This comprehensive parts manual for the Allis Chalmers All Crop Harvester 72 provides a detailed breakdown of every component and part within this agricultural machinery. It is a complete and fully detailed document designed for easy understanding and navigation. The manual covers every aspect of the Harvester 72, making it an indispensable resource for anyone involved in maintenance, repair, or restoration of this classic piece of farm equipment. With its clear and concise layout, you'll find the information you need quickly and easily, whether you're searching for a specific part number, identifying a component, or understanding its function within the machine.

The Allis-Chalmers All Crop Harvester 72 was a versatile piece of agricultural machinery designed for harvesting a wide variety of crops. Introduced in the 1960s, the 72 was a successor to the popular All Crop Harvester 62, offering enhanced capabilities and efficiency. This self-propelled machine featured a robust design with a powerful engine, a large capacity header, and a sophisticated threshing system. The 72 was highly adaptable, equipped with interchangeable headers for harvesting crops ranging from grains like wheat and oats to legumes like beans and peas. Its adjustable threshing mechanism could handle different crop types and moisture levels, maximizing yield and minimizing losses. The All Crop Harvester 72 played a significant role in revolutionizing agricultural practices, enabling farmers to harvest a wider range of crops with greater efficiency and precision. Its adaptability and versatility made it a valuable asset for farmers seeking to optimize their harvesting operations. With its ability to handle multiple crop types, the 72 reduced the need for specialized harvesting equipment, leading to significant cost savings and increased operational efficiency. The machine's robust construction and reliable performance made it a durable and dependable workhorse on farms across the globe. The Allis-Chalmers All Crop Harvester 72 left a lasting legacy in the agricultural machinery industry, contributing to advancements in harvesting technology and crop yields.