The AIR CONDITIONING process is the complex of treatments to which air is subjected to get fixed conditions of temperature, humudity,pureness, composition, movement, such to produce the desired effects on the people or on the materials in a closed space surrounded by the same conditioned air.
CONDITIONING plants can be classified into:
CIVIC APPLICATIONS (theaters, movie, hospitals, hotels, offices, houses) whose purpose is to maintain in the spaces used by people, and for their comfort, those conditions of temperature, humidity and pureness of the air such to be more hygienic, towards the human organism, than the ones naturally estabilished;
INDUSTRIAL APPLICATIONS whose purpose is to artificially obtain definite environmental conditions to make possible, or to improve, the processing of products whose characteristics and quality are affected by temperature and by the surronding air humidity, so that the productive processes can be conducted during all the year independently from the changes of the external climate.
CONDITIONING plants can be classified depending on the fluid used as hermal carrier :air, water and refrigerating fluid.
FULL AIR Plants:
single and multizone
with or without post heating
double channel
constant or variable rate
MIXED AIR - WATER Plants:
ventilconvector plants
inductors plants
radiating panels plants
cold beams plants
AUTONOMOUS and direct EXPANSION Plants:
refrigerant variable rate multisplit plants
“water ring“ heat pumps
WATER Plants:
ventilconvectors plants (two, three, or to four pipes)
HEAT RECOVERING Systems:
Air-air rotetive heat recovering plants
Air-air crossed flux plates plants
heat pipes recovering plants
circulation and sprinkle recovering plants
SPECIAL plants:
refrigerator drifting plants
low temperature plants
clean-room plants
plants for CED and telephonic central
AIR CONDITIONING
AIR CONDITIONING PLANTS
INDUSTRIAL REFRIGERATION
AIR CONDITIONING
AIR CONDITIONING PLANTS
INDUSTRIAL REFRIGERATION
