Dual Purpose Air Washer (cooling and heating) Kian Pars

Guide for choosing and buying Kian Pars dual-purpose air washer

Kian Pars dual-purpose air washer unit with different aeration capacities, from a capacity of 10,000 m3 / h to 100,000 m3 / h in forward-blowing or upward-blowing models is offered as a simple, semi-intelligent, and intelligent control. The device can be installed on the roof surface or any suitable metal platform. The type and arrangement of the nozzle in the bank (s) and the number of banks, the pressure of the pumps, the path, and the velocity of the airflow inside the air washer are designed to fully powder the water, while achieving a regular low-evaporation action, with Creating the maximum evaporation level The maximum heat load of the air is transferred to the water particles and the evaporation efficiency (cooling) increases. Compared to compression cooling systems, it provides a more integrated and homogeneous temperature, humidity, ventilation, and discharge with about 15% power consumption compared to compression systems (in equal cooling).
Kian Pars air washer heating is provided by high efficient hot water coil. The Kian Pars air washer heating coil is compatible with the Kian Pars engine room package or traditional engine rooms.
Summer or winter conditions can be converted into simple or composite models using manual or motor dampers. Therefore buying air washer unit systems of this model means being equipped with both cooling and heating systems.
Different classes of filters and air pressure switches can be ordered to control the operation of the air purification network.
Kian Pars air washer can be offered in classes 4, 6, and 8 according to the customer's order.
The dimensions of the device in each capacity are determined according to the variety and multiplicity of fans of the aeration set as well as the location of the air conditioner and heating coil (air inlet and outlet directions) as well as spray pumps and other orders and can be produced with custom dimensions. Be.

Features of Kian Pars dual-purpose air washer

• Optimal cooling and heating with low energy consumption
• Regular water supply network with uniform pressure behind the nozzles with balanced network development
• Use of polymer or aluminum drip blades in 3 rows to protect the filtration network and the air conditioner section
• Elastomer insulation coating in all internal parts of the device and has a third wall with an inner panel of double-walled polycarbonate sheet in the water spray section
• Ease of use, installation, commissioning, service, and maintenance, and free services Design of return channels and definition of all system installation requirements

Distinctive differences of Kian Pars air washer compared to similar systems

• Improving efficiency according to the efficiency of the air conditioner fan

• Use of automatic flushing and drainage system to descale to increase service life and reduce service costs and cooling performance stability
• Has a polymer bath (on request) with the definition of slopes, solute deposition pond, and wastewater discharge system manually and automatically
• Integrated and rail air conditioning system, for complete ease of service and repairs and performance control (according to customer order)
• Equipped with the automatic capacity control system in cooling and heating performance according to the temperatures received from the interior and also hot water coil (according to customer order)
• Possibility of diversification and multiplication of Airwasher fans
• Possibility of defining dual-purpose exhaust fan (fire)
• Possibility of diversification to the filter network and also the definition of the network to Amerglass, paper, bag, activated carbon filters (to customer's order)
• In 2 types of industrial and apartment

Use of Kian Pars dual-purpose air washer

Kian Pars dual-purpose air washer (heating and cooling) can usually be used in hot and dry areas and in spaces such as sports, industrial, theater halls, etc. Also, this air washer has a capacity of 10,000 to 100,000 cubic meters per hour.