80392932 Sprocket for New Holland Combine
This 80392932 sprocket is designed to be compatible with various New Holland Combine harvester models: 8050, 8060, 8070, 8080, CS520, CS540, CS6050, CS6060, CS6070, CS6080, CS6090, CS640, CS660, CSX7060, CSX7080, TF42, TF44, TF46, TF74, TF78, TX30, TX32, TX34, TX36, and TX66. Ensure optimal performance and reliability with our high-quality sprocket, tailored for these specific models to enhance your harvesting efficiency.
Parameters for 80392932 Sprocket for New Holland Combine
| Weight, W | kg | 1.69 |
|---|---|---|
| Inner diameter, d | mm | 45 |
| Outer diameter, D | mm | 62 |
| Number of teeth, Z | 10 | |
| Height, H | mm | 41 |
| Outside diameter, D1 | mm | 145 |
| Key slot | mm | 41x12x3 |
| Height, H2 | mm | 18 |
Features of 80392932 Sprocket for New Holland Combine
- High durability for long-lasting performance in tough agricultural conditions.
- Precisely engineered for optimal fit and functionality in New Holland combines.
- Corrosion-resistant materials ensure reliability and reduce maintenance needs.
- Designed to enhance the efficiency of the combine's operation.
Installation Guide for 80392932 Sprocket for New Holland Combine
To install the 80392932 sprocket on your New Holland combine, follow these steps:
- Ensure the machine is powered off and securely parked.
- Remove the existing sprocket by loosening the securing bolts with the appropriate wrench.
- Clean the mounting surface to remove debris and old lubricant.
- Align the new sprocket with the drive chain, ensuring proper fit.
- Secure the sprocket in place by tightening the bolts to the manufacturer's specified torque.
- Recheck the alignment of the chain and sprocket before operating the machine.
Manufacturing Process of 80392932 Sprocket for New Holland Combine
The manufacturing process of the 80392932 sprocket involves several key steps. First, high-quality raw materials, typically steel, are selected for durability. Next, the material is cut into the required shape using precision cutting tools. This is followed by heat treatment to enhance strength and wear resistance. The sprocket then undergoes machining, where details such as teeth profiles are precisely crafted. Finally, a thorough quality inspection ensures that the sprocket meets all specifications before it is coated for corrosion resistance and packaged for delivery.