CAD/BIM CATALOG
SAFETYMASTER® Pressure Relief Valves
safetymaster-pressure-relief-valves
Temperature Range: -40°F/300°F, -40°C/149°C
Designed primarily for use on liquid receiver applications above the liquid refrigerant level (it is recommended that the factory be consulted before the valves are used on other applications)
Satisfy ASHRAE Standard 15 code requirements for a refrigerant vessel
safety device (Application information can also be found in ASHRAE
Guide and Data Book)
Comply with ASME code for unfired pressure vessels
Discharge rates are certified by National Board of Boiler & Pressure Vessel Inspectors
Designed for maximum discharge capacities
Conforms to Pressure Equipment Directive 2014/68/EU, CRN, Compatible with all CFC, HCFC and HFC refrigerants and oils
CRN 0G0314.9C
SAFETYMASTER_-Pressure-Relief-Valves---Angle-NPTFE-to-Flare.JPG
Temperature Range: -40°F/300°F, -40°C/149°C
Designed primarily for use on liquid receiver applications above the
liquid refrigerant level (it is recommended that the factory be consulted
before the valves are used on other applications)
Satisfy ASHRAE Standard 15 code requirements for a refrigerant vessel
safety device (Application information can also be found in ASHRAE
Guide and Data Book)
Comply with ASME code for unfired pressure vessels
Discharge rates are certified by National Board of Boiler & Pressure
Vessel Inspectors
Designed for maximum discharge capacities
Conforms to Pressure Equipment Directive 2014/68/EU, CRN, Compatible with all CFC, HCFC and HFC refrigerants and oils
CRN 0G0314.9C
SAFETYMASTER_-Pressure-Relief-Valves---Atmospheric---NPTFE-Inlet.JPG
Temperature Range: -40°F/300°F, -40°C/149°C
Designed primarily for use on liquid receiver applications above the
liquid refrigerant level (it is recommended that the factory be consulted
before the valves are used on other applications)
Satisfy ASHRAE Standard 15 code requirements for a refrigerant vessel
safety device (Application information can also be found in ASHRAE
Guide and Data Book)
Comply with ASME code for unfired pressure vessels
Discharge rates are certified by National Board of Boiler & Pressure
Vessel Inspectors
Designed for maximum discharge capacities
Conforms to Pressure Equipment Directive 2014/68/EU, CRN, Compatible with all CFC, HCFC and HFC refrigerants and oils
CRN 0G0314.9C
SAFETYMASTER_-Pressure-Relief-Valves---Internal.JPG
Temperature Range: -40°F/300°F, -40°C/149°C
Designed primarily for use on liquid receiver applications above the
liquid refrigerant level (it is recommended that the factory be consulted
before the valves are used on other applications)
Satisfy ASHRAE Standard 15 code requirements for a refrigerant vessel
safety device (Application information can also be found in ASHRAE
Guide and Data Book)
Comply with ASME code for unfired pressure vessels
Discharge rates are certified by National Board of Boiler & Pressure
Vessel Inspectors
Designed for maximum discharge capacities
Conforms to Pressure Equipment Directive 2014/68/EU, CRN, Compatible
with all CFC, HCFC and HFC refrigerants and oils CRN 0G0314.9C
SAFETYMASTER_-Pressure-Relief-Valves---Straight-Thru---NPTFE-Inlet-to-Flare-Outlet.JPG
Temperature Range: -40°F/300°F, -40°C/149°C
Designed primarily for use on liquid receiver applications above the
liquid refrigerant level (it is recommended that the factory be consulted
before the valves are used on other applications)
Satisfy ASHRAE Standard 15 code requirements for a refrigerant vessel
safety device (Application information can also be found in ASHRAE
Guide and Data Book)
Comply with ASME code for unfired pressure vessels
Discharge rates are certified by National Board of Boiler & Pressure
Vessel Inspectors
Designed for maximum discharge capacities
Conforms to Pressure Equipment Directive 2014/68/EU, CRN, Compatible
with all CFC, HCFC and HFC refrigerants and oils
CRN 0G0314.9C
SAFETYMASTER_-Pressure-Relief-Valves.JPG
Temperature Range: -40°F/300°F, -40°C/149°C
Designed primarily for use on liquid receiver applications above the
liquid refrigerant level (it is recommended that the factory be consulted
before the valves are used on other applications)
Satisfy ASHRAE Standard 15 code requirements for a refrigerant vessel
safety device (Application information can also be found in ASHRAE
Guide and Data Book)
Comply with ASME code for unfired pressure vessels
Discharge rates are certified by National Board of Boiler & Pressure
Vessel Inspectors
Designed for maximum discharge capacities
Conforms to Pressure Equipment Directive 2014/68/EU, CRN, Compatible
with all CFC, HCFC and HFC refrigerants and oils
CRN 0G0314.9C
SAFETYMASTER_-Pressure-Relief-Valves---Straight-Thru---Straight-Thread-Inlet-to-Flare-Outlet.JPG
Temperature Range: -40°F/300°F, -40°C/149°C
Designed primarily for use on liquid receiver applications above the
liquid refrigerant level (it is recommended that the factory be consulted
before the valves are used on other applications)
Satisfy ASHRAE Standard 15 code requirements for a refrigerant vessel
safety device (Application information can also be found in ASHRAE
Guide and Data Book)
Comply with ASME code for unfired pressure vessels
Discharge rates are certified by National Board of Boiler & Pressure
Vessel Inspectors
Designed for maximum discharge capacities
Conforms to Pressure Equipment Directive 2014/68/EU, CRN, Compatible
with all CFC, HCFC and HFC refrigerants and oils
CRN 0G0314.9C
SAFETYMASTER_-Pressure-Relief-Valves.JPG
SAFETYMASTER® Pressure Relief Valves - Angle NPTFE to Flare
(5) Features: SAFETYMASTER® Pressure Relief Valves - Atmospheric - NPTFE Inlet
(2) Features: SAFETYMASTER® Pressure Relief Valves - Internal
(3) Features: SAFETYMASTER® Pressure Relief Valves - Straight Thru - NPTFE Inlet to Flare Outlet
(7) Features: SAFETYMASTER® Pressure Relief Valves - Straight Thru - NPTFE Inlet to NPTFI Outlet
(14) Features: SAFETYMASTER® Pressure Relief Valves - Straight Thru - Straight Thread Inlet to Flare Outlet
Features: 