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Consolidated Type 1900 Dual Media (DM) Safety Relief Valve With the Eductor Tube Advantage

  • Inlet Sizes

    1" through 12"

    Inlet Ratings

    ASME Class 150 through 2500, API 6A 10K & 15K

    Outlet Sizes

    2" through 16"

    Outlet Ratings

    ASME Class 150 and 300

    Orifice Sizes

    D through W

    Set Pressure Range

    4 psig to 10,000 psig

    Temperature Range

    -450°F to 1500°F


    Cast carbon steel body with stainless steel trim, Other materials available

    Standards and Regulations

    ASME B & PVC Section VIII & Code Case 2787

    API 526

    Pressure Equipment Directive

    China Manufacturing License


    The patented innovation of the Dual Media trim design makes it the first and only spring-loaded safety relief valve in the industry that is “dual certified”, as defined by API Standard 520 Part 1 – Sizing and Selection, 10th Edition.  Dual Certified is defined as pressure relief valves that are both vapor/gas flow certified and liquid flow certified where dual certification is achieved without making any modifications or adjustments to the relief device when switching fluids during the flow testing.  The 1900 DM trim is engineered to perform on both liquid and/or gas media with exceptional blowdown performance and is dual certified to meet dual media (liquid and gas) capacity stamping per ASME B & PVC Code Case 2787.  The 1900 DM trim is ideal for any liquid or gas application, two-phase liquid and gas, flashing or multiple relief case scenarios.

Consolidated Type 1900 Dual Media (DM) Safety Relief Valve

Consolidated Type 1900 Dual Media (DM) Safety Relief Valve

Consolidated Type 1900 Dual Media (DM) Safety Relief Valve

Applicable Industries

Power Generation, Refining, Petrochemicals, Midstream Oil & Gas, Upstream Oil & Gas, Paper.

Key Applications : Cooling Tower, Reactor Building, Turbine Building, Reactor Facility Grounds & BOP, Gas Turbine, Heat Recovery Steam Generator, Balance Of Plant, Distillation, Hydroprocessing, Reforming, Cracking, Secondary, Blending, Quenching & Fractioning, Charge Gas Compression, Separation, Pipeline Integrity, Dehydration, Auxilary, Dehydration/Treating, Compression.