When converting a mini fridge into a kegerator, the size of the fridge is dependent on the type of keg(s) you plan to use. Generally, most standard size mini fridges are too small to house a full-sized keg, or two 5-gallon “slim” kegs.
You will typically need the next size up, or half-sized kegerator, which usually stands at around 33 inches high and 21 inches wide. Of course, the height and width of the kegerator may vary depending on the manufacturer.
It’s important to make sure you measure your space and pick up a kegerator that will fit. To maximize the capacity, you can opt for a combination refrigerator/freezer unit that has an adjustable shelf.
When looking for the right mini fridge for your needs, consider the capacity the unit offers and be sure it has enough room for the type of kegs you plan to use. Finally, remember to measure your doorways to make sure the kegerator will fit through them.
How do I turn my fridge into a kegerator?
Turning your fridge into a kegerator is possible with the right tools. You will need an all-in-one kegerator conversion kit and your fridge should be large enough to accommodate a full-size keg (at least 5 cubic feet, but more for optimal performance).
Additionally, you should make sure that you choose a kit that comes with the necessary hardware, including hoses, a keg coupler, a beer line, mounting hardware, and a CO2 tank.
Step 1: Disconnect the refrigerator from the power source and remove the shelves. Unplugging the fridge will prevent electric shock during installation, and removing the shelves will give you enough room to work on converting the fridge.
Step 2: Install the tower. Most kits come with a tower that fits right into a hole in the refrigerator door. Use the mounting hardware to secure the tower in place and connect the necessary hoses, beer lines, and keg coupler.
Step 3: Install the CO2 tank. If a tank is not included in the kit, then you will have to purchase one separately. Install the tank under the fridge or outside, depending on the setup of your refrigerator.
Step 4: Test everything to make sure there are no air leaks. You can use a gas leak detector kit to check that there are no leaks in the connections.
Step 5: Install the keg. Place the keg inside the fridge and connect to the coupler.
Step 6: Start carbonating. Set the CO2 regulator to the desired pressure and allow the beer to carbonate for 24-48 hours.
Step 7: Time to drink! Once the beer has carbonated, you can serve it directly from the keg. Enjoy your new kegerator!
How can I make a cheap kegerator?
Making a cheap kegerator is definitely possible, but it does take a bit of knowledge and technical prowess. You’ll need a chest freezer, a temperature controller, a CO2 tank, a CO2 regulator, a keg, a faucet/tap setup, and beer/gas line hose.
Step one is to search for a chest freezer with an interior large enough to hold your keg (typically 5-7.5 cubic feet if you’re buying a full-size keg). Make sure it’s new or very gently used and has good seals, as you don’t want any warm air seeping in to ruin your cold beer!.
Step two is to attach the temperature controller to the power cord. This will give you precise control over the temperature range.
Step three is to attach the CO2 tank and regulator. Typically you’ll want the regulator attached to the tank, then a short hose to the barbed fitting on the top of the keg.
Step four is to install your faucet/tap setup. These come in different shapes and sizes, but typically there is a shank (or tower) that connects to your keg, then the faucet to the shank.
Step five is to attach your beer/gas line hose. This will connect the regulator to the faucet tower.
Step six is to make sure everything is sealed up and connected properly.
That’s it! Congratulations, you’ve just made a cheap and efficient kegerator. Enjoy a cold beer any time you like. Cheers!
How do you make a mini fridge keg?
Making a mini fridge keg is actually quite simple with the right supplies. First, you will need to purchase the necessary equipment, which includes a mini fridge, a keg of your favorite beer, a CO2 regulator, a beer line, and a faucet.
Once you’ve gathered all your supplies, you’ll need to make a few modifications to the mini fridge.
Begin by determining how deep the unit is, and then cut out a hole at the top in order to fit the CO2 regulator. You can then attach the regulator and start to install the beer line. There are usually pre-made pipe tap sets available at most hardware stores, or you can use the existing holes in the mini fridge door to attach the line.
Next, plug in the regulator and attach the faucet to the line at the other end.
Once you’ve made the necessary modifications, you can finally install the keg. It’s important to make sure it is level, as this will prevent any leakage. Once the keg has been installed, you can then fill the CO2 regulator with gas, set the pressure and turn on the gas.
While the gas is flowing, the CO2 will mix with the air in the fridge to carbonate the beer before dispensing it.
Finally, let the mini fridge sit for a few hours before attempting to pour the beer. And that’s it; you should now have freshly-poured, cold beer available to you in your very own mini fridge kegerator!.
Is it worth having a kegerator?
A lot of people might think that a kegerator is a waste of money but there are actually a lot of benefits to owning one. For one, it keeps your beer fresh and carbonated for a lot longer than if you stored it in a fridge.
It also allows you to control the temperature of your beer, which is important in keeping it fresh.
Another benefit of owning a kegerator is that you can easily entertain guests with it. If you have a party or a get-together, you can easily serve beer on tap without having to worry about getting it all set up beforehand.
