulously verified on-site. Foundations must be laid with no more than 5mm variance diagonally, as even the slightest error can impact weighbridge alignment and compromise accuracy. That’s why we maintain rigorous quality control from start to finish, working with civil contractors who understand the specific requirements of industrial scales.
Accurate Setting Out and Construction
- Foundations are set out from the centerline to ensure proper alignment.
- Plinths are constructed straight and level for optimal load distribution.
- Proper drainage is implemented to prevent foundation damage from water accumulation.
Built to Industry Standards — and Beyond
We are a SANAS & NRCS accredited service provider, meaning our work meets the highest standards of accuracy and compliance. We use an NHBRC registered provider, ensuring every civil foundation is built with care, reinforced with the correct materials, and designed in accordance with weighbridge-specific soil conditions and load-bearing requirements.
- Weighbridge Office Positioning: Clear visibility of the platform is essential. Our office designs ensure unobstructed views for safe and efficient operation.
- Electrical Requirements: A clean 220VAC supply is required with specific earth-to-neutral resistance tolerances. Our team can advise on proper installations.
- Cable Protection: Load cell cables are routed in PVC conduit buried at 500mm depth and spaced from other cables for interference-free operation.
Your Weighbridge. Built to Last. Measured with Precision.
At Clover Scales, we don’t just build weighbridges — we build confidence. From the ground up, our civil foundation services are engineered to deliver lasting performance and pinpoint precision.