Beer Making

The Essential Kits are designed to get you up and brewing with one click.  It's highly recommended you add this to your cart with the purchase of a Chronical 2.0. Also works with legacy Chronical Brew Master Edition Kit Includes: Hose Barb | 1/2" to 1.5" TC Hose Barb | 1" to 1.5" TC Clamp | 1.5" TC clamp (2) Gasket | 1.5" TC gasket (3) Tubing | 1" ID Silicone (2ft) Tubing | ½” ID Silicone (10ft) Hose Clamps (2)

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The Essential Kits are designed to get you up and brewing with one click.  It's highly recommended you add this to your cart with your purchase of a Unitank or Unitank 2.0. Kit Includes: Hose Barb | 1/2" to 1.5" TC Hose Barb | 1" to 1.5" TC Hose Barb | 1/2" Barb to 1/2" MPT Clamp | 1.5" TC clamp (2) Gasket | 1.5" TC gasket (3) Tubing | 1" ID Silicone (2ft) Tubing | ½” ID Silicone (7ft) Hose Clamps (2) Compatible with Unitank 2.0, Unitank, Nano Jacketed Unitank

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The Essential Kits are designed to get you up and brewing with one click.  It's highly recommended you add this to your cart with your purchase a TC Kettle. Designed to work perfectly with TC Ss Kettle including the Brewmaster Editions. Kit Includes: Thermometer | 1.5" TC Hose Barb | 1/2" Barb to 1/2" MPT Tubing | ½” ID Silicone (5ft) Hose Clamps (2)

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The Essential Kits are designed to get you up and brewing with one click.  It's highly recommended you add this to your cart with your purchase of an eKettle. Kit Includes: Hose Barb | 1/2" Barb to 1/2" MPT Tubing | ½” ID Silicone (5ft) Hose Clamps (2)

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The Essential Kits are designed to get you up and brewing with one click.  It's highly recommended you add this to your cart with your purchase of an InfuSsion Mash Tun. TC Kit Includes: Hose Barb | 1/2" Barb to 1.5"TC Tubing | ½” ID Silicone (5ft) 1.5" TC Clamp  Hose Clamps (2)

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The Essential Kits are designed to get you up and brewing with one click.  It's highly recommended you add this to your cart with your purchase of a pump. TC PUMP KIT: TC Ball Valve Hose Barb | 1/2" to 1.5" TC Hose Barb | 1/2" Barb to 1/2" MPT Clamp | 1.5" TC clamp (2) Gasket | 1.5" TC gasket (3) Tubing | ½” ID Silicone (10ft) Hose Clamps (2) THREADED PUMP KIT: 1/2" Threaded Ball Valve Hose Barb | 1/2" Barb to 1/2" MPT Hose Barb | 1/2" to 1/2" FPT Tubing | ½” ID Silicone (10ft)

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Whirlpool attachment design to be used with an external valve or valve tree like that available for Brew Cubes.

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Compact design 304 Stainless Steel 3 x 1.5" TC flanges, 19mm ID TC Gaskets not included TC Clamps not included Compatible with new Ss Carb Stone

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Replacement component for current generation InfusSion Mash Tun. Can be used to convert the older generation Mash Tuns to 3/4" TC.

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Aluminum mounting plate designed to mount your eController to a wall, brew cart, or wherever you'd like.  

