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On a previous thread, I posted my problem...that an entire section of track has power UNTIL an electrified car, either an engine or car with a light) enters. I originally suspected a new Ross switch which replaced an old Lionel #022, but that's not the case since I removed the new switch and the problem is still there. I haven't gone so far as to put the old Lionel switch back into place to see if the problem goes away but I might, since this NEVER happened when the old switch was there.

 

So I've attached a revised and simplified diagram focusing on the problem. I have the same amount of power set by the transformer showing on my volt meter UNTIL I place an electrified car onto that section. At that point, the power in the section (the black track on the attached diagram) goes dead. It doesn't matter if I roll the car into that section from any direction, or just place it there by hand. The second I do - POOF, no power.

 

It's also important to note, I think, that the black section highlighted is not an isolated block. It's electrically connected to the red section preceding it. (The blue and green tracks ARE separately isolated blocks.) Within the black section I have two drops 6' apart - both for the center rail and the common, one inside the reversing loop, and another leading to it.

 

Anyone with a solution has my undying gratitude (and envy for your knowledge). I know I'm going to lose sleep over this one. Please help!

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X-ray,

   You may have a faulty piece of track that is only failing when a lighted car

or engine enters that section of track, and provides a connection.   Try replacing the track in the section that leads up to your switch and see what happens.   You might find now that if you reinstalled your old Lionel 022, the same problem might exist.  I had a very similar problem with some old tubular track years ago, after I replaced part of the track the problem went away.

PCRR/Dave

 

The problem is that you actually have no power to that section of track.

 

The Ross switches must be powered at all three legs.  The voltage your meter sees before rolling a car onto that section is a very low current bleed over through some device like a bulb in a switch, controller, or signal.  Remember, a resistor(in this case a bulb) limits current, not voltage, and a lower resistance device placed in that section shorts out the very tiny current to effectively zero.

 

Run track feeder/drops to this section and you are back in business.

Thanks to all. This morning I took a quick look just to make sure I didn't have some wires crossed. Everything looks to be OK so after work this evening I'm going to trace the wiring from the transformers to the afflicted track section. I also think I may very well put the old Lionel switch back just to see what happens. What disturbs me the most is that everything was working fine until I changed out the switch. I'm wondering if the insulated rails of the old #022 switch was somehow isolating conflicting track. If that turns out to be the case then inserting fiber pins into the Ross switch may solve the problem.

Right now there is a big gap where the switch used to be and on both sides of the gap the track is exhibiting the same problem.

Just an update to this thread...as described in my original description of this problem in another thread titled "Could a New Switch Cause Track Power to Die", the problem was resolved. A power drop to the buss connected by a wire nut had come loose inside the nut. In retrospect the manipulation and wiggling of the track in order to replace the switch probably caused the loose connection. Coupled with the fact that I didn't really understand the meter reading I was getting, I went down the wrong path of blaming the switch.

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