UMASS/AMHERST 315DbbDDSDbt.eiS IN 1 JuJX wajp -^ a it ji l '' u TBASE S 677 15 ■Hnaaann-^Ai ^I:■ra:L•*^-I^^:^Tt CATALOGUES ! ,"'''''"«'i'iiiiiiiiiiiiiiiin iiiiiiiiiiiiiiiiniiiiiiiiiiiniiiiiiiiiiiiiiiiiiiiiiiiiiiiiiHiiiiiiiiiiii» i INTERN AMERICA c ■ ■ ^^^^^^r^^^^f^r^f^V^n Ai^CORJWICK r t S9_ js m 3 a Conserving Moisture with the Disk Harrow The disk harrow, properly used, will do more to increase the crop yield than any other farm implement It lends itself to a variety of uses. When used directly after the binder, it forms a dirt mulch which protects the moisture in the sub-soil from the evaporating heat of the sun. The farmer who takes this precaution to preserve moisture is invariably repaid by the heavy crop he harvests the following year. The use of the disk harrow immediately before the plow produces results that the farmer cannot afford to neglect. A seed bed may to all appearances be in ideal condition to produce a large crop, while in reality it is not even well enough prepared to return the cost of producing the crop. This condition of the soil is usually found where the land is not disked before plowing. Sod or stubble ground will often break into large lumps as it is turned to the bottom of the furrow. The lumps thus left form lartje air spaces which break up capillary attraction and prevent the proper amount of moisture from reaching the plant roots. By using the disk harrow before the plow, the stubble or sod is thoroughly broken up, so that when turned to the bottom of the furrow it is in a mellow form which readily absorbs moisture and furnishes nourishment to the plant roots. Used at the proper season, the disk harrow will effectively destroy obnoxious weeds — another manner in which moisture is preserved for the use of the growing crop, The results obtained by the use of the disk harrow depend largely upon the time that the disk is used. The ground should be disked as soon as possible after it has taken in moisture. No time should be lost after the soil is sufficiently dry for the disks to scour. The great advantage of disking when the soil is in this condi- tion is that all the moisture is stored in the sub-soil for future use, and the surface is formed into a granular mulch which will not blow away. Old ground can be disked while in this condition with the same satisfactory results found when the disk harrow is used on sod. Page Two iVi^CORJVilCK McCormick Disk Harrow LEVERS WITHIN EASY REACH HOLE FOR SET- OVER IRON STEEL CLEVIS LEVER AND QUADRANT FOR ADJUSTING HEIGHT OF CENTER TOOTH GREASE CUPS The McCormick disk harrow with forecarriace. Fore- carriage is supplied on special order at additional cost The McCormick disk harrow is one of the strongest harrows made. It has a reputation for doing the best work under all conditions and standing up under the work for years. The great strength of the main frame arid the manner in which it is fastened to the bearings account for the good work of this harrow and the depth to which the gangs penetrate the ground. The draw frame of the McCormick disk harrow is made of one piece bar steel reinforced where the greatest strain comes. The cross sill is angle steel. Two pole angles made of steel are riveted solidly to the center of the cross sill and draw frame, making the strongest and at the same time the lightest frame known. The steel angle bars take the place of the stub pole when the regular pole is set to one side for three or five horses. This gives great strength and rigidity of the frame. The draw frame is fastened to the bearing standard by means of eye-bolts, which gives ab- solute freedom of motion to the gangs. As a result, the frame does not in any manner interfere with the action of the disk when set at cutting angles. For this reason the McCormick disk harrow penetrates the ground as deep as the user desires. Pace Three ■ a m jS. 52ir-' iVL^CORJVLICie Strong Gang Frame It is of just as much im- portance to have a strong gang frame as it is to