3 Brand New Farmalls

Total Page:16

File Type:pdf, Size:1020Kb

3 Brand New Farmalls University of Nebraska - Lincoln DigitalCommons@University of Nebraska - Lincoln Tractor Test and Power Museum, The Lester F. Nebraska Tractor Tests Larsen January 1939 3 Brand New Farmalls Nebraska Tractor Test Lab University of Nebraska-Lincoln, [email protected] Follow this and additional works at: https://digitalcommons.unl.edu/tractormuseumlit Part of the Energy Systems Commons, History of Science, Technology, and Medicine Commons, Other Mechanical Engineering Commons, Physical Sciences and Mathematics Commons, Science and Mathematics Education Commons, and the United States History Commons Nebraska Tractor Test Lab, "3 Brand New Farmalls" (1939). Nebraska Tractor Tests. 2068. https://digitalcommons.unl.edu/tractormuseumlit/2068 This Article is brought to you for free and open access by the Tractor Test and Power Museum, The Lester F. Larsen at DigitalCommons@University of Nebraska - Lincoln. It has been accepted for inclusion in Nebraska Tractor Tests by an authorized administrator of DigitalCommons@University of Nebraska - Lincoln. The Farmall_H with belt pulley and "Lift-Al)" pump. It i••hown with 9.oo-36-in. tire. on the rear, B.BO-16-m. on the Iront. Farmal1-M requ)ar wheel equipment ,. with 51-in. diem., 6-in_ rim., ateel rear whe.l. with 4·jn. apade luga, and ca.t front wh.el., 22%.in. diam., 3'At-in. rim. with 2·in. high .kid ring•. M cC ORMICK -DEERING FARMALL ® McC ORMIC K-DE ERING FARMALL @ Far.:laU-M IS l:ke th~ Fannall-H in easy operation. co.-n1o:t. a d all tha>e other refinements that go to digger. and the Farmall mower. In a .....ord, Farmal.-M nw.' eo t.: a tractor thd It 15 (I, d€hght to use. But it's has what it takes to deliver ~tisfactoryand economl~l a bla er trac'or--a mOTe powerful troctor for the man power under any field conditions. It IS something worth remembering that wh( n you ~ll~~d~~o~~r~{:~h:rh~(1~=.u~~sm:~~ed;;~~~t choose a Farmall you choose a tractor for which you It ....-:.I} pull three 14 or l&mch oottoms under harder are sure to be able to get the machines you need for then llverage SOli conditions at good plowing speed. direct connection to the tractor to give you the fuJI It w.li pull a 9-foot double disk harrow or other imple­ advantage of all-purpose tractor ownership. No other mer.ts of similar dra.ft requirements. It is a tractor line has such d long list of field, proved auxlhary that .....·111 handle four-row planters and cultivators, machines available. And the machines for Farmall. three 40d four-row mIddle busters and listers. two-row Hand M are of the famous Farmall quick-attachable com plck.ers. WIth belt pulley, it will operate the type- true time savers in every respect. In d(>Signinq larqer threshers. the larger hammer mills. etc. With these Farmalls and machines, Harvester engineers power take-off attl.lchment, it will haul and operate have had the advantage of more than thirty-five years the mechemsms of the tractor binder, two-row potato of tractor experience. A 00·1(\ 'n Itonl T .. 1'......11 M .,'10 1,.11 ,.ull• ., ."•• 1", .,.1 11•• h,•• Il'. 1(1)0 In n ..... • ,Ih "11\ _f.