Halloween Special Lincoln Industrial 13148 Header Block 6 Port Junction With 1/8" Nptf Ports For Remote Lube Fitting Systems With A 85% Price Cut [Gnio2as3]

Lincoln Industrial 13148 Header Block 6 Port Junction

The Lincoln Industrial 13148 Header Block 6 Port Junction is a cutting-edge solution designed for remote lube fitting systems. This innovative junction block is a game-changer for machinery maintenance, providing easy access to lubrication fittings. Its 6-port design ensures multiple lubrication points are brought together at a common, easily accessible location, streamlining the lubrication process and reducing downtime. With the 1/8" NPTF ports, this junction block is compatible with a wide range of lubrication fittings, making it a versatile addition to any lubrication system.

Technical Specifications and Features

The Lincoln Industrial 13148 Header Block is built to last with its robust construction and precise engineering. Key features include surface mount systems that allow for flexible installation, and the ability to position lubricant inlet passages horizontally or vertically. The junction block measures 5 3/4" in length, 3/4" in height, and 3/4" in width, making it compact yet robust. The mounting holes are 11/32" in diameter and are spaced at 90-degree intervals, requiring 5/16" diameter mounting bolts for secure installation. With these specifications, the 13148 Header Block is designed to withstand the rigors of industrial environments.

Benefits and Applications

The Lincoln Industrial 13148 Header Block is not just a piece of equipment; it's a solution that enhances the efficiency and safety of your machinery. By providing easy access to lubrication fittings, this junction block ensures that all bearings are lubricated properly, even while the machine is in operation. This not only prolongs the life of your machinery but also reduces the risk of personal injury to operators and employees. The 13148 Header Block is ideal for use in industries where machinery is difficult to reach or where hazardous conditions may be present, making it a must-have for maintenance professionals looking to improve their lubrication systems.