16/11/2014 Challenger to be Presented Technical Innovation Award at EIMA
Challenger’s exclusive Steerable 3-Point Linkage featured on the MT800E will be presented with a Technical Innovation Award at next week’s EIMA International Machinery Show in Bologna (November 12 – 16, 2014). The award, sponsored by FederUnacoma, recognizes companies which have created genuinely innovative machinery, accessories or components with a capacity to improve processes and the quality of operations performed by workers in the [agricultural and gardening] sectors.
Optionally available on all Challenger MT800E series models, including the flagship MT875E, the new steerable hitch design improves turning performance under load and allows the operator to manage how the implement trails the tractor in tillage and row crop applications.
Pivoting on the differential rear axle housing, the new geometry allows for 118mm steering cylinder travel, resulting in more precise control of the hitch lateral position. In addition, steering cylinders now connect at a distance of 389mm (219mm on C-Series models) from the pivot point, boosting the steering torque capability to a new 109,249 Nm (20% more than C-Series models).
The two operating modes are set using the TMC Display. The Manual mode provides for a fixed steering position. The Float mode provides dampening of implement movements and offset draft reduction.
Providing excellent maneuverability for better field contour-following, benefits include: reduced machine stress by dampening implement lateral shocks; a 25% reduction in turning radius with mounted implements; while the reduction in the power necessary for steering the implement helps to reduce slippage by up to 5%.
Product marketing manager Luca Cattani for tracked and articulated tractors is delighted to receive this accolade. “The unique Steerable 3-Point Hitch option is popular in all markets from South Africa to Central Europe where our customers understand and favour Challenger’s competitive advantage in applying 100% power to the ground.”