MilwRoader_Steve
Well-Known Member
Greetings all!
New guy here, and I did a search but did not find the answer to my specific question:
HO scale; DCC
I've been buying PECO Insulfrog TOs but do not have them installed yet. I checked them with a multi-meter and the adjacent stock and closure rails are not jumpered/connected from the factory. So the closure rail is only powered through the point making contact with the stock rail. I have heard/read that this is not a good idea for DCC as the electrical connection with the point can be sketchy. I know my multimeter was NOT settling on the workbench. I have also some Micro Engineering TOs and they are jumpered stock to adjacent closure.
Would you recommend that I solder a jumper wire between the stock and closure rails?
Looks like PECO put a gap in the ties for this very purpose, but their packaging instructions do not mention it. Further, looks to my untrained eye that the gap between the opened point and its stock rail is quite sufficient to prevent a short as the back of the wheel goes through, but what does experience say?
Thanks all, in advance!
Steve
New guy here, and I did a search but did not find the answer to my specific question:
HO scale; DCC
I've been buying PECO Insulfrog TOs but do not have them installed yet. I checked them with a multi-meter and the adjacent stock and closure rails are not jumpered/connected from the factory. So the closure rail is only powered through the point making contact with the stock rail. I have heard/read that this is not a good idea for DCC as the electrical connection with the point can be sketchy. I know my multimeter was NOT settling on the workbench. I have also some Micro Engineering TOs and they are jumpered stock to adjacent closure.
Would you recommend that I solder a jumper wire between the stock and closure rails?
Looks like PECO put a gap in the ties for this very purpose, but their packaging instructions do not mention it. Further, looks to my untrained eye that the gap between the opened point and its stock rail is quite sufficient to prevent a short as the back of the wheel goes through, but what does experience say?
Thanks all, in advance!
Steve