Plus, it’s a lot of fun to pour your own beer from a kegerator.
So, overall, there are definitely a lot of benefits to owning a kegerator. If you drink beer regularly and entertain often, it is definitely worth the investment.
What do you need to make a kegerator?
In order to make a kegerator, you will need several different items. First, you will need a refrigerator or freezer, preferably a chest freezer to hold a full-size tank of CO2. Second, you will need a CO2 gas tank which can hold 5-20lbs of gas.
Next, you will need a regulator, CO2 connects, and hoses to attach to the CO2 gas tank. In order to dispense beer out of the kegerator, you will need a keg coupler and keg faucet. Lastly, you will need mounting hardware such as screws and a drilling tool.
To install the hardware, you will need a jigsaw, multi-tool, or similar equipment. With these items, you’ll have everything you need to create your own kegerator.
Will a keg fit in my fridge?
The answer to this question depends on the size and make of your refrigerator. Generally, a full-size keg (i. e. a 15.5 gallon keg) is too large to fit in a standard refrigerator and will require a special refrigeration unit such as a kegerator or keezer.
Of course, there are some smaller kegs available, such as the 5 and 10-gallon party kegs, which may fit in certain kinds of fridges. If you were to buy one of those, you would need to take measurements of both the keg and your fridge to determine if it would indeed fit.
Additionally, you’ll also want to make sure that the keg isn’t so large that it blocks other cool air sources like the back wall of the fridge or the freezer area. Ultimately, it is important to also consider how much space is necessary to properly and sufficiently cool an already cold keg.
How do I run a CO2 line through my fridge?
Running a CO2 line through your fridge is a relatively straightforward task. Depending on the type of refrigerator you have, you may need to access the back of the fridge or the underside in order to properly run the line.
To begin, you will need to locate your CO2 tank and the regulator assembly. These should both be located outside of the fridge and near the entrance. Once you have located both components, you can begin working on running the CO2 line.
Before you start, you may need to purchase additional supplies such as tubing, hose clamps, and a quick-connect adapter in order to make sure that the line is perfectly fitted and secure.
The first step is to cut the tubing to size. When cutting the tubing, make sure to measure the length of the line before you make any cuts. Once you have the tubing to the desired length, use the clamps to attach it to the regulator assembly.
When securing the tubing in place, make sure it is tight and secure.
The next step is to run the line through the refrigerator. If your refrigerator has a back panel, you will need to detach the panel and thread the line through the back of the refrigerator and to the desired destination.
If your refrigerator does not have a back panel, you will need to thread the line through the underside of the fridge. Once you have threaded the line to the desired destination, you can use the quick-connect adapter to secure the line.
Once you have secured the CO2 line, you should be able to enjoy the many benefits that come with having a CO2 line in your refrigerator. From ensuring your drink and food keeps longer to creating the perfect atmosphere in your kitchen, a CO2 line can make a huge difference in the overall experience.
Do you need plumbing for a kegerator?
Yes, a kegerator will require plumbing. This includes connecting a CO2 tank, a regulator, beer line, and a shank to the beer dispenser. You will also need a supply line, such as the flexible copper or stainless steel line, that connects to the cold water supply or a kitchen sink or a water filter system.
The other end should be connected to the beer line with barbed fittings and tubing clamps. For a complete installation, you may need additional items such as a drip tray, tap handles, and more. It is important to properly install all of the necessary plumbing and components to ensure a safe and efficient kegerator.
How long is beer good for in a kegerator?
The shelf life of beer in a kegerator will largely depend on the beer style and how it is stored. Generally speaking, keg beer is typically finished within 90 days. Many lagers, pale ales, and wheat beers will last about 2-4 months.
Other beer styles such as hoppy IPAs and Stouts will usually last around 4-6 months. The life of your beer can be extended even longer by following a few simple steps. Make sure you keep the beer around 38-50°F and never exceed this temperature range.
Keep the kegerator clean by changing the gas and cleaning the lines regularly. If possible, store the beer upright instead of at an angle. Finally, make sure to pour off the sediment at the bottom of the kegerator every few weeks to ensure the beer has not gone bad.
Following these tips should help you ensure the quality of your beer and extend the shelf life to up to 6 months.
Can I put a Kegerator in a cabinet?
Yes, you can put a Kegerator in a cabinet. Such as the size and setup of your Kegerator and the cabinet that it will be placed in. It’s important to make sure that the Kegerator fits within the cabinet, with at least a few inches of space around it to allow air to flow properly and efficiently.
Most importantly, make sure the cabinet door can be opened and closed without blocking or interfering with the Kegerator. Additionally, you should check with the manufacturer of the Kegerator to ensure that it can be safely stored in a cabinet and that you have the correct setup, such as a CO2 tank and regulator, beer faucet, and an adequate source of power (such as an outlet or extension cord) to ensure the Kegerator functions correctly.
How much room do you need for a Kegerator?
The amount of room that you need for a Kegerator depends on what type of Kegerator you are using. For example, a full size Kegerator typically stands between 24-33 inches in height, with a width and depth of 17-19 inches.
