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Massey Ferguson 850 Combine Parts

The Massey Ferguson 850 combine, produced in the 1970s, was a popular choice for farmers seeking a reliable and efficient grain harvesting solution. Powered by a [engine HP] horsepower engine, it offered header widths up to [header widths] feet. Its conventional separator system provided effective threshing, making it well-suited for various crops.

The Massey Ferguson 850 combine was introduced in the early 1970s and quickly gained a reputation for its robust design and dependable performance. Under the hood, you'd find a [Engine Brand] diesel engine, delivering approximately [Engine HP] horsepower with a displacement of [Engine Displacement]. This power plant drove a conventional threshing system featuring a [cylinder width] inch wide cylinder. The 850 boasted a grain tank capacity of around [Bushels] bushels, with an unloading auger capable of emptying at a rate of approximately [Bu/min] bushels per minute. Header widths ranged from [Widths] to [Widths] feet, allowing for efficient harvesting in various field conditions. Optional equipment included straw choppers and spreaders for residue management. The operator cab offered basic comfort and controls, providing a functional workspace for long days in the field. While suitable for a range of grains, the MF 850 excelled in harvesting wheat, soybeans, and corn in many regions.

Specifications

Engine[Engine Brand] [Engine HP] HP [Engine Displacement] Diesel
Separator TypeConventional - [cylinder width] inch cylinder
Grain Tank[Bushels] bushels
Unloading Rate[Bu/min] bu/min
Header Widths[Header Widths] ft
Fuel Capacity[Gallons] gallons
Weight[Weight] lbs
Years Produced[Years Produced]

Maintenance Tips

  • Concave Adjustment: Regularly check and adjust concave clearance according to the crop being harvested to ensure proper threshing and minimize grain damage.
  • Belt and Chain Tension: Inspect and maintain proper tension on all belts and chains to prevent slippage, premature wear, and potential breakdowns.
  • Sieve and Chaffer Cleaning: Regularly clean sieves and chaffers to remove debris and ensure efficient grain separation, maximizing grain quality and reducing losses.
  • Bearing Greasing: Follow the recommended greasing schedule for all bearings throughout the combine to prevent premature failure and extend component life.

History & Background

The Massey Ferguson 850 was a staple of grain harvesting in the 1970s. While it didn't undergo major redesigns during its production run, its simple and reliable design contributed to its popularity. The 850 represented a solid mid-range combine option during its era.

Frequently Asked Questions

What engine is in the Massey Ferguson 850?

The Massey Ferguson 850 typically features a [Engine Brand] diesel engine, producing approximately [Engine HP] horsepower with a displacement of [Engine Displacement].

What is the grain tank capacity on a 850?

The grain tank capacity of the Massey Ferguson 850 is around [Bushels] bushels, with an unloading rate of approximately [Bu/min] bushels per minute.

What type of separator does the 850 have?

The Massey Ferguson 850 utilizes a conventional threshing system with a [cylinder width] inch wide cylinder.

What are common parts needed for the 850?

Common wear parts for the MF 850 include concaves, rasp bars, belts, chains, bearings, auger fingers, and sickle sections.

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