BLICHMANN ENGINEERING Foundry 10.5 Gallon All-In-One Electric Brewing System Instruction Manual

BLICHMANN ENGINEERING Foundry 10.5 Gallon All-In-One Electric Brewing

System

Product Information

The Anvil Brewing FoundryTM is a high-quality brewing equipment designed for home use. It is a versatile and efficient boiler that allows you to brew your own beer with ease. The FoundryTM comes with various accessories and features to ensure excellent performance and safety.

Product Features

• High-quality stainless steel construction for durability
• Optional Accessory Recirculation Kit for enhanced brewing capabilities
• Malt Basket with Hardware for easy grain separation
• Basket False Bottom to prevent grains from clogging the dip tube
• Dip Tube for efficient wort transfer
• Valve Assembly for precise control of liquid flow
• Teflon Washer for secure sealing
• Lid with Knob Washer and Screw for easy access and sealing
• Anvil Pump Silicone Hose, Hose Clamp, Flow Clamp, Stainless Return Tube, Perforated Disc, Eye Bolt, and Nuts for Eye Bolt for optional recirculation setup
• Immersion Chiller for rapid cooling of wort
• Hose for Chiller for connecting the chiller to the FoundryTM
• 1/2 Hose Clamps and Hose Barb for secure hose connections
• 240V Standard Anvil Brewing FoundryTM – V11 for efficient power supply

PLEASE READ THOROUGHLY PRIOR TO USE FOR IMPORTANT SAFETY INFORMATION

WARNING: Sections labeled “Warning” can lead to serious injury or death if not followed. Please thoroughly read these sections and understand them completely
before use. If you do not understand them or have any questions, contact your retailer or Anvil Brewing Equipment (www.anvilbrewing.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 Anvil Brewing Equipment (www.anvilbrewing.com) before use.

IMPORTA NT: Sections labeled “Important” should specifically be followed to ensure satisfactory results with the product.

WARNING

1. Never operate this product unattended.
2. Never move this product during use.
3. ALWAYS install this product on a level solid surface such as concrete.
4. Heated liquids remain at scalding temperatures long after the brewing process. Never touch the Foundry™ until the liquids have cooled to 115°F (45°C) or less. The use of heat protective gloves is recommended.
5. Ensure the voltage selector is correct.
6. Use with GFCI protected circuit ONLY.
7. Do not immerse the Foundry™ Boiler in liquid.
8. Do not boil with the lid installed.
9. Operating the Foundry™ in any fashion other than described in this manual can result in personal property damage, injury, electrocution, death, or loss of seriously good beer.

GENERAL PRECAUTIONS

1. Do NOT leave this product unattended while in use. The user must remain in the immediate area of the product and have a clear view of the product at all times during operation.
2. Keep children and pets away from the Foundry™ at all times.
3. The use of alcohol, prescriptions or non-prescription drugs may impair your ability to properly assembly or safely operate this product.
4. Use ONLY on-a level, stable surface.
5. Avoid bumping or impact with the product to prevent spillage or splashing of hot liquid.
6. This product will be hot during use.
7. In case there is a fire, call the local fire department. Stay clear from flames.
8. This product is not intended or warranted for commercial use.
9. Make sure the Foundry™ is disconnected from all power sources before cleaning.

What’s Included

Optional Accessory Recirculation Kit

What’s Included

Assembly Lid Assembly

Place the knob washer on the top and bottom of the lid in the center. Put the screw through the bottom of the lid into the knob. Do not over tighten.

Valve and Rotating Dip Tube Assembly
Assemble the valve handle to the valve with the valve nut and lock washer as shown below. Do not overtighten the nut.

Attach the valve through the hole in the Foundry™. Place all parts in order as shown. When assembled correctly, the valve and dip tube can be rotated to leave behind trub in the bottom of the kettle. Ensure the valve is tightened firmly with tools.

Tip: The valve should rotate with a firm grip to ensure a proper seal.
Use the rotating valve at the end of your boil to transfer clearer wort.

Tip: Install the dip tube facing the same direction as the closed valve handle so you know the position

Mounting the Basket Catch

Using the hardward included, mount the basket catch with the bolt and close with a washer and nut.

Installing the False Bottom

1. Insert the false bottom sideways into the basket.
2. Support the bottom of the false bottom from under the basket and level it out with the buttons facing upwards.
3. Firmly press down on the false bottom to lock it in place below the basket dimples.
   Note: Remove and clean the false bottom separately from the basket after each use.