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Neoprene insulated jacket designed for the eKettle.  Helps improve performance in very cold temperature environments. Only for use on Ss eKettles

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TWO - 240VAC 30AMP GFCI Dedicated Circuits Required Designing every piece of our electric brewing equipment from scratch has enabled us to introduce a new level of process control, flexibility, and performance.  Every detail has been carefully thought through and refined. Every component of our new eControllers were designed in house or selected to enhance the ebrewing experience.  Beginning with the custom extruded 6061 aircraft-grade aluminum housing, which is CNC machined, and then coated in a durable black anodized finish. Using this approach allowed us to keep the system compact, portable, and functional.  The housing includes an integrated carry handle for easy setup and take down, a tee-slot for alternative mounting options, along with a heatsink to keep the internal electrical components cool. The boilkettle output on the eController is driven by a fully proportional PID controller, which doesn't rely on high speed switching to modulate heat.  Instead, voltage is modulated through an internal SSVR, this means element wattage is proportional.  A switch located just above the PID allows the user to operate the controller in manual or automatic modes. In manual mode, the proportional output can be fine-tuned on a scale of 0-100% of total element output which is ideal for dialing in a perfect rolling boil.  Alternatively, in automatic mode, the PID algorithm manages the proportional output relative to process temperature, to hold a steady HLT or mash temp for instance.  The eController quickly finds equilibrium with environmental heat loss characteristics, and can maintain a high degree of accuracy during each brewing process. The heater button allows the user to cycle the element on or off without shutting down the power to the entire unit, or adjusting the PID output setting, which is especially helpful during the occasional boil-over. This feature also allows the controller to be used to monitor a process temperature, such as during runoff or latter stages of the sparge process without the risk of dry firing the element.  Lastly, the controller features two accessory outputs, which would commonly be used for pumps, but could also be used for a mill, lighting, or even a phone charger. Connectivity was an important consideration for our eControllers, we wanted the flexibility and familiarity of a plug that could be adapted to an existing customer supplied kettle or element, and the reliability of a UL approved connector type.  For 240VAC main power and element connectors, we settled on the common NEMA L6-30 standard, which is a 3-wire twist-lock plug type, capable of delivering 30 amps of current.   For the accessory connections, we settled on using a NEMA 5-15 standard, which is just a standard residential 120 VAC outlet.   Finally, for the PT100 temperature probes we opted for the 3.5 mm mini jack connector standard, commonly used for headphones, which is both durable and easy to use. Extruded Anodized 6061 Aluminum Housing Omron Proportional PID Controller Automatic and Manual Modes On/Off Element control PT100 temperature probe (2) 120 VAC Accessory receptacles TWO - 240VAC L6-30 Plugs (2) discreet 30A GFCI circuits required TWO - 240VAC 30AMP GFCI Dedicated Circuit Required Designed to be used with Ss Brewtech eKettles and RIMS. Use with other heating elements, especially (but not limited to) those of different wattages, can cause damage to the eController not covered under the warranty policy.

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Designing every piece of our electric brewing equipment from scratch has enabled us to introduce a new level of process control, flexibility, and performance.  Every detail has been carefully thought through and refined. Every component of our new eControllers were designed in house or selected to enhance the ebrewing experience.  Beginning with the custom extruded 6061 aircraft-grade aluminum housing, which is CNC machined, and then coated in a durable black anodized finish. Using this approach allowed us to keep the system compact, portable, and functional.  The housing includes an integrated carry handle for easy setup and take down, a tee-slot for alternative mounting options, along with a heatsink to keep the internal electrical components cool. The boil kettle output on the eController is driven by a fully proportional PID controller, which doesn't rely on high speed switching to modulate heat.  Instead, voltage is modulated through an internal SSVR, this means element wattage is proportional.  A switch located just above the PID allows the user to operate the controller in manual or automatic modes. In manual mode, the proportional output can be fine-tuned on a scale of 0-100% of total element output which is ideal for dialing in a perfect rolling boil.  Alternatively, in automatic mode, the PID algorithm manages the proportional output relative to process temperature, to hold a steady HLT or mash temp for instance.  The eController quickly finds equilibrium with environmental heat loss characteristics, and can maintain a high degree of accuracy during each brewing process. The heater button allows the user to cycle the element on or off without shutting down the power to the entire unit, or adjusting the PID output setting, which is especially helpful during the occasional boil-over. This feature also allows the controller to be used to monitor a process temperature, such as during runoff or latter stages of the sparge process without the risk of dry firing the element.  Lastly, the controller features two accessory outputs, which would commonly be used for pumps, but could also be used for a mill, lighting, or even a phone charger. Connectivity was an important consideration for our eControllers, we wanted the flexibility and familiarity of a plug that could be adapted to an existing customer supplied kettle or element, and the reliability of a UL approved connector type.  For 240VAC main power and element connectors, we settled on the common NEMA L6-30 standard, which is a 3-wire twist-lock plug type, capable of delivering 30 amps of current.   For the accessory connections, we settled on using a NEMA 5-15 standard, which is just a standard residential 120 VAC outlet.   Finally, for the PT100 temperature probes we opted for the 3.5 mm mini jack connector standard, commonly used for headphones, which is both durable and easy to use. Extruded Anodized 6061 Aluminum Housing Omron Proportional PID Controller Automatic and Manual Modes On/Off Element control PT100 temperature probe 240VAC L6-30 Plugs 30A GFCI circuit required (2) 120 VAC Accessory receptacles 240VAC 30AMP GFCI Dedicated Circuit Required Designed to be used with Ss Brewtech eKettles and RIMS. Use with other heating elements, especially (but not limited to) those of different wattages, can cause damage to the eController not covered under the warranty policy.

