Building on the proven field performance of the S600 Series combines with variable stream rotor introduced in 2012, the S700 Series models incorporate the latest in automated harvesting technology. Many of the changes make it easier for the operator by allowing the combine to carry out the necessary adjustments automatically, on the go.
“These new S700 Series combines are the result of enhancements to our previous models that optimise and automate harvesting operations for both coarse and small grains,” says John Deere’s European combines product manager Carsten Heftrig. “We’ve increased the overall intelligence of these combines by automating more adjustments and calibration tasks. We’ve also improved the lifetime durability and productivity of our front-end equipment to create a high performance harvesting solution unlike any other on the market today.”
To make it easier for operators to maximise the performance of these new combines, John Deere has introduced the next generation of automation, Integrated Combine Adjustment (ICA2). After optimising machine settings such as throughput, grain quality and losses, and cleanliness of the sample using ICA, the ICA2 system – which is part of the range’s new Combine Advisor package – changes both the threshing and cleaning system settings automatically to maintain the pre-selected output at a consistent level, whatever the harvesting conditions.
Also within the Combine Advisor package, two ActiveVision cameras give the operator a view into the tailings and clean grain elevators via the cab display. The system constantly analyses this information from the cameras along with the loss sensors to maintain optimal threshing, separating and cleaning performance based on the operator set targets.
According to a study conducted by the University of Göttingen in Germany, ICA can improve utilisation of the combine’s built-in capacity by an average of 20 per cent.
Winner of a DLG Silver Medal award at Agritechnica 2015, the new Active Yield option transforms the accuracy of yield mapping by automatically calibrating the combine’s standard mass flow sensor. This saves time and improves harvesting performance by eliminating the need for time-consuming manual calibrations and double-weighing of trailers, and ensures that the most accurate data is collected for more effective precision farming applications.
Three weigh cells inside the grain tank automatically measure the change in weight as the tank fills. The system compares this measurement with those of the mass flow and moisture sensors to calibrate the yield data constantly. It is also designed to compensate for shifting grain when harvesting on slopes or if the combine stops.