RS PRO Nickel Plated Brass Full Bore, 2 Way, Ball Valve, BSP 38.1mm, 16bar Operating Pressure

Application : Plumbing, Water
Drain the downstream or the whole line
Apply thermal or flow sensors
Apply pressure gauges
Divert the fluid to a new stream
Operating Temperature : -20ﾟC (-4ﾟF) / +170ﾟC (+350ﾟF)
Operating pressure : PN16 (230 PSI) up to 2’’, non-shock cold working pressure
Threads : ISO228 parallel female by female threads
Port : Full
Connections options : FxF
Stem Configuration : Blowout-proof nickel plated brass stem, with two FPM O-rings at the stem for maximum safety
Ball seats : Pure PTFE self-lubricating, with flexible-lip design
Body : Full port to DIN 3357 for maximum flow
100% Made in Italy
Chrome plated brass ball for longer life
Silicone-free lubricant on all seals
Travel stops on body to avoid stress at stem
24h 100% seal test guaranteed
Dual sealing system allows valve to be operated in either direction making installation easier
No metal-to-metal moving parts
No maintenance ever required
Handle clearly shows ball position
Quality : Hot forged sand blasted, nickel plated brass body and cap sealed with Loctite or equivalent thread sealant; Finest brass according to EN 12165 and EN 12164 (formerly DIN 17660 and UNI 5705-65) specifications

Hot forged sand blasted, nickel plated brass body and cap sealed with Loctite or equivalent thread sealant
Finest brass according to EN 12165 and EN 12164 (formerly
DIN 17660 and UNI 5705-65) specifications
Double side drain allows easy and safe downstream line venting

Working Pressure:

16 Bar Kg/cm2 (230 PSI)
non-shock cold working pressure
Applicable to valve, not to side tap

Flow:

Full port to DIN 3357 for maximum flow

Thread:

ISO 228 parallel female by female threads
G 1/4in. ISO 228 drain on both side

Seals:

Pure PTFE self-lubricating seats with flexible-lip design

Approvals apply to specific configurations only

GOST-R (Russia)
Expert Conclusion (Russia)
EAC Conforming (Russia)
RoHS Compliant

Freezing of the fluid in the installation may severely damage the valve