Optimize Performance with the 3C150E Sheave

Precision Engineering for Industrial Efficiency

The 3C150E 15.40″ 3 Groove E Sheave is a top-tier solution for industrial power transmission. Designed for superior performance, this sheave ensures consistent belt alignment, reduced wear, and enhanced efficiency. With its robust construction and precision-machined grooves, it delivers unmatched reliability in demanding applications.

Built to Withstand Industrial Demands

Constructed with high-strength steel, the 3C150E sheave offers exceptional durability and resistance to wear. Whether you’re operating in high-temperature environments or under heavy loads, this sheave provides long-lasting service life. Its industrial-grade design ensures it meets the needs of heavy-duty machinery while maintaining optimal performance.

Enhanced Efficiency with Precision Design

Featuring three expertly machined grooves, the 3C150E provides seamless belt operation with minimal slippage. This design enhances power transmission efficiency, reducing energy loss and maximizing productivity. The smooth surface finish minimizes friction, extending the lifespan of your belts and reducing maintenance costs.

A Smart Investment for Industrial Success

By choosing the 3C150E 15.40″ 3 Groove E Sheave, you’re investing in quality, performance, and reliability. Ideal for commercial and industrial setups, this sheave enhances system output while lowering operational costs, making it a must-have component for your machinery.

3C150E Product Attributes:

• Manufacturer Part Number (MPN): 3C150E
• Brand: Browning
• Size: 15.40″ Diameter
• Color: Industrial Gray
• Material: High-Strength Steel

This 3C’S sheave uses E QD bushing, is directly interchangeable with other manufacturers and is manufactured in accordance with ARPM Standard for safe operation. it is made using a high strength cast iron, is phosphate coated, painted, and balanced at the factory. Using the high-strength cast iron grade that we do offers a higher tensile strength and is more wear resistant than the more commonly used grades.