Footnotes Description Page

(A)* For poor feeding straw crops due to high volume, green, or windrowed conditions, the 32 tooth drive sprocket is recommended.

(B)* For improved straw quality in dry crops and grain quality, use lower speed.

(C)* For improved grain quality, use slow down kit to 320 rpm.

(D)* In shoe overloading conditions in dry crops, with small wire concaves, initially install two rows on right side and three rows on left side of the separator grates. With large wire concaves, initially install three rows on right side and two rows on left side of separator grates. Adjust number and pattern as required by condition.

(E)* 15 elements is the standard configuration. In most conditions 15 elements will require less power leading to higher capacity, less shoe load, and less straw damage. An additional 9 element locations (Dense Pack) are available on tough crop rotors which can be used in tough material handling conditions.

(F)* For improvement in threshing, grain tank sample, and chaff load distribution in small grain, first install concave covers in front concave. Additional covers can be added to other concaves as needed.

(G)* Recommendations other than Serrated Tough Crop will require conversion of Feed Beater.

(H)* Tailings sump cover recommended.

(I)* Cleaning fan slow down kit may be required.

(J)* For increased material handling use High speed.

(K)* Wires may be removed for increased cob capture.

(L)* Discharge paddles can be installed for improved material handling in rotor if using TriStream Rotor.

(M)* Utilize Corn Cob Mix separator grates.

(N)* In extremely tough material handling conditions, threshing tines may be installed in place of threshing elements (threshing performance may be reduced).

(O)* Advanced setting may be used for improved straw quality and/or material handling. Note: Separator loss may increase when advanced.

(P)* Available through service parts.