The Truck Loading Assistant calculates the best truck loading strategy to avoid over- or underloading. The system calculates the best truck loading strategy by collecting data through a payload management system. This data advises the operator of the loading tendency and each actual payload per pass before the material is loaded into the truck.

The Truck Loading Assistant:

• Measures bucket payload instantaneously
• Provides real-time information to the operator
• Computes number of required passes
• Aligns loading tendency with load strategy
• Has to option to add automatic truck recognition

Customer advantages:

• Improved truck loading accuracy
• Increased operational efficiency
• Increased instantaneous productivity
• 99% measurement accuracy

This system measures and analyses the performance of both the operator and the machine during a work period. Operators can use this system to evaluate and improve their performance by comparing current performance to previous work patterns. With the Performance Monitoring Assistant, operators can compare multiple performance indicators, including production KPIs, loading indicators, time distribution, and energy efficiency.

Customer advantages:

• Data can be accessed remotely – on mobile devices – as information from the system is stored in Liebherr’s cloud storage platform
• Deeper understanding of operational performance
• Use performance indicators to make operational decisions

The Application Severity Assistant evaluates, quantifies, and reports the severity of a mining application. An overall severity score is calculated over a selected period, using data collected by sensors within the machine. The system then provides actionable insights to mitigate the impact and cost of the site severity on operating costs, productivity, and reliability throughout the machine’s life cycle. The Application Severity Assistant also provides information about underfoot conditions, temperature profile, engine load factor, and suspended load.

Customer advantages:

• Deeper understanding of mining application
• Drill and blast optimisation

This system monitors and automatically detects non-conforming operational events to improve operator effectiveness. The algorithms within the system continuously monitor the machine for non-conforming events – for example digging with the swing brake activated or turning the machine with the attachment – and can immediately detect when the machine is being used outside the scope of the machine design. The system can generate reports that show how often these events occurred and for how long over a certain period of time, which can help to predict potential maintenance costs and identify training needs.

Customer advantages:

• Increases machine operational safety, machine lifetime, and availability
• Helps understanding reasons for downtimes or delays

Designed for best force distribution, Liebherr’s latest attachment design delivers high digging and lifting forces, ensuring maximum payload during each cycle.

In addition to the new attachment, Liebherr’s new, patented bucket design – the EVO bucket – optimises the bucket shape of the R 9300 and reduces the size of the bearing block, improving productivity without impacting cycle time or fuel consumption.

The EVO bucket provides:

• Up to 15% increased productivity
• 5% better loading capacity
• 10% weight optimisation
• Reduced maintenance

The R 9300 was built to outperform all competitors in the 250-tonne class. In this newest excavator, Liebherr provides an attachment that delivers excellent durability and reliability:

• Simplified design
• Fewer internal reinforcement plates
• Reduced stress levels and better stress distribution
• Weight-optimised hydraulic cylinders
• Shift lever with integrated greasing system
• Protected grease manifolds

The diesel engine in the R 9300 include selective catalytic reduction technology to comply with latest emission regulations. This allows the R 9300 to meet customer expectations while reducing emissions, without compromising productivity.