This Guardian generator is a model within Generac's Series. This is
an 8KW and can be purchased for a little over $2000. This price doesn't
include installation. When figuring what size of generator you need,
here's what you need to consider. An 8KW generator like the one above
will power 8000 kilowatts. (1 kilowatt=1000 watts) so this generator
would be able to power 80 100 watt light bulbs. Many appliances are
labeled with amps or current draw instead of watts. In this case you
can do a simple calculation to convert the amps to watts here. Although this seems simple enough, there's one more bit of information you need to know.It's called LRA (locked rotar current) It is usually found on the motor nameplate. It means the motor is not turning and is the amount of amps required to start it. A motor draws the most current right when it is switched on. This is much greater than the current needed to keep the motor running which is called "Full Load Amps" or "Running Amps." So back to the 8KW Guardian generator. It may not run an appliance with a current calculation of 8,000 watts. This is because the current required to start the motor may be much higher. If you multiply this by several appliances, you can start to see the complications it can cause. It's best to consult an electrician for the proper generator sizing for your needs.
BROCHURE
Generac OHVI® Engine
Your Guardian generator might have to get you through days—or weeks—without utility power. Its OHVI® engine, specifically designed for generator use, provides the reliability to power through the most severe outages.
Evolution™ Controller
The next generation of intuitive controllers featuring a multilingual, two-line LCD text display with color-coded, backlit buttons.
Certified for 18" Installation to the Home
Third-party certified to NFPA standards to be installed as close as 18” from the home’s exterior wall, provided it is located away from doors, windows, and fresh-air intakes, and unless otherwise directed by local codes.
Easy Installation
With an intelligent pre-wired transfer switch, re-engineered connection points, and composite mounting pad that eliminates the need for a poured concrete base (unless specified by local codes), the Guardian generator is easy to install.
Rated for Operation in Areas with Low Natural Gas Pressure
In areas with low natural gas pressure, the Guardian Series 8 kW generator can operate on natural gas pressures of only 3.5” of water column—significantly lower than published numbers for competitive standby generator systems.
All-Weather Steel Enclosure
Power Armor finish helps make the sturdy, Galvanneal steel enclosure perfect for all weather confitions. It’s also able to withstand 150 mph winds. Tool-less Fuel Conversion
Switch between natural gas and LP fuel in the field in a few seconds, without the need for any tools.
True Power™ Technology
Best-in-class power quality with less than 5% total harmonic distortion means clean, smooth operation of your sensitive electronics and appliances.
Mobile Link™ Compatible
Take advantage of Generac’s Mobile Link cellular remote monitoring system and check on your generator’s status using your computer, tablet or smartphone, even when you are away. Sold separately.
This
Guardian generator is a model within Generac's Series. This is an 8KW
and can be purchased for a little over $2000. This price doesn't
include installation. When figuring what size of generator you need,
here's what you need to consider. An 8KW generator like the one above
will power 8000 kilowatts. (1 kilowatt=1000 watts) so this generator
would be able to power 80 100 watt light bulbs. Many appliances are
labeled with amps or current draw instead of watts. In this case you
can do a simple calculation to convert the amps to watts here. Although this seems simple enough, there's one more bit of information you need to know.
It's called LRA (locked rotar current) It is usually found on the motor nameplate. It means the motor is not turning and is the amount of amps required to start it. A motor draws the most current right when it is switched on. This is much greater than the current needed to keep the motor running which is called "Full Load Amps" or "Running Amps." So back to the 8KW Guardian generator. It may not run an appliance with a current calculation of 8,000 watts. This is because the current required to start the motor may be much higher. If you multiply this by several appliances, you can start to see the complications it can cause. It's best to consult an electrician for the proper generator sizing for your needs.
- See more at: http://www.magictolight.com/guardian_generator.html#sthash.WJ1rLzpw.dpufThis Guardian generator is a model within Generac's Series. This is an 8KW and can be purchased for a little over $2000. This price doesn't include installation. When figuring what size of generator you need, here's what you need to consider. An 8KW generator like the one above will power 8000 kilowatts. (1 kilowatt=1000 watts) so this generator would be able to power 80 100 watt light bulbs. Many appliances are labeled with amps or current draw instead of watts. In this case you can do a simple calculation to convert the amps to watts here. Although this seems simple enough, there's one more bit of information you need to know.
It's called LRA (locked rotar current) It is usually found on the motor nameplate. It means the motor is not turning and is the amount of amps required to start it. A motor draws the most current right when it is switched on. This is much greater than the current needed to keep the motor running which is called "Full Load Amps" or "Running Amps." So back to the 8KW Guardian generator. It may not run an appliance with a current calculation of 8,000 watts. This is because the current required to start the motor may be much higher. If you multiply this by several appliances, you can start to see the complications it can cause. It's best to consult an electrician for the proper generator sizing for your needs.
