I am currently running an approx 35 year old transformer that works well on small loops (around 26 linear feet) on an HO layout using Powerlock track. Whenever I add additional loops to the existing layout, ie another 10-15 linear feet, the trains slow to a crawl or do not work at all.
Approximately how many linear feet should a transformer control before it loses strength? (Assuming all track pieces are clean and in good working order)
I'm asking because I'm trying to determine if a newer transformer would work better and control more linear feet of track. And if I do buy a new transformer, how many linear feet should I expect it to control without compromising the trains pulling ability or speed? Oh yeah, I'm not using any accessories as well.
Would it help if I ran additional wire from the transformer to other rerailer sections to provide power to that end of the track/loop. If so, what guage should I use? And where do I find those couplers that connect the wire to the rerailer?
Another question/dilemna: I also have an O layout side by side with this HO layout and this O layout is approximately 75 linear feet and works absolutely fine. Thus I conclude that a transformer, albeit much newer, can run over 75 linear feet with no issues, Or is a function that the O guage track is much newer and conducts better. Visibly, the O transformer is 3-4 times the size of the old HO transformer. Could that be it?
Thanks in advance as my son looks forward to covering yet more our basement in trains!
TripleD
Sorry TripleD, I think you want the MR forum. We need to get a mod to move this over there. Us outdoor guys like at least 24v and 10 amps.
-Brian
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