False Bottom Buttons Facing Upward

Immersion Chiller
Place the immersion chiller into your boiling wort 5 to 10 minutes before the end of your boil to sanitize. Place the drain hose down the drain. Once you’re ready to chill, send cold water through the coil with the garden hose connection until it reaches fermentation temperature. Stir the wort with a sanitized spoon while cooling to increase cooling speed.

Warning: Water coming out the drain hose will be hot.

Power Source Overview **

**

The Foundry™ comes standard set for 240V operation, but has a dual voltage feature. The Foundry™, in its 120V configuration, will increase heating times and generate a lower boil intensity. To use the Foundry™ at 120V, first follow the instructions below.

Ensure the switch is set to the proper voltage before use. If you are uncertain about the voltage and capacity of your power source, contact a licensed and qualified electrician familiar with National Electric Code standards before proceeding.

• Warning: Operating the product with 240V power with the voltage selector switch set at 120V may cause permanent damage to the product.
• Warning: Ensure the Foundry™ is unplugged from any power source before any wiring changes.

120V Operation

The Foundry is prewired with a NEMA 6-20P Plug for standard 240V operation. The voltage selector switch will come preset in the 240v position from the factory. To operate the Foundry™ on 120V, install the included 120V adapter cable to the end of the power cable and switch the power selector switch to the 120V position.

Note:
A plug adapter that is UL listed, grounded, and rated for at least 20A @240V may be used to adapt your 240V cable to a
different 240V power connection.

• Tip: With the correct plug and GFCI protection, dryer and stove connections maybe used for your 240V power supply.
• DANGER: ALWAYS USE GFCI PROTECTED OUTLET FOR OPERATION. FAILURE TO DO SO CAN RESULT IN SERIOUS INJU-RY OR DEATH.

Assembly of the Optional Recirculation Kit **

**

Recirculating the wort during the brewing process clarifies your wort, allows you to do step mashing, and increases your efficiency.

Assemble the perforated disc with the eyelet and 2 nuts as shown.
Connect the return tube into the hole in the lid of the Foundry™. Cut and place the silicone hose from the return tube of the Foundry™ to the pump outlet. Clamp both with the included pinch clamps. Use the other piece of hose to run from the pump inlet to the drain valve barb. Ensure to not cut the hose too short to reach from the pump outlet to the return tube. Place the perforated disc on top of the malt basket.

Note : Make sure you have enough clearance above the Foundry™ to lift the grain basket. The pump must be at the same level as the base of the Foundry™ as shown to work properly. The flow clamp is not intended to completely stop the flow. To stop flow, turn off the pump.

Operation

Mash Methods with the Foundry™
The Foundry™ is capable of creating wort in two different ways. The first method is called “no-sparge.” Sparging is the process of adding water to the mash basket after the mash is finished. No-Sparge simply omits that step and the wort is drained out of the mash basket after mashing without adding additional water. No-Sparge is the easiest method. The second method utilizes “sparging” which means rinsing the grain with hot water after mashing to extract more sugars. The Sparge method requires a second vessel in which to heat water and requires pouring of the hot water over the grain. The Sparge method is more efficient and allows for higher gravity beers. Both methods make quality wort. The methods are explained in greater detail below.

No-Sparge Method
To determine how much water you need for your brew day, you will first need to add the weight of all the grain in your recipe. Include flaked grains as well. But do not include malt extract syrup or powder. Extracts or other sugars are added after mashing. Use the tables below for batch size and voltage you will be using. The 120V operation will “boil off” (turn water into steam) about ½ gallon of water per hour at 100% power and the 240V will boil off about 1 full gallon per hour at 100% power. These volumes are accounted for in the charts. Select the volume of brewing water you will need for your batch based on the total weight of the grain. Also, note the Strike Water Temperature. “Strike Water” is the amount of water that is initially added to the Foundry™ boiler and mixed with the grain. Fill the Foundry™ to the required level, lower in the empty malt basket, and set the temperature at the recommended Strike Water Temperature.

This is an estimated temperature that your strike water shall be to obtain a target mash temp of 152°F. Adding grain to hot water lowers the temperature of the mash. That drop in temperature is determined by a few factors and the chart assumes the grain is at room temperature and your target mash temperature is 152°F. You should measure the mash temperature with a hand held thermometer and make adjustments for the next time you heat your strike water. Don’t be concerned if your temperature is off by a few degrees. The temperature will settle in after a few minutes. Before adding the grain or before “doughing-in”, re-set the set point to your target mash temperature and then pour the grain into the malt basket while stirring to avoid dough balls. If you see dough balls, break them up with a spoon or mash paddle. Set a timer; this is the beginning of the mash. Most mashes are one hour in length, but follow your recipe if it recommends a different time. At the end of the mash, allow the grain to drain by carefully raising the mash basket and hooking on the lip of the Foundry.

Warning: Ensure mash basket is securely mounted to the kettle lip during draining to prevent splashing.

2.5 Gallon Batch No-Sparge

Grains (lbs)| Water (gal) 120V| Water (gal) 240V| Strike Water **Temp*
4.0| 3.8| 4.3| 156
4.5| 3.8| 4.3| 156
5.0| 3.9| 4.4| 157
5.5| 4.0| 4.5| 157
6.0| 4.0| 4.5| 158
6.5| 4.1| 4.6| 158
7.0| 4.2| 4.7| 158
7.5| 4.2| 4.7| 159
8.0| 4.3| 4.8| 159
5 Gallon Batch No-Sparge**

Grains (lbs)| Water (gal) 120V| Water (gal) 240V| Strike Water **Temp***
8| 6.9| 7.4| 156
9| 7.0| 7.5| 157
10| 7.1| 7.6| 157
11| 7.2| 7.7| 158
12| 7.3| 7.8| 158
13| 7.4| 7.9| 159
14| 7.5| 8.0| 159
15| 7.7| 8.1| 159
16| 7.8| 8.2| 160

The chart assumes the target temperature is 152°F. Adjust as required for your recipe. After boil, volumes should be 2.75 and 5.5 gallons to compensate for losses during brew day.

Sparge Method

The Foundry™’s versatility allows for the grain to be rinsed with hot water after the mash has ended. Because some of the brewing water is heated in a separate vessel, less strike water is required. Use the chart below to determine how much water is needed during the mash. You will need one gallon of water (Hot Liquor) to sparge. Heat the sparge water in a separate vessel to approximately 175°F. This can be done on a stove for about 20 minutes.

Caution: Carefully, raise the mash basket to the Foundry lip.

2.5 Gallon Batch “Sparge” Method

Grain (lbs)| Strike Water (gal) 120V| Strike Water (gal) 240V| Total Water 120V| Total Water 240V| Strike Water Temp °F
4| 2.8| 3.3| 3.8| 4.3| 157
4.5| 2.8| 3.3| 3.8| 4.3| 158
5| 2.9| 3.4| 3.9| 4.4| 158
5.5| 3.0| 3.5| 4.0| 4.5| 159
6| 3.0| 3.5| 4.0| 4.5| 159
6.5| 3.1| 3.6| 4.1| 4.6| 160
7| 3.2| 3.7| 4.2| 4.7| 160
7.5| 3.2| 3.7| 4.2| 4.7| 160
8| 3.3| 3.8| 4.3| 4.8| 161
5 Gallon Batch “Sparge” Method

Grain (lbs)| Strike Water (gal) 120v| Strike Water (gal) 240v| Total Water 120v| Total Water 240v| Strike Water Temp °F
8| 5.5| 6.0| 6.5| 7.0| 157
9| 5.7| 6.2| 6.7| 7.2| 158
10| 5.8| 6.3| 6.8| 7.3| 159
11| 5.9| 6.4| 6.9| 7.4| 159
12| 6.1| 6.6| 7.1| 7.6| 159
13| 6.2| 6.7| 7.2| 7.7| 160
14| 6.3| 6.8| 7.3| 7.8| 160
15| 6.5| 7.0| 7.5| 8.0| 161
16| 6.6| 7.1| 7.6| 8.1| 161

The chart assumes the target temperature is 152°F. Adjust as required for your recipe. After boil, volumes should be 2.75 and 5.5 gallons to compensate for losses during brew day.

Milling the Grain
Special care needs to be taken when purchasing ingredient kits or when milling grain. When ordering an all-grain ingredient kit, be sure to purchase a normal medium grind and avoid of “BIAB” or “brew in a bag” grind ratings if those options are available. Brew in a bag mill rating usually means that the grain is nearly pulverized to a powder. With a fine crush, the mash will stick, a condition in which wort will not flow out of the basket. A normal/medium grind will filter and flow more efficiently through the mash basket. If your recipe calls for grain that does not have a husk, like wheat, rye, and oats, about ½ pound of rice hulls per 10 pounds of total grain should be added to the grain before doughing in. The rice hulls will allow the mash to flow with ease and avoid sticking.

