2" Duct Board Collar with 8" Damper

Efficient Airflow Management – 2" Duct Board Collar with 8" Damper

The 2" Duct Board Collar with 8" Damper is designed for precise airflow regulation in HVAC systems. Built for durability and efficiency, this component provides contractors with a dependable solution for new installations or retrofit projects where accurate air balancing is critical.

Advantages of the 2" Duct Board Collar with 8" Damper

• Integrated Damper: The 8" damper enables direct adjustment of airflow at the source, improving system balance and performance.
• Heavy-Duty Construction: Manufactured from high-grade metal to resist deformation and maintain integrity during installation and long-term use.
• Simple Integration: Designed to fit standard duct board systems, ensuring compatibility and a secure connection.
• Versatile Applications: Suitable for both residential and commercial ductwork layouts.

Technical Specifications

• Collar Depth: 2 inches
• Damper Size: 8 inches
• Material: Galvanized steel for strength and corrosion resistance
• Use: Compatible with duct board and standard duct assemblies

Installation Considerations

Although installation can be completed with basic sheet metal tools, professional HVAC installation is recommended to ensure proper fit, secure sealing, and compliance with local building codes. Correct placement and damper adjustment are key to maximizing airflow efficiency and preventing system imbalances.

For Contractors and Skilled Installers

This collar with damper is built to handle the demands of job site conditions, providing a reliable and time-saving solution for controlling airflow. Its rugged construction and straightforward design make it a dependable choice for large-scale or detailed residential projects.

Summary

The 2" Duct Board Collar with 8" Damper combines heavy-duty construction with precise airflow control, ensuring reliable system performance. An essential component for professionals working on HVAC installations, it supports balanced air distribution and long-term durability.