DAYTON Motorized Fire And Smoke Dampers

Dayton square motorised fire / smoke dampers are suitable to control emergency fire or smoke in commercial buildings. These combination dampers feature a fusible link that allows the solder alloy to melt when the temperature crosses over 165 degrees F and automatically shuts off the access to HVAC fans & ductwork. They are made of 16 gauge galvanised steel to withstand high temperatures and can be mounted in both vertical and horizontal positions. Choose from an extensive range of these combination dampers, available in 7.75 to 23.75 inch heights.

Dayton motorised fire / smoke dampers are installed at locations where air ducts are protected both by fire and smoke barriers to prevent the spread of flame & smoke throughout the facility. These dampers also provide additional time to the occupants to vacate the building during fire hazards. They are made of 20 gauge galvanised steel to withstand high temperatures and can be mounted in both horizontal and vertical positions. Choose from a wide range of these dampers, available in 24 and 120V voltage ratings.

Dayton square motorised smoke dampers are designed to protect buildings in case of accidental fires and smoke. They are ideal for HVAC system emergency control. These dampers close automatically under power cuts or during temperature spikes to prevent the spread of smoke through ducts. They are made from 16 gauge galvanised steel to withstand high temperatures and have flexible stainless steel jambs for sealing. These dampers can be mounted in both vertical and horizontal positions.

Dayton round motorised smoke dampers are designed to protect buildings during accidental fires and smoke. They are ideal for HVAC system emergency control. These dampers close automatically under power cuts or during temperature spikes to prevent the spread of smoke through ducts. They are made from 20 gauge galvanised steel to withstand high temperatures and have flexible stainless steel jambs for sealing. They can be mounted in both vertical and horizontal positions.