Male Run Tee Steel #3 To 1/8 Npt

The Male Run Tee Steel #3 To 1/8 Npt is a specialized fluid transfer component designed for high-performance plumbing applications where precision and reliability are paramount. This adapter tee features a versatile configuration of two -3 AN male ports and one 1/8 inch NPT male port, allowing for a seamless transition between different threading standards. It is an essential component for technicians looking to integrate sensors or branch lines into existing hydraulic or fuel systems without compromising the structural integrity of the connection.

Manufactured from high-strength steel, the Aeroquip FCM2700 is engineered to provide a robust seal under significant pressure. The steel construction offers superior mechanical strength compared to lightweight aluminum fittings, making it ideal for applications where vibration, high pressure, and thermal expansion are constant factors. To protect against environmental degradation, the fitting is finished with a zinc plating that serves as a sacrificial layer against oxidation, ensuring long-term reliability in exposed engine compartments or industrial environments.

The specific "run tee" configuration of the Male Run Tee Steel #3 To 1/8 Npt means that the male threads are positioned to facilitate a straight-through flow path with a perpendicular branch. This layout is particularly useful when installing pressure gauges or auxiliary return lines where space is at a premium. By utilizing a standard -3 AN size, this fitting remains compatible with a wide range of professional fluid lines, while the 1/8 inch NPT connection fits most common manifold ports and sensor housings.

When you buy this adapter, you are selecting a component that prioritizes precision machining and ease of maintenance. The clean, uniform threads minimize the risk of galling during assembly, and the zinc-plated finish ensures the fitting remains easy to service or remove even after extended use. This Male Run Tee Steel #3 To 1/8 Npt provides the necessary specifications for professional-grade fluid systems where performance and safety cannot be compromised.