Two Way Control Valve

Description

Two Way Control Valve - MNC Valves

TWO WAY CONTROL VALVE

Industrial Two Way Control Valves | WCB / Stainless Steel | Pneumatic & Electric Actuation

MNC Valves is a Two Way Control Valve Manufacturer in India supplying industrial control valves designed for precise regulation of flow, pressure, and temperature in automated process systems.

Two way control valves regulate fluid flow between a single inlet and a single outlet and are widely used in industrial pipelines where accurate modulation is required.

These valves are essential components in automated process control loops used across various industries.

Typical applications include:

  • Chemical processing plants
  • Power plants
  • Water treatment systems
  • HVAC systems
  • Industrial automation systems

MANUFACTURING STANDARDS

Our two way control valves are manufactured according to internationally recognized engineering standards:

  • ASME B16.34 – Pressure Temperature Ratings
  • ASME B16.5 – Flanged End Connections
  • API 598 – Inspection & Testing
  • IEC 60534 – Control Valve Performance
  • ISO 5211 – Actuator Mounting Interface

PRODUCT DESIGN OVERVIEW

Two way control valves regulate process variables by adjusting the valve opening through a control actuator. The valve plug moves relative to the seat to regulate the flow rate through the pipeline.

Typical control valve assembly includes:

  • Valve body
  • Trim assembly (plug, seat, stem)
  • Bonnet assembly
  • Actuator system
  • Positioner (optional)

This design allows continuous throttling control for accurate process regulation.

SIZE RANGE

  • DN 15 mm to DN 300 mm
  • Larger sizes available on request

Pressure ratings depend on valve design and process conditions.

MATERIALS OF CONSTRUCTION

Body Materials: WCB (Carbon Steel), SS304, SS316

Trim Materials: Stainless Steel trim, Hardened trim options available

Seat Materials: PTFE, Metal seat (depending on application)

ACTUATION OPTIONS

Two way control valves can be supplied with:

Pneumatic Actuator

  • Most common in process industries
  • Fast response time
  • Suitable for continuous modulation

Electric Actuator (Motorized)

  • Used where compressed air supply is not available
  • Suitable for remote automation systems

Manual Override
Optional manual operation for maintenance or emergency operation.

OPERATING PRINCIPLE

Two way control valves operate by modulating the valve plug position inside the valve body. The actuator receives control signals from a process controller and adjusts the valve opening to maintain desired process parameters.

These parameters may include:

  • Flow rate
  • Pressure
  • Temperature

Continuous adjustment ensures stable process operation.

DESIGN FEATURES

  • Accurate flow regulation
  • Smooth throttling control
  • Compatible with automation systems
  • Reliable sealing performance
  • Positioner compatible design
  • Robust industrial construction

INDUSTRIES SERVED

  • Chemical processing plants
  • Power generation plants
  • Water treatment systems
  • HVAC systems
  • Industrial automation systems

Frequently Asked Questions

1. What is a two way control valve? +
A control valve that regulates flow between one inlet and one outlet.
2. What materials are available? +
WCB and Stainless Steel.
3. What size range is available? +
DN 15 mm to DN 300 mm.
4. What actuator types are available? +
Pneumatic and electric actuators.
5. What industries use two way control valves? +
Chemical, power, water treatment, and HVAC industries.
6. What standards are followed? +
ASME B16.34 and API 598.
7. Can these valves be automated? +
Yes.
8. Are stainless steel valves available? +
Yes.
9. Are these valves suitable for throttling service? +
Yes.
10. Can they regulate temperature? +
Yes.

ENQUIRY DETAILS REQUIRED

For correct valve selection please provide:

  • Valve Size
  • Pressure rating
  • Process media
  • Operating temperature
  • Flow requirement
  • Actuation type
  • Quantity

Our engineering team will assist in selecting the correct two way control valve configuration.