Weigh In Motion At Up To 80km/h?

At a glance

• Trakblaze introduces the world’s first certified high-speed weigh-in-motion train weighbridge, capable of accurately weighing trains at speeds up to 80km/h.
• The Infinity HS system features six electronic weigh sleepers and twelve dummy sleepers, ensuring stability and reliability in measurements.
• Installation is hassle-free, with no track alterations required, minimising downtime and ensuring continuous productivity.

 

If you are a part of the mining, rail, freight or logistics sectors, then you will have used a weighbridge before. Weighbridges are used primarily in industries that manufacture or move bulk items. They are used because they are a quick and easy way to measure the flow of bulk goods in and out of different locations. It is essential in these sectors that a weighbridge delivers robust, accurate and reliable results when weighing.

The consequences of unreliable weighbridges can cost many companies a large amount of money and time in the long run. However, weighbridges can sometimes be associated with large bulk steel or concrete structures that can take up valuable real estate or yard space. They can also be associated with a process that takes a decent amount of time to ensure that the weight reading is accurate.

Trakblaze weighbridge innovation

 

Not only have they changed and improved the design, but they are also the first company in the world to achieve a certified high-speed weigh-in-motion train weighbridge that can weigh accurately while a train is moving at up to 80km/h.

Now, you might be thinking 80km/h. You might also be asking yourself what a high-speed weigh-in-motion rail weighing system is. So, here is what you need to know about Trakblaze’s high-speed weigh-in-motion rail weighing system.

How does Infinity High-Speed work?

The patented Infinity HS is a high-speed, weigh-in-motion weighbridge specific for rail use. It is capable of weighing trains at speeds of up to 80kph or higher, using highly accurate and reliable load cell technology. The weighbridge consists of six electronic weigh sleepers and twelve dummy sleepers that are braced together to form one solid structure underneath existing rail tracks. This, therefore, provides a unique bracing technology that can give maximum stability to help eliminate the impact of weight transition, greatly enhancing the accuracy of the weighbridge. The results can then be accessed from any location via the internet, thanks to the PC train weighing software.

Features of Infinity High-Speed weigh-in-motion weighbridge

Easy Installation

The Infinity HS system shines when it comes to setting it up. No track alterations are necessary, meaning there’s no need for the invasive cutting, welding, or grinding typically associated with installation. It’s akin to laying a rug on your floor — straightforward and hassle-free. This simplicity significantly reduces downtime and ensures that operations can continue with minimal interruption.

Rapid Maintenance

With the Infinity HS, maintenance is a breeze. Should any component need replacing, the system is designed for quick part changes, taking approximately 30 minutes. This efficiency minimises downtime and ensures that the system remains operational with barely a hiccup, ensuring continuous productivity.

Robust and Reliable

At the heart of Infinity HS’s appeal is its engineering excellence. The system’s structure, comprising six electronic weigh sleepers and 12 dummy sleepers, creates a robust and reliable framework.

This solid construction provides outstanding stability and accuracy in measurements, even under high-speed conditions of up to 80km/h. It’s designed to withstand the elements and trains’ high-speed passage, guaranteeing accurate weigh-ins every time.

Accessibility and Convenience

One of the standout features of the Infinity HS is its remote accessibility. The system comes equipped with a control cabinet and a PC loaded with specialised train weighing software, allowing users to access weighing results from anywhere, anytime. This level of accessibility and convenience is about enabling better decision-making and operational efficiency by providing real-time data at your fingertips.

Additional Insights

Consider the benefits of Infinity HS’s temperature compensation. The weighbridge is designed to operate across a wide range of temperatures, from -10°C to +80°C, while ensuring reliable performance under varying environmental conditions. This adaptability is crucial for industries operating in extreme climates, ensuring consistent and accurate weight measurements regardless of the weather.

The incredible technology and complex design of this weighbridge really highlight four essential and necessary aspects of a modern weighbridge – speed, accuracy, reliability, repeatability, design and functionality.

The best part about a high-speed weigh-in-motion weighbridge is that it will ultimately save time and money. The train won’t need to slow down as much or for as long to receive an acute weight measurement still, so their journey will not be as interrupted, and everything will be completed faster and more accurately.

Applications of HS weigh-in-motion weighbridge

Now, you might be wondering, “Where can this high-speed weighing wiz be put to work?” Well, the possibilities are vast:

Mining

Knowing the weight of your cargo is crucial in mining. The Infinity HS ensures that trains are neither overloaded nor underloaded, making transport efficient and safe.

Rail Logistics

For those managing rail networks, monitoring cargo weights is critical to balancing loads and preventing track wear and tear.

 

If you are considering purchasing a new weighbridge to replace your current weighbridge, always ensure you are only buying from the best in the business. Trakblaze is one of only a few companies in the world that specialise in static and in-motion weighing across the train, mining, transport, and aviation sectors. So, when you purchase from them, you know you are only getting the best possible weighing products available. Get in touch with Trakblaze.