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Designing every piece of our electric brewing equipment from scratch has enabled us to introduce a new level of process control, flexibility, and performance.  Every detail has been carefully thought through and refined. Every component of our new eControllers were designed in house or selected to enhance the ebrewing experience.  Beginning with the custom extruded 6061 aircraft-grade aluminum housing, which is CNC machined, and then coated in a durable black anodized finish. Using this approach allowed us to keep the system compact, portable, and functional.  The housing includes an integrated carry handle for easy setup and take down, a tee-slot for alternative mounting options, along with a heatsink to keep the internal electrical components cool. The eController is driven by a fully proportional PID controller, which doesn't rely on high speed switching to modulate heat.  Instead, voltage is modulated through an internal SSVR, this means element wattage is proportional.  A switch located just above the PID allows the user to operate the controller in manual or automatic modes. In manual mode, the proportional output can be fine-tuned on a scale of 0-100% of total element output which is ideal for dialing in a perfect rolling boil.  Alternatively, in automatic mode, the PID algorithm manages the proportional output relative to process temperature, to hold a steady HLT or mash temp for instance.  The eController quickly finds equilibrium with environmental heat loss characteristics, and can maintain a high degree of accuracy during each brewing process. The heater button allows the user to cycle the element on or off without shutting down the power to the entire unit, or adjusting the PID output setting, which is especially helpful during the occasional boil-over. This feature also allows the controller to be used to monitor a process temperature, such as during runoff or latter stages of the sparge process without the risk of dry firing the element.  Lastly, the controller features two accessory outputs, which would commonly be used for pumps, but could also be used for a mill, lighting, or even a phone charger. Connectivity was an important consideration for our eControllers, we wanted the flexibility and familiarity of a plug that could be adapted to an existing customer supplied kettle or element, and the reliability of a UL approved connector type.  For 240VAC main power and element connectors, we settled on the common NEMA L6-30 standard, which is a 3-wire twist-lock plug type, capable of delivering 30 amps of current.   For the accessory connections, we settled on using a NEMA 5-15 standard, which is just a standard residential 120 VAC outlet.   Finally, for the PT100 temperature probes we opted for the 3.5 mm mini jack connector standard, commonly used for headphones, which is both durable and easy to use. Extruded Anodized 6061 Aluminum Housing Omron Proportional PID Controller Automatic and Manual Modes On/Off Element control PT100 temperature probe 240VAC L6-30 Plugs 30A GFCI circuit required (2) 120 VAC Accessory receptacles 240VAC 30AMP GFCI Dedicated Circuit Required Designed to be used with Ss Brewtech eKettles and RIMS. Use with other heating elements, especially (but not limited to) those of different wattages, can cause damage to the eController not covered under the warranty policy.

