Volume Control Damper G.I And M.S

Name: Volume Control Damper G.I And M.S
Brand: FANAIR INDIA PRIVATE LIMITED
Price: 494 INR
Availability: InStock

Price 494 INR/ Square Meter

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MOQ : 1000 Square Meters

Volume Control Damper G.I And M.S Specification

Technology
Airflow control mechanism

Power Source
Mechanical or Electrical (optional)

Application
Ventilation Systems

Features
Adjustable blade damper for airflow regulation

Surface Finish
Galvanized surface

Mounting Type
Fixed in ducts

Shape
Rectangular and Circular

Material
Other

Type
Volume Control Damper

Installation Type
Duct-based installation

Usage
Other

Function
Other

About Volume Control Damper G.I And M.S

We manufacture and export a wide range of Volume Control Damper G.I and M.S., which is widely used in air conditioning and refrigeration industries. The modern design of this device provides minimum and maximum accurate air balancing with utmost efficiency. Further, these are extremely easy to operate and clean, which makes our range highly demanded in the global market.

Below mentioned are its specifications :

MOC: Galvanised Steel, Mild Steel, Stainless Steel, Aluminum.
Style of Blade: 3V Type.
Control : Automatic and Manual Options are available
Sizes : Tailor Made, as per the requirement of design

Application:

Fertilizer industry
HVAC Industry
DG sets canopy
Cooling Towers
Paper
Sugar
Pharmaceutical
Heavy engineering
Textile
Chemical
Thermal Power Station

Reliable Airflow Control Solutions

Our Volume Control Dampers are engineered to provide seamless regulation of air volume within ventilation ducts. With adjustable blades and both mechanical and optional electrical actuation, these dampers ensure optimal airflow management in varied environments. The galvanized surface guarantees durability, making them a preferred choice for installation in commercial, industrial, and residential buildings across India.

Quality Construction and Versatile Design

Crafted from premium galvanized iron (G.I.) and mild steel (M.S.), these dampers are available in rectangular and circular shapes to suit different ductwork layouts. The robust surface finish resists corrosion, while the easy-to-use adjustment mechanism allows for precise airflow control. Fixed mounting ensures stability and long-term reliability in any ventilation system.

FAQs of Volume Control Damper G.I And M.S:

Q: How is the Volume Control Damper G.I and M.S installed in ventilation systems?

A: The damper is designed for easy duct-based installation, typically being fixed directly within the ventilation ductwork. Its rectangular or circular shape allows compatibility with most duct configurations.

Q: What is the main function of an adjustable blade damper in ventilation systems?

A: The primary function is to regulate the flow of air within the duct system, allowing users to increase or decrease airflow to specific areas for enhanced comfort and efficiency.

Q: When should I select an electrically powered damper over a mechanical one?

A: Choose an electrically powered damper when remote or automated control of airflow is needed, such as in smart or integrated building management systems. Mechanical options are suitable for manual adjustments and simpler setups.

Q: Where are these volume control dampers typically used?

A: These dampers are widely employed in ventilation systems for commercial buildings, industrial facilities, and residential complexes throughout India.

Q: What is the installation process for these adjustable blade dampers?

A: Installation generally involves securing the damper within the duct section using flanges or mounting brackets, ensuring an airtight fit, and connecting any electrical controls if applicable.

Q: How do I benefit from using a galvanized surface finish damper?

A: The galvanized finish offers exceptional corrosion resistance, enhancing the dampers durability and reducing maintenance costs over time.

Q: What advantages do rectangular and circular dampers provide?

A: Having both shapes available enables precise matching with differing duct profiles, supporting diverse ventilation designs and improving overall system efficiency.

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