![]() Then get a light bulb that is close to that wattage and turn on the bulb in your container. Start by making your best guess about how much power you will need. A simple way to determine the wattage you will need is to do the lightbulb test. ![]() If your container is small with great insulation and the room temperature is warm, you may need very little wattage. If you have a larger container, very little insulation, and it's kept in a cold room, you will need more wattage. This starts with understanding how many watts of power your container will need in order to get and keep the incubator at the correct temperature. Select the IncuKit that is the right size for the container you will use for your incubator The way you would use each one is a little different, but there are some general guidelines that will apply to each of them.ġ. See this listing to customize your IncuKit XL to your needs: IncuKit XL For large cabinet style incubators that require up to about 225 watts of power add the extra fan/heater and your choice of control unit. See this listing: IncuKit MiniĢ.) 100 -250 Watt IncuKit XL- use the standard single fan/heater unit with your choice of control unit for medium sized incubators that require up to about 100 watts of power. It combines the fan, heater and thermostat together so all you have to do is install the IncuKit into your container and you have a forced-air incubator!ġ.) IncuKit Mini - intended for small incubators that need up to about 30-40 watts of power. ![]() Why? Because it combines the essential components of a good incubator into one handy little device. So you've heard about the IncuKit? What's all the buzz about?įor starters, the IncuKit may be the world's easiest way to make your own incubator. How to use the IncuKit™ in your DIY incubator
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