·I. f-! •••••1 1 .q''', m••,f 11 •• 110 01 Hl .lilIom.I•• II III fOrti •••••h..l• • ;t.~l, n tI ,•• 4", fl... Iron' ",1•••11 .••110 a Ifl 1"..,11 110,.1 """'" In Formalls H ond M, pow( r ond wPlqht are N moximum pulling ablhty. Thot's balonced power But these tractors Includes the manner in which ut.hty ope ro' "J c riding comfort, the obl1lty to stand up to hard work ao ] d have been achieved in tractors that are good to lock at. FlIrmali quality has bef>n maintained throughout. Mere ·hal 'n rty ball and roller beanngs reduce fnction losses to a mln.m m :m 1 t! ... r smooth transmiSSion of the power of the engine to drive ...... h blo pulley, and power take-off. To kee-p harmful dust and grlt ,,;' f" vitals, and to ket>p oil and grease in, nineteen spring';:>adoc.i r w dust and oil seals have been located at important POints. Th f.. t automotive steels have been used in gears, shafts and bearing -. Th" VI •• ('It"" r"lm.1I H Q' •• " Good 1,1 •• 01 th. I" ... 1.l.n .. j II .nd to" .n,j (1Ih......... w,Ih .h. h I h .... ,,,. I ,. ",n I. rn nl.d Y" "n .I,.o.t ,..11 .t It '" I It n9 'I' h. Ih.l h ... "". II t!. Ih.' ••1', , hi II • ,to the h •••,1 I Th.. ,I••k lin., cf Farman, Hand Mare ,h.own In lhi. view of the 1.1t .id. of the Farmall·M on rubber. Th. wheel bale of both tracton i. 90 inche. to make po..ible interchangeability of qUlck.atuchabl. machinea. Th. Fann&11 engme from the lelt side showing manifold, VT of the richness of thlrty!,<, y r f m-.ndold shield, h..1 control, and the location of the c;:u­ bu:retor and vanabl. governor. otractor·building experience, HarveslE:'r enqm r ha'; powered these new Farmalls wIth thl=> fmE. ~ 4 r.y .n~ ~ gasoline·distillate engines ever bUilt. For th y kn ,w that for smoothness of operation, fuel eccrz,rr.y, and the ability to give long years of trouble·free serV1C€, the 4·cylinder engine makes the id"'al farm tractor power umt. Here are some of the features of thesE' n .~.. nqmes: VALVES IN HEAD REMOVABLE CYLINDER SLEEVES TOCCO-HARDENED CRANKSHAfT PRECISION-TYPE BEARINGS FORCE-FEED LUBRICATION FLOTO OIL SCREEN LARGE AIR, OIL AND FUEL CLEANERS EXTRA LARGE FLYWHEELS Th. nght lid. 01 the Farmall.M engine with the valve cover removed for m.pection. h's ea.y to adjust the tappets on th.. e •.qlne. The luge oil-type au c:lp"er ."lUe. cl-n air to Farm.II-H and M engine.. Th. CAP. which the demon.uato. i. holding in hU left hand, pIevent. chaff and olh., coa". dirt hom getting into the air d ••"er. t Thi. i. lh••turd,. 4.c,lind., enqu\a With .hlch r.lm.AlI·M i. equlp~d Bor., 3';, Im:h••; .tralt•. 8 14. Th.r••m.U-H '"9'"' ia umIJ... In d,.IqJ1 with 3 3/,_in. bor•• 4'.<ln_ .hok,. Th. r;ngo q.-r on th. f1ywh••1 I' part 01 the ..1J...tut.r .ttachment Th. 0.1 hher on lh. F.rmall ,.1 u _ha luu. Fum.n 0.1 ,.It... .,. eq,ur....