Glycol Chiller Power Packs UBC

If you want reliable temperature control over your fermentation and storage temperatures, IPS recommends looking into a glycol chiller system for your Brewery, Winery, Restaurant or Bar. A properly installed and sized glycol system will allow you to independently control your fermentation vessels, storage tanks, Kegs, Cellar and Cooler.
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Products (Total Items: 9)
UBC Glycol Chillers & Power Packs Sealed Tanks, up to 3/4 HP Compressor, Procon and Totton Pumps, up to 200' Runs, 3Gl Baths, Digital Thermostat. Easy to Install, Service and Maintain Completely Sealed Glycol Bath Large condenser for warm ambient conditions High efficiency evaporator shaped for optimal use of the glycol bath Top-of-the-line Glycol Chiller / Glycol Cooler! More About Glycol Chillers:
If you want reliable temperature control over your fermentation and storage temperatures, IPS recommends looking into a glycol chiller system for your Brewery, Winery, Restaurant or Bar. A properly installed and sized glycol system will allow you to independently control your fermentation vessels, storage tanks, Kegs, Cellar and Cooler. A glycol chiller is a refrigeration system that is used to cool a bath or a tub of antifreeze named "propylene glycol", or just "glycol". The cooled Glycol is recirculated by pumping though a looped circuit of tubing connected to the input and output ports of a glycol chiller. This is the main cooling line. For every vessel or trunk line you want cooled, simply connect or "tee off" the inlet and outlet legs of the main cooling line. Once connected, glycol will now circulate through the heat-exchanger and the vessel and/or trunks will be cooled. Control The Flow: Glycol is usually chilled below the freezing point of water. This is very effective for cooling Beer to 32°, but if you would like to maintain a temperature higher than freezing for your wine, cider or other beverage, you will need to adjust the flow rate of the glycol through the heat-exchanger. This can be done in one of two ways if not built into your Glycol Chiller:
Manually; You can regulate the temperature of your wine or beverage by using a shut-off valve and adjusting it as needed. However, you will have to monitor it to make it work properly.
Automatically: A temperature controlled solenoid valve is the preferred way to easily and effectively control your temperatures and may be built into most modern Glycol Chiller Systems. Simply connect the temperature controlled solenoid valve to the tubing leading to the heat-exchanger and place the temperature probe/thermometer into wine or Beverage (using a therm o well). Program the temperature that you would like the wine or beverage to be at and the solenoid valve automatically opens and closes to maintain your desired temperature.
Most wineries usually use glycol at around a 33% solution in water because of the following benefits it has over using pure water alone:Glycol is an antifreeze, so it can be cooled below freezing temperatures without icing-up the insides of the Glycol chiller (which would damage the chiller and make the cooling actually less effective). Glycol acts as lubrication for the pump. Glycol holds temperature better than water in longer tubing runs. Shipped on a pallet via LTL carrier or local will call only. Shipping will be partially calculated upon check out, any additional will be billed separately, when agreed.
If you want reliable temperature control over your fermentation and storage temperatures, IPS recommends looking into a glycol chiller system for your Brewery, Winery, Restaurant or Bar. A properly installed and sized glycol system will allow you to independently control your fermentation vessels, storage tanks, Kegs, Cellar and Cooler. A glycol chiller is a refrigeration system that is used to cool a bath or a tub of antifreeze named "propylene glycol", or just "glycol". The cooled Glycol is recirculated by pumping though a looped circuit of tubing connected to the input and output ports of a glycol chiller. This is the main cooling line. For every vessel or trunk line you want cooled, simply connect or "tee off" the inlet and outlet legs of the main cooling line. Once connected, glycol will now circulate through the heat-exchanger and the vessel and/or trunks will be cooled. Control The Flow: Glycol is usually chilled below the freezing point of water. This is very effective for cooling Beer to 32°, but if you would like to maintain a temperature higher than freezing for your wine, cider or other beverage, you will need to adjust the flow rate of the glycol through the heat-exchanger. This can be done in one of two ways if not built into your Glycol Chiller:
Manually; You can regulate the temperature of your wine or beverage by using a shut-off valve and adjusting it as needed. However, you will have to monitor it to make it work properly.
Automatically: A temperature controlled solenoid valve is the preferred way to easily and effectively control your temperatures and may be built into most modern Glycol Chiller Systems. Simply connect the temperature controlled solenoid valve to the tubing leading to the heat-exchanger and place the temperature probe/thermometer into wine or Beverage (using a therm o well). Program the temperature that you would like the wine or beverage to be at and the solenoid valve automatically opens and closes to maintain your desired temperature.
Most wineries usually use glycol at around a 33% solution in water because of the following benefits it has over using pure water alone: