Triple Duty Valves

Bell & Gossett model 3DX-1-1/2 1-1/2" threaded, combination straight or angle-pattern triple-duty valve. Combined features include a positive shut-off, non-slam check valve, and system balancing. Its ductile iron body is rated to 175 psi and 250°F. Learn More

Bell & Gosset 3DV triple duty valve with a 1" rotatable flange inlet. 3DV triple duty valves feature a check valve, shut-off valve, and balancing valve all in one unit for use on the discharge side of a pump. Learn More

Bell & Gosset 3DV triple duty valve with a 1-1/4" NPT inlet. 3DV triple duty valves feature a check valve, shut-off valve, and balancing valve all in one unit for use on the discharge side of a pump. Learn More

Bell & Gosset 3DV triple duty valve with a 1-1/4" rotatable flange inlet. 3DV triple duty valves feature a check valve, shut-off valve, and balancing valve all in one unit for use on the discharge side of a pump. Learn More

Bell & Gosset 3DV triple duty valve with a 1-1/2" NPT inlet. 3DV triple duty valves feature a check valve, shut-off valve, and balancing valve all in one unit for use on the discharge side of a pump. Learn More

Bell & Gosset 3DV triple duty valve with a 1-1/2" rotatable flange inlet. 3DV triple duty valves feature a check valve, shut-off valve, and balancing valve all in one unit for use on the discharge side of a pump. Learn More

Bell & Gosset 3DV triple duty valve with a 2" NPT inlet. 3DV triple duty valves feature a check valve, shut-off valve, and balancing valve all in one unit for use on the discharge side of a pump. Learn More

Bell & Gosset 3DV triple duty valve with a 2" rotatable flange inlet. 3DV triple duty valves feature a check valve, shut-off valve, and balancing valve all in one unit for use on the discharge side of a pump. Learn More

Armstrong FTV-2.5FS Flo-Trex Valve, Straight-Pattern, 2-1/2" ANSI-125 4-bolt flanged pump accessory (discharge-side). Learn More

Armstrong FTV-2.5FA Flo-Trex Valve, Angle-Pattern, 2-1/2" ANSI-125 4-bolt flanged pump accessory (discharge-side). Learn More

Bell & Gossett model 3DX-1-1/4 1-1/4" threaded, combination straight or angle-pattern triple-duty valve. Combined features include a positive shut-off, non-slam check valve, and system balancing. Its ductile iron body is rated to 175 psi and 250°F. Learn More

Bell & Gossett model 3D-2S 2" flanged angle-pattern triple-duty valve. Combined features include a positive shut-off, non-slam check valve, and system balancing. Its ductile iron body is rated to 175 psi and 250°F. Learn More

Bell & Gossett 132132 Triple Duty Valve 3D-2-1/2S 2-1/2" flanged, angle pattern valve. Learn More

Bell & Gossett model 3D-3S 3" flanged angle-pattern triple-duty valve. Combined features include a positive shut-off, non-slam check valve, and system balancing. Its ductile iron body is rated to 175 psi and 250°F. Learn More

Bell & Gossett model 3D-4S 4" flanged angle-pattern triple-duty valve. Combined features include a positive shut-off, non-slam check valve, and system balancing. Its ductile iron body is rated to 175 psi and 250°F. Learn More

Bell & Gossett 132135 Triple Duty Valve 3DS-5S 5" flanged, angle pattern valve. Learn More

Bell & Gossett model 3D-6S 6" flanged angle-pattern triple-duty valve. Combined features include a positive shut-off, non-slam check valve, and system balancing. Its ductile iron body is rated to 175 psi and 250°F. Learn More

Bell & Gossett model 3D-8S 8" flanged angle-pattern triple-duty valve. Combined features include a positive shut-off, non-slam check valve, and system balancing. Its ductile iron body is rated to 175 psi and 250°F. Learn More

Bell & Gossett model 3D-10S 10" flanged angle-pattern triple-duty valve. Combined features include a positive shut-off, non-slam check valve, and system balancing. Its ductile iron body is rated to 175 psi and 250°F. Learn More

Bell & Gossett model 3DS-2S 2" flanged straight-pattern triple-duty valve. Combined features include a positive shut-off, non-slam check valve, and system balancing. Its ductile iron body is rated to 175 psi and 250°F. Learn More