It's called LRA (locked rotar current) It is usually found on the motor nameplate. It means the motor is not turning and is the amount of amps required to start it. A motor draws the most current right when it is switched on. This is much greater than the current needed to keep the motor running which is called "Full Load Amps" or "Running Amps." So back to the 8KW Guardian generator. It may not run an appliance with a current calculation of 8,000 watts. This is because the current required to start the motor may be much higher. If you multiply this by several appliances, you can start to see the complications it can cause. It's best to consult an electrician for the proper generator sizing for your needs.
- See more at: http://www.magictolight.com/guardian_generator.html#sthash.WJ1rLzpw.dpufThis Guardian generator is a model within Generac's Series. This is an 8KW and can be purchased for a little over $2000. This price doesn't include installation. When figuring what size of generator you need, here's what you need to consider. An 8KW generator like the one above will power 8000 kilowatts. (1 kilowatt=1000 watts) so this generator would be able to power 80 100 watt light bulbs. Many appliances are labeled with amps or current draw instead of watts. In this case you can do a simple calculation to convert the amps to watts here. Although this seems simple enough, there's one more bit of information you need to know.
It's called LRA (locked rotar current) It is usually found on the motor nameplate. It means the motor is not turning and is the amount of amps required to start it. A motor draws the most current right when it is switched on. This is much greater than the current needed to keep the motor running which is called "Full Load Amps" or "Running Amps." So back to the 8KW Guardian generator. It may not run an appliance with a current calculation of 8,000 watts. This is because the current required to start the motor may be much higher. If you multiply this by several appliances, you can start to see the complications it can cause. It's best to consult an electrician for the proper generator sizing for your needs.
This
Guardian generator is a model within Generac's Series. This is an 8KW
and can be purchased for a little over $2000. This price doesn't
include installation. When figuring what size of generator you need,
here's what you need to consider. An 8KW generator like the one above
will power 8000 kilowatts. (1 kilowatt=1000 watts) so this generator
would be able to power 80 100 watt light bulbs. Many appliances are
labeled with amps or current draw instead of watts. In this case you
can do a simple calculation to convert the amps to watts here. Although this seems simple enough, there's one more bit of information you need to know.
It's called LRA (locked rotar current) It is usually found on the motor nameplate. It means the motor is not turning and is the amount of amps required to start it. A motor draws the most current right when it is switched on. This is much greater than the current needed to keep the motor running which is called "Full Load Amps" or "Running Amps." So back to the 8KW Guardian generator. It may not run an appliance with a current calculation of 8,000 watts. This is because the current required to start the motor may be much higher. If you multiply this by several appliances, you can start to see the complications it can cause. It's best to consult an electrician for the proper generator sizing for your needs.
- See more at: http://www.magictolight.com/guardian_generator.html#sthash.WJ1rLzpw.dpuf
It's called LRA (locked rotar current) It is usually found on the motor nameplate. It means the motor is not turning and is the amount of amps required to start it. A motor draws the most current right when it is switched on. This is much greater than the current needed to keep the motor running which is called "Full Load Amps" or "Running Amps." So back to the 8KW Guardian generator. It may not run an appliance with a current calculation of 8,000 watts. This is because the current required to start the motor may be much higher. If you multiply this by several appliances, you can start to see the complications it can cause. It's best to consult an electrician for the proper generator sizing for your needs.
- See more at: http://www.magictolight.com/guardian_generator.html#sthash.WJ1rLzpw.dpuf
This
Guardian generator is a model within Generac's Series. This is an 8KW
and can be purchased for a little over $2000. This price doesn't
include installation. When figuring what size of generator you need,
here's what you need to consider. An 8KW generator like the one above
will power 8000 kilowatts. (1 kilowatt=1000 watts) so this generator
would be able to power 80 100 watt light bulbs. Many appliances are
labeled with amps or current draw instead of watts. In this case you
can do a simple calculation to convert the amps to watts here. Although this seems simple enough, there's one more bit of information you need to know.
It's called LRA (locked rotar current) It is usually found on the motor nameplate. It means the motor is not turning and is the amount of amps required to start it. A motor draws the most current right when it is switched on. This is much greater than the current needed to keep the motor running which is called "Full Load Amps" or "Running Amps." So back to the 8KW Guardian generator. It may not run an appliance with a current calculation of 8,000 watts. This is because the current required to start the motor may be much higher. If you multiply this by several appliances, you can start to see the complications it can cause. It's best to consult an electrician for the proper generator sizing for your needs.
- See more at: http://www.magictolight.com/guardian_generator.html#sthash.WJ1rLzpw.dpuf
It's called LRA (locked rotar current) It is usually found on the motor nameplate. It means the motor is not turning and is the amount of amps required to start it. A motor draws the most current right when it is switched on. This is much greater than the current needed to keep the motor running which is called "Full Load Amps" or "Running Amps." So back to the 8KW Guardian generator. It may not run an appliance with a current calculation of 8,000 watts. This is because the current required to start the motor may be much higher. If you multiply this by several appliances, you can start to see the complications it can cause. It's best to consult an electrician for the proper generator sizing for your needs.
- See more at: http://www.magictolight.com/guardian_generator.html#sthash.WJ1rLzpw.dpuf
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