Ford New Holland CX6090 Combine Parts
Cx6090 parts and accessories
The Ford New Holland CX6090, manufactured from approximately 2008 to 2016, was a popular combine known for its robust performance and versatility. Powered by a FPT engine producing around 360 horsepower, it offered header widths ranging from 25 to 36 feet. Farmers appreciated its efficient rotary separator, which minimized grain loss during harvesting of various crops, contributing to its widespread adoption.
The Ford New Holland CX6090 entered the market in the late 2000s, quickly establishing itself as a reliable machine for medium to large-scale farming operations. Production years spanned approximately 2008-2016. Powering the CX6090 is a FPT (Fiat Powertrain Technologies) Cursor 9 diesel engine, delivering approximately 360 horsepower (268 kW) with a displacement of around 8.7 liters. The heart of its harvesting capability lies in its rotary separator, which effectively separates grain from the material other than grain (MOG). The grain tank capacity is substantial, holding approximately 317 bushels (11,160 liters), allowing for extended harvesting periods before unloading. An unloading auger with a rate of about 3.3 bushels per second (116 liters per second, approximately 200 bu/min) expedites the unloading process. Available header widths ranged from 25 to 36 feet, accommodating varying field sizes and crop types. Chopper and spreader options are available for managing crop residue. The cab offered improved operator comfort and visibility, enhancing productivity during long harvesting days. The CX6090 is adept at harvesting a wide range of crops, including wheat, corn, soybeans, and barley.
Specifications
| Engine | FPT Cursor 9 360 HP 8.7L Diesel |
|---|---|
| Separator Type | Rotary - Single Rotor |
| Grain Tank | 317 bushels |
| Unloading Rate | 200 bu/min |
| Header Widths | 25-36 ft |
| Fuel Capacity | 264 gallons |
| Weight | Approximately 36,000 lbs |
| Years Produced | 2008-2016 (approximate) |
Maintenance Tips
- Concave Adjustment: Regularly check and adjust concave clearance to ensure optimal threshing performance and minimize grain damage. Refer to the operator's manual for specific settings based on the crop being harvested.
- Belt and Chain Tension: Inspect and maintain proper tension on all belts and chains. Loose belts and chains can lead to slippage, reduced efficiency, and premature wear.
- Sieve and Chaffer Cleaning: Regularly clean the sieves and chaffer to prevent buildup of debris, which can reduce cleaning efficiency and increase grain loss.
- Bearing Greasing: Grease all bearings according to the manufacturer's recommended intervals. Proper lubrication extends bearing life and prevents costly breakdowns during harvest.
History & Background
The Ford New Holland CX6090 was introduced as a powerful and efficient combine in the Ford New Holland's CX series. While it did not undergo major redesigns during its production run, it represented a significant step forward in combine technology, offering improved separation efficiency and grain handling capabilities. Its reliability and performance cemented its place as a valued machine in modern agriculture.
Frequently Asked Questions
What engine is in the Ford New Holland Cx6090?
The Ford New Holland CX6090 is equipped with a FPT (Fiat Powertrain Technologies) Cursor 9 diesel engine. It produces approximately 360 horsepower (268 kW) and has a displacement of around 8.7 liters.
What is the grain tank capacity on a Cx6090?
The grain tank capacity on the CX6090 is approximately 317 bushels (11,160 liters). The unloading rate is about 200 bushels per minute (3.3 bushels per second).
What type of separator does the Cx6090 have?
The Ford New Holland CX6090 utilizes a rotary separator. This single rotor system efficiently separates grain from the material other than grain (MOG).
What are common parts needed for the Cx6090?
Common wear parts for the CX6090 include concaves, rasp bars, belts, chains, bearings, auger fingers, and sickle sections for the header. Regular inspection and replacement of these parts is crucial for maintaining optimal performance.
