Beer Cooling Chiller For Brewery
To be a professional chiller manufacturer, Anyda Chiller is supplying a complete line of high quality all kinds of chillers from 1 ton to 500 ton, which are widely used in air conditioning, dehumidifying, welding, plastic, medical, , milk cooling, brewery and similar processing.
Now we are talking about glycol water beer cooling chiller for brewery.
Anyda Brewery Chiller is being used to cool the heated wort for the brewery process as yeast are responsible for brewery product formulation, fermenting wort but at optimal temperature. Brewery Chiller gets to absorbs the heat from the worm and releases it to the unit by heat exchangers.
Anyda Brewery Chiller also prevents the rancidity of flavors added for taste in brewery products just by keep stabilizing the temperature of wort at a set point after cooling by using a microprocessor controller unit.
Brewery Chiller is portable, easy to install indoor/outdoor due to its varying capacity models as well as built-in water-cooled and air-cooled chillers manufacturing supports both indoors and outdoors installation.
Built-in protecting devices in Brewery Chiller detect overheat, over current flow, and temperature fluctuations with screen display and compensate with the situation by automatic shutting off unit.
Brewery Chiller is used by many large industrial-grade brewery industries to provide cooling for brewery applications.
A Brewery Chiller is useful in cooling the brewery process such as wort cooling, brite tank temperature control, fermentation processes, product storage, prepackaging, and crash cooling, etc.
You can use an air-cooled or water-cooled Brewery Chiller to meet the cooling requirements of your brewery Applications.
An air-cooled Brewery Chiller uses an ambient air or heat removal process. While water-cooled requires an additional cooling tower for cooling your application.
Parameter
Item | Specification / Supplier | ||
Cooling capacity | Model | AYD-20AL | |
kw/h | 27.38 | ||
Power input | kw | 19.06 | |
Power Supply | 380V-3N-50HZ | ||
Temp Outlet (℃) | -5 | ||
refrigerant control | Expansion valve | ||
Refrigeration circle | one | ||
refrigerant | R407C | ||
Dimension（mm）L*W*H | 2000*900*1700 | ||
Compressor | Style | hermetic scroll | |
Model | HCP-120 | ||
Quantity（set） | 2 | ||
Compressor Power(kw/pcs) | 15.86 | ||
Condenser | Style | Fin type | |
Quantity（set） | 2 | ||
Power(kw) | 1.7 | ||
Air Volume（m3/h） | 21000 | ||
Evaporator | Style | Shell and Tube / 1set | |
Cold water flow（m3/h） | 10 | ||
Pipe size（DN） | 50 | ||
Tank Volume(L) | 200 | ||
Pump Power(kw/h) | 1.5( 12.5m3/h,20m head) | ||
Protector Device | 1.Phase protector 2.Fan overload protector 3.High/low voltage protector 4.overheat protector 5.Anti-freeze protector | ||
Unit Weight（kg） | 790 | ||
Operating Weight（kg） | 920 | ||
Main Parts | |||
Compressor | Danfoss | ||
Electronic | Schneider | ||
Electrical control | Punp | ||
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How to Size a Chiller for your Brewery Application?
If you want to determine the size of your Brewery Chiller according to your requirements, some important calculations must be calculated.
The method begins with the number of barrels (bbl) that your brewery application can produce.
If your application is capable of producing 10 barrels at a time, it means you have a 10 barrel system (bbl).
Secondly, it is important to calculate the pull-down that occurs when the vessel temperature drops excluding the wort cold crash.
These two things greatly affect the size of your required Brewery Chiller.
Other than these two factors, you must know about the following:
1.The size of your tanks.
2.Period to reach the desired temperature.
3.Temperature differential.
4.Then calculate the heat load for active fermentation and cool downloads to correctly size your Brewery Chiller.
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