A portable generator can be a lifesaver during a power outage, but using one without a transfer switch can be dangerous. If you have a portable generator, you may be wondering if you need a transfer switch. A transfer switch allows you to use your generator without putting your home’s electrical system at risk.
If you’ve ever had to use a portable generator during a power outage, you know how important it is to have one that’s properly connected to your home’s electrical system.
But what if you don’t have a transfer switch installed! we’ll show you how to use your portable generator safely without a transfer switch. So the question is portable generator users is that how to use your generator without any transfer switch!
Now you don’t need to worry about that, because we are explaining all the details you need to know about how to use your portable generator without any disconnect switch.
Type of generator you are using. There are many type of generators available in the market, including gasoline portable generator or propane portable generator etc. But here we are talking about using gasoline powered generator.
How to use a portable generator without a transfer switch?
If you have a portable generator, you may be wondering if you need a transfer switch. A transfer switch allows you to use your generator without putting your home’s electrical system at risk. But if you don’t have a transfer switch installed, here are the steps to using your generator safely without one.
STEP 1 – POWER DOWN YOUR GENERATOR
Start by locating your generator. You should find it under or behind something that blocks access to the fuel tank and engine, this is where most people make their big mistake of not powering their generator off! Make sure it is completely powered down especially before refueling.
The last thing you want to do is start up the generator while someone is refueling or working on it! You can turn off the main power breaker of the house but remember there are still some small appliances in use like fridge , freezer etc. which are automatically turned on when the power goes out. Check all of them and make sure they are turned off.
STEP 2 – LOCK THE FUEL VALVE
Most portable generators have a fuel valve that is unlocked by pushing down the tab to unlock, then rotating it open. To close, push in the tab and rotate shut. It can be difficult to keep track of which position is open or closed; either mark it with tape or use permanent marker to label it with “OPEN” or “CLOSE.”
You don’t want to lose all your gas! A clear hose (fuel filter) is recommended for filling up your generator as you can see clearly if there’s any fuel leaking from the end where you refill from before plugging it in.
STEP 3 – CONNECT YOUR GENERATOR
Now connect your generator to your house’s electrical panel (fuse box). The best way to do this is through a power cord that matches what’s already on the house; most likely you can just swap over an existing one that was powering something else, like fans or lights.
Do not use extension cords unless absolutely necessary because they can be dangerous. Connecting the generator to your electrical panel with the appropriate cable will ensure that the voltage from your generator does not back feed into other parts of your home wiring and cause a fire inside a wall cavity , another danger when a transfer switch isn’t being used.
STEP 4 – CHECK BREAKER PANEL
Check your house’s breaker panel to make sure you do not have a tripped breaker. If the generator is supplying electricity directly to your appliances, a single overloaded circuit can trip it and shut down the power going to everything on that circuit including your furnace/AC unit, fridge , freezer etc.
STEP 5 – STARTING THE GENERATOR
Now start up your generator by first following all three of these steps in order:
1) Switch off the main power breaker from inside the house
2) Switch on the appropriate breaker for your generator
3) Start up the generator. Always follow this order so you don’t overload any circuits! After starting up your generator, put a match spray some starter fluid into each carburetor until you see gas coming out of the exhaust. This will get the fuel system working and allow your generator to start running.
Shutdown and wait for it to cool down, then refuel with gasoline and repeat this process until your tank is full. After these steps, you should have a generator that’s supplying power to your house without any risk of fire or accident! Feel free to contact us further if you still have questions about generators , we’re happy to help! We offer affordable service agreements on our products.
Electricity is dangerous. You should never try to use a generator without taking proper safety precautions. If you are unsure of how to safely connect your power supply, contact the manufacturer or consult an experienced electrician before doing so. This has been a guide on how to turn on your generator without a transfer switch. Thanks for reading! We hope you found what you were looking for!
Q 1) Is it possible to power my whole house with a portable generator?
It is possible to use your generator for the entire home, but you should think about getting a transfer switch so that you are not putting yourself or your family at risk.
Q 2) How do I know if I need a transfer switch?
If you’re using your generator on an electric panel that’s wired into the house, then you’re running the risk of back feeding electricity into other circuits and causing damage inside wall cavities, which can lead to fires . You definitely need a transfer switch if this is happening.
Q 3) Why shouldn’t I use extension cords when trying to connect my portable generator?
Extension cords are intended for temporary use only. Using them as a permanent source of power can cause a fire inside a wall cavity, something that can be avoided with a transfer switch.
Q 4) How much electricity should my generator produce?
The size of the generator should match the necessary wattage you need to run all your appliances. If your house requires 5000 watts or more to function properly, you will definitely need a transfer switch and/or larger generator to be safe from overloading circuits.