Tip : If you experience a stuck mash consider using a coarser grind or adding rice hulls.

Water for Brewing
The full volume of water required for brewing should be treated with water salts if using distilled or de-ionized water (see Water Chemistry for more information). Otherwise, carbon-filtered city water (carbon filtering removes chlorine), well water, or un-chlorinated spring water would be acceptable. If your water source is known to have very hard water, you are not able to use a carbon filter, or your water is treated with a water softener, it is advisable to follow the water chemistry techniques outlined in the Water Chemistry section. See also John Palmer’s book: How To Brew for more details on brewing water chemistry.

Water Chemistry
Water chemistry varies depending on the location of the source and what was done to treat the water. The most predictable way to control the quality of the water, particularly if you are unsure of your local water chemistry, is to start with pure water (distilled, deionized, or reverse osmosis) and add your own minerals to the water. This ensures that the mash is at the correct pH so that the grains are more efficiently converted to sugars, and the proper pH avoids extracting astringent flavors from the husks. For more information on brewing water, and for troubleshooting your water chemistry issues, see John Palmer’s book: How to Brew.

To get started, you will need some raw ingredients: These can be found at your local homebrew supply store.

1. Gypsum (Calcium Sulfate, CaSO4)
2. Calcium Chloride (CaCl)
3. Baking Soda (Available in the baking isle at a grocery store.)

Next, use the chart on the next page to select the proper water treatment. Important: Multiply the unit of measure by how many gallons you will be mixing at a time. Stir well to ensure the ingredients completely dissolve. There may be some cloudi-ness initially; this is acceptable. We recommend the Anvil Precision Scale for making these measurements.

| Gypsum (CaSO4)| Calcium Chloride (CaCl)| Baking Soda (NaHC03)
---|---|---|---
| tsp/gal| g/gal| tsp/gal| g/gal| tsp/gal| g/gal
Pale Hoppy| 1/4| 1| 1/8| 0.5| 0| 0
Pale Malty| 1/8| 0.5| 1/4| 1| 0| 0
Amber Hoppy| 1/4| 1| 1/8| 0.5| 1/16| 0.5
Amber Malty| 1/8| 0.5| 1/4| 1| 1/16| 0.5
Dark Hoppy| 1/4| 1| 1/8| 0.5| 3/16| 1
Dark Malty| 1/8| 0.5| 1/4| 1| 3/16| 1

Recirculation During The Mash

Recirculating the wort during the mash can clarify the wort and homogenize the mash temperature through the mash basket, increasing mash efficiency. With the optional Anvil Recirculation Kit, this becomes very easy. Follow the assembly instructions shown on page 4. Before turning on the pump, always wait 10 minutes after doughing-in for the grain to completely absorb water and for trapped air to escape; this helps to prevent a stuck mash. Open the drain valve completely to prime the pump. Then, turn on the pump and close off the pinch valve to reduce the flow of the pump.

Caution: Do not attempt to pump wort at full speed or a stuck mash condition may occur.
It is very important to “rake the mash” every 15 minutes during the mash while recirculating. This is accomplished by stirring just the top 1/3 of the grain bed inside the malt basket. It is especially important to use rice hulls in the mash (1/2 pound per 10 pounds of grain) if the grain bill includes wheat, rye, oats, or other husk-less grain.

Important : If the wort level raises to the top of the mash basket, the flow rate is too high or the mash bed is compact-ing. To fix this turn off the flow, rake the entire mash to break up compacted grain and reset the flow rate to a slower setting. Allow 10 minutes for the mash to settle before restarting recirculation.

Operating the Temperature Controller

After startup, the Foundry™’s default temperature is set to 39°F, and the power is set to 0%. Press the F/C button to change from Fahrenheit and Celsius. To set the temperature, press the + “plus” or – “minus” button. The temperature will begin flashing. Press and hold the + or – button to quickly advance the values. Next, press the percent power button “%PWR”. The Power percentage number will begin flashing. Press and hold the + or – button to reach the desired percent power button. To heat water at the fastest rate, use 100% power. To boil off 1 gallon of water per hour in 240V or ½ gallon per hour at 120V, keep the power set to 100%. You can slow down the heat rate or boil off rate as desired with the percent of power function. When the temperature is set to 212 °F or 100°C, the display will switch to BOIL.

