HOSE STUD ASSEMBLY - Lincoln Industrial

The Lincoln Industrial 272394 Hose Stud Assembly is a precision-engineered 90° elbow fitting designed for professional-grade centralized lubrication systems. This critical component ensures secure and leak-free right-angle connections in demanding automotive and industrial applications, particularly within confined spaces. Engineered for durability and reliable performance, it is an essential part of maintaining efficient high-pressure lubrication delivery.

Key Features

• 90-Degree Elbow Design: Facilitates secure hose routing in tight or obstructed areas, reducing hose stress and improving system longevity.
• High-Pressure Compatibility: Rated for a 4,000 psi working pressure, ensuring reliable performance in demanding lubrication environments.
• Dedicated Quicklinc Integration: Engineered for exclusive use with Lincoln Quicklinc Fittings (272427) and 1/8? ID high-pressure hoses, guaranteeing a proprietary, leak-free sealing system.
• Robust Construction: Constructed from durable steel, providing long-lasting service life in harsh industrial and automotive conditions.
• System Compatibility: Fully compatible with all generations of Lincoln Quicklub centralized and automatic lubrication systems and components, including divider valve outlet adapters.
• Push-in Style Fitting: Designed for straightforward and secure assembly with compatible components.

Applications

The Lincoln Industrial 272394 Hose Stud Assembly is widely utilized in various professional settings that rely on centralized lubrication systems. Common applications include industrial machinery, heavy equipment, and vehicle maintenance systems, where precise and reliable lubricant delivery is crucial. It is integral for maintaining critical components in manufacturing plants, construction equipment, and other hydraulic machinery, ensuring operational efficiency and extending equipment lifespan. This stud assembly provides essential right-angle connections in systems requiring secure fluid transfer in automotive, manufacturing, and hydraulic applications.