-d ....th I.pla.._ble hl'8l1n9 .I.ment. Th••• A d ..... ~ P .hqw.",/ th••d/u.1 make .1 I'o..,ble 10 u,. th. 0,1 t ••~ a, 10119 ..,_,,1 I r •...".I.t" '.J ,I. ",a".I"ld wlthoul d ••,,,,nO' and th.,.'N8 ....... the I •• ("0.1 (>1 ••"lacII'9 th. C'l.,cn.."t. manT lorn•• (>"., - MAKE THESE NEW FARMALLS EASY TO DRIVE HEN. you slip into the large and comfortably gear. Yet. while none of the shocks occasioned by Wcushioned seat of a Farmall-H or a Farmall·M the front wheels encountering humps or bumps are and rest your hands on the large, automobile type passed back to your arms, you find the tractor instontly steering wheel. right away you feel at home. As your responsive to the lightest touch. left foot just naturally finds the clutch pedal and you Convenient to the right foot tl,re two differential put the tractor into gear you begin to get the feeling brake pedals. For making short turns to right or lEft that here is a tractor that is as easy 10 drive as the these pedals can be used separately. For equal brak family car. And as you give it the gas (gasoline. iog of both rear wheels they can be instantly locked distillate or kerosene). and let in the clutch, you get together 10 operate as one brake. The brakes an" the thrill which comes with the realization that here, external expanding bands acting on forged slee] under finger.tip control, is ready, eager power to drums on the differential shafts. romp through all your farm power jobs with salis· The large illustration at the riqht shows how 000' factoty thoroughness, speed and economy. veniently the various controls are located. Note thai When you hit rough ground you learn what it the ball on the gear shift lever is right UndE'f th means todrive a tractor with irreversible worm steering steering wheeL easy to reach and operate. IF IT ISN'T A McCORMICK-DEERING, IT 8 Dil GAUGE ISN'T A FARMALL MOVE OR REPLACE THE -ATTACHABLE DRAWBAR Four nul::. tc 100*0. and off come thl:: qUI I": H drdwl:;)."r! It 'an actually be done In :( rty v off or on. And whpn It'S on, and the four n • there 10 slay unhl the nuts are aqa:n 10e r­ operator a solid. mtegral part of the Irac' r ThiS Sdrne qUlck·attachable feature 1S err.bcx:h ~ the direct-connected Farmall-H and FarmalJ.r.~ thai attach to the rear of the tractors and m I: sechons of machines that attach ooth ffOr.' o:,;nd r~l j.. long sp:>ed wrench is supplied which enablf-s lh (PPfc' 10 reach the nuts when standing behind machine Th average time lor attachmg or detaching machines 1. dOC t IivC'minutes.
Recommended publications
  • IH/Farmall Tractors Parts and Price List
    The Fordson House IH/Farmall Tractors Parts and Price List All prices on this list prevail over preceding price lists. Prices are subject to change without notice. Catalog updated : 4/30/2010 THE FORDSON HOUSE 717 Stephenson Avenue Escanaba, Michigan (MI) U. S. A. 49829 Phone (906) 786-5120 Fax (906) 789-5540 Email: [email protected] On the web at: www/thefordsonhouse.com The Fordson House 1 IH Parts and Price List Our Core Values Consistently serving our friends and customers to the best of our skills TRUST and abilities. Providing quality service for our RESPECT friends and customers in appreciation of their business Striving to be the best we can be and vowing to never stop EXCELLENCE learning Devoting our energies and skills to help improve the quality and COMMITMENT availability of parts to our friends and customers Your satisfaction is guaranteed. If, for any reason, you are dissatisfied with your purchase, please return the part along with POLICY an explanation of the problem within 30 days, and we will