Warning: Always remove the lid before bringing the wort to boil. Boiling wort can cause severe burns and damage to equipment. Do not set the unit to boil with the lid installed.

To set the delay timer for the Foundry™, first fill the unit with water to the desired level. Set the temperature and power of the Foundry™. Press and hold the %PWR for 3 seconds and 1h will appear. Release the buttons and use the + to increase the time delay by 1 hour increments. Once you have the desired delay time, press the %PWR or give the Foundry™ 3 seconds for the time to locked in.

• Important: Do not set the Delay Timer with grain in the Foundry™. Only use the delay timer for heating water. To cancel the delay, cycle the power (turn off and on).
• Tip: To quickly go from 0% to 100%, simply press the minus “-” button. Similarly, to go from 39°F (4°C) to 212°F (100°C) , simply press the – button.

Brewing Steps, a quick reference

1. Verify the voltage switch is set correctly and the unit is plugged into a GFCI protected outlet.
2. Prepare water and slowly lower the empty malt basket.
3. Heat the water to the recommended strike water temperature.
4. Set the controller to the desired mash temperature. Gently stir in the grain with a mash paddle, breaking up any dough balls.
5. If you’re using the optional recirculation kit, wait 10 mins before turning the pump on to let the grain settle, then gently rake (stir) the top ½ of the malt basket every 15 minutes.
6. After mash process is complete, carefully hang the basket on the top lip of the Foundry and set heat to boil (SET = 212°F). Gently add “Sparge Water” (hot liquor) to the malt basket (if using sparging method).
7. Remove the basket from the Foundry™ when drips from the basket significantly decrease and the grain looks like all the wort has drained. Boil for 60 minutes, or as directed in the recipe. Add hops and/or other  ingredients as required. Sanitize the cooling coil by submerging it into the boiling wort for the last 10-15 minutes of the boil.
8. Turn the Foundry™ off and run cold tap water through the coil until wort has reached the pitching temperature. Stirring with a sanitized spoon will speed the cooling process significantly.
9. Remove the cooling coil, stir the wort to cause a whirlpool with a sanitized spoon, and leave the lid on. Wait 15 minutes for the hops and trub to settle to the bottom.
10. Sanitize the pump and hoses (if equipped) and transfer into a sanitized fermentor using the rotating racking arm to leave behind hops and trub.
11. Oxygenate the wort and pitch the yeast.
    Tip: Anything that touches the wort after the boil must be sanitized.

Cleaning and Maintenance

Clean the Foundry™ with mild unscented detergents, Powdered Brewery Wash (PBW), or percarbonate-based cleaners. For stubborn areas, we highly recommend Bar Keepers Friend to keep your product clean. Bleach should NOT be used to clean or sanitize stainless steel. For keeping your equipment clean and looking new, we strongly recommend cleaning immediately after brewing as soils and residue will be much easier to remove before it dries. Never toss components in a bucket of cleaning agents “to clean tomorrow” as these chemicals may damage the product if you exceed the recommended contact time.

Important: Keep the inside bottom of the Foundry™ thoroughly clean and bright with Bar Keepers Friend.

Recommended Accessories

Distillation Ready

The Foundry™ integrates seamlessly with the Turbo 500 Still unit. For installation, remove the knob and knob washers on the lid. Follow all operation instructions in the Turbo 500 Still manual. Zero to 100% power and temperature control makes the Foundry™ ideal for distillation. Install the stopper (BE-000689-00) in the lid hole when in use, which is included if you purchased the distillation kit through ANVIL Brewing Equipment.

Troubleshooting

1. If the wort is flowing at the recommended flow rate but is flowing over the sides of the basket instead of through it, you may have a stuck mash caused by compacting the grain. This is caused by recirculating too fast, too fine of a grain crush, or a high percentage of wheat, oats or similar grains in the grain bill. If this occurs, turn off the pump, and stir the entire mash. Add 1/4 to 1/2 pound of rice hulls if available and stir in well. Let the mash sit for 10 minutes before
   re-starting circulation.

2. If the Foundry™ does not turn on when powered up, see Power Source Overview for more information.

3. If the unit is accidentally ran without water the dry run switch will cut the power to the heaters. An error code “E3” will appear to reset:

   • Turn off the unit and disconnect from power.
   • Allow the unit to cool.
   • Flip over the Foundry™ and depress the pin to reset.

