Conventional generator supplies power for heavy-duty equipment or emergency situations. Keeps high-draw appliances running during a power outage. Runs up to 8.5 hours on a half load. Simple, push button electric start.
Features:
Specs:
Includes:
Notes:
Certifications
Meets the following important certification standards:
The A-iPower SUA9000E generator produces 9,000 watts of power to get you up and running whether you're at the campsite, at the worksite, or faced with an emergency. This powerful generator comes with (4) 120V GFCI protected outlets for powering household items such as refrigerators, televisions, fans, lights, and tools. It features (1) 120V 30R L5-30R twist-lock outlet for large appliances and motorized tools with greater electrical demands. It has (1) 120/240V 30A L14-30R twist-lock outlet that provides a connection point for an inlet box used in home backup power. Lastly, it includes (1) 12V DC 8.3-amp outlet. This port allows you to use the included DC charging cable to provide a trickle charge to any 12V DC battery. This outlet can also accommodate a USB adapter plug (sold separately) to charge gear that uses a USB cord. The generator also has outlet covers to help keep out moisture and debris.
Easy Electric Start Engine
The generator's engine starts up easily at the push of a button. Simply turn the fuel valve to "on" and flip the engine switch to the "run" position. Then, push the battery power restore switch for a few seconds and release. Once you press the start button, the generator will turn on.
Before starting your generator, ensure nothing is connected to the outlets. Start your generator and let the engine run for a few minutes to warm up and stabilize. Once the generator is up and running, follow the recommended order of operation: connect the device with the highest starting watts first, like your air conditioner or refrigerator, then work your way down to the device with the lowest starting watts. By connecting devices in this order, you'll ensure the generator has enough power to start high-wattage loads.
This generator comes with a number of safety features to protect you, the environment, and the generator itself. When the generator is low on oil, a light-up indicator flashes and the engine will automatically shut down to prevent damage. If an overload is detected, either by exceeding the generator's limits or a power surge, the circuit breaker will stop supplying power to the connected devices. The digital voltage regulator assists in minimizing voltage fluctuations which helps to maintain a steady flow of electricity. Also, a built-in spark arrestor helps prevent any sparking that might burn someone or start a fire.
When choosing a generator, you need to match the generator's starting and running output with the electrical demands of the equipment you want to operate.
Starting (surge) wattage is the power a device requires at startup. Running (rated) wattage is the power needed to keep the device running. A large appliance with an electric motor such as a furnace, refrigerator, air conditioner, or washing machine may require 2 to 3 times more starting wattage than running wattage.
It is always best to start your generator with no load connected, then add each device one at a time. Additionally, a good practice to consider is connecting your devices in order from highest starting watts to lowest starting watts. As you connect and start devices, your available wattage decreases. This order of operation allows you to start devices with the highest power demands when there is more power available.
At etrailer, we perform numerous tests on generators that put them through real-world experience. An extensive part of this testing includes starting and running RV air conditioners. The following table will help you decide if the e3200 inverter generator has enough power to handle this critical function in your RV.
| Air Conditioner | Will it start and run? |
|---|---|
| Single 13,500 Btu | Yes |
| Single 15,000 Btu | Yes |
| Dual 15,000 Btu | Yes |
| Appliance | Running Watts | Starting Watts |
|---|---|---|
| Air compressor (1/2 hp) | 1,000 | 2,000 |
| Air conditioner (15,000 Btu) | 1,600 | * |
| Air conditioner (13,500 Btu) | 1,300 | * |
| Air conditioner (10,000 Btu) | 1,000 | * |
| Blender | 400 | 850 |
| Cell phone charger | 11 | 0 |
| Clock radio | 4 | 0 |
| Coffee maker (high setting) | 1,066 | 0 |
| Crock pot (low setting) | 126 | 0 |
| Crock pot (high setting) | 374 | 0 |
| Desktop computer | 150 - 350 | 0 |
| DVD player | 14 | 0 |
| Electric drill (3/8" / 4 amps) | 450 | 600 |
| Electric space heater (high setting) | 1,450 | 0 |
| Floor fan | 100 | 0 |
| Hair dryer (low setting) | 160 | 0 |
| Hair dryer (high setting) | 1,300 | 0 |
| LCD television (32") | 68 | 0 |
| Microwave | 1,000 | 0 |
| Refrigerator | 800 | 1,600 |
| Washing machine | 1,150 | 2,250 |
| Work light (quartz halogen) | 1,000 | 0 |
* The starting wattage on air conditioners can vary greatly depending on several factors, including the assistance of built-in capacitors and cold starts. Because of this, we can't list a standard starting wattage as every application can be different.
