Skip to the beginning of the images gallery

Danfoss / Eaton Coupling

Description & Features

The Danfoss / Eaton Coupling is a robust solution designed for pneumatic and compressed air applications. Engineered with a push-to-connect mechanism, it ensures swift and secure connections with a female end size of 0.375 inches. Its construction features a durable nickel finish, enhancing its resistance to corrosion thanks to the Dura-Kote plating. This coupling is designed for higher operating pressures that exceed SAE standards, offering reliable performance in demanding environments.

With its straight adapter configuration, this coupling provides exceptional design flexibility, accommodating a range of industrial needs. Its brass finish not only ensures longevity but also adds a layer of reliability crucial for maintaining system integrity. Ideal for line, hose, and tube connections, the Danfoss / Eaton Coupling is a versatile and essential component for ensuring efficient air flow in industrial settings.

SKU: IG1174X6

Supplier Part Number (MPN): 1174X6

Specifications

Application Compressed air, pneumatic	End Gender 1 13553	End Size 1 0.38	End Type 1 Push to Connect	Features Dura-Kote plating for superior corrosion resistance\|Design flexibility with hundreds of styles to choose from\|Higher operating pressures above SAE standards	Finish Nickel	ICC Straight Adapters	Internal Connection Type Line/Hose/Tube Push to connect Straight Adapters	Language English	Net Pack Quantity Units EA	NMFC 50	Product Color Finish Brass	Product Width 0.87	Sub Brand None	Supplier Part Number 1174X6	Tube ID 4 0.38	Product Weight 0.12 lbs

Product Questions & Answers (1)

Question by: Kent F on Apr 26, 2025, 11:23 AM

Will this coupling hold up if I'm running it pretty much all day, every day?

Answer by: Customer Support on Apr 28, 2025, 8:25 AM

For pneumatic and compressed air applications requiring a robust solution, this coupling is engineered with higher operating pressures that exceed SAE standards, so it should provide reliable performance even in demanding, continuous-use environments.