Owner | Tim Gulden |
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Location | Winona, Minnesota United States map |
Vehicle | 1973 General Electric Elec-Trak E20 |
Motor | General Electric Compound Wound DC Equivalent to a 20 hp gasoline engine |
Drivetrain | Infinitely variable electronic & 4 speed manual transaxle |
Controller | Q4D Pro-120-36 120 Amp with reverse and regen |
Batteries | 6, 6.00 Volt, Lead-Acid, Flooded $47 specials 220 Ah |
System Voltage | 36 Volts |
Charger | Tripp-Lite APS 3636 3 stage, 36 Volt 30 Amp |
Heater | Sunshine on the black seat. |
DC/DC Converter | 3600 watt continuous DC to 120 VAC inverter |
Instrumentation | Power gauge and fuel gauge |
Top Speed | 10 MPH (16 KPH) |
Range | Mow 2 acres or 3,600 Watts for 2 hours. |
Watt Hours/Mile | Our lawn takes a little less than one hour to mow and the total cost to charge the batteries, using a "Watts-Up?" power meter, is $0.25 per mowing @ $0.10/Kwhr. |
Seating Capacity | 1 adult, very comfortably. |
Curb Weight | 940 Pounds (427 Kilograms) |
Tires | Rear 23 x 10.50 Front 16 x 6.50 |
Conversion Time | 15 weeks part time |
Conversion Cost | approx. $3,900 |
This tractor was sitting in a field for 2 years and was in very poor shape. I purchased it, mice and all, and decided to rebuild it better than the original. I completely gutted out and redesigned the original wiring to take advantage of modern electronic technology. This tractor will maintain the same mowing speed going up hills as well as down. It can be parked on a side hill and remain there (or creep ever so slowly) without brakes using it's dynamic braking. There are also acceleration and deceleration ramps to eliminate the starting and stopping jerks and reverse is as easy as flipping a switch. The on-board inverter will provide 120 VAC at 30 Amps for 2 hours, which is more than enough for power tools and appliances as well as powering most of my house in the event of a power outage. This Tractor was completed in August of 2003 and to date is running great! |