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Blichmann Engineering (www.BlichmannEngineering.com) before use. CAUTION: Sections labeled “Caution” can lead to equipment damage or unsatisfactory performance of the equipment. Please read these sections thoroughly. If you have any questions, contact your retailer or Blichmann Engineering (www.BlichmannEngineering.com) before use. IMPORTANT: Sections labeled “Important”...
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With digital power control, automated mash profile ramping, boil addition timers, pump control, delayed starting, and easy to use advanced control settings, the BrewCommander™ is clearly in a league of its own. It’s a perfect plug-and-play match for controlling the power output of your BoilCoil™...
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For installation of temperature sensor in Hot Liquor Tanks and boil kettles , a ½” inch hole is required. Temperature sensors can be installed in the existing BrewMometer™ hole in Blichmann Engineering BoilerMaker™ kettles. Install temperature sensor and bulkhead as shown in Figure 1.
240V outlets to an L6-30R connection as shown in Figure 4. The 120V model of the Electric BrewCommander™ Brewhouse Controller is equipped with L5-20 connections on the controller, and a power cord adapter with a 5-20P plug for the wall receptacle.
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8/32 set screws. Hardware for fastening the DIN rail to the wall is not included. Steps: 1) Rewire your controller out the bottom by following the instructions given in the rewiring video on our Blichmann Engineering™ YouTube channel. 2) Trim the included DIN rail to be 1/8” shorter than with width of the controller.
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Measuring the RIMS Offset Ensure the RIMS OFFSET is set to 0.0. Next, calibrate your mash thermometer to match the BrewCommander™ sensor so that you can accurately measure the temperature difference between the mash and the recirculation temperature. Calibration at your typical mash temperature is most accurate.
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RIMS / HERMS SYSTEM REQUIREMENTS For the BrewCommander™ electric modular brewing system to function properly in a recirculation system (RIMS / HERMS), your brewing system must meet some basic requirements. If your system is unable to meet these requirements please contact your RETAILER for guidance. We cannot guarantee the performance of the product if these basic minimums are not met.
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General Operation When using a RIMS Heater, such as the Blichmann Engineering RIMS Rocket™, the temperature readings taken in the RIMS Heater will be higher than vessel temperature. This difference varies depending on the power supplied to the RIMS Heater and the rate of flow of the wort or hot liquor through it. When the vessel is at a steady temperature this temperature difference is typically from 1˚...
BrewCommander™ controller. Step 1: To wire the relay module to the BrewCommander™ first remove the plug on either the left or right of the controller as shown in Figure 1. Step 2: Remove the screws in the front (Figure 2) of the controller as well as the top (Figure 3) and back (Figure 4).
Step 8: Connect the two jumper ends together (as shown in Figure 12). Attach the DIN rail (Figure 13) to the back of both the BrewCommander™ and the Relay Module (as shown in Figure 14). Push the excess jumper Step 9: cable into both controller and slide them together to ensure jumper wires are inside the enclosure not jammed between them.
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A. Limited Warranty 1. Blichmann Engineering warrants to the original purchaser that this product will be free from manufacturing defects in material and workmanship for a period of one (1) year from the date of purchase by the customer. Proof of purchase is required.
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