Farm Tractor Systems

A link between machine functionality, operations, performance and decision making in the management of power sources and field operations were presented in this book. Depreciation and functional deviation of a machine from its original state at manufacture could put the life of a machine in danger of breakdown or obsolescence, which is counted a loss to any such organization or the entrepreneur. To avoid such losses, an understanding of machine systems functionality and a well organized maintenance programme designed to maintain, prevent or restore machine to near original state is required. Vocational training and entrepreneurship education in Nigeria's tertiary institutions has made possible a do-it-yourself skill acquisition in machine fault tracking, maintenance and repairs. A bimodal training programme packaged and presented in this book is all that is required for managerial decision making, maintenance and qualitative service delivery.

After the first tractors appeared on the scene in the late 1890s, it took another two decades and plenty of modifications for farmers to embrace this once-crude technology in favor of the steam engine, further advancing the power-farming revolution. Written by an international expert in agricultural machinery, Farm Tractors takes readers back to the nineteenth century to look at the precursors to modern tractors and travels through the years to follow the machine’s evolution as tractors became indispensable equipment on farms across America. INSIDE FARM TRACTORS: •How steam-powered machinery gave way to tractors, and how tractors changed the way that farmers worked •Prominent early manufacturers and models, including Henry Ford’s legendary Model F, International Harvester’s Farmall, the Waterloo Boy, John Deere, and many more •The use of hydraulics, the advent of diesel engines, the availability of four-wheel drive, and other technical breakthroughs •The introduction of new fuel sources as alternatives to gasoline •Specialized tractors for orchard work, high-acreage operations, carrying loads, cultivating, and other scenarios •The tractor industry’s major expansion following World War II •Modern-day tractors and an outlook on the future of farm machinery

Agriculture has benefited considerably from the wide-scale use of tractors and associated implements. Tractors have developed along two, at times contradictory, design paths. The first of these has resulted in functional improvements to the vehicle, making it capable of im proved performance in the often harsh environmental conditions in which it is required to operate. For example, agricultural tires have improved the versatility of tractors by allowing them to operate at relatively high speeds on a variety of terrains, and hydraulics have provided for flexibility in controlling and operating implements. It can also be seen that these particular functional design improvements have contributed significantly to the second design pathway, that of ergon omics, and the human-machine interface. Recent stress on the working environment for the tractor operator has led to design improvements relative to tractor cabs, the placement and labeling of controls, etc. This text discusses those factors relevant to the design, selection, and operation of tractor-implement systems. The audience for which it is intended is undergraduate and graduate students of agricultural engineering studying power and machinery. However, the text is suf ficiently applied to have relevance for those extension personnel in volved with advising farmers on the selection and operation of tractor implement combinations. The tractor cannot be regarded in isolation from the implement, nor from the environment in which both the tractor and implement are ix x Preface working.

This workbook is designed to enable the instructor and students fulfill the requirement for effective teaching and learning of the general objectives of Farm Power, Introduction to agricultural engineering, Farm Machinery and Mechanization and Farm Power courses taught in Agricultural Engineering Technology and Agricultural Technology Programmes at the National Diploma, Higher National Diploma and Bachelors degree levels.

By the end of the twentieth century there were some half-million tractors on British farms - more machines than people to drive them. Brian Bell's encyclopaedic book traces the evolution of the farm tractor from the days of starting handle and pan seat to current 4-wheel drive machines with air-conditioned cabs and computer management systems. He deals in particular with developments of the classic period from the 1950s to the 1990s. The book is arranged alphabetically by manufacturer from Allis-Chalmers to Zetor, one hundred marques in total. These are all machines to be found on British farms irrespective of their country of manufacture. Brian runs concisely through the histories of the companies and their major models, illustrated with a wealth of photographs and extracts from sales literature. He adds some special features on items such as hydraulic systems and cold-starting aids. He includes a glossary and full index. This book replaces the author's earlier, successful, Fifty Years of Farm Tractors. Many of the photographs are new and the text has been brought up to date to include developments of the early twenty-first century.

"Tractor Principles" by Roger B. Whitman. Published by Good Press. Good Press publishes a wide range of titles that encompasses every genre. From well-known classics & literary fiction and non-fiction to forgotten−or yet undiscovered gems−of world literature, we issue the books that need to be read. Each Good Press edition has been meticulously edited and formatted to boost readability for all e-readers and devices. Our goal is to produce eBooks that are user-friendly and accessible to everyone in a high-quality digital format.

This unique visual guide charts the fascinating history of tractors and also provides an A-Z reference from around the world.

Farm machinery and its relation to agriculture; Materials of construction; Mechanics; Transmission of power; Component parts of machines; Lubrificants and lubrification; Hydraulic systems for farm equipment; Primary tillage equipment; Secondary tillage equipment; Planting equipment; Cultivation and weed control equipment; Spraying and dusting equipment; Fertilizing equipment; Hay-harvesting equipment; Forage-harvesting equipment; Grain-harvesting equipment; Corn-harvesting equipment; Cotton-harvesting equipment; Root-harvesting equipment; Special crop-harvesting equipment; Special farm and ranch equipment; Selection of farm machinery; Economics and management of farm equipment.