Introducing the JoinTech Fermentation Glycol Chiller G20 with 2 individually controlled pumps. A compact multi-fermenter chilling solution which offers high performance for homebrewers.

The Icemaster G20 is an efficient glycol chiller that has fantastic cooling performance. It’s compact, quiet and ideal for a domestic environment.  It is powerful enough to chill well-insulated fermenters up to 200L in size or multiple smaller fermenters.  It has 500-watt cooling power making it suitable for crash chilling even in hot ambient temperatures in your garage or brewery.

Improved push in sight glass tubing with stabiliser bracket.

To get the most out of this unit we recommend the use of Propylene Glycol (ideally about 30% concentration).

If you are looking for a larger chiller we also sell the Icemaster G40 unit.

Specifications

Integrated Pumps
Unlike other units, this unit comes with 2 integrated pumps and temp controllers.  This will allow you to independently cool two fermenters at the same time at different temperatures.  Set the temp on the main reservoir to -4C then (after you have added 30% glycol) then on the other side of the G20 set the other two temperatures to your ideal fermentation temperatures.  No additional wiring necessary.  Pumps included and already wired up ready to use.

Chill Wort
Cooling wort from 100C to 50C is quite easy with tap water most of the time.  With that said cooling from 50C to 18C can take ages.  This is because your tap water might be as hot as 35C meaning it would be impossible to mater how much water you use to get down to 18C (yeast pitching temperatures).  The Icemaster G20 solves this problem and is the easy way to take advantage of sub-zero glycol to cool your fermenter to acceptable temperatures for the fermentation process (PLEASE NOTE: only use this unit to chill wort after you have already chilled down to <50c with water, otherwise there is a risk of overloading the compressor). This unit can be used in conjunction with all these chiller options:
a) BrewZilla 65L Immersion Chiller
b) Coolossus Stainless Counter Flow Chiller
c) BrewZilla 35L Chiller
d) 20 Plate Chiller

Cool Your Bright Tank Fermenter/Kegmenter
Let’s face it.  Australia is a hot country and in many instances, heating is not necessary but cooling is essential.  Larger and well-insulated fermenters, in particular, will often generate enough heat to heat the fermenter which is why large commercial breweries often have no heating.  They rely on the yeast activity to heat the fermentation tank.  The G20 can be used to cool a range of different fermentation vessels when used with products such as the Temp Twister.

Heating
The KegLand G20 IceMaster glycol chiller can also be set up to heat the reservoir. There is a push in port on the two temperature controllers to control the heating of the device you decide to use.
KegLand does not stock any submersible heaters for this application.
Please note: Installation of such heating device must be installed by a trained electrician.

Compressor NOT Thermoelectric
Although thermoelectric glycol units are significantly cheaper to make to really get the power needed to chill wort quickly and efficiently you need compressor cooling.  Compressors increase the cost of the manufacturing process however due to the fact they are between 3-6times more electrically efficient for this application the initial manufacturing cost will easily be recouped in electrical savings.  In addition to this compressors are significantly more powerful and able to pump more heat even in hot ambient temperatures where thermoelectric units will struggle.  So if you want to retain the ability to crash chill fermenter you can’t go past the cooling power of compressor cooling.

Installation Requirements
This unit requires a 100mm Clearance around all air vents.
Regular maintenance of dust around radiator is required to ensure optimum efficiency.
Ideally used with KegLand Glycol/Water ratio of 20% to achieve -8°C freezing point

Glycol Temp Controller Instructions
On the glycol temp controller below press the up and down buttons at the same time. This will get you into the advanced parameter settings were you can move between F0-F13 to set the controller to the desired settings as shown in the table below: