Quick lube Divider Valve Outlet Closure Plug - Lincoln Industrial

The Lincoln Industrial 303-17499-3 Quick lube Divider Valve Outlet Closure Plug is an essential component for optimizing centralized lubrication systems. Designed to seal unused outlets on Lincoln Quicklub SSV and SSV-D series divider valves, this plug ensures the precise delivery of lubricant to active points. It allows professional technicians and mechanics to customize their lubrication setups, maintaining system efficiency and preventing lubricant waste.

Key Features

• Integrated Sealing Edge: This closure plug features a built-in sealing edge, eliminating the need for additional gaskets and ensuring a leak-free seal upon installation.
• Durable Steel Construction: Constructed from robust steel, the plug is engineered for longevity and reliability in demanding automotive and industrial environments. It is compatible with both carbon steel and 303 stainless steel Quicklub divider valves.
• Precise M10x1 Threading: Specifically designed with M10x1 threading, this plug ensures a perfect fit for standard outlets on Lincoln Quicklub SSV and SSV-D series divider valves, preventing cross-threading and ensuring secure engagement.
• Optimized Lubricant Flow: By effectively closing an outlet, this plug redirects lubricant to the next adjacent outlet in descending numerical order, allowing for flexible system configuration while maintaining proper flow dynamics.
• Easy Installation: Designed for straightforward installation, the plug can be quickly threaded into unused ports, providing a reliable closure without complex procedures.

Applications

This Quick lube Divider Valve Outlet Closure Plug is vital for maintaining and modifying Lincoln Quicklub centralized and automated lubrication systems across various industrial sectors. It is commonly used in applications such as packaging, metalworking, material handling, and processing equipment, including bakery, printing, and wood processing machinery. The plug enables technicians to adapt lubrication systems to specific machine requirements or changes in operational setups, ensuring that lubricant is only delivered where needed, thereby enhancing system performance and reducing maintenance complexity.