The
units are designed to meet specific customer needs. The construction details
enable, a great deal of flexibility to meet varying capacity requirements and
provide solution for all type of application air Psychometric needs and space
constraints.
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Application
:Cooling, Heating, Dehumidification, Humidification in shopping malls, offices,
restaurants, health care, multiplex, clean rooms and all type of industrial
application
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Wide
capacity range :2040 CMH to 59500 CMH
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Comfort
to Industrial :pressure range from 250 Pa to 1500 Pa
Multi
row heat transfer coil, 3/8” OD Copper tube, mechanically expanded into
Aluminium fins for efficient heat transfer.
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Fan
Deck: Twin Blowers in Aluminium / GSS construction – Direct driven with a FHP
double extended shaft motor. Fan is statically & dynamically balanced.
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Fan
Motor: Three Speed, permanent split capacitor, single phase motor suitable for
220 V, 50 c/s AC
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Filter:
15 mm thick, easily removable, Washable media in GSS frame fitted in a GSS
Return air plenum
An Evaporative Air Washer
Cooling System provides low first and operating cost alternative to
refrigerated air conditioning. Air Washer produces effective cooling by
combining a natural process of water evaporation with reliable air motion
system. Energy is removed from air stream adiabatically.
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Direct Evaporative cooling
is used to lower the temperature of air using latent heat & evaporation
changing of water to vapour. In the process, the energy in the air in the air
does not change. Warm dry air is changed to cool moist air. Heat in the air is
used to evaporate air. Air cooling is a single pass air system whereby adequate
air exhaust arrangement should be planned. Evaporative cooling is suited for
dry and hot climate. Also it can used to advantage to ventilate areas of high
heat generation
Floor
mounted fan section are available from 2000 CFM to 35000 CFM.
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Ceiling
suspended fan section are available from 1200 CFM to 4000 CFM (Direct Driven)
and 3000 CFM to 6000 CFM (Belt Driven)
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Calculations
of cooling loads and air flow requirements for each control zone. Psychrometric
analysis for critical areas, calculation of reheat figure, selections of
apparatus dew points and finalizing air treatment process.
VRV is a technology that alternates the refrigerant volume
in a system to match a building's precise requirements. Only a minimum amount
of energy is required for a system to maintain set temperatures, and ensure
that it automatically shuts off when no occupants are detected in a room.
