7,500 Surge Watt Dual Fuel Generator – Sportsman

Description

The Sportsman Dual Fuel Generator has the power and flexibility to handle running the RV while out on the road, or for keeping essential appliances going during a power outage. This Dual Fuel generator runs on either unleaded gasoline or propane gas, so you can use whichever fuel is more easily available or affordable at the moment. With the Sportsman 7,500 Watt Dual Fuel Generator, you get the long lasting, clean burning advantage of propane gas, plus the familiar and easy to find benefits of unleaded gasoline.
With 7,500 peak watts and 6,000 rated watts the Sportsman 7,500 Watt Dual Fuel Generator is a powerful generator that can handle the needs of most contractors, homeowners and recreational activities. Equipped with four 120 Volt outlets, a single 120 Volt RV outlet, a 12 Volt DC outlet for battery charging, and a 120/240 Volt outlet, this generator can run just about anything. Use the generator right out of the box with the recoil start or install a motorcycle battery (not included) to activate the electric start feature.
The Sportsman 7,500 Watt Dual Fuel Generator boasts an engine run time of 5 hours at 50% on a common 20Lb (gas grill type) cylinder (LPG cylinder not included) or 9 hours on 6.2 gallons of unleaded gasoline. A 5 foot propane fuel hose with a regulator is included for your added convenience. The 13 HP engine is surprisingly quiet; it runs at less than 80 Db. The Sportsman 7,500 Watt Dual Fuel Generator is ideal for anyone who needs affordable, flexible, and portable power. Unfortunately, this model cannot be converted to operate with natural gas.

7,500 surge watts and 6,000 running watts can run the RV, household appliances, and power tools
13 HP engine, 4 stroke, 420cc, air cooled, OHV Engine delivers maximum performance
Recoil or electric start (when a battery is installed, battery not included)
Run time at a 50 percent load: 9 hours with the 6.2 gallon gas tank, or 5 hours with a 20 lb. propane tank
Fuel Type: Generator utilizes either unleaded gasoline or LPG propane gas as a fuel source (propane tank not included)
Oil Capacity: 38 oz. SAE 10W30, low oil shutdown
Four 120V GFCI outlets, one 120V RV outlet, one 12V DC outlet for battery charging, one 120/240V outlet, circuit protection, UL listed electrical components
Engine shut off switch, circuit breaker, and power outlets
AVR Automatic Voltage Regulation
Decibel rating: less than 80 dB with no load
Comes with a DC connector wires for charging 12 Volt automotive-type batteries, a spark plug wrench, a funnel for adding oil, and a 5 ft. regulator hose kit
Includes a mobility kit with two 10 in. wheels and folding handle for easy portability
High altitude use: this generator is not recommended for high altitude use above 3,000 ft.
EPA approved, Non-CARB compliant/Not for sale in California
Surge watts / running watts may be reduced by 10% when using propane fuel vs using gasoline

Finally, just remember that regular maintenance is crucial for optimal generator performance. I always read and follow the manufacturer’s maintenance schedule. This includes oil changes, filter replacements, and general inspections. In addition, this helps my generator last longer! Also, I want to emphasize that you must place it outdoors in a well-ventilated area. Position it away from doors, windows, and vents to prevent carbon monoxide buildup. Follow the manufacturer’s instructions regarding fueling, grounding, and maintenance. Of course, use heavy-duty extension cords designed for generator use and avoid overloading them.

Choosing a portable power generator for power outages involves considering various factors to ensure it meets your specific needs. I am providing a few key considerations:

1. Power Requirements:
   • First, determine the essential appliances and devices you want to power during an outage. Calculate the total wattage needed to run these items simultaneously. This helps me choose a generator with an adequate power capacity. In this case, I use a Wattage Guide to help me figure out the math!
2. Generator Type:
   • Portable generators come in different types, including inverter generators and conventional generators. Inverter generators provide clean and stable power, making them suitable for sensitive electronics. Conventional generators are generally more affordable but may produce less stable power.
3. Fuel Type:
   • Portable generators can run on various fuels, such as gasoline, propane, or both. With this in mind, I consider the availability and convenience of the fuel type in my area. By the way, gasoline is the most common, but it has a shorter shelf life than propane.
4. Run Time:
   • I check the generator’s run time on a single tank of fuel. This is crucial for extended power outages. Generators with a longer run time require less frequent refueling.
5. Portability and Size:
   • Consider the portability of the generator. Look for features like wheels and handles for easy transportation. What’s more, smaller and lighter generators are more convenient for home use.
6. Noise Level:
   • Generators can be noisy, so consider the noise level produced by the generator. For example, I look for models with lower decibel ratings because I live in a residential area.
7. Start Mechanism:
   • Generators can have manual recoil start or electric start mechanisms. Electric start generators are easier to start, but may require a battery, which needs periodic maintenance. In every situation, I choose a start mechanism that suits my needs.
8. Ease of Maintenance:
   • Consider the maintenance requirements of the generator. For example, I look for models with easy access to filters and oil changes. Under these circumstances, regular maintenance is essential for the generator’s longevity.
9. Safety Features:
   • In addition, I always check for safety features such as overload protection, low-oil shutoff, and GFCI outlets. These features help protect both the generator and connected devices.
10. Budget:
    • Finally, I recommend setting a budget for your generator purchase. Prices can vary based on features and capacity. For this reason, I suggest balancing your “requirements” with your “budget” to find the best generator for your needs.