Fendt 200 Vario – Technology

Economy and superior efficiency.
Powerful engine – economical fuel consumption
The water-cooled 3-cylinder AGCO Power engine is very compact so that the tractor dimensions could be kept small for the best manoeuvrability. The engine speed-controlled common rail high-pressure injection system and the fully electronic engine control guarantee high performance and a low noise level. This allows the 200 Vario to drive at an economical optimum, which makes it extremely fuel-efficient.
The 3-cylinder AGCO Power engine with external EGR technology

The external EGR system provides targeted cooling of recirculated exhaust, which lowers fuel consumption considerably compared with internal exhaust gas recirculation systems. The latest technology in engine design has been implemented in the 3-cylinder AGCO Power engines, which allows the 200 Vario to attain high performance values while keeping fuel consumption low.
High efficiency cooling
The newly designed cooling system on the 200 Vario has large intake areas. This results in less dirt in the radiator and optimised cooling performance, even during extreme operating conditions. The air filter with cyclone precleaner guarantees a high filter life and less maintenance work. It permits high air flow despite the small installation space.

Fendt Vario transmission
The Fendt Vario transmission is a hydrostatic-mechanical power split drive. With increasing speed, the share of the mechanical power transmitted through the planetary set increases. The hydrostats can be swung 45 degrees and power-splitting via a planetary gear set ensures exceptional efficiency.

When TMS is activated, the tractor electronics control the engine speed and transmission ratio. Operators only need to set the desired speed, TMS controls the rest. In the graphic below, one can see that the tractor drives at a reduced engine speed on level ground. On the slope, the load increases, so TMS increases the engine speed and changes the transmission ratio. As soon as the demand for tractive power decreases (on level ground or downhill), the fuel injection quantity is reduced. In this way, high area coverage is effectively combined with fuel-efficient driving.