have a rigid main frame on the disk harrow. The main frame holds the gangs level, but the good vi'ork of the scrapers and disks depends upon the strength of the gang frame. The gang frame of the McCormick disk harrow is made of two angle steel bars solidly fastened together with steel bars at the end. The bearing stand- ards are solidly fastened to the angle bars. This con- struction holds the bearings in a line with the axle, so that there is no possible chance for them to cut out by twists and strains. The spools between the disks are made with wide flanges, giving the disks extra support. The holes in the disks and spools are square and fit the arbor bolt closely. It is utterly impossible for a disk to turn in the arbor bolt even though it should become loose. The arbor bolt is fastened with a lock nut so that it will not loosen. A strong gang frame is necessary for good disking Level Gangs It is a well-known fact that a disk harrow will not do its best work unless the gangs are working level. When a farmer disks, he wants to level the ground as well as cultivate it. If a harrow gang follows the unevenness of the ground, the best disking is not being done. The gang on the McCormick disk harrow can always be kept working level, whether the harrow is new or whether it has been used a long time. An adjustable snubbing block takes up any looseness or wear that may take place, and the curved set lever bars keep the gangs level at whatever angle they may be set. The curve in the lever bars is so made that it takes care of the circu- lar movement at the lower end of the set levers. The accompanying illus- tration shows that it is impossible for the McCormick disk harrow to buckle in the center when the snubbing block is properly adjusted. The gangs are kept working level by the adjustable snubbing block working against llie bowed set levers Page Four M^CORJVIICK ^srr^ M- ■ ■ Efficient for Work on Side Hills Each gang on (he McCormick disk harrow is controlled by a separate lever. These levers are within convenient reach of the driver and are easily operated. Much better work can be done with the disk harrow when each gang is operated by a separate lever. One of the great advantages of the two-lever construction on the McCormick harrow is its efficiency for work on side hills. When working on very steep side hills, there is always a tendency for disk harrows to work down the hill. By setting the gang on the lower side at a greater angle than the one on the upper side, the harrow will retain its natural position, which is not possible unless the gangs can be set at uneven angles. If the gangs are set at different angles, dead furrows can be filled or ridges removed from the ground. Center Tooth It frequently happens that a farmer has occasion to disk the ground but once. When doing this with the ordinary disk harrow, there is a ridge left between the gangs. The McCormick disk harrow is equipped with a center tooth, which cultivates and levels this ridge between the gangs. Every portion of the ground is cultivated when the McCormick disk harrow is used. By means of a lever and quadrant, the center tooth can be adjusted for deep or shallow cultivation, or raised high from the ground when transporting the harrow. The lever and quadrant for raising and lowering the center tooth is placed in front of the seat, within convenient reach of the driver. The gangs can be set at different angles for side-hill cultivation The center tooth on the McCormick disk harrow cultivates the ridge usually left between the gangs Page FrvE iMFCORJS^ICK iJji Scrapers The scrapers used on the McCormick disk harrow are of the steel rocking type. Each scraper is independent of the other, and can be removed or adjusted separately. When in its regular position, the scraper is near the center of the disk and does not rub. By means of a foot lever, they can be moved from the center toward the edge of the disk, so that no matter what condition the soil is