Outlet manifold for Graco PSD16 systems, engineered to route fluid efficiently with PTFE chemical resistance and secure NPT connections for demanding industrial applications.
| Machine / System Series | Application Type |
|---|---|
| Graco PSD16 Diaphragm Pump System | Industrial fluid transfer & chemical handling |
| Graco PTFE Modular Pump Assemblies | High-resistance coating & corrosive fluid transfer |
| Graco PSD Series Pneumatic Diaphragm Pumps | Paints, coatings, adhesives, and specialty fluids |
The Graco 17F056 Manifold, Outlet PTFE NPT PSD16 is an OEM-grade fluid distribution component designed specifically for use in Graco PSD16 pump systems. It functions as the outlet manifold that directs processed fluid from the pump chamber into downstream hoses or process lines with controlled, stable flow. Manufactured with PTFE (Polytetrafluoroethylene) wetted components and precision-machined NPT threaded ports, it is engineered to resist aggressive chemicals, solvents, and high-viscosity industrial fluids while maintaining long-term sealing integrity.
This manifold plays a critical role in maintaining pressure balance and ensuring consistent fluid output in demanding industrial environments. Its PTFE construction minimizes chemical degradation, while the OEM design guarantees exact fitment within Graco’s PSD platform architecture. According to Graco parts documentation, it is part of the standardized manifold assembly used across PSD pump configurations for reliable fluid distribution performance.
The Graco 17F056 Manifold, Outlet PTFE NPT PSD16 is a genuine OEM replacement part designed for Graco’s PSD-series pneumatic diaphragm pump systems. It serves as the outlet manifold assembly, responsible for channeling fluid from the pump’s internal chamber to the external fluid line. Built with PTFE-based wetted materials, it is optimized for industrial environments where exposure to corrosive or chemically aggressive fluids is common. This ensures long service life, reduced maintenance frequency, and consistent system efficiency in demanding production applications.
It is commonly used in fluid handling setups where precision, chemical resistance, and operational reliability are essential, including coating systems, chemical transfer stations, and industrial processing equipment.
