The Neo-Fit Angle Stop Adapter Valve provides an easy way to add a water feed supply from an existing chrome supply stop valve. These valves connect between the chrome supply stop and riser to provide a water supply feed line for water filtration systems, RO systems, coffee machines, and ice makers. The Push-fit technology makes installations quick and easy. They are manufactured in Natural White polypropylene with food grade EPDM seals, with plated lead-free brass threads. 

Features:

• For use with plastic or copper OD sized tubing
• For cold water supply use only
• Threads onto 3/8 in compression chrome supply stop
• Quarter turn to open or close
• Natural White Polypropylene body, EPDM seals
• Lead Free materials
• Quick and easy connection/disconnection
• NSF51 and NSF61 listed
• Not suitable for compressed air, explosive gases, petroleum spirits and other fuels or for heating systems

Working pressure & temperature:

• Max 150 psi at 70°F
• Max 60 psi at 140°F 

Do Not Use these Valves:

• In a partially open position to control flow
• To provide a permanent termination
• Without tubing assembled or plugged (or threaded connections sealed)
• As a tap of “faucet

Fittings Comparison: Polypropylene White
 

Size	NEO: Working PSI @ Temp	JG: Working PSI @ Temp	DM Fit: Working PSI@ Temp	Mur-Lok: Working PSI@ Temp
1/4"	150psi @ 68F/ 60psi @ 150F	150psi @ 70F/ 60psi at 140F	150psi @ 70F/ 60psi @ 150F	150psi @ 70F/ 60psi @ 140F
3/8"	150psi @ 68F/ 60psi @ 150F	150psi @ 70F/ 60psi at 140F	150psi @ 70F/ 60psi @ 150F	150psi @ 70F/ 60psi @ 140F
1/2"	150psi @ 68F/ 60psi @ 150F	150psi @ 70F/ 60psi at 140F	150psi @ 70F/ 60psi @ 150F	150psi @ 70F/ 60psi @ 140F
Certifications	NEO: NSF 51 & 61 Certified	JG: NSF 51 & 61 Certified	DM Fit: NSF 51 & 61 Certified	Mur-Lok: NSF 58 & 372 Certified

 

Size	NEO: Max Torque	JG: Max Torque	DM Fit: Max Torque	Mur-Lok: Max Torque
1/4"	1ft/lb  (1.5nm)	1ft/lb  (1.5nm)	1ft/lb  (1.5nm)	1ft/lb  (1.5nm)
3/8"	2ft/lb  (3 nm)	2ft/lb  (3 nm)	2ft/lb  (3 nm)	2ft/lb  (3 nm)
1/2"	2ft/lb  (3 nm)	2ft/lb  (3 nm)	2ft/lb  (3 nm)	2ft/lb  (3 nm)