This comprehensive parts manual provides detailed information on the components and parts for New Holland Auger Bases. It covers models NH 890A, 919A3, 919A4, 919A6, and 1895A, offering a complete reference guide for identifying and ordering the necessary parts for repair and maintenance. Each part is clearly illustrated with diagrams and descriptions, ensuring accurate identification. The manual is designed for easy navigation and includes an index for quick reference. With this manual, you can confidently locate and order the specific components you need to keep your New Holland Auger Bases operating smoothly.

The New Holland NH 890A, 919A3, 919A4, 919A6, and 1895A Auger Bases with Attachments are integral components of a sophisticated agricultural system designed for efficient grain handling and storage. These bases, coupled with their compatible attachments, provide farmers with a versatile and reliable solution for various grain management tasks. The bases themselves serve as a sturdy foundation for the augers, ensuring stability and durability during operation. They are typically constructed from heavy-duty steel, capable of withstanding the rigors of demanding agricultural environments. The interchangeable attachments, such as auger tubes, conveyors, and spouts, allow for customization according to specific grain types, storage capacities, and operational requirements. The NH 890A, 919A3, 919A4, 919A6, and 1895A Auger Bases with Attachments are designed to facilitate efficient grain transfer from the harvesting equipment to various storage locations. The augers, powered by robust hydraulic systems, effectively transport grain across short to medium distances. The bases typically incorporate adjustable features, enabling farmers to optimize the height and angle of the auger to suit the terrain and specific storage requirements. This adjustability ensures seamless integration with existing grain handling infrastructure, maximizing efficiency and minimizing manual labor. The attachment compatibility further enhances the versatility of these systems, allowing farmers to adapt the auger configurations to different grain types and storage methods, ensuring optimal performance for varied agricultural operations.