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Designed to be used as a whirlpool solution in TC Brew Kettles (including the eKettle).  1/2" NPT to 1.5" TC 3 Piece Ball Valve 1/2" ID Valve Body Integrated Whirlpool Nozzle Compatible with Ss TC Brew Kettle and eKettles 304 Stainless Steel Does not include TC Clamp or Gasket Not intended for use with Ss Brew Kettle Brew Master Edition.

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Replacement mat for eKettle Contoured to match the eKettle's footprint Black silicone construction Durable and easy to clean Prevents heat damage to brewing surfaces Prevents scratches from forming on the underside of the eKettle Reduces risk of burns when brewing on heat-conductive surfaces Included with eKettle purchase

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The Essential Kits are designed to get you up and brewing with one click.  It's highly recommended you add this to your cart with your purchase of a RIMS. Sight Glass | 2.25" Hose Barb | 1/2" to 1.5" TC (2) Clamp | 1.5" TC clamp (3) Gasket | 1.5" TC gasket (3) Tubing | ½” ID Silicone (5ft) Hose Clamps (2)

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Due to the integrated PT100 thermo probe, our RIMS units are only compatible with Ss Brewtech eControllers Our Recirculating InfuSsion Mash System (RIMS) features a 3500w Incoloy 800 helical element with a thermoprobe integrated into the base which is designed to read wort temperature as it leaves the RIMS housing.  When used with an InfuSsion Mash Tun, the system is designed to provide the brewer the temperature gradient between mash and recirculating wort, allowing the perfect pump speed to be dialed in.   The RIMs kit includes a fully welded housing with TC connections, silicone base, and neoprene insulating jacket.  For stabilization and control in a multi-step mash process there is simply not a better system on the market.   Connectivity was an important consideration for our eBrewing Systems, we wanted the flexibility and familiarity of a plug that could be adapted to an existing customer setup, and the reliability of a UL approved connector type.  For the 240VAC element connector, we settled on the common NEMA L6-30 standard, which is a 3-wire twist-lock plug type, capable of delivering 30 amps of current.  Finally, for the PT100 temperature probes we opted for the 3.5 mm mini jack connector standard, commonly used for headphones, which is both durable and easy to use. 3500w Incoloy 800 Helical Element w/ integrated thermoprobe Sanitary TC Connections Neoprene Insulation Jacket NEMA L6-30 Plug 240VAC

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Designed to extend an eController further alway from an eKettle. Very useful in three vessel setups. Two lengths available. L6-30 Power Plug  10 Gauge SJOOW Power Cable Temp Prob Harness

