1-3/4 In. Diameter X 1/2 In. Bore Single V-groove Pulley

Introducing the Chicago Die Casting 1-3/4 In. x 1/2 In. Single Groove Pulley, now available at Cottin's Hardware & Rental in Lawrence, KS. This high-quality die-cast pulley is specifically designed for fractional horsepower electric motor applications, making it an ideal choice for light-duty tasks that require reliable performance without the hassle of vibrations. Whether you're a professional in the power equipment industry or a DIY enthusiast in Lawrence, this pulley is a crucial component for your projects.

• Durable Construction: Made from die-cast metal, this pulley ensures long-lasting performance and durability, suitable for various applications.
• Perfect Fit: With an outer diameter of 1-3/4 inches and a bore size of 1/2 inch, it is designed to work seamlessly with A section belts, specifically 1/2 inch belts.
• Vibration-Free Operation: Engineered for light-duty applications, this pulley operates smoothly without causing unwanted vibrations, enhancing the overall efficiency of your machinery.
• Easy Installation: The hollow head set screw allows for secure attachment, making installation straightforward and hassle-free.

Imagine using the Chicago Die Casting pulley in your next project, whether it's for a lawn mower, garden tractor, or any other power equipment that requires a reliable pulley system. This pulley is perfect for those in Lawrence who are looking to maintain or upgrade their equipment, ensuring that it runs efficiently and effectively. Its versatility makes it suitable for various industrial and automotive applications, where power transmission is essential.

In conclusion, the Chicago Die Casting 1-3/4 In. x 1/2 In. Single Groove Pulley is not just a component; it's a vital part of your equipment's performance. Don't compromise on quality—choose this pulley to enhance your projects and ensure smooth operation. Visit Cottin's Hardware & Rental in Lawrence, KS to get yours today and experience the difference in your power equipment's efficiency.