Insulated manifold 14xØ75/200
This high-quality, insulated 14×Ø75/Ø200 air manifold is made of 0.7 mm thick galvanized steel, ensuring durability, rigidity, and complete corrosion resistance. Equipped with practical mounting brackets, it allows for convenient wall, ceiling, or sub-ceiling mounting, providing great installation flexibility.
galvanized steel, brackets for wall mounting
14xØ75 1xØ200, izolowany, szerokość 500, długość 715, wysokość 220
420 m3/h
High quality and ease of installation
This high-quality air distributor is made of 0.7 mm thick galvanized steel, ensuring durability, rigidity, and complete corrosion resistance. Equipped with practical mounting brackets, it allows for convenient wall, ceiling, or sub-ceiling mounting, providing great installation flexibility.
Key Features and Technology
The interior of the manifold is fully insulated with a 19 mm thick synthetic rubber mat, providing excellent thermal and acoustic insulation, significantly reducing noise and energy losses.
The Ø75 connectors are made of a material with sound-deadening properties and are equipped with three flexible rubber sealing lips. This solution eliminates the need for additional gaskets, while also speeding up and simplifying installation, ensuring a tight and secure connection of the ventilation ducts.
The Ø200 connector is also made of durable plastic and features a rubber mat ring that eliminates thermal breaks and further improves the acoustic performance of the entire system.
The manifold provides a flow rate of up to 420 m³/h, ideal for mechanical ventilation systems based on modern air distribution systems.
Technical parameters:
- Connections: 14×Ø75 mm + 1×Ø200 mm
- Dimensions: width 500 mm, length 715 mm, height 220 mm
- Material: 0.7 mm galvanized steel
- Internal insulation: 19 mm synthetic rubber mat
- Flow rate: up to 420 m³/h
- Mounting: wall, ceiling, under ceiling
Technical data
Material
Galvanized steel, brackets for wall mountingDimension
14xØ75 1xØ200, insulated, width 500, length 715, height 220mm
Flow to
420m3/h
