Industrial diverter dampers and tee dampers are generally configured as dual dampers in a Pipe-T arrangement, but they can also be set at a 45-degree angle or in a ‘Pant Leg’ configuration. The two outlets are mechanically linked, ensuring that when one opens, the other closes.
Suitable for clean gases as well as gases with a high particulate content. For temperature regulation and emission control. To optimize and ensure combustion. To meet environmental standards.
The most common method is to link the damper blades together and operate them with an actuator, but they can also be operated individually. Sealing air function is also possible. Durable design. A through-shaft where the blade is welded along the entire shaft and reinforced by blade stiffeners. No Threaded parts in the duct that can cause problems over time. Can be built as S200 with ball bearings (in S235) on both sides or as S150 with plain bearings and a ball bearing.
Industrial diverter dampers and tee dampers are generally configured as dual dampers in a Pipe-T arrangement, but they can also be set at a 45-degree angle or in a ‘Pant Leg’ configuration. The two outlets are mechanically linked, ensuring that when one opens, the other closes.
Suitable for clean gases as well as gases with a high particulate content. For temperature regulation and emission control. To optimize and ensure combustion. To meet environmental standards.
The most common method is to link the damper blades together and operate them with an actuator, but they can also be operated individually. Sealing air function is also possible. Durable design. A through-shaft where the blade is welded along the entire shaft and reinforced by blade stiffeners. No Threaded parts in the duct that can cause problems over time. Can be built as S200 with ball bearings (in S235) on both sides or as S150 with plain bearings and a ball bearing.
| Temperature | < 750°C |
|---|---|
| Size | DN250 – 2000 |