in, the disks are always kept clean. The coil spring attached to the scraper bar can be adjusted to give any tension to the scraper that the operator desires. The tension can be changed instantly without the use of any tooL The tension of the spring in the scraper bar can be changed insteuitly without the use of any tools Construction of the Disk The disks for the McCormick disk harrow are made of a high quality of steel, ground and polished so that dirt does not adhere to them. They are the right shape for good work. They are flat enough to penetrate the ground, and yet have sufficient curve to pul- verize it thoroughly. Anyone can satisfy him- self of this fact by watching the work of the McCormick disk harrow in the field. oizes The McCormick disk harrow is furnished with 8, 10, 12, 14, and 16 disks. The disks are made 16, 18, and 20 inches in diameter. When working in extremely hard ground, the small disk is preferable ; in loose sandy soil, the large disk will be found to give the best satisfaction. The harrow with 8 disks cuts 4 10 '• " 5 " 12 " " 6 " 14 " " 7 " 16 " " 8 feet. Rear view of the McCormick disk harrow. Notice that the center tooth cultivates the ground between the gangs. barrow leaves this ridge unstirred The ordinary distc Page Six J^v. JM^CORJVLICK %^ ! s Durable Bearings The bearings used on the McCor- mick disk harrow are the most dur- able ever devised for this kind of an implement. If kept well supplied with oil they will never -wear out. They are provided virith a large cen- ter ring projection to relieve the ends of the bearings of end thrust. This eliminates extra draft and wear. The bearings are chilled, have a large wearing surface which makes them very durable. Dust bands fit over the ends of the bearings to prevent dirt from falling in. These bearings are as nearly dust proof as it is possible to make them. No one ever heard of the McCormick disk harrow bearings vi^earing out if they received the proper amount of oil at all times. The Most Durable Disk Bearing Ever Designed Oil pipe reaches to top of benrin? standard, center projection on spool removes end thrust from ends of bearing Easy to Oil The oiling arrangement on the McCormick disk harrow is conveniently placed so that the operator can oil the harrow v^^llen standing behind it. This eliminates the danger that comes from standing in front of a harrow when horses are hitched to it. Another advantage of the convenient oiling arrangement is that the more easily a man can get at his machine to oil it the better care and attention he will give it. The oil pipes in the McCormick disk harrow are easily cleaned. These pipes are large, and oil flows into the large groove which encircles the center of the bearing. This causes the oil to be fed evenly to all parts of the bearing. This uniform film of lubri- cant keeps the bearing from wearing and makes the McCormick disk harrow an exceptionally easy running and long-wearing implement. Cross section view showing the McCormicit disk bearins and excellent oiling facilities ■ •J Pr^»l^'' j^^^^^lS ■ ^A^B ^ _»- r 1^^ \j^ iX • m> W.^ ^gyCi^ 1 11 E^^i. ^^ J"^ **! 1 ¥ ' ^ il-M. m The operator can oil the McCormick disk harrow while standing behind it Page Seven ."^V "TT AiFCORJVLICK J s ■ McCormick Disk Harrow Forecarriage A forecarriage will be furnished with any McCormick disk harrow on special order at addi- tional cost. It is of special use in working close to fences, in preventing the tongue from lashing the sides of the horses, and in keeping the harrow running steadily. The bearings are fitted with hard oilers. Dust cannot get into the bearings if suffi- cient grease is used so that it oozes out at the collar. The McCormick forecarriage can be used with or without a pole. It requires only a few seconds to change the pole from the center to one side, or to remove it entirely. The pole can be set either to the left or the right-hand side, enabling the farmer to adjust the pole to his team. The