Motorized Damper(Casing Only)

Product Description

The damper is used to adjust the airflow. Motor is used to adjust the air amount.Customers must provide their own motors. A motorised damper, sometimes referred to as a motorised air control damper, controls and regulates airflow in HVAC (Heating, Ventilation, and Air Conditioning) systems. For the purpose of regulating the amount of air travelling through the system, it is often mounted inside the ductwork. The outside housing or enclosure that houses the internal parts, such as the damper blade, motor, and control system, is referred to as the casing of a motorised damper. These components are supported and are protected by the casing. 

Frequently Asked Questions

Q: Describe the motorised damper?

A: A motorised damper, sometimes referred to as a motorised air control damper, is a tool used to regulate or control airflow within a duct system. It consists of a metal case with an internal motor that moves a damper blade to open or close, allowing or preventing airflow.

Q: How is a motorised damper operated?

A: A thermostat, a building automation system, or other control mechanisms are frequently used to operate motorised dampers. The motor rotates in response to the control signal, opening or closing the damper blade inside the case. The motorised damper may change the damper blade's position to alter how much air flows through the duct.

Q: Can existing ductwork be upgraded with motorised dampers?

A: Motorised dampers can be retrofitted into ducting systems that already exist. However, the particular ducting design and the installation area are what determine the viability and simplicity of retrofitting. It is advised to seek the advice of a qualified HVAC technician or engineer to determine whether motorised dampers can be retrofitted into your current system.

Q: Do motorised dampers work with smart house technologies?

A: Motorised dampers can be included in systems for smart homes. Many motorised damper models can be controlled remotely via smart devices because of their compatibility with widely used protocols like Wi-Fi, Z-Wave, or Zigbee.