1″ Single Chamber & Single Function Air Valve

Single Chamber & Single Function Air Valve – 1” (DN25)

Compact and Reliable Air Release for Basic Pipeline Applications

The 1” Single Chamber & Single Function Air Valve is designed to provide efficient air discharge in pressurized pipeline systems with a simple and compact structure. Engineered for applications where basic air release is required, this valve ensures the removal of trapped air, helping to maintain smooth and efficient fluid flow.

Its single chamber and single function design focuses on one primary task: releasing air from the system. This makes it a cost-effective and dependable solution for pipelines where continuous or complex air management is not necessary.

How It Works

• Air Release Function
  Accumulated air within the pipeline is discharged through the valve, preventing air pockets that can restrict flow and reduce system efficiency.
• Float-Controlled Operation
  As air collects inside the valve, the internal float lowers to open the orifice and release the air. Once water reaches the valve, the float rises and seals the system to prevent leakage.

Key Features

• Simple Single Function Design
  Focused on efficient air release without additional complex mechanisms.
• Compact and Lightweight
  Easy to install in limited spaces and suitable for smaller pipeline systems.
• Reliable Float Mechanism
  Ensures consistent and automatic operation.
• Cost-Effective Solution
  Ideal for applications requiring basic air management.
• Low Maintenance
  Minimal moving parts reduce servicing requirements.

Applications

• Small-scale water distribution systems
• Irrigation lines
• Secondary pipeline networks
• General industrial applications

Available Size

• 1” (DN25)

Why Choose a Single Chamber & Single Function Air Valve?

This valve is an ideal solution for systems where straightforward air release is sufficient. Its simplicity, reliability, and cost efficiency make it a practical choice for maintaining flow performance and preventing air-related issues in smaller or less complex pipeline installations.