D-Type Industrial Pneumatic Threaded Plug with Male NPT – Dixon

Main Features

D-Type Industrial Pneumatic Threaded Plug with Male NPT – Quick-Connect Coupling Solution

Benefits:

• Ensures compatibility with Industrial sockets of identical coupling dimensions.
• Facilitates rapid connection and disconnection for frequent access to pneumatic systems.
• Constructed from solid bar stock to guarantee durability and extended service life.
• Supports a maximum working pressure of 500 PSI when used with 303 Stainless Steel couplers.
• Offers interoperability with couplers from Foster, Parker, and Hansen, enhancing versatility.

The D-Type Industrial Pneumatic Threaded Plug with Male NPT is engineered for seamless integration into pneumatic systems, providing an efficient solution for applications requiring frequent line access. These plugs, known as industrial interchange couplings, are universally compatible with Industrial sockets of matching coupling sizes, independent of pipe dimensions or barbed hose ID.

Precision-machined from solid bar stock, these plugs deliver a robust and dependable connection in high-pressure settings. The D-Type plug is adaptable to a broad spectrum of coupler brands, such as Foster, Parker, and Hansen, ensuring flexibility and interchangeability. Capable of withstanding pressures up to 500 PSI when paired with 303 Stainless Steel D-Series Automatic Couplers, this plug guarantees consistent performance in rigorous industrial environments.

Product Details:

• Construction: Machined from solid bar stock
• Rated Pressure (D-Series Automatic Couplers): 500 PSI (35 bar) Maximum Working, 26,000 PSI Burst
• Rated Pressure (F-Series Manual Couplers): 500 PSI (35 bar) Maximum Working, 11,500 PSI Burst
• Compatibility: Foster 3, 4, 5, 6 Series; Parker 30-Series Automatic & 20-Series Manual; Hansen 3000, 4000, 5000, 6000 & Hansen 1000, 400, 500

The D-Type Industrial Pneumatic Threaded Plug with Male NPT provides a robust and efficient solution for quick-connect pneumatic systems, ensuring smooth and effective operation in high-pressure environments.