Morgui Clima combines the Indok extractor hood and Ruck fans to eliminate fumes in industrial kitchens.
No more unpleasant fumes in the kitchen
Morgui Clima has designed an innovative solution to overcome the challenge posed by smoke extraction in industrial kitchens with a large cooking area, a particularly complex one in the case of charcoal ovens. It involves combining the Indok extractor hood, which uses an induction system, and Ruck centrifugal fans, which deliver an excellent performance in kitchens with charcoal grills.
Induction consists of blowing air into the interior of the hood from the front, in the form of a curtain. The flow created redirects the fumes towards the suction area of the filters, which improves the extraction and air conditioning performance in the kitchen.
All Indok-series hoods incorporate internal induction of 10% of the total air supply. The Indok Plus model also incorporates air supply into the kitchen through the punched front of the hood, which is distributed homogeneously inside for the induction and outside to offset the air pressure in the room. This keeps the flow stable and prevents odours from escaping to other rooms.
To the above the Indok Max model adds induction and air supply through independent ducts, which increases comfort in the kitchen.
The centrifugal fans made by the German Ruck brand are ideal for working in adverse conditions (soot, grease, oil and heat). They can withstand continuous temperatures of 200 °C, they’re fire-resistant at 400 °C for two hours and their reaction blades help to expel the accumulated soot and grease.
They’re simple to maintain and clean. Moreover, a single unit is fully configurable in accordance with the needs of the installation, thanks to its three possible discharge directions, right, left and top. The housing is made of galvanised steel with 40 mm mineral wool insulation and it incorporates a drain plug for grease drainage. Finally, the premium efficiency IE3 motor can be regulated by means of a frequency converter to achieve a constant optimal performance.