replace the part or refund the purchase price The Fordson House 2 IH Parts and Price List Table of Contents Page 4 Tractor Dating Guide ( By Serial #) 5 F-12 & F-14 Tractors 11 Regular and F-20 Tractors 19 F-30 & W-30 Tractors 25 10-20 Tractors 32 15-30 & 22-36 Tractors 38 Whittek Tower Hose Clamps 38 Fenders 39 Paint 40 Publications 37 Decals 38 Ordering Information 39 Order Form The Fordson House 3 IH Parts and Price List Farmall & McCormick-Deering Tractor Serial Numbers by Tractor and Date Farmall Regular and Fairway
    [Show full text]
  • Piston Rings
    Piston Rings Specifications Listed Alphabetically by Vehicle Piston Rings Anillos de Piston Segments de Piston Qty & Width Cantdid y Ancho Quantite et largeur YEAR MODEL OR ENGINE Cyl. Dia. No. Cyl Set No. Comp. Rings Oil Segments ANO MODELO O MOTOR Diám. Cil. Nº. Cil Juego Nº. Anillos de Comp. Anillos de Aceite MILÉSIME MODELE OU MOTEUR Diam/ du Cyl Nº. Cyl Nº. de Jeu Segments de Comp. Segments Racieurs ARO-Romania 2500cc Eng. FWD 97.00mm 4 2C5628 8 - 2.5mm 4 - 5.0mm 3.819 ACURA 1986-89 1590cc Eng. D16A1 1.6 Litre 75.00mm 4 2C4640 4 - 1.2mm 4 - 2.8mm 2.953 4 - 1.5mm 1992-93 1678cc Eng. B17A1 1.7 Litre 81.00mm 4 2C4666 4 - 1.0mm 4 - 2.8mm 3.189 4 - 1.2mm 1990-01 1797cc Eng. B18C1 1.8 Litre 81.00mm 4 2C4666 4 - 1.0mm 4 - 2.8mm 1834cc Eng. B18A1, B18B1, B18C5 3.189 4 - 1.2mm 2002-06 1998cc Eng. K20A3, Civic, RSX 2.0 Litre 86.00mm 4 2C5089 8 - 1.2mm 4 - 2.0mm DOHC, i-VTEC 3.386 1998 2254cc Eng. F23A1 2.3 Litre 86.00mm 4 2C4969 8 - 1.2mm 4 - 2.8mm 3.386 2003-10 2354cc Eng. K24A2, DOHC 16V 2.4 Litre 87.00mm 4 2C5179 8 - 1.2mm 4 - 2.5mm i-VTECH 3.425 1991-98 2456cc Eng. G25A Vigor 2.5 Litre 85.00mm 5 2C4779 10 - 1.2mm 5 - 2.8mm 3.346 1986-87 2494cc Eng. C25A1 2.5 Litre 84.00mm 6 2C4644 12 - 1.2mm 6 - 4.0mm 3.307 1987-97 2675cc Eng.
    [Show full text]
  • Nebraska Summary 762 Case Ih Farmall 80 Diesel 12 Speed
    SUMMARY OF OECD TEST 2583 — NEBRASKA SUMMARY 762 CASE IH FARMALL 80 DIESEL 12 SPEED POWER TAKE-OFF PERFORMANCE Location of tests: DAEMTC (The Directorate of Agricutural Equipment and Testing Centre) Power Crank HP shaft Ankara, Turkey (kW) speed Gal/hr lb/hp.hr Hp.hr/gal Mean Atmospheric rpm (l/h) (kg/kW.h) (kW.h/l) Conditions Dates of tests: December 2008 - January 2009. MAXIMUM POWER AND FUEL CONSUMPTION Rated Engine Speed—(PTO speed—614 rpm) Manufacturer: Turk Traktor ve Ziraat Mak. A.S. 70.3 2500 4.49 0.444 15.63 (52.4) (16.99) (0.270) (3.08) Ankara, Turkey Maximum Power - (1 hour) FUEL and OIL: Fuel No. 2 Diesel Specific 72.1 2350 4.36 0.419 16.55 (53.8) (16.51) (0.255) (3.26) gravity converted to 60°/60°F (15°/15°C) 0.834 Fuel weight 6.94 lbs/gal (0.832 kg/l) Oil SAE Standard Power Take-off Speed (540 rpm) 15W40 API service classification CH-4 70.9 2200 4.11 0.402 17.26 (52.9) (15.56) (0.245) (3.40) Transmission and hydraulic lubricant Akcela Nexplore fluid Front axle lubricant Akcela Nexplore VARYING POWER AND FUEL CONSUMPTION fluid 70.3 2500 4.49 0.444 15.63 Air temperature (52.4) (16.99) (0.270) (3.08) ENGINE: Make Iveco Diesel Type four cylinder 61.2 2560 4.02 0.455 15.23 72°F (22°C) vertical with turbocharger and air to air intercooler (45.6) (15.20) (0.277) (3.00) Serial No.
