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Control system ActiveYield is another automated the innovative solution of the company John Deere, which allows you to save time and increase productivity of harvesting. Now no longer need to perform lengthy manual calibration and dual-weighing trailers.
Three sensors in the grain hopper automatically determine the change in weight when filling the hopper. The system compares this measurement with the measurement sensor yield and moisture for continuous calibration of the sensor yields. The biggest advantage of this system is the ability to create a calibration curve at different speeds and levels of performance using multiple calibration points, usually operators do not in the field manually.
Moreover, this system provides the possibility of compensation in the case of a handle, pour the grain when performing the cleaning on gradients or when performing a full stop. It even compensates for wear on the chain and the blades of the Elevator for several seasons harvest. Attention to detail allows you to confidently rely on the data retrieved from year to year.
Improving the accuracy of mapping crop yield
System ActiveYield increases the accuracy of mapping crop yields, as at present, 96 percent of clients perform the calibration at only one point or not do it at all. And only 4 per cent doing the recommended calibration at multiple points. This increases the accuracy when using precision farming systems, as it allows you to more accurately work with the seeding rate, fertilizer and tools to plant protection by cards regulations.
There is no need to pause the series of operations of cleaning for regular weighing and calibration when working with different cultures and in different conditions.
In addition, no need to worry in the absence of weights within easy reach.
Programmable control center
CommandCenter 4th generation — make it the way you want
The series combines S700 is more convenient to carry out the required work. All controls are integrated in one place. No need to look for the various cockpit displays, or trying to reach remote switches. All logically grouped in one place. Display 4th generation has been completely modernized with the use of the same easy to use navigation capabilities, and smartphone.The possibility of transition from page to page, the choice of the necessary applications and configure the working page swipe allows you to perform the job the way you want it. We also redefined the navigation process, reducing the number of clicks required to navigate to the right place.
Ergonomic handle control CommandPRO provides the same comfort, and a multifunctional game controller. Now at hand is to manage all the main functions. Moreover, as never before, the control can be configured using seven programmable buttons.
And even better, you can switch between screens on the display by turning the wheel on the control arm — no need to take your hand in critical situations when you have to perform a manual operation (for example, when working with laid crops or perform cutting on the headlands).
Control arm CommandPRO
When designing the control arms CommandPRO our engineers have considered all of the manual control device from the gaming devices to the aircraft. We also listened to our customers ‘ requirements. They need more programmable functions to customize the cleaning process. The result is more than 30 percent more than that of the control device with any other processor.
Immediately after the capture arm control CommandPRO it becomes clear that she is very different from all the other previously managed machines. It fits perfectly. The various buttons are conveniently located. Even the wheel to scroll in the back comfortable to touch. All this seems perfectly natural. Machine can perfectly manage with your eyes closed. Man and machine working in harmony.
Select required to perform work: the extension/retraction of the table header 600X, the speed of the tape 700D, opening grain tank cover, folding unloading auger, the direction of spreading during grinding, the slope of the inclined camera and much, much more.
Separate buttons can be programmed using the touch screen CommandCenter 4600 4th generation.
If the machine has several operators, they like the ability to save its own individual settings for control arm CommandPRO and display using time-saving features of the configuration management.
– Supply of spare parts
Our network of spare parts is the largest in the field of agriculture. Having more workers in the field of cars than any other manufacturer, including over 112,000 harvesters S series, we keep on stock more spare parts than anyone else. This means that we smoothly deliver more than 97 percent of all orders within days. So, whatever happens, we will help you to ensure smooth operation.
Each dealer is kept in stock enough spare parts for immediate execution, eight of the ten orders. In addition, during the harvest season, their working day is increased to perform a late urgent orders. You also have the opportunity every day to verify the data in their warehouse and orders directly on JDParts.com.
If the dealer does not have stock of the required spare part, it can check its availability at 1900 other dealers throughout Europe, using the program search of spare parts.
Spare parts warehouse
In the absence of spare parts in a dealer’s warehouse we have regional warehouses of spare parts in Sweden, UK and in our main European distribution center of spare parts (EPDC) in Germany. EPDC is working around the clock seven days a week, occupies an area of eight football fields and enables storage of more than 275 000 spare parts — from bolts of segment of a braid to the auger of the combine length of 10.7 m. Due to our advanced logistics and packaging the order for shipping takes less than two hours.
If necessary, we pick up spare parts directly from the Assembly lines of our factories, even during the weekends.
The integrated system configuration of the Integrated Combine harvester Adjustment 2 (ICA2)
Constant grain quality and low loss under any conditions
Our revolutionary Integrated system Combine Adjustment 2 (ICA2) automatically maintains a constant performance cleaning process, regardless of the conditions. Eliminating the need for constant manual adjustments, it ensures that operators as efficient as possible the work of the harvesters.
Independent testing* has shown that the settings defined by the operator can lead to performance differences of up to 20 percent. ICA2 system eliminates this inaccuracy and provides optimal performance hour after hour and day by day. The difference between ICA2 system from other systems is the management system of threshing and cleaning, ensuring complete control over the process becomes.
Digital cameras installed in the elevators clean grain and negovata, constantly measure the quantity of damaged kernels and foreign material, performing automatic adjustments in real time to maintain a predetermined level of performance without the need for operator intervention.
The active threshing
Reduction of losses
The threshing is one of the main features of the structure, providing increased productivity models S780 and S790. It allows to increase the throughput of the processor, providing a separate threshing and facilitating the overall set-up and adjustment. The end result is this allows you to increase productivity, improve grain quality, reduce losses and also improve straw quality and reduce fuel consumption.
Small threshing drum with these pests and a concave separates the grain remaining in the ears and cobs. Like the rest of the threshing system, it provides gentle handling to avoid loss of grain. Concave has two settings, controlled with a lever for fast switching between corn and Pelkosenniemi cultures.
Material by the auger returns to the upper sieve of the cleaning system. The hole in the bottom of the auger has a triangular shape, so that the material is distributed evenly, not accumulating in one area. This allows you to avoid any possible overload of the cleaning system.
This system acts like a system of secondary threshing, which works with nedomolkina culture. This allows greater access and concave to reduce the consumption of power and fuel consumption. At the same time an additional benefit associated with improving the quality of straw, as culture is not pressed between the concave and the rotor. Reduction negovata also allows more open the bottom sieve, which further increases performance.
System adaptation to the changing topography of the Active Terrain Adjustment
Depending on the magnitude of the slope Active Terrain Adjustment automatically adjusts to all important settings of the cleaning system, not just one: the fan speed and the gap of the upper and lower sieves. Also take into account the type of culture, the cleaning of which is made. For example, canola seed is very sensitive to changes in fan speed. Therefore, the system first adjusts the clearance of the upper and lower sieves before it is adjusted the fan speed. At the same time, corn is not as sensitive to the flow rate of air.
Active Terrain Adjustment consistently provides low loss of grain in the conditions of uneven terrain. This also reduces the number of negovata and increases the purity of the grain in the bin. Perhaps the most important advantage is that this system frees the operator from having regular adjustments and allows him to focus on the harvesting process.