Massey Ferguson T7-SUPER Combine Parts
T7 SUPER parts and accessories
The Massey Ferguson T7 SUPER combine, known for its reliability and efficiency, was a popular choice for farmers during its production years. Equipped with engines offering a range of horsepower and available with various header widths, the T7 SUPER provided versatility for harvesting different crops. Its conventional separator design made it a dependable machine for grain harvesting in diverse field conditions.
The Massey Ferguson T7 SUPER combine was produced to provide farmers with a reliable harvesting solution. Engine options included variations typically ranging from [Insert HP Range] horsepower, often using a [Insert Engine Brand] diesel engine with a displacement around [Insert Displacement Size]. The T7 SUPER utilized a conventional threshing system, relying on a [Specific Cylinder Width, e.g., 40-inch] cylinder and concave arrangement to separate grain from the plant material. Grain tank capacity was approximately [Insert Bushel Capacity] bushels, and the unloading auger could discharge grain at a rate of around [Insert Unloading Rate] bushels per minute. Header widths were available in sizes ranging from [Smallest Width] to [Largest Width] feet, allowing farmers to optimize the machine for different field sizes and crop types. Options for straw choppers and spreaders were also offered to manage residue after harvesting. The cab provided operator comfort and control, often including features such as air conditioning and adjustable seating. The T7 SUPER proved particularly effective in harvesting crops such as wheat, soybeans, and corn, making it a valuable asset for many farming operations.
Specifications
| Engine | [Engine Brand] [HP Range] HP [Displacement Size] Diesel |
|---|---|
| Separator Type | Conventional - [Cylinder Width] inch cylinder |
| Grain Tank | [Bushel Capacity] bushels |
| Unloading Rate | [Unloading Rate] bu/min |
| Header Widths | [Smallest Width] - [Largest Width] ft |
| Fuel Capacity | [Fuel Capacity Gallons] gallons |
| Weight | [Weight in Lbs] lbs |
| Years Produced | [Years Produced] |
Maintenance Tips
- Concave Adjustment: Regularly check and adjust the concave clearance to optimize threshing performance and minimize grain damage. Refer to the operator's manual for recommended settings based on the crop being harvested.
- Belt and Chain Tension: Inspect all belts and chains for proper tension. Loose belts and chains can cause slippage, reduced efficiency, and premature wear. Tighten or replace as needed.
- Sieve and Chaffer Cleaning: Keep the sieves and chaffers clean to ensure efficient grain separation. Remove any accumulated debris regularly to prevent losses and maintain optimal performance.
- Bearing Greasing: Grease all bearings according to the manufacturer's recommendations. Proper lubrication is essential for preventing premature bearing failure and extending the life of critical components.
History & Background
The Massey Ferguson T7 SUPER was introduced to meet the demand for a dependable and efficient combine harvester. It filled a crucial role in providing farmers with a machine capable of handling various grain crops. While specifics are needed, it represented an evolution in Massey Ferguson's combine technology.
Frequently Asked Questions
What engine is in the Massey Ferguson T7 SUPER?
The Massey Ferguson T7 SUPER typically featured a [Engine Brand] diesel engine, producing around [HP Range] horsepower, with a displacement near [Displacement Size].
What is the grain tank capacity on a T7 SUPER?
The grain tank capacity of the Massey Ferguson T7 SUPER is approximately [Bushel Capacity] bushels. The unloading rate is approximately [Unloading Rate] bushels per minute.
What type of separator does the T7 SUPER have?
The Massey Ferguson T7 SUPER utilizes a conventional separator, featuring a [Cylinder Width]-inch wide cylinder and concave system for threshing.
What are common parts needed for the T7 SUPER?
Common wear parts for the Massey Ferguson T7 SUPER include concaves, rasp bars, belts, chains, bearings, auger fingers, and sickle sections. Regularly inspecting and replacing these parts will help maintain optimal performance.

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