Ansi Globe Valve

Description

Globe Valves – Bolted Bonnet

Globe Valve design complies to API 623 (higher stem diameter than BS 1873)
Fugitive Emissions – Complies to API 624 and ISO 15848-1 (<50 ppm / Class AH leakage levels, optional)
Globe Valves tested to API 624 at Yarmouth Research Lab, Maine, USA
Fire safe – By design and tested to API 607/ISO 10497
CE Marking – Meets requirements of Pressure Equipment Directive 2014/68/EU, Annexure III, Module H
PED Module B1 Design Examination Certificate (certified by DNV) available
Atex – Meets requirements of Atex Directive 94/9/EC (ATEX), category 2 non-electrical equipment
SIL3 Safety Integrity Level for Automated Valves
Globe valves successfully tested to Shell Design Validation Test Procedure 77/300 and witnessed by Shell Inspectors

Body Guided disc in globe valves (all sizes/classes) provides disc stability and avoids vibration of the disc-disc nut assembly
Non-rotating rising stem design in globe valves (2” and above) yields a 20-30% reduction in valve torque vis-à-vis the Rotating rising stem globe valves
In-situ seat design in all globe valves
Inconel overlay cladded option available for economical solutions

Stainless Steel Corrosion-Resistant Globe Valves

Special Features:

Integral body seat. In-situ hardfacing provided for Trim 12 and 16 valves
Non-Rotating Rising-Stem for lower operating torque
Globe Valve stem-disc connection, allows disc to swivel and align for better seal
Guided disc to avoid vibration during throttling
Body-bonnet Joint – Class 150 Globe Valves offered with square-shaped body-bonnet
joints in size 2” and with oval-shaped joints in 3” size. Valves in all other sizes and pressure classes offered with circular body-bonnet joints.
Complies to API 624 and ISO 15848 fugitive emission requirements