The Kegland FermZilla is a versatile and popular piece of equipment used by homebrewers for fermenting their beer. One of the key features of the FermZilla is its ability to hold pressure, allowing for pressurized transfers and carbonation directly in the vessel. This eliminates the need for additional equipment like kegs or bottling buckets.
To ensure that the FermZilla is properly sealed and capable of holding pressure, it is important to follow the manufacturer's instructions for set-up and testing. The first step is to fill the FermZilla with water, ensuring that it is completely full. This will help identify any potential leaks when pressure is applied.
Next, the FermZilla should be pressurized to a minimum of 15psi. This can be done using a CO2 tank and a regulator, or with a carbonation cap attached to a carbonation stone. Once the desired pressure is reached, it is important to carefully inspect the vessel for any leaks.
Start by checking the cap and threads of the FermZilla. Inspect the O-rings and make sure they are properly seated and in good condition. Apply a soapy water solution to the cap and threads, and look for any bubbles that indicate a leak. If any leaks are found, tighten the cap or replace the O-rings as necessary.
It is also important to inspect the body of the FermZilla for any potential leaks. Look for any indentations, dimples, or dents that may have occurred during shipping. While these imperfections may not affect the functionality of the vessel, they can potentially cause leaks if they compromise the integrity of the plastic. If any significant dents or damage are found, it is recommended to contact the manufacturer for assistance.
In addition to the initial testing, it is a good practice to periodically check for leaks before each use. This can be done by pressurizing the FermZilla to the desired level and performing the same inspection process described above.
The pressure rating of the FermZilla is not explicitly stated by the manufacturer. However, based on user experiences and feedback, the vessel is capable of safely holding pressures up to 35psi. It is important to note that exceeding the recommended pressure rating can potentially lead to failure of the vessel and should be avoided.
The pressure capacity of the Kegland FermZilla is not explicitly stated, but it is capable of holding pressures up to 35psi based on user experiences. Proper setup, testing, and inspection are important to ensure that the FermZilla is sealed and capable of safely holding pressure. Regular checks for leaks before each use are recommended to maintain the integrity of the vessel.