Available Generators

  • 2500 Watt - 5hp Honda engine - 4 GFCI outlets (120 volt / 20 amps total) - approx 2 hour run time
  • 4500 Watt - 9hp Honda engine - 4 GFCI outlets (120 volt / 20 Amps total) - 1 120 volt /30 amp outlet - 1 240 volt / 30 amp outlet
  • 6500 Watt - 11hp Honda engine
Extension cords and lights are also available.
We have new and used units available for sale.
Guidelines for Generator Selection
 Generators must be properly sized for the intended load to avoid damage to both the generator and the connected equipment.


Electric equipment is generally divided into inductive and resistive loads. Inductive loads are primarily things with motors like furnaces blowers, saws, drills, refrigerators, pumps and air compressors. Electric motors can require 3 to 6 times their running current when starting. Air compressors and submersible pumps have very high starting currents. Resistive loads are things like coffee makers, lights, electric heaters and TV's.

Steps for determining generator size.

1. Add the wattages of all resistive loads to be operated at the same time. Most appliances have labels or nameplates listing wattage. If amperage is listed multiply amps x voltage to find watts.

2. Determine the starting wattage of inductive loads. Remember, if the nameplate says your furnace fan draws 600 watts, 1800 watts (or more) is the starting wattage.

3. Add the totals from step 1 and step 2 to get total wattage. Add 20% to the total to allow for line drop or additional equipment.

For example: You want to run a television, a few lights, a refrigerator and your furnace.

Television 400w
Lights 5 @ 100w 500w
Refrigerator (600w x 3) 1800w
Furnace Fan (600w x 3) 1880w
Total 4500w
Add 20% for safety 900w
Adjusted Total 5400w
For this application you would need a 5500w or larger generator.

If running an air compressor or submersible pump a starting current of 4-6 times the running current should be used.