McCormick forecarriage can be raised or lowered to five different positions. This makes it possible to fit the forecarriage to any size team and still have the line of draft such that the fore- carriage wheels will just touch the ground. This keeps the harrow working in a line without adding to the draft of the implement. The regular pole of the McCormick disk harrow is bored to fit the forecarriage. It is only necessary to order the set-over irons for use with 3 or 5 horses, or the pole plates when using 2 or 4 horses. This eliminates the necessity of buying an extra pole for this attachment. When ordering a harrow with the forecarriage, care should be taken to state whether the pole is McCormick forecarriage ** arranged ror two or four desired, or not. horses. The dotted lines show how easy it is to change the hitch by the use of the set-over iron for three or five horses McCormick forecarriage without pole showing how wheels are swiveled to follow uneven ground McCormick forecarriage showing five adjustments for height. This makes it possible to keep the har- row in proper adjustment under all conditions The McLormick lorccarriaKc rei„;ve> ll>c l,o..»» oi tongue weight and keeps ih^ harrow running sleadUy Page Eight Sj iVL^CORJVlICK fett», 74, and 75, the 7-shovel type; Nos. 91, 92, 93, 94, 95, the 9-shovel type. The frames of all these harrows are made the same, consequently, by purchasing various attach- ments, the 7 and 9-shovel type can be made from the 5-shovel type, thus the farmer can have a culti- vator for all purposes, enabling him to do the best cultivating under all conditions. McCormick cultivator No. 53 Shovels The shovels on the McCormick combination cul- tivator are reversible, affording two cutting edge? They are thicker in the center than on the edge, so that they retain their original shape until complete- ly worn out. The frame on the McCormick culti- vator is made of bar steel, and is fastened in such a manner that it presents the shovel as squarely as possible to the ground, whether the harrow is expanded or closed. The hole through the shovel is square, and the metal is raised on the back so that there is very little chance of the shovels ever working loose. Moldboards The moldboards are arranged similar to the moldboard and point of a plow. They are reversi- ble, the same as the shovels. When one point becomes worn the other can be used. They can be adjusted to throw dirt toward or away from the plants. They can also be used for hilling. McCormick cultivator No, 55 Cross section of the shovel used on the McCormick cul- tivators, showins that the metal is thicker m the center than at the edges Page Eighteen a ■ iVL^^CORJVLICK MMTtiTiWiSSi^iiwi' Works as Close to the Plants as Desired The wheel jack is exceptionally strong and is made so that the teeth can be regulated by it as well as by the clevis hook. The clevis locks so that it is impossible for the singletree to come out when the horse backs. The lever wheel jack used in connection with the expansion lever on cultivators Nos. 55, 75, and 95, makes it impossible for the operator to c.ulti-vate between rows of different widths, without stopping the horse to make adjustments. This makes these cultivators of exceptional value to the truck grower. The improved lever expanding device used on the McConnick cultivator holds the cultivator frame exceptionally rigid, whether closed or expanded. The teeth are so spaced that close adjustments can be made when the cultivator is in operation. This is of particular value, because it gives the operator an opportunity to adjust his cultivation with vary- ing widths of rows, and get as close to the plants as he desires. McCormick cultivator No. 71 Cilcninr J AnttpiBditi tmnl JictT Biirrit »mi ■ MariiHM? IWkiclLini ■ ■d OoidrHl t»9*ti Frta 51 5 No No No No 12 to 25 inches 52 5 Yes No No No 12 to 25 inches 53 5 Yes Yes No Yes No 12 to 25 inches 54 5 Yes Yes No 12 to 25 inches 55 5 Yes Yes Yes Yes 12 