background image

 

Fig. 1 

Warning: 

Always properly secure all hoses with hose clamps or appropriate clamping device for the 

adapter fittings you are using 

before use

. Use hose rated for the pressure and temperature of the wort 

and cooling water. Failure to do so can result in a hose coming off during use possibly causing severe 
burns and or property damage.  See Fig. 1 for typical installation of hoses. 

 

Mounting Bracket: 

 

The unit is supplied with a heavy gauge stainless steel 

“universal”

 mounting bracket.  It can be installed 

facing forward, to the rear, facing up or down to best meet your needs. Install the bracket between the 
nuts as shown in Fig. 2 below.  Do not mount the unit by the fittings! 

 

 

 

 

 

Cleaning & Sanitation: 

Caution: 

do 

NOT 

use any cleaner or sanitizer containing 

chlorine 

such as bleach. Over time, this will 

pit and erode stainless steel. DO NOT use caustic (lye, Drain-o etc) to clean the chiller 

 these cleanerswill 

damage the copper braze material.  Powdered Brewery Wash is just as effective and MUCH safer to use. 
Any other non-chlorine sanitizer is acceptable to use. Iodophor

TM 

or StarSan

TM 

(see warning below) both 

work very well and do not require rinsing. 

 

Prior to the first use, soak the unit in PBW (Powdered Brewery Wash) with the fittings facing up so all air is 
purged from the exchanger and all surfaces get wetted. Rocking the unit side-to-side will purge any 
entrapped air. Rinse well and then soak in a solution of your favorite non-chlorine sanitizer. Drain and 
allow to drip-dry. 

Do not store the unit full of sanitizer

, and do not soak for extended periods in 

cleaning solutions (1/2 to 1 hour is usually plenty). 

 

Before each use: If properly cleaned after the previous use, all that is required is to soak the exchanger in a 
sanitizing solution. Iodophor, StarSan or similar no-rinse sanitizers work well. Soak it with the fittings 
facing up so all air is purged from the exchanger and all surfaces get wetted. Rocking the unit from side to 
side will help purge any remaining air from the exchanger.  Drain thoroughly. 

 

After each use: 

Immediately after use

, rinse the wort side of the 

exchanger with hot tap water utilizing a hose/faucet adapter (not 
included, but available from Blichmann Engineering as an 
accessory item) as shown in Fig. 3. Rinse in the 

opposite 

direction 

of normal wort flow first to expel any hop or trub particles that may 
have entered the exchanger.  Then reconnect and rinse in the 
normal wort flow direction. A couple minutes each way is sufficient. 
Remove the adapter fittings if used and scrub with a soft brush, 
taking care to remove all sealing tape if used. A ½ to 1 hour soak in 
hot PBW is recommended after this rinsing to remove any stubborn 
deposits and proteins.  Rinse thoroughly, then soak the unit in a 

Fig. 2 

Shown with optional Blichmann Engineering 

QuickConnector

TM 

fittings on the wort in/out. 

Fig. 3 

Summary of Contents for Therminator

Page 1: ...fore use Assembly Threaded fittings The TherminatorTM utilizes NPT National Pipe Taper male threads for the wort side of the exchanger top fittings on the back and front of the exchanger that will readily mate up with your preferred type of hose connector The cooling water side of the exchanger bottom fittings on the back and front of the exchanger is fitted with male garden hose threads GHT High ...

Page 2: ... Rocking the unit side to side will purge any entrapped air Rinse well and then soak in a solution of your favorite non chlorine sanitizer Drain and allow to drip dry Do not store the unit full of sanitizer and do not soak for extended periods in cleaning solutions 1 2 to 1 hour is usually plenty Before each use If properly cleaned after the previous use all that is required is to soak the exchang...

Page 3: ...t also you will be oxidizing your wort It is also permissible to operate the unit with the fittings facing vertically but the wort inlet should be facing downward While other installation configurations may work thee recommended positions allow air to naturally purge from the unit If you see bubbles of air in your wort hoses it is likely due to loose fittings or hose clamps allowing air to enter t...

Page 4: ... carefully touch the side of the ThruMometerTM and determine if the temperature is above 88oF or below 58oF If above 88oF slow down the beer flow rate If below 58oF increase the wort flow rate If it is still too cold slow down the water flow rate leaving the wort flow rate at maximum Notes for Southern Climates Brewers in southern climates have a particular challenge chilling wort due to the eleva...

Page 5: ...aching desired wort flow Use graph on page 6 to estimate flow capacity with the cooling water temperature and flow rate in your brewery Water supplies change temperature depending on the season and flow can change with varying system water usage For gravity drain systems you may not be able to meet the maximum flow needed based on available elevation of the brew pot and restriction of the brew pot...

Page 6: ...our brewery using a bucket of known volume and a stopwatch Divide the gallons by the minutes gal min Then measure the cooling water temperature using an accurate digital type thermometer Record these values Note these values will change throughout the year 2 Choose either the 5 0 gpm 3 0 gpm or 2 0 gpm line that best matches your cooling water flow rate If your flow lies between these lines it is ...

Page 7: ... Warranty 1 Any implied warranty that is found to arise by way of state or federal law including any implied warranty of merchantability or any implied warranty of fitness is limited in duration to the terms of this limited warranty and is limited in scope of coverage to this warranty Blichmann Engineering disclaims any express or implied warranty including any implied warranty of fitness for a pa...

Page 8: ...8 Therminator Owners Manual V8 Blichmann Engineering LLC 2008 ...

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