Portable 48npt-48sae90 : Afp Sae Thread To Tank Coupling, Steel, 90-degree, 3" Malesae Side 1, 3" Tank Coupling Side 2, 400psi Rated Best Choice [QD0zG85q]

High-Performance SAE Thread to Tank Coupling

The 48NPT-48SAE90 AFP SAE Thread to Tank Coupling is a robust and versatile component designed for hydraulic systems. Engineered from high-quality steel, this 90-degree coupling offers a 400psi rated pressure, ensuring reliable performance under demanding conditions. Its unique design features a 3" Male SAE Side 1 and a 3" Tank Coupling Side 2, providing a seamless connection between different components within a hydraulic system.

Key Features and Specifications

This coupling stands out for its robust construction and precise engineering. The following features highlight its advantages:

• High-Pressure Rating: The 400psi rating ensures that the coupling can handle high-pressure applications without compromising on safety or performance.
• Flexible Design: The 90-degree configuration allows for more flexible plumbing arrangements, making it an ideal choice for complex hydraulic systems.

The coupling is also compatible with LV2BS#48-2T-MH Ball Valves, enhancing its versatility and ensuring seamless integration with other system components.

Practical Uses and Benefits

The 48NPT-48SAE90 AFP SAE Thread to Tank Coupling is an essential component for design engineers and shop assembly personnel. Its wide range of configurations offers total flexibility in the plumbing of hydraulic systems, meeting today's reduced lead time requirements. The following benefits make this coupling a standout choice:

• Off-the-Shelf Availability: With a variety of standard configurations readily available, this coupling helps streamline the assembly process and reduce lead times.
• Maximum Working Pressure: The high-pressure rating allows for use in a wide range of applications, ensuring reliability and durability.

Please note that adapting the flange to other connections may reduce the maximum working pressure, so it is best used with compatible components for optimal performance.