    [Show full text]
  • Farm Machinery Selection
    Farm Machinery Ag Decision Maker Selection File A3-28 utting together an ideal machinery system long run; machinery that is too small may result in is not easy. Equipment that works best one lower crop yields or reduced quality. year may not work well the next because of P Ownership Costs changes in weather conditions or crop production practices. Improvements in design may make older Machinery ownership costs include charges for de- equipment obsolete. And the number of acres be- preciation, interest on investment, property taxes, ing farmed or the amount of labor available may insurance and machinery housing. These costs change. increase in direct proportion to machinery invest- ment and size. Because many of these variables are unpredictable, the goal of the good machinery manager should be Operating Costs to have a system that is flexible enough to adapt Operating costs include fuel, lubricants and repairs. to a broad range of weather and crop conditions Operating costs per acre change very little as ma- while minimizing long-run costs and production chinery size is increased or decreased. Using larger risks. To meet these goals several fundamental machinery consumes more fuel and lubricants per questions must be answered. hour, but this is essentially offset by the fact that more acres are covered per hour. Much the same is Machine Performance true of repair costs. Thus, operating costs are of mi- First, each piece of machinery must perform reli- nor importance when deciding what size machinery ably under a variety of field conditions or it is a is best suited to a certain farming operation.
    [Show full text]
  • Rolling Harrow® Soil Conditioner
    one pass soil conditioning as good as it gets ROLLING HARROW ® Soil Conditioners Models 1245, 1245D, 1645 and 1645D umequip.com SEEDBED TILLAGE one pass soil conditioning as good as it gets ROLLING HARROW ® Soil Conditioners Models 1245, 1245D, 1645 and 1645D umequip.com SEEDBED TILLAGE one pass soil conditioning Unverferth® as good as it gets ROLLING HARROW ® ROLLING HARROW® SOIL CONDITIONER Help ensure optimum performance from your high-value seed by preparing a seedbed that's as good as it gets. Hitch the Unverferth® Rolling Harrow® soil conditioner to your tillage tool, and the result is a ready-to-plant seedbed with coarse soil on top that resists crusting and finer particles at planting depth for greater seed-to-soil contact for quicker, more uniform germination and emergence. Choosing the correct Rolling Harrow soil conditioner to meet your needs depends on your operation and tillage practices. ALL MODELS FEATURE • Up to 22" of ground clearance during transport • Standard drop-leg jack for convenient hitching while contributing little additional weight to the lead and unhitching tillage tool for reduced stress and increased life • High-clearance, arched and oscillating roller frame • Telescopic tongue for easily matching the turning keeps both baskets or drums working the soil, even in radius of the lead implement the most extreme, rocky conditions • Only one set of tractor hydraulics required; dual • Basket arm pivot cover prevents rocks and debris hoses and/or selector valves are optional for from accumulating to ensure baskets follow models up to 45'; two sets of hydraulics on 47' and ground contours larger models • All hoses include end caps and are routed through mainframe for longer life IN THIS BROCHURE..
