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Parker Hannifin Quick-Disconnect Plug: Straight Through (ST), 1 in Coupling Size, Brass, 1 Pipe Size, NPTF, Female

Item # 849A001

$23.29 Each

Product Specs

Coupling Size: 1 in
Body Material: Brass
Type: Plug
Pipe Size: 1
Connection Type: NPTF
Connection Gender: Female
Valved: No
Maximum Operating Pressure: 1,200 psi
Minimum Operating Temperature: -40 ° F
Maximum Operating Temperature: 250 ° F
Interchange Type: Straight Through (ST)
Overall Length: 2 3⁄8 in
Application: High Pressure Water; Carpet Cleaners; Steam Washers
Barbed: No
Body Diameter: 1 7⁄8 in
Features: Multi-Purpose; Optional Coupler Sleeve Lock Helps to Prevent Accidental Disconnection
For Substance Type: Water; Steam
Maximum Flow: 50 gpm
Pack Qty: EA
REACH Compliant: Yes
Resistance Properties: Wear-Resistant
Reusable: Yes
RoHS Compliant: Yes
Sanitary: No
Thread Gender: Female
Thread Size: 1"-11 1/2
Thread Standard: NPTF

Compliance and Restrictions

Country Of Origin

  • USA

About This Product

This Quick-Disconnect Plug from Parker Hannifin has a Straight Through (ST) interchange type, which has no internal valves, which allows maximum flow with minimum pressure drop. It has a 1 in coupling size. It has a body constructed of brass, which is a corrosion-resistant material known for its bright yellow appearance. It has a 1 pipe size. It has a NPTF connection, which is a National Pipe Thread Tapered Fine fitting that has crest and root heights adjusted for an interference fit, providing better protection against leaks and also known as Dryseal. It has a female connection. Sold individually.

About Quick-Disconnect Hose Couplings

Quickly disconnect or connect hoses with these couplings. To connect, push the plug end of the coupling into the socket end until you hear a click. To disconnect, push the socket sleeve back and gently pull the plug end. Plugs (also called nipples) and sockets with the same size and interchange type can be used together.

Get the maximum flow of material through your hose system with these straight through (ST) couplings. Since they have no internal valves, they allow material to flow through without obstruction.