Expert RoofTop series central air-conditioners
Description, scope of application:
Expert RoofTop series central air-conditioners are intended to create and maintain an artificial climate in large single-space premises, such as production workshops, trade centers, exhibition, sport and concert halls, large premises with common roof. This series of air conditioners is designed in a monoblock version and is a compact standalone unit with an integrated compressor condenser unit. The treatment of air includes heating, cooling, filtration and mixing of fresh air into the general controlled air environment.
Distinctive features:
Expert RoofTop series central air-conditioners in monoblock version are intended for placing directly on the roof of the building and constructed according to the Plug&Play principle that substantially simplified its assembly and connection. This reduces the length of the ventilation ducts and, as a consequence, reduces the costs of construction and operation.
The “Eurovent RoofTop” air-conditioners provide the following types of the air treatment – filtration, heating, cooling, moistening, drying and maintaining an artificial climate with the configured parameters inside the premise under service. The distinctive features of this design include:
- Monoblock construction.
- Built-in refrigeratory module (BRM).
- Assembly simplicity.
- High energy efficiency.
- Compact size.
- High reliability and cost-effectiveness.
- Existence of a single control system.
- Low level of noise.
The framework of the air-conditioners is made of ProLam high-strength aluminium profile. Sandwich panels with the filler made of extruded foam polystyrene or mineral cotton wool are used as thermal and noise insulation.
The design provides maximum rigidity, bending and torsional strength, and, consequently, airtightness of the air conditioner.
The use of this design solution makes it possible to eliminate the need for additional supporting frames for the air conditioner and ensures that the outside air is not sucked into the ventilation system.
