Browning BK52X1 Sheave

Browning BK52X1 Sheave

  • $89.13


When you need a dependable component for your fractional horsepower (FHP) drive systems, the Browning BK52X1 sheave delivers. This robust cast iron V-belt sheave is engineered for consistent power transmission, featuring a single groove FHP sheave design. With a precise 4.95 inch OD sheave and a 1 inch finished bore sheave, it ensures a secure, direct shaft mounting. The finished bore includes a keyway and setscrew for positive retention, minimizing slippage and maximizing operational efficiency. This sheave is specifically designed for compatibility with 4L, 5L, A, and B section belts, offering versatility across various applications. Its durable cast iron construction provides the longevity required in demanding HVACR environments, ensuring reliable performance for your equipment. The nominal pitch diameters are 4.4 inches for A belts and 4.9 inches for B belts, with a face width of 0.875 inches.

  • Key Benefits:
  • Durable cast iron construction for extended service life.
  • Broad compatibility with 4L, 5L, A, and B section belts.
  • Precision 1-inch finished bore with keyway and setscrew for secure mounting.
  • Optimized for efficient power transmission in fractional horsepower applications.
  • Single groove design for straightforward system integration.

Common Questions:

  • What belt types work with the Browning BK52X1 sheave?
    This sheave is compatible with 4L, 5L, A, and B section V-belts.
  • What are the key dimensions of the Browning BK52X1 sheave?
    It features a 4.95-inch outside diameter and a 1-inch finished bore. The face width is 0.875 inches.
  • Is the Browning BK52X1 sheave suitable for fractional horsepower applications?
    Yes, it is specifically designed as an FHP (Fractional Horsepower) sheave.

Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.

QUESTIONS & ANSWERS

Have a Question?

Be the first to ask a question about this.

Ask a Question