Adjustable Secondary Pressure Flow Valve MODEL 2203 Series

Adjustable Secondary Pressure Flow Valve MODEL 2203 Series

A flow controller is a differential pressure regulator designed to precisely control minute gas flows and maintain
a certain constant flow.

The Model 2203 Variable Secondary Pressure Flow Controller is a control valve that maintains constant flow at a given constant supply pressure level even if the load pressure on the secondary side (outlet side) fluctuates, and is constructed for its precision The ability to control the flow to the set flow is maintained by the built-in precision needle valve and is not affected by such fluctuations.

Description

A flow controller is a differential pressure regulator designed to
Precisely control tiny gas flows and maintain
a certain constant flow. Model 2203 Variable Quadratic
A pressure flow controller is a control valve that operates at
given constant
Constant flow at supply pressure level
, its structure
Designed for precise control
The flow-to-set flow performance is determined by the built-in
Precision needle valve holds, without
the impact of such fluctuations.

 

feature

• Stable flow control
A non-rotating needle valve composed of high-precision elements ensures smooth control of micro flow rates.
• Immune to load pressure fluctuations
The built-in precision needle valve protects flow from secondary or outlet pressure fluctuations, so this product is a "must have" tool for the first stage of any flow control line.
• Ensure cleanliness
All components are super clean before assembly so the product is safe to use even on analytical instruments where cleanliness is critical

Application

• Gas Chromatograph
• Environmental Instrumentation System
• Gas mixing systems in various fields

Standard Specifications

Optional Specifications

• IN-Side Filter Fitting Type 2300B
• connection connector

Solenoid valve use | Our performance

Needle valve use   | Our performance

Flow Control Valve Purpose Our performance

Two-way valve use Our performance

what is | Our performance

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