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Combine harvester NEW HOLLAND CS6050 - CS6080 The basis of combines of the CS6050- CS6080 series is constituted by a high-inertial drum with a diameter of 60 cm with a strong concave. It provides harmonious process of the thresh and separation. The rotating rotor separator with a concave increases a zone of the forced thresh and gives additional the...

Combine harvester NEW HOLLAND CSX7040 - CSX7080 The thresing and separating design of CSX7040- CSX7080 combines series  is based on four-drum technology. Big diameter of a drum and the extended concave provide high-quality process of the thresh and separation. The Multi-Thrash system allows to change distance between a rotating rotor separator and a...

Combine harvester NEW HOLLAND CX720 - CX880 Combines CX 720 - CX 880 are leading models of New Holland combines with the classical scheme of the thresh which turns on an inertial thredhing drum diameter 750 mm. The big surface of a concave provides the main part of process of sorting. The rotor separator developed by the New Holland company is...

Combine harvester NEW HOLLAND CX8030 - CX8090 Performance improvement of combines when preserving their dimensions became result of upgrade of a series CX. Big diameter of a  drum in 75 cm and a rotor separator in 72 cm provide outstanding performance of the thresh of grain. Thus performance of machines increased by 15%. The new design straw provides...

Combine harvester NEW HOLLAND TC 56 The combine of the TC-56 model is ideal machine with high performance and excellent level of ergonomics for the operator. Height and cross inclination of a reel, and also speed of its rotation is regulated from a cabin by the driver. The powerful electric motor which also is controlled from a cabin of the operator,...

Combine harvester NEW HOLLAND  TC5050 - TC5080 The TC5080 combines in comparison with the competitors had higher effective performance. The threshing device in these machines separates to 92% of grain straw and the rotor separator still in addition separates from 3-4% of grain. The threshing drum has the high inertial weight that allows to smooth peak...

Combine harvester NEW HOLLAND TF42 - TF46 Implementation in production of combine harvesters of the TF series was necessary for the end of 1982. These combines were noted by the equipment hydraulic transmission and widely - gripping cutting platform. In a design of combines the highly effective scheme of the thresh which provides the low wastage rate,...

Combine harvester NEW HOLLAND New Holland TF 76 - TF 78 In the autumn of 1994 new combines of the TF series on which the universal computers supervising technology of the thresh were established took root. Engines on these combines were established more powerful of predecessors and these machines were provided with grain bunkers in amount of 9,5 tons....

Combine harvester NEW HOLLAND TR70 In 1975 it is provided ​​ the New Holland TR 70 model which equipped with Twin Rotor system ( two longitudinal rotors rotating in opposite directions). This system replaced classical system with a threshing drum and steaw walker. Combines were equipped with Caterpillar V8 brand engines capacity 165 hp. As alternative...

Combine harvester NEW HOLLAND TR76 - TR96 The second generation of combines of the TR76-TR96 series took root into production in 1985. Unlike predecessors these machines were equipped with powerful engines of the Caterpillar brand. These engines had a turbo-supercharging and owned capacity of 240 hp. The new design of a cabin with tinted panoramic glass...

Combine harvester NEW HOLLAND TR89 - TR99 In 1999 the last series of TR combines was provided ​​. These machines were equipped with self-produced engines which differed high profitability of fuel and a good inventory of a torque. The vertical monitor which is on the right removes information on the speed of drum rotation , a level of bunker grain...

Combine harvester NEW HOLLAND TX30 - TX36 The TX 30- TX 36 models  inherited appearance of the predecessors 8070 and 8080 models. Feature of this combines is push-button management of all functions of a harvester. The "Autofloat" system automatically keeps the set height of a cutting platform, and the "Lateгal Float" system holds a harvester parallel to...