The following section provides calculations for wattage estimates. This will give you an overall picture of your potential power usage and help you decide on the generator that is right for you.
The Industry Standard Calculation is a quick and easy way to determine your required wattage. It may provide some padding in your wattage requirements, which could give you more power than you actually need, but you shouldn't have to worry about not having enough power. The following steps will help you quickly calculate the correct size generator to meet your application.
As stated earlier, you should always start your generator without any load, and then connect each device one at a time. The following calculation requires this approach to work. However, using this calculation removes the worry of connecting devices in a certain order.
1. Determine the starting watts and running watts for the devices that you want to plug into the generator.
a. Find the starting (surge) watts and running (rated) watts for each device that you want to plug into the generator. Look for a sticker or plate on each device or check your owner's manuals.
b. If your device or manual only shows amps and volts, watts can also be determined through a simple formula. (Amps x Volts = Watts)
c. List all of your starting watts and running watts as seen in Table 1 below.
Table 1
| Example Devices | Starting Watts | Running Watts |
|---|---|---|
| Air compressor | 2,000 | 1,000 |
| Refrigerator | 1,600 | 800 |
| Microwave | 0 | 1,000 |
| Blender | 850 | 400 |
2. To find the total starting watts required, add the starting watts for the device with the highest value to the running watts of all the other devices from Table 1.
2,000 + 800 + 1,000 + 400 = 4,200 total starting watts
3. To find the total running watts, add all of the running watts together from Table 1.
1,000 + 800 + 1,000 + 400 = 3,200 total running watts
To run all of these devices simultaneously, you would require a generator with at least 4,200 starting watts and 3,200 running watts.
While the method for calculating your power needs outlined above will work, it isn't the most precise. If you aren't afraid of doing a little more math, you can use the Advanced, Precise Calculation to get a more accurate idea of how much power you will need and potentially save yourself some money. Because the calculation above pads in enough power to ensure you can start your devices in any order, it may point you to a bigger and more expensive generator than you need. However, by following the more regimented, order-of-operations calculation below, you'll get a much more precise idea of how much power you need, which could in turn point you to a smaller and less expensive generator.
Again, you should always start your generator without any load, and then connect each device one at a time. The following calculation also requires that you start your devices in order from highest starting watts to lowest starting watts. When you connect devices in this order, you can start high demand devices when there is more power available.
1. Determine the starting watts and running watts for each device that you want to plug into the generator.
a. Find the starting (surge) watts and running (rated) watts for each device that you want to plug into the generator. Look for a sticker or plate on each device or check your owner's manuals.
b. If your device or manual only shows amps and volts, watts can also be determined through a simple formula. (Amps x Volts = Watts)
c. List out these devices from highest starting watts to lowest starting watts as seen in Table 2 below.
Table 2
| Example Devices | Starting Watts | Running Watts |
|---|---|---|
| Air compressor | 2,000 | 1,000 |
| Refrigerator | 1,600 | 800 |
| Microwave | 0 | 1,000 |
| Blender | 850 | 400 |
2. To find the total running watts, add all of the running watts together from Table 2.
1,000 + 800 + 1,000 + 400 = 3,200 total running watts
3. In Table 3, shown below, the values from Table 2 are used to calculate the highest total starting watts required as devices are connected and running. This number represents the highest power requirement you will encounter as you connect all of your devices to the generator. To find this, add the starting watts of each new device you connect to the combined running watts of all connected devices. The highest of these numbers will be the total starting watts required. And again, remember to always connect devices in order from highest starting watts to lowest starting watts.
Table 3
| Device | Starting Watts | Running Watts of All Connected Devices | Total Starting Watts Required |
|---|---|---|---|
| 1. Air compressor | 2,000 + | 0 (nothing connected) | = 2,000 |
| 2. Refrigerator | 1,600 + | 1,000 (air compressor) | = 2,600 |
| 3. Microwave | 1,000* + | 1,800 (air compressor + refrigerator) | = 2,800 |
| 4. Blender | 850 + | 2,800 (air compressor + refrigerator + microwave) | = 3,650 |
* Even though the microwave does not have starting watts listed, you have to account for the power needed to actually run it.
850 + 2,800 = 3,650 highest total starting watts required
In order to run all of these devices simultaneously, you would require a generator with at least 3,650 starting watts and 3,200 running watts.
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