![]() ![]() and solder it to the exposed section of rail web visible just ahead of the frog on your "flipped over" picture. wire one of the tortoise switches as a "frog switching" system, use plastic/insulating joiners on the 2 rails coming off the frog use normal metal joiners on the Stockrails at the Heel end use normal metal joiners on the Toe (or "switchrail") end of the turnout Unless something catastrophic like a derailment has occured.Įrgo, for "quick n dirty" deployment, simply: To the point that it's virtually impossible for a correctly-gauged NMRA wheelsets to short from: On these older-design turnouts is significant large, The "Good" news is that the throw distance "Electrically continuous, from the leading top of Both switchrails,Īnd out to the heel end of both diverging rails") (Literally, when these turnouts say "ElectroFrog", they mean ![]() ![]() The issue you are facing is that this is one of the original "Streamline" range, which was engineered loooooooong before the concepts of "DCC friendly turnouts" (or even "DCC Control", for that matter), existed.Īs such, and unlike the newer PECO HO Code 83 "US geometry" range, these turnouts do not have built-in gaps/isolation or jumpers for quick.easy conversion to "DCC friendly" state.
0 Comments
Leave a Reply. |
Details
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |