Integral Sleeve Hitch Dimension Drawings (AM31668) As Of 20081016 Drawings(AM31668)
User Manual: Integral Sleeve Hitch Dimension Drawings (AM31668) as of 20081016 WFMFiles.com
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Dimension drawings to fabricate an Integral Sleeve Hitch John Deere Part Number: AM31668 Dimensions references prepared by: Richard Chuckry Drawings prepared by: Kenneth Dortch Reviewed and edited by: Kent Ortman 2007 This Sleeve Hitch will fit John Deere 120, 140, 300, 312, 314, 316 Kohler and 317 Lawn and Garden tractors and gear driven 110 and 112 1968 -1974 and 200, 208, 210, 212, 214 and 216 from 1975-1987 Lawn and Garden tractors. Legend A Machining required. Refer to schedule on sheet 9 of 9 for more information. Addendum No. 1 M1 Material required. Refer to schedule on sheet 9 of 9 for more information. 2 Description: Dimension changes to side mounting panel. Refer to Sleeve Hitch drawings. Refer to Lift Link drawings. Additional information provided for Lift Link angle. Date Issued: 03/20/07 10/16/08 Drawing Addenda or changes and modifications to the drawings. These drawings are provided as a service to all who would like to fabricate such items. However, ALL contents herein should be clarified before fabrication as to accuracy by the FABRICATOR. The names shown on these documents CANNOT be held responsible for fabrication malfunctions of ANY kind due to drawing inaccuracies. 1 3/4” 13/16” CL Integral Sleeve Hitch 15/16” 11/16” A Note: It is entirely up to the fabricator on how the Sleeve Hitch will be attached to the tractor. The hole shown will accommodate both bolt on and a weld on Spring Latch to the side of the side mounting plate. M1 CL CL CL 3 1/2” 5 7/8” CL D CL C CL CL CL 1 1/8” 1 3/16” CL 1 7/8” CL 1 1 1/8” 6 1/2” 8 1/2” Side View @ Mounting Plate 2 1/4” 1 1/8” 1 1/8” 1 B CL CL 5/8” 6 1/2” 1 CL 2 Required Do NOT Scale – not to scale Sheet 2 of 9 These drawings are for reference ONLY and are NOT to be scaled as to the actual size. Integral Sleeve Hitch 4 1/4” 3 1/2” CL 3/4” 1/4” M2 CL 1” Weld to top rail on both sides 1 3/4” E 3/4” Top edge M4 CL 1 1/2” 3/4” 3/4” Do NOT Scale – not to scale M3 3/4” F CL CL CL Weld to top rail on both sides Bottom edge 2 1/4” 1 Required 1 1/2” Side View @ Lift Link tab - A 3/8” Bottom edge M4 Side View @ Lift Link tab - B 1 Required Do NOT Scale – not to scale Sheet 3 of 9 These drawings are for reference ONLY and are NOT to be scaled as to the actual size. Integral Sleeve Hitch 13 5/8” M1 CL CL Mounting plates Weld to mounting plate Refer to detail on Sheet 2 of 9 M6 1 1/4” B CL CL 6 1/2” 5 1/2” Weld to side rail both sides @ each end M2 M1 Lift Link Tab A above CL CL M7 M4 EQ. CL Weld to inside of rail on both sides CL CL 3 3/4” 10 1/2” B Allow space between materials for swivel movement. EQ. CL CL G 6” M5 CL 5/8” x 1 1/2” Stabilizer bolts w/ lock down nut CL 1 7/32” CL 1 7/32” 2 13/16” 5 1/4” CL Bottom View @ Hitch Frame Structure Do NOT Scale – not to scale Sheet Note: Dimensions as indicated are taken from centerline of metal. 4 of 9 1 Required These drawings are for reference ONLY and are NOT to be scaled as to the actual size. Integral Sleeve Hitch 13 5/8” M1 CL CL Weld to mounting plate Mounting plates M6 1 1/4” Refer to detail on Sheet 2 of 9 CL CL 6 1/2” 5 1/2” M4 B M3 F M1 M2 E Lift Link Tab B Lift Link Tab A A CL CL Weld to top rail on both sides Weld to side rail on both sides Refer to Sheet 7 of 9 for Stabilizer details EQ. CL CL CL 3 3/4” 10 1/2” B Allow space between materials for swivel movement. EQ. CL CL G M5 6” CL CL 1 7/32” 5/8” x 1 1/2” Stabilizer bolts w/ lock down nut 1 7/32” 2 13/16” CL 5 1/4” CL Note: Dimensions as indicated are taken from centerline of metal. Plan (Top) View @ Hitch Frame Structure Do NOT Scale – not to scale Sheet 5 of 9 These drawings are for reference ONLY and are NOT to be scaled as to the actual size. Integral Sleeve Hitch Mounting plates beyond Refer to details on Sheet 2 of 