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TWO - 240VAC 30AMP GFCI Dedicated Circuits Required Designing every piece of our electric brewing equipment from scratch has enabled us to introduce a new level of process control, flexibility, and performance.  Every detail has been carefully thought through and refined. Beginning with control, our eControllers include a fully proportional PID output, which doesn't rely on SSR's or high speed switching to modulate heat.  Instead, voltage is modulated, this means element wattage is proportional, and can be fine-tuned from 0-100% for holding temps steady during a mash rest, or dialing in a perfect rolling boil.  The eController quickly finds equilibrium with environmental heat loss characteristics, and can maintain a high degree of accuracy. Next, we thought about the best way to maintain a high level of flexibility.  One such method was using a common interconnect throughout our line of eControllers and eKettles, in an attempt to minimize proprietary connectors, and leverage trusted UL approved connector types.  The modularity of our eBrewing system allows a user to splice an HLT or Boil Kettle into their system for instance, without having to purchase an entirely new 3 vessel brewhouse. In addition, flexibility is realized through the use of our custom-designed element and eKettle element port, which allows for easy removal of the element for cleaning.  In addition, we didn't settle for a common, off the shelf straight or ripple element.  Instead, we designed a low watt density halo element, specifically sized to the corresponding kettle volume.  This design is better suited to distributing heat evenly throughout the kettle, in addition to fostering an effective whirlpool and trub cone formation.  Crafted from Incoloy 800 alloy, our element carries a higher resistance to heat and oxidation than standard stainless.  Lastly, performance is deeply important to everything we design. We sized the element and controller in both 10 and 20 gallon sizes to maximize a standard 240 VAC, 30 amp residential circuit.  As a result ramp times are quick, which work to shorten the brew day. We also wanted to blend some of our latest product enhancements alongside some of our classic tech. So we decided on a kettle with fully welded TC fittings, alongside our venerable trub dam, which is now paired with a TC ball valve.   Even small aesthetic details were not overlooked, such as a front to back handle orientation for a more compact horizontal brewhouse layout. Or integrating a PT100 temperature probe into the heating element base, which alleviates the need for a dedicated thermowell port.  For the 3V eBrewing system, we are combining an eController 3V along with a pair of eKettles (one as an HLT and one as a Boil Kettle) and an InfuSsion Mashtun paired with our RIMS. This system includes the following: eController 3V (2) eKettles with Elements InfuSsion Mash Tun RIMS All 304 Stainless eKettle with Fully welded TC Fittings 1.5" TC ball valve port with trub dam 1.5" TC accessory port 2" TC element port with proprietary element locknut system 5500 Watt Halo Heating Elements 3500 Watt RIMS Element Integrated PT100 temperature probe L6-30 connector molded into element base Anodized aluminum controller housing Omron PID controller with Proportional Control Auto and Manual mode switching (2) 120 VAC Accessory receptacles

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Designing every piece of our electric brewing equipment from scratch has enabled us to introduce a new level of process control, flexibility, and performance.  Every detail has been carefully thought through and refined. Beginning with control, our eControllers include a fully proportional PID output, which doesn't rely on SSR's or high speed switching to modulate heat.  Instead, voltage is modulated, this means element wattage is proportional, and can be fine-tuned from 0-100% for holding temps steady during a mash rest, or dialing in a perfect rolling boil.  The eController quickly finds equilibrium with environmental heat loss characteristics, and can maintain a high degree of accuracy. Next, we thought about the best way to maintain a high level of flexibility.  One such method was using a common interconnect throughout our line of eControllers and eKettles, in an attempt to minimize proprietary connectors, and leverage trusted UL approved connector types.  The modularity of our eBrewing system allows a user to splice an HLT or Boil Kettle into their system for instance, without having to purchase an entirely new 3 vessel brewhouse. In addition, flexibility is realized through the use of our custom-designed element and eKettle element port, which allows for easy removal of the element for cleaning.  In addition, we didn't settle for a common, off the shelf straight or ripple element.  Instead, we designed a low watt density halo element, specifically sized to the corresponding kettle volume.  This design is better suited to distributing heat evenly throughout the kettle, in addition to fostering an effective whirlpool and trub cone formation.  Crafted from Incoloy 800 alloy, our element carries a higher resistance to heat and oxidation than standard stainless.  Lastly, performance is deeply important to everything we design. We sized the element and controller in both 10 and 20 gallon sizes to maximize a standard 240 VAC, 30 amp residential circuit.  As a result ramp times are quick, which work to shorten the brew day. We also wanted to blend some of our latest product enhancements alongside some of our classic tech. So we decided on a kettle with fully welded TC fittings, alongside our venerable trub dam, which is now paired with a TC ball valve.   Even small aesthetic details were not overlooked, such as a front to back handle orientation for a more compact horizontal brewhouse layout. Or integrating a PT100 temperature probe into the heating element base, which alleviates the need for a dedicated thermowell port.  For the 2V eBrewing system, we are combining an eController 2V along with a pair of eKettles (one as an HLT and one as a Boil Kettle).  This system can also be optioned with our popular InfuSsion Mash Tun to complete your setup. This System includes the following: (1) eController 2V (2) eKettles with Elements *Optional (1) InfuSsion Mash Tun All 304 Stainless eKettle with Fully welded TC Fittings 1.5" TC ball valve port with trub dam 1.5" TC accessory port 2" TC element port with proprietary element locknut system 5500 Watt Halo Heating Element Integrated PT100 temperature probe L6-30 connector molded into element base Anodized aluminum controller housing Omron PID controller with Proportional Control Auto and Manual mode switching (2) 120 VAC Accessory receptacles 240VAC 30AMP GFCI Dedicated Circuit Required *Images shown are of 10 gal eKettle

