Precision and Power: 4C140R Pulley

Built for Durability and Efficiency

The 4C140R Pulley is the ultimate solution for seamless power transmission in industrial and commercial applications. Engineered from high-strength cast iron, this 14-inch, 4-groove pulley provides exceptional durability and reliable performance. Its robust construction ensures a long lifespan, even in demanding operational environments, making it the perfect addition to your heavy-duty equipment.

Enhance System Performance

Maximize efficiency with this expertly designed pulley. The precision-machined grooves deliver optimal belt alignment, reducing wear and tear while ensuring smooth and consistent operation. Whether used in conveyor systems, HVAC units, or heavy machinery, the 4C140R Pulley keeps your systems running at peak performance, minimizing downtime and boosting productivity.

Versatile and Easy to Install

With its standard configuration and universal compatibility, the 4C140R Pulley fits effortlessly into a variety of industrial systems. Its sleek, functional design not only facilitates a straightforward installation process but also integrates seamlessly into your existing setup. Designed with user convenience in mind, it saves you time and effort while providing unparalleled reliability.

4C140R Product Attributes:

• Manufacturer Part Number (MPN): 4C140R
• Brand: Browning
• Size: 14-inch diameter, 4 grooves
• Color: Classic cast iron finish
• Material: Heavy-duty cast iron

These 4C Sheaves use an R QD bushing, are fully compatible with other suppliers, and are designed for safe operation according to ARPM Specification. That distinguishes this sheave from the rest is that it is manufactured at the factory using a high quality cast iron, is polished, finished, and filled with phosphates. Having the high quality cast iron type we use gives a greater tensile strength and is more resistant to corrosion than the types that are most widely used. While the polished and then coated phosphate finish gives a resilience to corrosion to the sheave.