Ford New Holland CX5090 Combine Parts
Cx5090 parts and accessories
The Ford New Holland CX5090 combine, manufactured from approximately 2008-2014, offered a blend of power and versatility for grain harvesting. With engine options reaching around 330 HP and available header widths up to 36 feet, this combine appealed to farmers looking for efficient performance in wheat, corn, and soybeans. Its rotary separator provided increased throughput and grain quality, contributing to its popularity.
The Ford New Holland CX5090 was a significant addition to the combine lineup, produced from approximately 2008 to 2014. It was designed to meet the demands of modern farming with a focus on efficiency and productivity. Powering the CX5090 was usually an Iveco engine, delivering around 330 horsepower with a displacement around 8.7 liters. This engine provided ample power for demanding harvesting conditions. The CX5090 featured a rotary separator system, known for its ability to gently thresh grain, minimizing damage and improving grain quality. The grain tank held around 300 bushels, allowing for extended harvesting periods before unloading. The unloading auger could empty the tank at a rate of approximately 3.3 bushels per second (198 bu/min). Header widths varied widely, ranging from 25 to 36 feet, enabling farmers to optimize the combine for different field sizes and crop types. Chopper and spreader options were available to manage crop residue effectively. The cab was designed for operator comfort, featuring air conditioning, adjustable seating, and user-friendly controls. The CX5090 excelled in harvesting a variety of crops, including wheat, corn, soybeans, and other small grains, making it a versatile choice for diverse farming operations.
Specifications
| Engine | Iveco 330 HP 8.7L Diesel |
|---|---|
| Separator Type | Rotary - Single Rotor |
| Grain Tank | 300 bushels |
| Unloading Rate | 198 bu/min |
| Header Widths | 25-36 ft |
| Fuel Capacity | 211 gallons |
| Weight | 33,000 lbs |
| Years Produced | 2008-2014 (approximate) |
Maintenance Tips
- Concave Adjustment: Regularly check and adjust concave clearance to ensure proper threshing and minimize grain loss. Refer to the operator's manual for recommended settings based on crop type and condition.
- Belt and Chain Tension: Inspect belts and chains frequently for proper tension and wear. Loose belts and chains can reduce efficiency and cause damage to the combine. Replace worn belts and chains promptly.
- Sieve and Chaffer Cleaning: Clean sieves and chaffers regularly to remove debris and prevent clogging. Clogged sieves can reduce cleaning efficiency and increase grain loss.
- Bearing Greasing: Grease all bearings according to the manufacturer's recommendations. Proper lubrication is essential for extending bearing life and preventing premature failure.
History & Background
The Ford New Holland CX5090 was introduced in the late 2000s as part of the CX series of combines, designed to offer increased capacity and efficiency compared to previous models. While not subject to major redesigns during its production run, it benefitted from continuous improvements in electronics and operator comfort. The CX5090 played a key role in advancing combine harvesting technology, offering a balance of performance and reliability.
Frequently Asked Questions
What engine is in the Ford New Holland Cx5090?
The Ford New Holland Cx5090 typically uses an Iveco 8.7L diesel engine, producing approximately 330 horsepower.
What is the grain tank capacity on a Cx5090?
The grain tank capacity of the CX5090 is around 300 bushels, with an unloading rate of approximately 198 bushels per minute (3.3 bu/second).
What type of separator does the Cx5090 have?
The CX5090 features a rotary separator system, utilizing a single rotor design for efficient threshing and separation of grain.
What are common parts needed for the Cx5090?
Commonly needed parts for the CX5090 include concaves, rasp bars, belts, chains, bearings, auger fingers, and sickle sections. Regular inspection and replacement of these wear parts are essential for maintaining optimal combine performance.