    [Show full text]
  • Short- and Full-Season Soybean in Stale Seedbeds Versus Rolled- Crimped Winter Rye Mulch
    University of Nebraska - Lincoln DigitalCommons@University of Nebraska - Lincoln U.S. Department of Agriculture: Agricultural Publications from USDA-ARS / UNL Faculty Research Service, Lincoln, Nebraska 2013 Short- and full-season soybean in stale seedbeds versus rolled- crimped winter rye mulch Frank Forcella USDA-ARS, [email protected] Follow this and additional works at: https://digitalcommons.unl.edu/usdaarsfacpub Forcella, Frank, "Short- and full-season soybean in stale seedbeds versus rolled-crimped winter rye mulch" (2013). Publications from USDA-ARS / UNL Faculty. 1488. https://digitalcommons.unl.edu/usdaarsfacpub/1488 This Article is brought to you for free and open access by the U.S. Department of Agriculture: Agricultural Research Service, Lincoln, Nebraska at DigitalCommons@University of Nebraska - Lincoln. It has been accepted for inclusion in Publications from USDA-ARS / UNL Faculty by an authorized administrator of DigitalCommons@University of Nebraska - Lincoln. Renewable Agriculture and Food Systems: 29(1); 92–99 doi:10.1017/S1742170512000373 Short- and full-season soybean in stale seedbeds versus rolled-crimped winter rye mulch Frank Forcella* North Central Soil Conservation Research Laboratory, USDA-ARS, 803 Iowa Avenue, Morris, MN, USA. *Corresponding author: [email protected] Accepted 6 November 2012; First published online 10 January 2013 Research Paper Abstract Stale seedbeds are used by organic growers to reduce weed populations prior to crop planting. Rye mulches, derived from mechanically killed (rolled and crimped) winter rye cover crops, can serve the same purpose for spring-planted organic crops. Both methods can also be employed by conventional growers who face looming problems with herbicide resistant weeds.
    [Show full text]
  • Stale Seedbed Practices for Vegetable Production
    HORTSCIENCE 36(4):703–705. 2001. tional tillage program. The intent was to deter- mine the best method for killing seedlings in stale seedbed systems and the usefulness of a Stale Seedbed Practices for Vegetable single weed removal pass vs. several passes Production with brief intervening fallow periods. Materials and Methods Brian Caldwell South Central New York Area Vegetable and Small Fruit Program, Cornell Studies were conducted at the NRCS Big Flats Plant Materials Center, at Big Flats, Cooperative Extension, Owego, NY 13827 N.Y., during the 1997 and 1998 growing Charles L. Mohler1 seasons. The soil type was a Unadilla silt loam (course-silty, mixed, mesic, typic Dystro- Department of Ecology and Evolutionary Biology, Cornell University, Ithaca, chrept), and the fields were nearly level. NY 14853 The fields had cover crops of winter-killed oats (Avena sativa L.) and were initially field Additional index words. weeds, cultivation, flaming, glyphosate, purslane, chickweed cultivated and harrowed in Apr. 1997 and May Abstract. Effects of several stale seedbed procedures on weed density and biomass were 1998. Treatments were replicated four times in evaluated on a silt loam soil in central New York. After an initial rotary tillage, weeds were a randomized complete-block design. Plots allowed to emerge and either single or multiple applications of glyphosate, propane flame, measured 3.6 × 3.6 m. spring tine weeder, springtooth harrow, or rotary tiller were used to kill the weeds over a Initial seedbeds were prepared with a tractor 4-week period. The last (or only) application occurred immediately prior to simulated mounted 1.5-m John Deere rotary tiller (Deere seeding of a crop performed by passing an empty seeder through the plots.
    [Show full text]
  • Posters4research.Com”
    Using the Best Land Preparation Leads to an Increase the Crop Productivity in Sudan Majdaldin Rahamtallah Abualgasim Mohammed¹, Hanadi Mohamed Shawgi Gamal² ¹ National Center for Research, Natural Resources and Desertification Inst., Sudan ² University of Khartoum, Fac. of Forestry; Forest Products and Industries, Sudan INTRODUCTION The following tillage implements were used: RESULTS Agriculture is considered as the mainstay of the 1. Disc plough (depth 20 cm) + leveling + ridging. The results recorded that the field efficiency of (chisel Sudanese economy and accounts for about 38.9% of 2. Chisel plough (depth 30cm) + leveling + ridging plough (90.5), disc plough (85.5), harrow plough (70.5), the GDP, provides about 80% of the country’s export, 3.disc harrow (depth 25 cm) + leveling + ridging Ridger plough (50.5) and the animal-drawn plough (15.5) and employs 62% of the labour force, with about 80% 4. Ridging only (depth 25 cm). respectively. the results showed that the fuel consumption of the population dependent on agriculture for 5. Animal drawn plough (depth 15cm). in litter/ ha recorded 6.50, 3.30, 2.60 and 2.10, livelihood and raw materials for the industries. respectively. Tillage is the practice of modifying the state of the soil DH+R 1 CH+R DP+R R An in order to provide condition favorable for plant Implement Draft EFC ha/hr TFC FE% Fuel m growth. Excessive tillage may increase the risk of (KN) ha/hr Consumptio water loss and soil erosion by wind and water. n L/ha Conventional tillage practices in the semi arid regions 1m often-burry excessive quantities of residues and reduce CH+R DH+R R An DP+R Chisel Plough 7.50 0.15 0.17 90.50 6.50 soil tendency for clodding and surface roughness.
