I think part of the logic is simple return to original condition for resale. There is also the possibility to run track power if it offends lines owners one visits as battery locomotives can be seen as ”out of control” a rubbish concept in my view. If one is using battery dcc then track power is an easier way to update cv’s as well. But other than that I can see no logic and have removed all pickups on my battery conversions as you have done.I am still trying to find the logic behind having both R/C and DC powered locos; why have dual power systems, can someone please explain to me what is the logic behind this concept?
I have converted all my locos to R/C and have remove the skates/track pickups and run them on DC powered tracks at other peoples places with no issue what so ever, as the wheels are isolated from the motor there is not any power transfer between the DC track and the batteries.
For the beginner this is my method (it follows the KISS principle) it is basic but expandable if required.
I simply removed all the electrical boards and the track pickups leaving me with a shell and a motor block with terminals exposed (Note manufacturer wire colour code is irrelevant as I take all wiring out and use the standard Red=+ and Black =-) the ESC is then wired directly to the motor with the R/C receiver connected to the ESC (manufacturer wiring directions are followed).
Any lights are connected across the motor terminals, I use LEDs for directional lighting, but across the battery (a good method to see if the loco is still switched on) will work fine just not directional.
A sound card that reacts to the motor drive voltage can also be connected across the motor terminals, they give sound usually after a certain voltage is reached ( I use Mylocosound).
This is for a simple battery/ Radio Control loco only; if the user wants all the bells and whistles then this will not be for you (personally I find bells and whistles annoy both me and my neighbours)
I think part of the logic is simple return to original condition for resale. There is also the possibility to run track power if it offends lines owners one visits as battery locomotives can be seen as ”out of control” a rubbish concept in my view. If one is using battery dcc then track power is an easier way to update cv’s as well. But other than that I can see no logic and have removed all pickups on my battery conversions as you have done.
A sound card that reacts to the motor drive voltage can also be connected across the motor terminals, they give sound usually after a certain voltage is reached ( I use Mylocosound).
Yes I should have mentioned that, the DPDT CO switch does the trick.As I found out, when converting to battery, track contacts MUST be disconnected, or ALL track connections must be disconnected, otherwise the battery will discharge along any track connections. Total disconnection is the easiest, but if you wish to keep your track and battery a DPDT (centre off preferred) switch of suitable amperage is required.
I am still trying to find the logic behind having both R/C and DC powered locos; why have dual power systems, can someone please explain to me what is the logic behind this concept?
I think part of the logic is simple return to original condition for resale. There is also the possibility to run track power if it offends lines owners one visits as battery locomotives can be seen as ”out of control” a rubbish concept in my view. If one is using battery dcc then track power is an easier way to update cv’s as well. But other than that I can see no logic and have removed all pickups on my battery conversions as you have done.
Um, oops. Mobi, some time ago did I tell you I was planning to upload this thread to the resource area, so that it would be available without a search in the future? Apologies if I did not seek your permission first!
Hi. Mobi, good to see you back.No problem at all I have not been here lately. But Corona lock down has made me interested in garden railways again.