H204872 Pulley Half JOHN DEERE (Royal Tiger)

SKU: H204872-RT
Price: 773 zł
In stock: 1 pcs
| Royal Tiger | Royal Tiger Machinery — proven components for agricultural machines John Deere, Case IH, Claas, Horsch, New Holland, Massey Ferguson, and other manufacturers. Spare parts are produced based on modern technologies, characterized by precise dimensions, high wear resistance, and fully correspond to original parts. Royal Tiger Machinery — an optimal solution as an OEM parts substitute, combining reliability and affordability. Order Royal Tiger Machinery spare parts at Art-Agro (own import) to ensure stable and uninterrupted operation of your equipment. |
H204872 – Outer half of the pulley wheel
Description
H204872 is the outer half of the pulley wheel of the variable drive of the inclined feeder in John Deere combines. This half of the pulley wheel works with the inner half of the pulley wheel of the variator, creating a variable speed mechanism that transforms rotational motion and transmits it through the belt system to the inclined feeder conveyor. This allows for maintaining the required feeding speed from the header to the combine.
The half of the variator pulley is mounted in the drive assembly of the inclined feeder and is an important mechanical element that ensures smooth and reliable power transfer during the operation of the conveyor.
Main features
- Catalog number: H204872
- Type: outer half of the variator
- Purpose: transferring torque in the drive system of the inclined chamber of the combine
- Application: John Deere grain combines (S and STS series, including models S550, S650, S660, S760, 9560, 9560STS, 9570STS, 9660, 9660CTS, 9660STS, 9670STS, 9750STS, 9760STS, 9860STS, etc.)
- Material: durable metal-steel construction, designed for load-bearing work

Advantages
- ensures effective torque transfer in the variator drive system;
- contributes to stable and smooth operation of the inclined chamber conveyor;
- made from durable materials for field applications;
- key element ensuring reliable operation of the crop feeding mechanisms in the combine.

