Sandvik Mobile Crushing & Screening has completed its new electric-tracked crushing and screening train.
The new QH443E is Sandvik’s flagship Q-Range electric-driven cone plant. Combining electric drives and track mobility on a single platform is a significant step towards bridging the gap between tracked mobile, wheeled portable, and stationary plants.
The QH443E features an updated tracked platform with a diesel/electric generator-based drivetrain, Optik automation system, My Fleet remote monitoring, and the renowned Sandvik CH440 Hydrocone crusher.
This advanced cone crusher is known for its versatility and ease of setting adjustment through the Hydroset CSS regulation and protection system. This system optimises production and keeps track of liner wear through the CLP, Constant Liner Performance technology. With several chambers, throws, and settings for various applications, you can fine-tune your specifications and improve capacity.
Running the QH443E via the onboard genset can result in up to 25%* fuel savings and a 78%* reduction in oil usage compared to previous generations.
Combining electric drive technology with tracked mobility, the QH443E is designed with safety, sustainability, and total cost of ownership in mind. Making it ideal for secondary or tertiary crushing in aggregate production, quarries, and mines.
The QH443E electric cone crusher completes Sandvik’s revolutionary electric train, which includes the UJ443E fully electric jaw crusher (launched in 2023) and the QA452e hybrid triple-deck Doublescreen (launched in 2022).
Built on a new, fully electric track platform, the Sandvik UJ443E features high-quality components and the latest generation Sandvik CJ412 jaw crusher. Compared to previous models, it offers a 25%* reduction in fuel consumption and a 30%* increase in throughput. The fully electric track drives also reduce hydraulic oil usage by up to 91%*.
The renowned Sandvik QA452e Doublescreen technology typically outperforms traditional screens by up to 30%, offering a tailored rock processing solution for mining, quarry and recycling industries. Its hybrid ‘e’ drive lets you choose your most economical and efficient energy source.
Both the UJ443E and QH443E feature an onboard genset and electrically driven components onboard. This setup allows both units to operate by connecting to an external electricity supply or via the onboard genset using HVO or diesel.
Using an external supply or grid connection provides further advantages, including significantly lower running costs, extended drivetrain service intervals, reduced refueling time, minimal onsite emissions, and lower noise levels.
Additionally, the alternator is sized accordingly so that a downstream screening plant could be operated from the plant’s onboard genset, simplifying servicing and maintenance and improving overall fuel consumption whilst also providing up to 20% decrease in fuel consumption* compared to running separate units.
Sandvik Mobiles has always been at the forefront of innovation, and completing the development of our tracked electric train marks a significant step towards a more sustainable and cost-effective future for the crushing and screening industry,“ said Manny Maloney, President, Sandvik Mobile Crushing and Screening Division.
“This is just the beginning of our commitment to developing solutions that improve the productivity, safety, and sustainability of our customers’ operations. With its advanced capabilities, this technology is also particularly well-suited for heavy-duty applications, including large quarries and mining operations, where maximising uptime and reduced environmental impact are critical.”
The UJ443E and QA452e are available for order through Sandvik Mobile’s global network of sales areas and distributors. The QH443E will be available in the European market from mid-March and globally later in 2025.
*Test results and calculations are to be considered results reached under certain controlled conditions. These test results and calculations should not be treated as specifications. Sandvik does not guarantee, warrant, or represent the outcome of test results or calculations under any or all circumstances.
