NAS 9927 
CGA S-1.2 
ADS TS85 
AGA Z3801158 
CGA V-6.1 
AGA Z3801159 
CGA V-6 
UOP 991-17 
AASHTO VLVLR-2 
CGA V-14 
BS SP 66 AND SP 67:1955+A2:2012 
BS Z 100:1999 
SAE USCAR5-4 
BS Z 1:1997 
UOP 99-07 
ADS TS74 
AS Z42-1967 
ASA S3.35-2010 (R2020) 
ASA S3.37-1987 (R2020) 
AS/NZS IEC 62676.2.2:2020 
CIE x048-PO50 
BS W 13:1973+A1:2014 
SAE USCAR44 
CIE x048-PO57 
AS/NZS IEC TR 61000.2.7:2009 
UOP 999-04 
UOP 993-15 
CTA CEB5-B S-2017 
AS/NZS IEC 63103:2021 
BS Z 17:2000 
PIP VESTA002 
BS Z 5:1997 
Mechanized, Automated and Robotic Welding 
ASA S3.6-2018 
SAE USCAR8-4 
BS Z 2:1997 
ASTM Volume 15.11:2020 
BS SP 86:1959 
AGA Z3801186 
AS Z5-1958 
ISA TR88.00.02-2008 
ASAE/ASABE S627 
BS Z 18:2000 
ADS TS82 
BS TS 1:2000 
SAE USCAR44-1 
HI 9.6.8-2014 
CIE x048-PO49 
BS V 38:1967 
CTA CEB32.3 
BS X 36:1998 
ADS TS9 
BS Z 11:1998 
CIE x048-PO48 
CGA V-9 
BS X 38:2005 
ADS TS86 
AASHTO UGCR-1 
ASTM Volume 15.08:2018 
CGA V-10 
AS Z47-1972 
BS TS 3:1993 
UOP 373-08 
Description
CGA S-10 describes the tendency for some small, spring-loaded pressure relief valves commonly used in piping systems to operate outside their prescribed start-to-discharge pressure range due to cold vulcanization of the seat seal. This publication provides recommendations to mitigate this phenomenon. It does not provide information on specific instances of failure or specific acceptable or unacceptable pressure relief products.
This publication does not apply to pressure relief devices used on cylinders or tubes.
Product Details
- Edition:
- 1st
- Published:
- 06/01/2018
- Number of Pages:
- 3
- File Size:
- 1 file , 1.1 MB
