Kuhn TDH 8310-37QF

Single-Point Depth Control

Adjust working depth across the entire disc from a single location with a convenient crank at the front disc. Fine-tune depth using the indicator decal. Five turns change the operating depth by one inch.

Gangs

The Kuhn Krause 8310 Tandem Disc Harrow offers a choice between 24’’ or 26’’, ¼’’ thick Residue Razor® disc blades spaced 9’’ or 10’’ apart on the front gang and 10’’ apart on the rear gang. Heavy-duty, 7’’ diameter, ductile iron spools multiply the strength of the gang. The 22-degree gang angle on the front and 19-degree gang angle on the rear allow for optimum residue cutting and mixing in primary tillage conditions. Rock-Flex bearing arms and heavy-duty regreaseable SuperSeal bearings deliver the durability synonymous with the Kuhn Krause name.

Heavy-Duty Walking Beams

Standard on all 8310 Disc Harrows, heavy-duty walking beams allow for consistent working depth on rough ground and more stable road transport. Walking beams have slip-in spindles and heavy-duty hubs.

Leveling Systems

Three leveling systems are available for the Kuhn Krause 8310 Disc Harrow.

24/7® 3-Row Coil Tine Harrow
Featuring a parallel link leveling system for superior residue flow and even distribution, the coil tine harrow offers an increase in yield potential and improved residue management even in high residue conditions.

3-Bar Spike Harrow
For excellent clod sizing in low to moderate residue conditions, the 3-bar spike harrow is an efficient way to create a level seedbed.

24/7® Soil Conditioning Reel
For maximum clod sizing, leveling and soil firming the 24/7 soil conditioning reel is your choice. Choose the round, spiral rods for loamy soils or flat, spiral blades for high clay soils. A float setting widens the tillage/weather window when operating in wet soil conditions.

Quad-Fold™ — The Ultimate in Transportability

Quad-FoldTM design features a rigid center section with a folding inner and outer wing. The outer wing hydraulically locks to the inner wing in field use to create a 3-section disc with even weight distribution.