On Sale 604-24-20 : Afp Split Flange Adapter, Steel, Straight, 1.5 (1-1/2") Male Orfs Side 1, 1.25 (1-1/4") C62 Flange Side 2 Save 90% Now [tiaV9RKS]

AFP Split Flange Adapter Overview

The AFP Split Flange Adapter, part number 604-24-20, is a versatile component designed for hydraulic systems. Crafted from durable steel, this adapter offers a seamless connection between two different flange types. With its straight configuration, it ensures a smooth and reliable hydraulic plumbing experience. This adapter is available in two sizes to accommodate various system requirements: 1.5 inches (1-1/2") on the male ORFS side and 1.25 inches (1-1/4") on the C62 flange side. Its wide range of configurations allows for flexible system design.

Key Features and Specifications

The AFP Split Flange Adapter is built to withstand the demands of hydraulic systems. Key features include a 1.5-inch (1-1/2") male ORFS side and a 1.25-inch (1-1/4") C62 flange side, making it an ideal solution for connecting different components. This adapter is designed for off-the-shelf availability, ensuring quick delivery and reduced lead times. It is important to note that when adapting this flange to other connections such as braze tube, welded pipe, or threaded ports or stud ends, the maximum working pressure may be reduced. The adapter's robust construction ensures a long-lasting solution for your hydraulic system needs.

Applications and Benefits

The AFP Split Flange Adapter is a crucial component for design engineers and shop assembly personnel in the hydraulic industry. Its versatility makes it suitable for a wide range of applications, including machinery, industrial equipment, and vehicle systems. By providing a quick and efficient way to connect different hydraulic components, this adapter helps streamline the assembly process. Its availability off-the-shelf also contributes to cost savings and improved project timelines. With the AFP Split Flange Adapter, you can expect increased efficiency, reliability, and ease of installation in your hydraulic systems.