Axial nozzle check Valve CVS-0600-12N

Axial nozzle check Valve CVS-0600-12N

Short Description:

Series No.: CVS-0600-12N

 China axial nozzle check Valve Manufacturer DEYE supply axial flow non slam check valve with Standard API6D, -29~+425.

√ 15+ Years’ Experience in Flow control valve

√ CAD drawings TDS for each Project Inquiry

√ Test Report includes Photos and Videos for each Shipment

√ OEM & Customization Capability

√ 24Months Quality Guarantee

√ Three Cooperated Foundries to support your fast delivery.


Feature

Products Range

Performance and OM

Application

Product Tags

Quick Detail:xial flow non slam check valve with Standard API6D, -29℃~+425℃

Design standard: API6D, ISO 14313

Face to face: ANSI B16.10

Construction: Nozzle Axial Type. One-piece body

Actuation: Spring-assisted silent closing

Center guided trim

Tight shutoff

Body material: carbon steel

trim : Stainless steel

Body Seat: Welded STL, welded stainless steel

Nominal diameter: 6”

Pressure: 150LBS

End connection: RF RTJ

Working temperature: -196~+649.

Test and inspection: API 598.

 

Product Range

Available Material of Body: CF3, CF3M, CF8, CF8C, CF8M, CG8M, LCB, LCC, UNS N08825, WC6, WC9

Available Material of Trim: WCB/LCB/CF8M/CF8/CF3M/4A/5A/Monel

Optional Spring: Inconel® X-750 spring/ 316 Stainless Stee

Optional Ends: RF, FF, RTJ, BW

OPTIONS: Soft seat

Pressure Range: 150 LBS up to 2500 LBS

Size Range: 2”-24”

 

Application:

These valves are widely used in different sectors of oil and gas industry such as top site offshore

platforms, subsea, refi neries, pipelines, LNG and petrochemical plants.


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  • Available Material of Body: CF3, CF3M, CF8, CF8C, CF8M, CG8M, LCB, LCC, UNS N08825, WC6, WC9

    Available Material of Trim: WCB/LCB/CF8M/CF8/CF3M/4A/5A/Monel

    Optional Spring: Inconel® X-750 spring/ 316 Stainless Stee

    Optional Ends: RF, FF, RTJ, BW

    OPTIONS: Soft seat

    Pressure Range: 150 LBS up to 2500 LBS

    Size Range: 2”-24”

     

     

    1. Few moving parts — Disc is the only moving part, minimizing wear.
    2. Axial movement of disc — Disc and seating configuration give streamlined flow path with venturi effect, resulting in low pressure drop.
    3. Short stroke of spring-assisted disc — Inlet flow velocity moves disc axially with short stroke

    In response to flow velocity reduction, a compressed spring initiates valve closure and provides quick response.

    1. Spring options — Choice of spring affects critical velocity and valve response. Selection is made on engineering evaluation of specific applications. In absence of this data, a standard spring will be provided.
    2.  Minimizes the damaging effects of water hammer in fluid systems
    3.  Removal of chatter associated with conventional valves in reciprocating compressor service
    4.  Protects rotating equipment from damage due to flow reversal
    5.  Minimizes pressure loss in piping systems
    6. Provides quick dynamic response reducing reverse velocity

    These valves are widely used in different sectors of oil and gas industry such as top site offshore

    platforms, subsea, refi neries, pipelines, LNG and petrochemical plants.

     

     

     

     

     

     

     

     

     

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