COMBINE HARVESTER ACROS 595 Plus 

The feeder house now features an unrivalled solution – an accelerator beater at the conveyor output. Now all the material flowing to the threshing drum is not only spread evenly, but also accelerated. As a result, dynamic loads on the threshing system have reduced, and its throughput capacity has increased.

The feeder house has been made 250 mm longer for more uniform feeding of the material to the thresher and better view of the cutterbar. In addition, it is now easier to load/unload the header on/from the trailer. Yet another clear benefit for those who use the combine to harvest sunflower or corn is that since there is no front beater, you don’t have to retrofit the feeder house when changing over to combining tilled crops.

The new cleaning shoe has now 2 stages: a precleaner and two air-blown height drop zones, delivering enhanced performance with the same length of sieves. The total area of the sieves has increased significantly – 5.2 sq. m versus 4.74 sq. m.

Another feature is a new 2-section fan with air intake not only at the ends, but also in the middle. The fan produces a strong and steady flow insensitive to sieve load variations.

The advantage of such cleaning shoe versus traditional design is a greater combine productivity and lower content of impurities & debris in the tank grain.

The improvement in cleanliness of tank grain is significant, so it can be delivered right from the field to the storage. Another advantage is the electrical adjustment of the sieves. Now you can make all adjustments of the air flow and sieve positions without leaving the cab. Moreover, for ease of maintenance the sieves can be instantly removed.

For enhanced performance the walker length has been increased (+120 mm) and walker surface modified. The straw walker ensures intensive separation process, especially of high moisture grain.

ACROS 595 Plus is equipped with Cummins (QSL 9 , 6LTA8.9 ), (Stage IV, Stage III , Stage II), turbodiesel engine, in-line six cylinder with displacement of 8.9 L, 333 h. p. (248 kW at 2,100 RPM).

The operator can control engine easily with the button-type switch on the cab control panel. Torque reserve is up to 25 %. Powerful but rather compact, this engine provides a very modest fuel specific consumption. Air intake mesh with forced rotation (by hydraulic motor) is used in the intake air cleaning system. Air compressor in standard package.

The correspondent frontal equipment is required for such high-efficient combines. Everybody knows that the harvesting starts from reaper. Therefore, the selection of right decision represents the most important aspect when selecting the combine.

The reaper hydraulic drive

allows to adjust its rpm without gears providing optimal and uniform mass feeding for the high productivity purpose. It is easy and reliable mechanism with minimal adjustments.

Reaper rpm and combine drive speed synchronization system

makes easier the combine operator’s work, and reduces the requirements to his qualification. As the result, increased harvesting productivity and reduced losses. Connecting areas of the reaper beams and rake elements are reliably protected from winding of long-stem plants.

Schumacher cutting apparatus

operates smoothly, precisely and without wear. High cutting rpm and increased travel of knives increase the cut quality and, respectively, the harvesting productivity, especially in adverse conditions. The knives are attached with bolts, what considerably reduces the time of their replacement. In order to harvest the laid crops on uneven soils, the stem-lifters, which preliminary lift the stems fromground, are used to reduce the losses (included into basic set).

The large diameter worm

prevents the winding of high-stem crops. Pins between the worm threads arranged along the coverage width promote the mass feeding even when harvesting peas and very low barley (for reapers with electrical-hydraulic copying). There are grooves on the pins allowing their careful braking in case of getting the rocks.