Bfcm Special Skookum R Series 5 Ton 4" Alloy Sheave Full Sided Block With Regular Yoke Money-back Guarantee [RLpXJSur]

Skookum R Series 5 Ton 4" ALLOY Sheave Full Sided Block

The Skookum R Series 5 Ton 4" ALLOY Sheave Full Sided Block is a versatile and durable lifting solution designed for demanding applications. This high-quality block features a robust 4-inch alloy sheave, ideal for 3/8-inch wire rope, and is equipped with roller bearings for smooth operation. The R4A model stands out with its multi-use wide throat and utili-sheave, allowing for the passage of various lines, connecting links, and terminations, making it a versatile choice for a wide range of lifting tasks.

Key Features and Specifications

The Skookum R Series block is engineered with work-hardening manganese steel sheaves, which maximize wire rope and sheave life. The alloy sheave option provides the same durability at a lower cost, making it an economical choice without compromising on quality. The R6, R8, and R4 models are equipped with tapered roller bearings for long life in higher line speed applications, while the R4 model features straight roller bearings to minimize size. This block also includes a recessed sheave to prevent wire rope binding, and a full-sided design that maximizes sheave protection and strength. The versatile draw pin allows for rapid reeving and exchange of attaching styles, while the rugged cast alloy steel sides ensure durability in demanding environments.

Practical Uses and Compliance

The Skookum R Series 5 Ton 4" ALLOY Sheave Full Sided Block is designed for a variety of practical uses, including construction, manufacturing, and general lifting applications. Its compliance with ASME B30.26-1 standards ensures safety and reliability, making it a trusted choice for professionals. With its robust construction, versatile features, and high-quality materials, this block is a reliable and efficient lifting solution that will meet the needs of any project. Invest in the Skookum R Series and experience the difference in performance and durability.