Wholesale Dayton Square Balancing Damper 10x10 Easy Returns [IypD4ne5]

Wholesale Dayton Square Balancing Damper 10x10 Easy Returns [IypD4ne5]: Precision Control for Duct Systems

The Wholesale Dayton Square Balancing Damper 10x10 Easy Returns [IypD4ne5] is designed for precise control and efficiency in your duct systems. This robust damper is constructed with galvanized steel, ensuring durability and reliability in various environments. With a velocity rating of 2000 fpm and a pressure rating of 1.0" wg, this damper is capable of handling high-performance applications. Its maximum temperature rating of 180°F makes it suitable for a wide range of industrial and commercial settings.

• Galvanized steel construction for superior durability
• High velocity and pressure ratings for heavy-duty performance

Key Features and Specifications

The Wholesale Dayton Square Balancing Damper 10x10 Easy Returns [IypD4ne5] stands out with its exceptional features and specifications. The manual single blade design allows for easy operation and adjustment, while the locking manual quadrant ensures that the damper remains in the desired position. The damper's frame height, width, and depth are all 9-3/4 inches, making it a perfect fit for standard duct systems. Its duct height and width are 10 inches, providing ample space for airflow control.

• Manual single blade design for easy operation
• Locking manual quadrant for secure positioning

Applications and Benefits

This versatile damper is ideal for low velocity and low differential pressure systems, making it an excellent choice for a variety of applications. Whether you're dealing with air handling, heating, or ventilation systems, the Wholesale Dayton Square Balancing Damper 10x10 Easy Returns [IypD4ne5] is up to the task. Its high max velocity and temperature ratings ensure that it can handle demanding conditions. The damper also includes a 20-gauge blade and a 22-gauge frame, ensuring structural integrity and long-lasting performance.

• Ideal for low velocity and low differential pressure systems
• High max velocity and temperature ratings for demanding conditions