The ARD7R/E-22A Round Collar with Back Draft Damper is designed to enhance the efficiency and functionality of your ventilation system. This high-quality component ensures that air flows smoothly through your ducts while preventing unwanted back drafts, making it an essential addition to any HVAC setup.

Key Features:

1. Back Draft Prevention: The integrated back draft damper prevents reverse airflow, ensuring that air only moves in the desired direction and enhancing the overall efficiency of your ventilation system.
2. Durable Construction: Made from high-quality materials, the ARD7R/E-22A is built to withstand the rigors of daily use and provide long-lasting performance.
3. Easy Installation: Designed for straightforward installation, this round collar can be easily integrated into your existing ductwork, making it a convenient choice for both new and retrofit applications.
4. Universal Fit: The 7-inch diameter makes this collar compatible with a wide range of duct sizes, offering versatility for various HVAC systems.
5. Efficient Airflow: The ARD7R/E-22A ensures smooth and efficient airflow through your ducts, improving the overall performance of your ventilation system.

Technical Specifications:

• Diameter: 7 inches
• Material: High-quality metal
• Weight: 1.2 lbs
• Compatibility: Fits standard 7-inch ducts

Benefits:

• Improved Efficiency: Prevents back drafts, ensuring that air flows in the correct direction and enhancing the efficiency of your ventilation system.
• Durability: Made from high-quality materials for long-lasting performance.
• Easy Installation: Simple to install, making it a convenient choice for both new and existing HVAC systems.
• Versatility: Compatible with a wide range of duct sizes and systems.
• Enhanced Airflow: Ensures smooth and efficient airflow through your ducts.

Applications:

Ideal for use in residential and commercial HVAC systems, the ARD7R/E-22A Round Collar with Back Draft Damper is perfect for homeowners and contractors looking to improve the efficiency and performance of their ventilation systems.