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Home Valve Manifold 2 Way Valve Manifold

In-Line Two Valve Manifold (Valves In-Line Mounted)

In-Line Two Valve Manifold (Valves In-Line Mounted)

In-Line two valve manifold combine several valves in one body with multiple connections. This equipment assists pressure instruments such as pressure gauges, pressure transmitters, and differential pressure transmitters directly and indirectly in measuring and equalizing pressures, differential pressures, static, gauge, and variable in process instrumentation lines by bleeding, blocking, and calibrating.

 

Typical Type Of Valve Manifold:

a. 2-Valve Manifold: For Pressure transmitters or gauges

b. 3-Valve ManifoldFor Differential pressure transmitters

c. 3-Valve ManifoldFor Differential pressure transmitters

d. Single Valve (Block)For Basic on/off control

  • Working Pressure :

    6000Psi – 10000Psi(414 Bar – 690 Bar)
  • Working Temperatures :

    PTFE packing: -65 °F to 450 °F (-54 °C to 232 °C)
  • Graphite packing :

    -65 °F to 1200 °F (-54 °C to 649 °C)
  • Orifice :

    0.157 (4.0 mm)
  • Inlet/Outlet/Test/Vent :

    NPT 1/2-NPT 1/4, Flange (optional)
  • Connection :

    Pressure Gauge

In-Line Two Valve Manifold (Valves In-Line Mounted)

Specification:

Type In line Type Net Weight 1.2kg
Body Material 316L, Alloy Manufacturing Capacity 1800 pics/Month
Type of Connection Thread Warranty 1 year
Seal Type Hard Sealing Manufacturing Forging and CNC
Packing PTFE/ Graphite Pressure Range 6000Psi – 10000Psi(414 Bar – 690 Bar)
Media Liquid, Gas, Steam, Oil Inlet/outlet 1/2 NPT
Test/Vent 1/4 NPT Orifice: 0.157 (4.0 mm)
Graphite -65 °F to 1200 °F (-54 °C to 649 °C) PTFE -65 °F to 450 °F (-54 °C to 232 °C)

 

Anhui Hongji (Valvento) Instrumentation Valve Manifolds

In-Line two valve manifold combine several valves in one body with multiple connections. This equipment assists pressure instruments such as pressure gauges, pressure transmitters, and differential pressure transmitters directly and indirectly in measuring and equalizing pressures, differential pressures, static, gauge, and variable in process instrumentation lines by bleeding, blocking, and calibrating.

 

Applications:

1. Oil & Gas Industry

  • Pressure Control : For monitoring and controlling high-pressure fluids and gases in drilling, production, and refining processes.
  • Flow Measurement : To measure flow rates and manage flow in pipelines and refineries.
  • Isolation & Venting : Manifold valves allow for easy isolation, draining, and venting in high-pressure systems.

 

2. Chemical and Petrochemical Plants

  • Chemical Process Control : Used in controlling the flow of reactants, solvents, and catalysts in chemical reactors.
  • Safety and Monitoring : Ensures safety in high-risk environments by controlling pressure and flow within equipment like pumps, reactors, and distillation columns.

 

3. Power Generation

  • Steam and Water Systems : For controlling steam and water flow in power plants, particularly in high-pressure systems.
  • Instrumentation : Helps in managing the signals for temperature, pressure, and flow measurement in boilers and turbines.

 

4. Pharmaceutical and Biotechnology

  • Sterile Fluid Control : In-Line two valve manifold are crucial for maintaining sterile conditions and controlling fluid flow in pharmaceutical and biotech production, ensuring that processes such as fermentation and mixing are precisely controlled.
  • Hygienic Isolation : Ensures hygienic isolation of different parts of the system, maintaining contamination-free operations.

 

5. Water Treatment and Distribution

  • Flow Regulation : Manifold valves regulate the flow of water through treatment plants and distribution systems.
  • Pressure Control : Used in regulating pressure in pipelines and during water treatment processes.

 

6. HVAC (Heating, Ventilation, and Air Conditioning)

  • Temperature and Pressure Regulation : Used in controlling the flow of refrigerants and heating fluids in HVAC systems.
  • Isolation and Maintenance : Ensures ease of isolation for maintenance purposes in complex HVAC systems.

 

7. Laboratories and Research Facilities

  • Precise Fluid Management : In-Line two valve manifold are used in laboratories to precisely control the flow of gases and liquids in research experiments.
  • Multi-Channel Fluid Control : Used to manage multiple fluid sources, directing them to different test systems or research equipment.

 

Advantages:

  • Non-rotating stem Design to minimize the abrasion
  • Redesigned lock head to secure the locking gland
  • 100% pneumatic test at 1.5 times the design pressure before packing
  • Default Tip is Hastelloy to extend the life cycle
  • Doosan, Citizen, Okuma Lathe ensures maximum machining precision

 

 

Ordering Number Description:

未标题 2 05 拷贝 scaled

Notes:
1.Ordering Number Indication illustrates the classification and combination of Hongji products, which can not be randomly combined.
2.For those valves made of other type of material other than listed ,please contact the Hongji sales personnel.
3.If an oxygen-dedicated valve manifold is required, include “O2” in the basic order number, for example: HJ2W-MNPT8-FNPT8-H-P-SS-O2

 

Remarks:

The order number above indicates specific port size and type and other perimeters, and can not be randomly combined, please refer to our sales support for more technical details or the catalog if needed.

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