to 25 inches 1 71 No No No No 12 to 25 inches 72 Yes No No No 12 to 25 inches 73 Yes Yes No No 12 to 25 inches 74 Yes Yes Yes No 12 to 25 inches 75 Yes Yes Yes Yes 12 to 2S inches 91 9 No No No No 19 to 38 inches 92 9 Yes No No No 19 to 38 inches 93 9 Yes Yes No No 19 to 38 inches 94 9 Yes Yes Yes No 19 to 38 inches 95 9 Yes Tes Yes Yes 19 to 38 inches i " Page Nineteen iVi^CORJV\ICK Horse hoe and reversible moldboards fur- nished on cultivators Nos. 54, 55, 74, 75,94 and 95 Cultivator Attachments Cultivators No. 51, 71, and 91 are furnished wilh a simple thumbscrew locking device. The rest of the cultivators are equipped v^fith an expansion lever and positive lock. The table on page 19 shows very plainly the make-up and attachment for each type of cultivator. McCormick combination cultivators can be equipped with special attachments as shown on this page. These special attach- ments are useful for hilling potatoes, beets, cabbage, etc., and should be ordered as extras. They are furnished on special order at additional cost. They come with all equipment, ready to be attached to the regular cultivator. Beet shovels supplied on special order for the McCormick coinbination cultivator McCormick wheel jack. Notice strengthen- ing rib c This hiller attachment can be furnished with McCormick cultivator on special or- der at additional cost Positive locking device used on all McCormick cultivators except Nos. 51, 71 and 91 I (MiS,.; Depth regulator for use with cultivators Nos. 55, 75 and 95. furnished only on special order McCormick cultivator equipped with adjustable potato hillers Pace Twenty Sold by INTERNATIONAL HARVESTER COMPANY OF AMERICA ( Incoi poi ;itcd) CHICAGO USA 'or further information write International Harvester Company of America Chicago, III., or write our nearest branch house. ajiiniHUiHiHHiiiiiiiuiiii»iHi;inniiiiniii»iiiiiiiiiiHiiiiiiiirinMMiiriiiinMniNiiui»jiiiiniiHniuniM»iiiiiiiiiHiHHiiiMiiiinHiMHiuniiniiHniiHriHiiiiiiiiiiiiiiMiniiiiiiniiuM BRANCH HOUSES INTERNATIONAL HARVESTER COMPANY OF AMERICA INCORPORATED! HinUIIIIIIMIIIirillUIIIMIMIIinMMtllMIMIIirMHIMIIHHIIIIIIininilMMIMMIinMMIMIMrMIIIIIIMMIinMrMMIMIMIMMIMIIIIUIHnillNIIIIIIMIMinUniMlillininiUIII^ illlllllllllllllllHIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIilllllllllillllllllllllillllllllllllllllllllllllllll 11 G to T i:. II t i eHANO 10USES iiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiniiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiii^ EiiiMimiMjimiruiiiHiHiiiiiiimHiiiiiiiimumiiiinunnMiHmiiiiiiiiiiuiin — ^^■■^RDEEN. S O. DETROIT. MICH. LINCOLN. NEB. RICHMOND. IND. ^^^IIany. N Y. DUBUOUE. lA. LITTLE ROCK. ARK, RICHMOND. VA. ATLANTA. GA EAST ST. LOUIS. ILL. MADISON. WIS. ROCKFORD. ILL. AUBURN. N. V EAU CLAIRE. WIS. MANKATO. MINN. ST. CLOUD. MINN. AURORA. ILL. ELMIRA. N. Y MASON CITY. lA. ST JOSEPH. MO. BALTIMORE. MD. EVANSVILLE. INO. MEMPHIS. TENN. ST. LOUIS. MO. BIRMINGHAM. ALA. FARGO N D. MILWAUKEE. WIS SAGINAW. MICH. BISMARCK. N. D. FT DODGE. lA. MINNEAPOLIS. MINN. SALINA. KAN. BOSTON. MASS FT WAYNE. IND. MINOT. N D. SALT LAKE CITY. UTAH BUFFALO. N Y. GRAND FORKS. N. D. NASHVILLE. TENN. SAN FRANCISCO. CAL. CEDAR FALLS. lA. GRAND RAPIDS. MICH NEW ALBANY. IND. SIOUX CITY. lA. CHARLOTTE. N. C. GREEN BAY WIS. NEW ORLEANS. LA. SIOUX FALLS, S. D. CINCINNATI. OHIO HARRISBURG. PA. OGDENSBURG. N. Y., SOUTH BEND. INO. CLEVELAND. OHIO HELENA. MONT OKLAHOMA CITY.OKLA. SPOKANE. WASH. COLUMBIA. S C HUTCHINSON. KAN OMAHA. NEB SPRINGFIELD. ILL. COLUMBUS OHIO INDIANAPOLIS. IND. PARKERSBURG. W VA. SPRINGFIELD. MO. CONCORDIA. KAN JACKSON. MICH. PARSONS. KAN. TERRE HAUTE. IND. COUNCIL BLUFFS. lA. JACKSONVILLE. FLA. FEORIA. ILL. TOLEDO. OHIO CRAWFORD. NEB. KANKAKEE. ILL. PHILADELPHIA. PA TOPEKA. KAN. DAVENPORT. lA. KANSAS CITY. MO PITTSBURGH. PA WATERTOWN. S. O. DENVER. COLO KNOXVILLE. TENN. PORTLAND. ORE WICHITA. KAN. OES MOINES. lA. LANSi.MG. (i?ICH. OUINCY. ICL. WINONA. MINN. 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