NIBCO® Gate Valve, Block Pattern, Series: T-174-SS, 1-1/2 in Nominal, Threaded, 600 psi, 300 lb, Handwheel Actuator, 3-3/4 in Inlet to Outlet Length, 10-1/4 in Top to Inlet Center, Bronze Body, Silicon Bronze Trim, Aramid Fiber/Graphite, Domestic
The NIBCO® bronze gate valve may be used in commercial and industrial applications, HVAC, specifically for medium to high pressure steam, and other general utility services. Please refer to NIBCO technical data sheets, chemical resistance guides and catalogs for engineering and installation information. Choose NIBCO® gate valves for the most specified, versatile and economical valve option in commercial, mechanical and industrial applications. NIBCO® gate valves are backed by the NIBCO 5-year 125% limited warranty.
MSS SP-80|PROP65: This product can expose you to chemicals including Lead, which is known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov
Actuator Type
Handwheel
Body Material
Bronze
Domestic/Import
Domestic
End Style
Threaded
Inlet to Outlet Length
3-3/4 in
Nominal Size
1-1/2 in
Pressure Class
300 lb
Pressure Rating
600 psi
Series
T-174-SS
Softgoods Material
Aramid Fiber/Graphite
Top to Inlet Center
10-1/4 in
Trim Material
Silicon Bronze
Type
Block Pattern
Brand
NIBCO®
Country of Origin
US
Warranty
5 years Limited
300 psi/20.7 bar saturated steam to 421 deg /216 deg600 psi/41.4 bar non-shock cold working pressureClass 300 threaded end connectionsUse in U.S. drinking water applications is prohibited after January 3, 2014Dezincification resistantThe NIBCO bronze gate valve features a union bonnet for service where reparability in-line is requiredThe stainless steel alloy solid wedge, integral seats and bi-directional service make the gate valve a good choice for higher pressures, temperature and corrosive servicesRising stem gate valves are used when shutoff is required and a quick visual indicator of open/closed position is neededFemale threaded ends allow for ease of installation