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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

 

CONSOLIDATED

 

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