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Designing every piece of our electric brewing equipment from scratch has enabled us to introduce a new level of process control, flexibility, and performance.  Every detail has been carefully thought through and refined. Beginning with control, our eControllers include a fully proportional PID output, which doesn't rely on SSR's or high speed switching to modulate heat.  Instead, voltage is modulated, this means element wattage is proportional, and can be fine-tuned from 0-100% for holding temps steady during a mash rest, or dialing in a perfect rolling boil.  The eController quickly finds equilibrium with environmental heat loss characteristics, and can maintain a high degree of accuracy. Next, we thought about the best way to maintain a high level of flexibility.  One such method was using a common interconnect throughout our line of eControllers and eKettles, in an attempt to minimize proprietary connectors, and leverage trusted UL approved connector types.  The modularity of our eBrewing system allows a user to splice an HLT or Boil Kettle into their system for instance, without having to purchase an entirely new 3 vessel brewhouse. In addition, flexibility is realized through the use of our custom-designed element and eKettle element port, which allows for easy removal of the element for cleaning.  In addition, we didn't settle for a common, off the shelf straight or ripple element.  Instead, we designed a low watt density halo element, specifically sized to the corresponding kettle volume.  This design is better suited to distributing heat evenly throughout the kettle, in addition to fostering an effective whirlpool and trub cone formation.  Crafted from Incoloy 800 alloy, our element carries a higher resistance to heat and oxidation than standard stainless.  Lastly, performance is deeply important to everything we design. We sized the element and controller in both 10 and 20 gallon sizes to maximize a standard 240 VAC, 30 amp residential circuit.  As a result ramp times are quick, which work to shorten the brew day. We also wanted to blend some of our latest product enhancements alongside some of our classic tech. So we decided on a kettle with fully welded TC fittings, alongside our venerable trub dam, which is now paired with a TC ball valve.   Even small aesthetic details were not overlooked, such as a front to back handle orientation for a more compact horizontal brewhouse layout. Or integrating a PT100 temperature probe into the heating element base, which alleviates the need for a dedicated thermowell port.  For the 1V eBrewing system, we are combining an eController 1V along with a 10 gallon eKettle.  This bundle is perfect to add on to an existing 3 vessel brewhouse, such as replacing a kettle or HLT.  Or it can be used as a standalone brew in a bag (BIAB) system.  This system includes the following: (1) eController 1V (1) eKettle with Element All 304 Stainless eKettle with Fully welded TC Fittings 1.5" TC ball valve port with trub dam 1.5" TC accessory port 2" TC element port with proprietary element locknut system 5500 Watt Halo Heating Element Integrated PT100 temperature probe L6-30 connector molded into element base Anodized aluminum controller housing Omron PID controller with Proportional Control Auto and Manual mode switching (2) 120 VAC Accessory receptacles 240VAC 30AMP GFCI Dedicated Circuit Required *Images shown are of 10 gal eKettle

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Replacement Top Cap for quad tap Matte Black Tower. Direct replacment for the KOMOS Matte Black 4-Tap Draft Tower.

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Replacement Top Cap for quad tap Stainless Tower. Direct replacment for the KOMOS Stainless 4-Tap Draft Tower.

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