    [Show full text]
  • Kelly Tillage System Offers a Wide Array of Ground Engaging Discs to Satisfy Your Year Round Tillage Spike Disc Chain Requirements
    A Better Seedbed for a Better Bottom Line Kelly... ... Inspired by community Kelly Engineering is a family business with strong community values. We believe in servicing our customers well, caring for our staff and ensuring that our products contribute to sustainable agriculture. It is our aim to have satisfied customers promoting our products and contributing to our continued improvement. Our staff are critical members of the Kelly Engineering team and their dedication and pride is demonstrated in each and every product we sell. Sustainable Agriculture for us means improvements in soil structure and productivity. Build up of soil carbon, best use of soil moisture, integrated weed management and improved economic margins. We thank you for showing an interest in our products. If there is anything the team or I can do for you, please do not hesitate to contact us. Shane Kelly To view the full Kelly story go to http://www.kellyharrows.com/video-gallery/ Kelly Engineering is located on the family farm, 10km south of Booleroo Centre in the northern agricultural region of South Australia. Nestled in the foot hills of the rugged and picturesque Flinders Ranges, Booleroo Centre has a long history of agricultural innovation. The Kelly family connection with this area stretches back to 1875 when our forefathers settled on the farm where our factory now stands. One machine for year round tillage Kelly CL2 Disc Chain CL1 Disc Chain Kelly Diamond Harrow Kelly Tillage Chain System Whether it’s stubble management, weed control, moisture management or creating that perfect seedbed prior to planting, the unique diamond shaped Kelly Tillage System offers a wide array of ground engaging discs to satisfy your year round tillage Spike Disc Chain requirements.
    [Show full text]
  • Class Name Tractor Total 2750 Div 1 Jeri 15 15 Jacob Angst 14 14 Chris 13 13 3000 Div 1 Jeri 15 15 Adam 14 14 3500 Div 1 Amber A
    2018 MMOGTA Transfer Sled Point Standings Class Name Tractor April 29th Total 2750 Div 1 Jeri Birchmeier Farmall C 15 15 Jacob Angst Farmall C 14 14 Chris Ringle Jr. Allis Chalmers CA 13 13 3000 Div 1 Jeri Birchmeier Farmall C 15 15 Adam Ringle Allis Chalmers WC 14 14 3500 Div 1 Amber Ringle AC WD 45 15 15 Adam Ringle Allis Chalmers WC 14 14 Butch Vanderhoof Allis Chalmers WC 13 13 3750 Div 1 Sydney Mose Farmall H 15 15 Butch Vanderhoof Allis Chalmers WC 14 14 Greg Ringle AC WD 45 13 13 4000 Div 1 Carla Mose Farmall H 15 15 Tyler Gengler Farmall H 14 14 Greg Ringle AC WD 45 13 13 Garrett Moore Oliver 77 12 12 Butch Vanderhoof Allis Chalmers WC 11 11 4500 Div 1 Dan Mose Farmall H 15 15 Tyler Gengler Farmall H 14 14 Ike Guziak John Deere A 13 13 5000 Div 1 Taylor Shuster Oliver 77 15 15 Butch Vanderhoof Cockshutt 40 14 14 5500 Div 1 Butch Vanderhoof Cockshutt 40 15 15 Wayne Vogelaar John Deere A 14 14 6000 Div 1 Butch Vanderhoof Cockshutt 40 15 15 3750 Div 2 Carla Mose Farmall H 15 15 Garrett Moore Oliver 77 14 14 Wyatt Wesley Farmall H 13 13 4250 Div 2 Jeff Reed Oliver 77 15 15 Angela Moore Oliver 77 14 14 Chris Vincent Massey Harris 33 13 13 Tyler Gengler Farmall H 12 12 Chad Walker Farmall H 11 11 Joe Wesley Jr. Farmall H 10 10 Corey Urbain John Deere A 9 9 4750 Div 2 Jeff Reed Oliver 77 15 15 Angela Moore Oliver 77 14 14 Corey Urbain John Deere A 13 13 Ryan Luft Farmall Super M 12 12 Joe Wesley Jr.
