The Drive Sprocket for JD 600 Series Corn Heads is a crucial component designed to ensure efficient operation and longevity in harvesting equipment. Crafted from heat-treated materials, this sprocket is built to withstand the rigors of agricultural use, offering exceptional durability and reliability in the field.

Specifically tailored to fit John Deere 600 series heads prior to serial number 745100, this drive sprocket is engineered to seamlessly integrate with compatible equipment models. It serves as a replacement for JD part numbers H233287 and H221814, providing a perfect fit and compatibility with existing components.

Featuring eight teeth, this upper drive sprocket is designed to power the gathering chain, facilitating the smooth and effective movement of harvested crops through the corn head. Whether used on John Deere 606C, 608C, or 612C corn heads, this sprocket delivers consistent performance, ensuring optimal functionality during harvesting operations.

The heat-treated construction of the drive sprocket enhances its strength and resilience, making it capable of withstanding high levels of stress and torque encountered during harvesting activities. This ensures smooth power transmission and minimizes the risk of premature wear or damage, contributing to extended service life and reduced maintenance requirements.

By investing in this high-quality drive sprocket, farmers and agricultural professionals can maintain the efficiency and productivity of their John Deere 600 series corn heads. Its precision engineering and durable construction make it a reliable choice for powering the gathering chain and facilitating the seamless harvesting of crops.

Whether used in commercial farming operations or smaller agricultural enterprises, the Drive Sprocket for JD 600 Series Corn Heads offers dependable performance and peace of mind, helping operators achieve optimal results season after season. Trust in its quality craftsmanship and precision engineering to support your harvesting endeavors with confidence and efficiency.