A smaller model of Kegerator, like a countertop or mini model, would be much smaller, typically ranging from 15-20 inches in height, and a width and depth of 10-18 inches. Therefore, it is important to measure the space where you intend to place it before purchasing a specific unit, to confirm that it will fit.
How can you avoid bathroom plumbing maintenance?
To help avoid bathroom plumbing maintenance, there are several best practices that you can follow. First, inspect your bathroom for any leaks or dripping faucets and repair them before they become a larger problem.
Additionally, use strainers on your drains to catch hair or small particles that may end up clogging your pipes. Additionally, check adjacent toilets, sinks and other plumbing fixtures for any noticeable signs of water damage — including discoloration around the fixtures, warping in the walls or flooring, foul odors, or watermarks.
Furthermore, take care not to flush anything down the toilet that could cause a clog. This includes paper towels, facial tissue, cotton swabs and anything else that isn’t biodegradable. Lastly, use natural cleaning agents like lemon juice or vinegar to sanitize and decrease the need for chemical-based cleaners that can build up in your drains and wreak havoc on your system.
What plumbing needs replacing?
Plumbing is any system that conveys fluids for a wide range of applications. Plumbing uses pipes, valves, plumbing fixtures, tanks, and other apparatuses to convey fluids. [1] Heating and cooling (HVAC), waste removal, and potable water delivery are among the most common uses for plumbing, but it is not limited to these applications.
[2] The word derives from the Latin for lead, plumbum, as the first effective pipes used in the Roman era were lead pipes. [3].
According to the Plumbing-Heating-Cooling Contractors Association (PHCC), there are approximately 4 million miles of plumbing in residential and commercial buildings in the United States. This estimate does not include underground piping, such as that used for sewage and drainage.
The PHCC source also states that there are approximately 850,000 plumbing contractors employed in the United States.
Most plumbing equipment is relatively long-lived, but some components have a limited useful life and may need to be replaced from time to time. For example, galvanized steel pipes have a life expectancy of about 40 years, but copper and plastic pipes have a life expectancy of about 50 years.
Fixtures such as faucets and toilets may also have a limited useful life and will need to be replaced more frequently than the pipes themselves.
Can I use a chest freezer as a kegerator?
Yes, you can use a chest freezer as a kegerator. The process is fairly easy, though you will need to purchase additional parts in order to make it work. First, you’ll need to find a suitable chest freezer, making sure it is large enough to accommodate the size of keg you’ll be using.
It’s also important to make sure the freezer is completely sealed and insulated so the temperature doesn’t fluctuate too much. Once you have your chest freezer, you’ll need to purchase an external temperature controller, a CO2 tank and regulator, a conversion kit, beer line, and a faucet set-up.
You’ll then need to assemble the kegerator according to the instructions provided with the conversion kit, install the faucet and beer line, and connect the Co2 regulator. Once everything is hooked up, you can fill the chest freezer with your desired keg and begin enjoying the fresh, cold beer!.
Is it safe to drill into the side of a fridge?
It is not generally recommended to drill into the side of a fridge because it may compromise the refrigerator’s structural integrity and cooling system. If you must do so, you should exercise extreme caution.
To begin, it is important to use the correct drill bit for the material you are drilling into. If your fridge is comprised of metal, use a metal drill bit. You should also ensure you have the necessary safety equipment, like safety glasses and gloves.
Additionally, you should avoid drilling over sensitive parts of the refrigerator, as this may cause irreversible damage. Make sure you have a precise drill hole target and that you are in a well-ventilated area.
Finally, plug the refrigerator in again after drilling and ensure the machine is in good working order.
What happens if you pierce the freezer?
If you pierce the freezer, you could be putting the appliance and its contents at risk. Freezers have an insulation layer that keeps the cold air inside the box and when you poke a hole through that insulation, it can cause the freezer to overwork as it becomes less efficient trying to maintain the same internal temperature.
Over time, this can cause the appliance to work harder, not as well as before, and potentially fail. Also, when you make a hole in the freezer, moisture and humidity can get inside, leading to faster food spoilage and frost build up.
In some cases, piercing the freezer can also create a fire hazard due to exposed electrical wiring. Therefore, it’s always best to avoid piercing a freezer and instead contact a trained technician for professional maintenance.
What size freezer do I need for a keezer?
The size freezer you need for a keezer will depend on how many kegs and other items you will be storing inside you want to keep cold. The minimum size for a keezer varies based on the size of the items being stored.
Generally speaking, a single tap keezer built from a chest freezer should hold at least one to three kegs and can be as small as 7 cubic feet or as large as 15-20 cubic feet. If you plan to store more items, such as multiple kegs, or plan to have a larger keezer that can accommodate taps, beer lines, and a CO2 tank, then you will need a larger chest freezer.
Typically a 20 cubic foot chest freezer can hold up to 6 kegs or more, but any size larger than 20 cubic feet can easily hold more than 6 kegs while also having room for other items.