9 CL 5” M1 12 3/4” F M4 M1 CL 5 3/4” 2” M2 Lift Link Tab A Weld to top rail on both sides M3 Weld to mounting plate E Lift Link Tab B CL 2” CL CL 1 1/4” CL 4 1/2” B B 1 1/4” M5 M6 Refer to Sheet 7 of 9 for Stabilizer and Hitch Pin Sleeve details Cross Section @ Hitch Frame Structure Do NOT Scale – not to scale Sheet 6 of 9 Allow space between materials for swivel movement. A These drawings are for reference ONLY and are NOT to be scaled as to the actual size. Integral Sleeve Hitch Stabilizer Plate and Hitch Pin Sleeve 1 9/16” Weld washer to pipe @ top edge 4” CL CL EQ. H 1 9/16” 7/8” M8 EQ. Plan View 1 Req. 3/8” 1” CL 2 1/8” CL CL 1 3/4” CL M8 1 1/8” M9 M7 Plan View @ Stabilizer Plate Do NOT Scale – not to scale Do NOT Scale – not to scale M9 4” Line of hitch frame rails 3/8” Line of hitch frame rails 2” diameter washer with a 1” hole at the center welded to the top of the hitch pin sleeve. M7 3/8” M8 2 1/2” 2 5/8” M8 Front View Back View Do NOT Scale – not to scale Do NOT Scale – not to scale Sheet 7 of 9 These drawings are for reference ONLY and are NOT to be scaled as to the actual size. Integral Sleeve Hitch M3 M1 M2 M9 M4 M8 M5 M7 M6 Right Side View @ Integral Sleeve Hitch Do NOT Scale – not to scale Sheet 8 of 9 These drawings are for reference ONLY and are NOT to be scaled as to the actual size. Integral Sleeve Hitch Item: Quantity: Thickness: M1 2 1/4” M2 1 3/8” M3 1 3/8” M4 1 1/2” 1 3/8” 1 5/16” 1 3/16” M8 1 1/8” M9 1 1/8” M5 M6 M7 Item: Quantity: Material Requirements Size: Comments: Drill for holes “A”, “B”, “C”, and possible “D”. Ease all perimeter edges to reduce 6 1/2” x 8 1/2” sharp material cut edges. Refer to Sheet 2 of 9. Drill for hole “E”. Round off one side of narrow edge. Refer to detail on Sheet 3 of 1 3/4’ x 4 1/4” 9. This is Tab designation A. Drill for hole “F”. Round off one side of narrow edge. Refer to detail on Sheet 3 of 1 1/2” x 2 1/4” 9. This is Tab designation B Bend two upright verticals to equal 4 1/2” high. Refer to Sheet 6 of 9 for bar 1 1/2” configuration. Drill for hole “B” at both ends and hole “G”. The length dimensions are given at 2 1/2” x 30 3/4” the centerline of the thickness side of the bar. Allow for some length as the metal bends into the sharp required. Refer to Sheets 4, 5, 6, and 8 for details. This is the pivot pipe. The side walls of the pipe are 5/16” thick. Weld the side 1 5/16” x 14 1/2” mounting panels on the outside to hold the pipe in place and allow the Hitch Frame Structure to pivot freely. Refer to Sheets 4, 5, 6, and 8 for details. This is the hitch pin sleeve. The side walls of the sleeve are 3/16” th. and it has a 1” x 3 1/4” 5/8” dia. hole in the center. Needs to be welded to the Hitch Frame Structure with a 3/8” overhang to the top and bottom. Refer to Sheet 7 of 9 for details. The Stabilizer Plate is an angle. Drill for Hole “H”. Refer to Sheet 7 of 9 for details. 2 1/8” x 2 5/8” x 4” Size: This is the washer that is to be welded to the top of the hitch pin sleeve. Refer to Sheet 7 of 9 for details Hole Machining Requirements Comments: These holes are to allow the hitch to be bolted on to the tractor or the fabricator can weld a spring latch to the outside of the plate. This is to allow the swivel rod to go through the hitch frame rail and the outside of the mounting plates. Notch as shown to mount on tractor bushings. 2” diameter A 2 5/8” I.D. B 4 1 5/16” I.D. C 2 3/4” I.D. D 2 17/32” I.D. E 1 5/8” I.D. These holes are for the use of a 43C and/or a 54C center blade. These holes can be added at the discretion of the fabricator. For Lift Link tab A F 1 3/8” I.D. For Lift Link tab B G 2 9/16” I.D. Tapped threaded holes to receive 5/8-20 course thread Stabilizer bolts. H 1 1 1/8” I.D. Hole should allow the Stabilizer Plate to move freely to insure that the Stabilizer Plate can be used. Sheet 9 of 9 These drawings are for reference ONLY and are NOT to be scaled as to the actual size.
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