An intuitive control concept and a new cab provide a very high degree of comfort. DYNAMIC POWER adjusts the engine output to the operating conditions and ensures outstanding fuel efficiency.
The new heart: APS SYNFLOW HYBRID
APS SYNFLOW HYBRID continues the successful concept of a combination of a tangential threshing unit with a pre-accelerator drum and axial secondary separation. The diameter of the threshing drum with 10 rasp bars is increased to 755 mm. It is followed by a new, larger feeder drum with a diameter of 600 mm. The width of the unit is 1,700 mm in the 8000-series models and 1,420 mm in the 7000-series models. The large diameter of the threshing drum creates a low contact angle of 132°. These characteristics, together with the synchronisation of the drum speeds, enable a straight, gentle and fuel-saving crop flow.
For fast adaptation to all crop types and operating conditions, all the threshing concave segments are adjusted hydraulically and in parallel in CEBIS. An overload protection system provides protection against blockages. A concave bar can be pivoted into the crop flow ahead of the threshing drum. This allows the aggressiveness of the unit to be controlled extremely precisely. As with all other threshing unit parameters, the control system for the bar is integrated in CEMOS AUTOMATIC. All the concave segments are accessible from the side and can be replaced easily. With drum speeds of between 160 and 920 rpm, APS SYNFLOW HYBRID is suitable for all threshing crops.
JET STREAM cleaning and new QUANTIMETER
The JET STREAM cleaning system with a greater sieve area works with six or eight turbine fans, depending on the model. A dual ventilated step performs intensive pre-cleaning. The long flow compensation channel delivers a high-pressure airflow to the sieves. The sieves and fan can be adjusted electrically from the cab. With the 4D function, the cleaning system can actively compensate for side slopes of up to 20 %.
The new QUANTIMETER works with an impact plate at the grain elevator delivery point and measures the yield without requiring the thousand grain weight. Only one calibration process is required annually per crop type and this can be performed from the cab. As the various calibration factors for different crop types can be stored very easily, crop type changes can be performed quickly.