    [Show full text]
  • Secondary Tillage Implements
    SECONDARY TILLAGE Tillage operations following primary tillage which are performed to create proper soil tilth for seeding and planting are secondary tillage. These are lighter and finer operations, performed on the soil after primary tillage operations. Secondary tillage consists of conditioning the soil to meet the different tillage objectives of the farm. These operations consume less power per unit area compared to primary tillage operations. Secondary tillage implements may be tractor drawn or bullock drawn implements. 1. Harrow Harrow is a secondary tillage implement that cuts the soil to a shallow depth for smoothening and pulverizing the soil as well as to cut the weeds and to mix the materials with the soil. There are several types of harrow used in India such as disc harrow, spike tooth harrow, spring tooth harrow, acme harrow, patela, triangular harrow, bade harrow, guntaka and reciprocating power harrow. 1.1. Disc harrow It is a harrow, which performs the harrowing operation by means of a set, or a number of sets of rotating slat discs, each set being mounted on a common shaft. Disc harrow is found very suitable for hard ground, full of stalks and grasses. It cuts the lumps of soil, clods and roots. Disc are mounted on one, two or more axles which may be set at a variable angle to the line of motion. As the harrow is pulled ahead, the discs rotate on the ground. Depending upon the disc arrangements, disc harrows are divided into two classes a) Single action and b) Double action. Single action disc harrow It is a harrow with two gangs placed end to end, which throw the soil in opposite directions.
    [Show full text]
  • International Harvester Company
    ... - --- 11'1 .l.L.I 949 Complaint IN THE MATTER OF INTERNATIONAL HARVESTER COMPANY FINAL ORDER, OPINION , ETC. IN REGARD TO VIOLATION OF SEC. 5 OF THE FEDERAL TRADE COMMISSION ACT Docket 914Z Complaint, Oct. 10, 1980-Final Order Dec. , 1984 This Order affrms in part and reverses in part the 1982 Initial Decision ofthe Adminis- trative Law Judge C'AW") and orders that it be adopted as the "Findings of Fact and Conclusions of Law of the Commission, except as is inconsistent with the accompanying Opinion. " The ALl had ruled that a Chicago, Ill. manufacturer of farm machinery had violated Sec. 5 of the FTCA by failing to adequately disclose to consumers that its gasoline-powered tractors were subject to a safety hazard known as "fuel geysering," even though the company knew of the potential danger. While the Commission agreed that the company s failure to disclose the safety risk constituted an unfair trade practice, it ruled that, contrary to the AW's finding, the practice could not, as a matter of law , be considered deceptive since there was no representation , practice or omission likely to mislead consumers found in this case. Although the Commission ruled that the manufacturer has violated the FTCA, it upheld the ALJ's decision not to order further remedial action because the company no longer manufactures gasoline-powered tractors and because the company s 1980 voluntary notification program had already provided as much relief as could be expected from a Commission order. Appearances For the Commission: Richard H. Gateley, Michael Milgram, Rose- mary Rosso, Michael L.
    [Show full text]