MossRoad
Super Moderator
- Joined
- Aug 31, 2001
- Messages
- 57,165
- Location
- South Bend, Indiana (near)
- Tractor
- Power Trac PT425 2001 Model Year
I found some discussions where it was a M420 and that model is AC. M420R is DC.I'm curious what kind of power the generator or alternator on the locomotive put out, as most locomotives of that time had only DC generators for traction, and another smaller generator that provided power to run electrical control systems and charge the batteries.
Unless it did have AC traction motors and was able to supply 60Hz AC at a suitable voltage.
I didn't see any cables leading off the locomotive to distribute the power.
It's rated at 1.49MW.
When I had to participate in connecting auxiliary generators to our printing pressroom during a major power outage, it was 3-phases +ground. They had to use 3 cables for each phase and ground, (12 cables total), because if they used a single cable for each phase, they would be too thick and too heavy to move, and too large to connect to the busses. The cables were about 1-1.25" in diameter as I recall. They were stranded cables and very flexible. We used one 0.75MW generator and it would only let our press run around 20% before trippping. So they brought in anther 1MW generator and hooked it in parallel to give a total of 1.75MW (more than the locomotive), and that allowed us to run around 60% before tripping.
So based on that experience, and that locomotive only putting out 1.49MW, it could run lights, HVAC and things like that in several buildings, but it couldn't run something like industrial equipment that pulled large power.
I think overall, the experiment cost them more in repairs to the road and locomotive, etc. had they just brought in large generators.
Maybe it was all that was available at the time, so you do what you gotta do.