Material: Constructed From Galvanized Steel, Aluminum, Or Stainless Steel For Durability, Corrosion Resistance, And Suitability To The Environment.
Design: Rectangular Or Square Shape, Designed To Fit Within The Ductwork And Provide Effective Airflow Control.
Sizes: Available In Various Sizes To Match Different Duct Dimensions And Airflow Requirements.
Blade Design: Equipped With Blades That Pivot To Control The Airflow. The Blades May Be Parallel, Opposed, Or Parallel-Opposed, Depending On The Damper’s Application.
Sealing: Effective Sealing Mechanisms, Such As Gaskets Or Seals, To Minimize Air Leakage When The Damper Is Closed.
Motor: Equipped With An Electric Motor That Provides Precise Control Over The Damper Blade Position. Motors Can Be AC Or DC Powered.
Control: Motorized Dampers Can Be Controlled Using Various Methods, Including Wall Switches, Thermostats, Or Building Automation Systems.
Position Feedback: Some Motorized Dampers Include Position Feedback Sensors To Provide Information About The Damper’s Current State.
Pressure Drop: Manufacturers Might Provide Information About The Pressure Drop Caused By The Damper In Both Open And Closed Positions.
Accessories: Motorized Dampers May Come With Accessories Like Control Panels, Remote Control Options, Or Integration With Building Automation Systems.
Installation: Designed For Proper Installation Within Ducts Using Standard Connections And Installation Methods.
Temperature Resistance: Motorized Dampers Should Be Able To Withstand The Temperature Conditions Within The HVAC System.
Application: Used To Control And Balance Airflow In HVAC Systems, Ensuring Proper Ventilation, Temperature Control, And Energy Efficiency.
Maintenance And Testing: Motorized Dampers Should Be Periodically Tested And Maintained According To Manufacturer Recommendations And Industry Standards.
Certifications: Depending On The Application And Regulatory Requirements, Motorized Dampers May Need To Meet Certain Industry Certifications Or Standards.
Automation: Motorized Dampers Can Be Integrated With Building Automation Systems For Centralized Control And Monitoring, Contributing To Energy Savings.
Noise Control: Depending On The Design, Motorized Dampers Might Offer Noise Control Features To Minimize Sound Transmission Through The Ducts.
