VENTILATION AND AIR CONDITIONING UNITS
DISTINCTIVE FEATURES:
1.Air capacity from 1000 to 180,000 m3/h;
2.High heat and sound insulation;
3.Minimum area of thermal bridges;
4.High tightness;
5.High energy efficiency;
6.Simple installation and maintenance.
Our units are designed to tackle any task:
1.Creating a microclimate of a building for any purpose;
2.Ensuring energy efficiency requirements;
3.Quick commissioning.
DESIGN FEATURES
Units are available in sectional design and consist of standard unified modules. Unified equipment makes it possible to assemble the units directly at the installation site according to the technological layout. Set, placement, sections design and equipment configuration may vary depending on the technical requirements of the installation, their location and application.
TWO DESIGN OPTIONS
Two options of units design:
1.Standart
2.Premium
AIR CONDITIONING UNITS WITH DEHUMIDIFICATION FUNCTION
Air dehumidifiers – air conditioning units with a dehumidification function of the ATLANTIS series are specially designed to maintain the indoor climate in swimming pools and water parks
AIR CONDITIONING UNITS FOR DATA CENTERS
Clause 2.3 of PNAE G-01-011-97 and GOST 29075-91
CENTRAL AIR CONDITIONERS
ROOFTOP AIR CONDITIONERS, T-TYPE AIR CONDITIONING UNITS
They are designed for ventilation, heating and cooling of single-storey buildings with high ceilings. Such premises include production and storage facilities, sports and exhibition centers, supermarkets. The units are mounted in the roof of the building and do not require connection to air ducts
ROOFTOPS – ROOFTOP CLIMATE UNITS
Rooftop air conditioners are ideal for air treatment in rooms with large volumes, such as: large industrial and semi-industrial facilities, shopping and entertainment, exhibition and sports complexes, as well as residential buildings
VENTILATION UNITS FOR PETROCHEMICAL INDUSTRY AND NUCLEAR POWER PLANTS
Our company is engaged in the integrated design and production of ventilation equipment for the oil and gas industry and nuclear power plants. Often, when designing oil and gas industry facilities (production, processing) and nuclear power plants, additional safety requirements (explosion protection, fire safety) are imposed, which differ significantly from general industrial standards. The company has extensive experience in the production of ventilation systems for the oil and gas industry. An example of successful work is the manufactured and successfully operating equipment at oil refineries in the Republic of Belarus, supplies for the Belarusian nuclear power plant, Gazprom holding companies and Bashneft
Plenum units (Air supply unit)
The general set of regulatory requirements to ensure nuclear and radiation safety of nuclear power plants at all stages of their life cycle includes maintaining their stability under extreme external impacts of natural origin. Among these impacts earthquakes occupy a special place. Inferior in maximum released energy to meteorite falls and volcanic eruptions, earthquakes pose the greatest threat to people, products of their activities and the surrounding nature.
This threat immeasurably increases during seismic effects on nuclear power plants and other industrial facilities using atomic energy since radioactive emissions in the atmosphere during severe accidents endanger human life and nature in vast areas of hundreds and thousands of kilometres and for a long time (decades and even more).
PETROCHEMICAL INDUSTRY AND NUCLEAR POWER PLANTS
EXPLOSION PROOF
DESIGN:
1ExdIIBT4 – the marking from the explosion protection certificate
1 – explosion protection level
Ex – sign of explosion-proof electrical equipment manufactured in accordance with the standard
d – explosion protection type
IIB – the category of the explosive mixture
T4 – temperature rating
EARTHQUAKE-PROOF
DESIGN:
Complies with the General Provisions for Nuclear Power Plants Safety (OPB-88/97, NP-001-97 or PNAE G-01-011-97), also with NP-031-01 Design Standards for Aseismic Nuclear Power Plants and Requirements for Quality Assurance for Safety in Nuclear Power Plants NP-011-99.
FIREPROOF AND INTRINSICALLY SAFE DESIGN:
The equipment complies with Class of Fire Safety No.4 in accordance with Chapter 7.4 Electrical installations in fire hazardous areas of the Regulations for Electrical Installation