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Calculator ‖ EUROPROM
Chiller cooling capacity calculation ‖ EUROPROM
Calculation of the minimum volume of liquid for the chiller
Minimum chiller cooling capacity (kW)
Chiller start-up differential (allowable heating of the liquid in the minimum time the chiller was standing) ° C, typically 1 ° C
Minimum chiller parking time (min) 5 min if the system has one compressor and 1 min if at least two
Heat capacity of liquid kJ / (kg * K) (water-4.19, ethylene glycol solution 45% at -10 ° C-3.34)
Density kg / m3 (water-1000, ethylene glycol solution 45% at -10 ° С-1074)
Required minimum volume of fluid in the system (m3)
Calculation of the power of the chiller for an extruder, injection molding machine, mixer
The mass of the processed material (kg / h)
The initial temperature of the material ° C
The final temperature of the material ° C
The heat capacity of the material (for plastics 2.3) kJ / (kg * K)
Chiller productivity at that. Re at the exit of water of +7 C, (kW)
Calculation of cooling capacity through volumetric flow.
Coolant flow rate, l / hour
Initial temperature
0
C
Final temperature
0
C
Type of substance to be cooled
water
Milk
Beer
Wine
Nitrogen
Aluminum
Ammonia
Argon
Asbestos
Asbestos cement
Asphalt
Acetylene
Acetone
Basalt
Bakelite
Petrol
Petrol
Benzene (10 ° C)
Benzene (40 ° C)
Concrete
Dry paper
Hydrogen
Water vapor at 100 ° C
Air
Tungsten
Helium
Gypsum
Clay
Glycerol
Granite
Graphite
Tar
Coal tar
Tree (oak)
Tree (fir)
Tree (pine)
Chipboard
Iron
Wet ground
Dry land
Rammed earth
Ash
Gold
Lime
Calcite (lime spar)
Kaolin (white clay)
Kerosene
Brick
Brickwork
Oxygen
Acid nitric concentrated
Sulfuric acid concentrated
Hydrochloric acid 17%
Glue for joinery
Leather
Brass
Ice (0 ° С)
Ice (-10 ° C)
Ice (-20 ° C)
Ice (-60 ° C)
Ice dry (CO2 solid)
Motor oil
Olive oil
Sunflower oil
Copper
Milk
Sea water 18 ° С. 0.5% salt solution
Sea water 18 ° С. 3% salt solution
Sea water 18 ° С. 6% salt solution
Marble
Neon
Oil
Nickel
Tin
Paraffin
Beer
Polystyrene
Polyurethane
PVC / Polyvinyl Chloride
Polyethylene
Cork piece
Propane
Hard rubber
Mercury
Lead
Sulfur rhombic
Silver
Hydrogen sulphide
Turpentine
Salt stone
Salt
Methyl alcohol (methanol)
Liquid ammonia
Ethyl alcohol (ethanol)
Steel
Window glass
The human body
Carbon dioxide
Brown coal (0-100 ° С) 20% water
Brown coal (0-100 ° С) 60% water
Brown coal (0-100 ° С) in briquettes
Coal (0-100 ° С)
Porcelain
Chlorine
Zinc
Cast iron
Slate
Calculation of cooling capacity through the mass and cooling time.
Mass of the cooled substance, kg
The time for which you need to cool
Initial temperature
0
C
Final temperature,
0
C
Type of substance to be cooled
water
Milk
Beer
Wine
Nitrogen
Aluminum
Ammonia
Argon
Asbestos
Asbestos cement
Asphalt
Acetylene
Acetone
Basalt
Bakelite
Petrol
Petrol
Benzene (10 ° C)
Benzene (40 ° C)
Concrete
Dry paper
Hydrogen
Water vapor at 100 ° C
Air
Tungsten
Helium
Gypsum
Clay
Glycerol
Granite
Graphite
Tar
Coal tar
Tree (oak)
Tree (fir)
Tree (pine)
Chipboard
Iron
Wet ground
Dry land
Rammed earth
Ash
Gold
Lime
Calcite (lime spar)
Kaolin (white clay)
Kerosene
Brick
Brickwork
Oxygen
Acid nitric concentrated
Sulfuric acid concentrated
Hydrochloric acid 17%
Glue for joinery
Leather
Brass
Ice (0 ° С)
Ice (-10 ° C)
Ice (-20 ° C)
Ice (-60 ° C)
Ice dry (CO2 solid)
Motor oil
Olive oil
Sunflower oil
Copper
Milk
Sea water 18 ° С. 0.5% salt solution
Sea water 18 ° С. 3% salt solution
Sea water 18 ° С. 6% salt solution
Marble
Neon
Oil
Nickel
Tin
Paraffin
Beer
Polystyrene
Polyurethane
PVC / Polyvinyl Chloride
Polyethylene
Cork piece
Propane
Hard rubber
Mercury
Lead
Sulfur rhombic
Silver
Hydrogen sulphide
Turpentine
Salt stone
Salt
Methyl alcohol (methanol)
Liquid ammonia
Ethyl alcohol (ethanol)
Steel
Window glass
The human body
Carbon dioxide
Brown coal (0-100 ° С) 20% water
Brown coal (0-100 ° С) 60% water
Brown coal (0-100 ° С) in briquettes
Coal (0-100 ° С)
Porcelain
Chlorine
Zinc
Cast iron
Slate
Cooling power = 0 W
Calculation of cooling capacity through the volume of matter and time.
Volume of cooled substance, l
The time for which you need to cool
Initial temperature,
0
C
Final temperature,
0
C
Type of substance to be cooled
water
Milk
Beer
Wine
Nitrogen
Aluminum
Ammonia
Argon
Asbestos
Asbestos cement
Asphalt
Acetylene
Acetone
Basalt
Bakelite
Petrol
Petrol
Benzene (10 ° C)
Benzene (40 ° C)
Concrete
Dry paper
Hydrogen
Water vapor at 100 ° C
Air
Tungsten
Helium
Gypsum
Clay
Glycerol
Granite
Graphite
Tar
Coal tar
Tree (oak)
Tree (fir)
Tree (pine)
Chipboard
Iron
Wet ground
Dry land
Rammed earth
Ash
Gold
Lime
Calcite (lime spar)
Kaolin (white clay)
Kerosene
Brick
Brickwork
Oxygen
Acid nitric concentrated
Sulfuric acid concentrated
Hydrochloric acid 17%
Glue for joinery
Leather
Brass
Ice (0 ° С)
Ice (-10 ° C)
Ice (-20 ° C)
Ice (-60 ° C)
Ice dry (CO2 solid)
Motor oil
Olive oil
Sunflower oil
Copper
Milk
Sea water 18 ° С. 0.5% salt solution
Sea water 18 ° С. 3% salt solution
Sea water 18 ° С. 6% salt solution
Marble
Neon
Oil
Nickel
Tin
Paraffin
Beer
Polystyrene
Polyurethane
PVC / Polyvinyl Chloride
Polyethylene
Cork piece
Propane
Hard rubber
Mercury
Lead
Sulfur rhombic
Silver
Hydrogen sulphide
Turpentine
Salt stone
Salt
Methyl alcohol (methanol)
Liquid ammonia
Ethyl alcohol (ethanol)
Steel
Window glass
The human body
Carbon dioxide
Brown coal (0-100 ° С) 20% water
Brown coal (0-100 ° С) 60% water
Brown coal (0-100 ° С) in briquettes
Coal (0-100 ° С)
Porcelain
Chlorine
Zinc
Cast iron
Slate
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