CONSOLIDATED

Consolidated safety relief valves

Description	Maximum Set Pressure	Maximum Operating Temperature	Code Certification
19000 Series Multi-purpose Safety Relief Valve	8000 psig	1100°F	ASME Section III and VIII
Type 1900 Conventional Safety Relief Valve	6250 psig	1500°F	ASME Section III and VIII
Type 1900/P Safety Relief Valve	5000 psig	850°F	ASME Section I
Type 1982 High Capacity, Low Pressure Applications

Consolidated Safety Valves

Description	Maximum Set Pressure	Maximum Operating Temperature	Code Certification
Type 1700 Maxiflow� High Performance	5360 psig	1120°F	ASME Section I and VIII
Type 2700 CoGeneration Applications	1600 psig	1050°F	ASME Section I and VIII
Type 1811 High Capacity, Steam Service	725 psig	1000°F	ASME Section I and VIII
Type 1511 Low Pressure Steam & Air Service/Cast Iron	250 psig	406°F	ASME Section I and VIII
Type 1541 and 1543 Iron & Bronze, Threaded Inlet	350 psig	420°F	ASME Section I and VIII
Type 2478 Non-Corrosive Liquid Service/Bronze Thermal Relief	300 psig	406°F	Non-Coded
Type 3500 Electromatic Ball Valve (EBVTM) Power Relief Valve & Venting	4500 psig	1100°F	ASME Section I and Non-Coded
Nuclear Service Valves	Consult Dresser	Consult Dresser	ASME Section I and VIII

Consolidated pilot operated safety relief valves

Description	Maximum Set Pressure	Maximum Operating Temperature	Code Certification
Type 2900 MPVTM Pilot Operated Safety Relief Valve	6250 psig	505°F 1200°F with heat exchanger	ASME Section VIII
Type 3900 MPVTM Pilot Operated Safety Relief Valve	6250 psig	505°F 650°F with heat exchanger	ASME Section VIII
Type 4900 MPVTM Pilot Operated Safety Relief Valve	7200 psig	505°F	ASME Section VIII
13900 Series POSRV for High Capacity Steam	300 psig	550°F	ASME Section VIII

Consolidated nuclear service valves

Consolidated� Nuclear Service Valves

Dresser has been producing pressure relief valves for overpressure protection in boiling water reactors (BWR), pressurized water reactors (PWR), and high temperature gas-cooled reactors (HTGR) since 1963. Consolidated pressure relief valves meet design, fabrication, testing, certification, and stamping requirements in accordance with ASME Code Section III, Class 1,2, and 3, as well as MC Components and ASME Code Section VIII, Division 1. Both safety (10 CFR Part 21) and non-safety related products are available

Valve Type	Configuration*	ASME Code	Class	Service
3700	SV, SV w/AAD	III	1 or 2	Main Steam Safety Valves
31700	SV	III	1	Pressurizer Safety Valves
1541-3, 1543-3	SV	III, VIII	2 or 3	Air
Electromatic: 31533VX, 1525VX	PORV	III	1	Steam
1970, 1975	SRV	III, VIII	1, 2, 3	Gas, Liquid, Steam
1990,3990	SRV	III, VIII	1, 2, 3	Gas, Liquid, Steam
1900	SRV	III, VIII	1, 2, 3	Gas, Liquid, Steam
19000	SRV	III, VIII	I,2,3	Gas, Liquid, Steam
13900	POSRV	VIII	N/A	Turbine Reheater Relief Valves
3900 MPV	POSRV	III, VIII	2,3	Gas, Liquid, Steam

*Configuration Key

SV	Safety Valve
PORV	Power Actuated Pilot Operated Relief Valve
POSRV	Pilot Operated Safety Relief Valve
SV w/AAD	Safety Valve with Auxiliary Actuating Device
SRV	Safety Relief Valves

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CONSOLIDATED

Consolidated� Nuclear Service Valves

*Configuration Key

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