4. If the screen displays an E1 error code, check the connection of the temperature sensor to the circuit board, and ensure that it is properly connected. If your temperature sensor is properly connected and you are still receiving the E1 error code, contact Anvil Customer Support for a replacement temperature sensor.

Anvil Brewing Equipment Product Warranty

A. Limited Warranty

1. ANVIL Brewing Equipment warrants to the original purchaser that this product will be free from manufacturing defects in material workmanship for a period of one (1) year from the date of purchase by the customer. Proof of purchase is required. ANVIL Brewing Equipment’s obligation to repair or replace defective materials or workmanship is the sole obligation of ANVIL Brewing Equipment under this limited warranty.
2. This product is for home use only. The limited warranty covers only those defects that arise as a result of normal use of the product and does not cover any other problems, including, but not limited to, those that arise as a result of:
   • a. Improper maintenance or modification;
   • b. Damage due to incorrect voltage or improper wiring by customer;
   • c. Operation outside of the product’s specifications;
   • d. Carelessness or neglect to operate the product in accordance with instructions provided with the product;
   • e. Damaging the tamper label on the product;
   • f. Damage by over-tightening the fasteners;
   • g. Failure to follow cleaning and / or maintenance procedures; or
   • h. Exceeding published operational temperatures.
3. ANVIL Brewing Equipment reserves the right to request delivery of the defective component for inspection before processing the warranty claim. If ANVIL Brewing Equipment receives, during the applicable warranty period, notice of a defect in any component that is covered by the warranty, ANVIL Brewing Equipment shall either repair or replace the defective component with a new or rebuilt component at ANVIL Brewing Equipment’s option.
4. ANVIL Brewing Equipment must be notified within seven (7) days of the delivery date of any shipping damage. Customer is responsible for shipping damage outside of this time period. Approval for return must be provided by ANVIL Brewing Equipment prior to any return. Customer is responsible for keeping all original packaging material for warranty returns. ANVIL Brewing Equipment is not responsible for damage from improperly packaged warranty returns, and these repair costs will be the sole responsibility of the customer. Shipping costs for warrantee returns are covered only for the contiguous United States.
5. ANVIL Brewing Equipment’s limited warranty is valid in any country where the product is distributed.

B. Limitations of 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. ANVIL Brewing Equipment disclaims any express or implied warranty, including any implied warranty of fitness for a particular purpose or merchantability, on items excluded from coverage as set forth in this limited warranty.
2. ANVIL Brewing Equipment makes no warranty of any nature beyond that contained in this limited warranty. No one has authority to enlarge, amend, or modify this limited warranty, and
3. ANVIL Brewing Equipment does not authorize anyone to create any other obligation for it regarding this product.
4. ANVIL Brewing Equipment is not responsible for any representation, promise, or warranty made by any independent dealer or other person beyond what is expressly stated in this limited warranty. Any selling or servicing dealer is not ANVIL Brewing Equipment’s agent, but an independent entity.

C. Limitations of Liability

1. The remedies provided in this warranty are the customer’s sole and exclusive remedies.
2. Except for the obligations specifically set forth in this warranty, in no event shall ANVIL Brewing Equipment be liable for direct, indirect, special, incidental, or consequential damages, whether based on contract,  tort, or any other legal theory and whether or not advised of the possibility of such damages.
3. This warranty does not cover, and in no event shall ANVIL Brewing Equipment be liable for, travel, lodging, or any other expense incurred due to manufacturing defects in material and work manship, or any other reason.
4. Any performance of repairs after the warranty coverage period has expired or performance of repairs regarding anything excluded from coverage after this limited warranty
5. Shall be considered good-will repairs and they will not alter the terms of this limited warranty, or extend any warranty coverage period.
6. Venue for any legal proceedings relating to or arising out of this warranty shall be in Tippecanoe County, Indiana, United States, which courts will have exclusive jurisdiction.

D. Local Law

1. This warranty gives the customer specific legal rights. The customer may also have other rights that vary from state to state in the United States or other countries.
2. To the extent that this warranty is inconsistent with local law, it shall be deemed modified, only to the extent necessary to be consistent with such local law.

Anvil Brewing Foundry™ – V11
©Anvil Brewing Equipment 2021 | www.anvilbrewing.com

References

• Anvil Brewing Equipment

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