Hi George,
Thank you again for all your replies and insights, sorry about the delay in my response, I've been off and on writing since I got back at six trying to get everything into one reply. OK, here we go...
"There is a breaker in your brick. It auto-resets itself."
Thank goodness! I hope that should help in preventing any damage to the electronics that were connected.
"You could install an external breaker, but it will not be plug-and-play with your setup. You would need to get a DC M size (2.1 mm) power socket and plug from Radio Shack. Then, you would wire them together and on the hot side install the breaker. I will need to research a breaker option, since I think you are right that the PSX-AC breaker is for AC power. Also, these breakers can interfere with the DCS signal, so I need to check that too. For the money, you could probably buy an MTH Z1000 power brick with a built in breaker though that would give you more power."
Thanks, I like that idea, but I esp. like the idea you mentioned later about power isolated zones where I can re-use my DC bricks and the bricks have built-in breakers too on each zone. I think if I went this route, I would need 2 additional DCS receivers connected on each isolated section to control the locomotive in each isolated section? I'm not sure if DCS communicates via track voltage or if it transmits a wireless signal to the locomotive. Sorry, I remembered you did answer that question: "I believe the correct connection is to run the DCS Remote Commander in passive mode with a red wire to the center rail of each isolated block. " So, if I created three zones, I'd need three DCS command receivers connected to the track. At that point, I may consider buying the MTH Z1000 and just use one DCS commander (I mentioned earlier, as this is an edit, I preferred the zones, but the more I think about it, doing it that way is going to add a lot more complexity and possible points of issues.)
"Not sure how that is possible. You should have constant voltage from your brick."
I know, sorry, I didn't know how, when that happened, to check track voltage, but I did read that somewhere on MTH, but can't find where at the moment.
"I could see a slight voltage drop like this if you only have one power lock-on and two loops with a lot of track."
That's correct, I have two power lock-ons, but only one connected, I tried two, but didn't see any difference, esp. with the LC locomotives that seem to run fine (2 at time + other stuff) on the 18VDV/2A Brick. It seems like the MTH draws A LOT of current compared to the LC/LC+'s But you're right, when the last time I had the issue when I had to remove 1 of the 2 LC's on the track (stationary), I thought, let me add another brick so I can keep two LC's on the track (stationary) and still run the MTH Locomotive, so I connected both bricks and then when I saw the arch on the couplers after I think 2 rotations on the O48 track --which easily, now that I know, could be overloaded, as if it downgrades to the lowest brick, the lowest brick was 18VDC at 2Amps. My goal in the near future is to buy just two more left hand switches for sidings where I can switch the power off on those sidings to minimize power draw (in addition to the power zones.) I got that idea from Mike Reagan on youtube, at 16:43.
"Are your switches powered and are they on track power?"
I have 2 O36 Powered by track Switches, and 3 Manual Switches
"I think the Christmas engine has two powered trucks, correct?"
Sorry, but I'm not sure, it does have two separate trucks with pickup rollers, but I'm not sure if each truck requires/consumes power individually.
"You could run more Lionel bricks by setting up power districts. This means insulating the center rail between sections of track so that each power supply is powering its own part of the layout with the center rail insulated from the other power supplies. All power supplies should be plugged into the same power strip with polarity of the plugs the same."
Great idea, thanks! I read in a another reply from you on how to do that, thank you! I will definitely take that approach. But if the distance is too far from lets say three power lock-ons, could I use three separate power strips making sure I plug them in the same way (polarity wise,) if not, another option to solve that maybe that I can use 2 extension cords to run to the same power strip with matching insertion polarity. As.......
"Do you have more power supplies?"
Sure, I should have 4 or 5, from LionChief sets. That would put them to good use.
"Also, check that one of the wheels on your Christmas engine is not off the track and that the rollers are on top of the center rail. Sometimes the engine looks like it is on the track right, but one axle is off, creating a short. It will move but stall if it is an intermittent short. You may need to get down to eye level with the track to check it."
I think that maybe the problem, I didn't check, because I was a little freaked out when I saw that electrical arch, but I did have to unscrew to adjust one of the pickup rollers, as it was off center and the other roller (spring part) is bent to the left, which maybe the issue, but it's odd on the last time, as it occurred on a 30inch straight, BUT, MAYBE, it got off track on the curve leading into the 30in and eventually along the 30in straight it made contact and shorted. Great idea to check for.
"Connecting multiple power supplies in parallel theoretically increases the current (amps) available on the track..."
That makes absolute sense, it looks like my LC and LC+ don't draw a lot of current compared to the single MTH Locomotive (Christmas Train) as I can run 2 LC+'s simultaneously (Outer 048 and inner O36), while having 2 lit cabooses and 2 other LC locomotives (stationary) on the track at the same time (on the outside return loop,) plus still powering the MTH EOT truck via track power (as a place holder until I fix the Lionel LED bumper,) the MTH DCS Commander IR reciever and two 036 Remote Switches.
"How many engines are on the track when your Christmas train is sluggish? Also, what else is using track power? DCS Remote Commander, lighted cars, accessories?"
A. My current power draw from FastTrack at any given moment:
1. MTH DCS Commander IR reciever (tapped to track power via the PNP Lionel FastTrack
Pigtail on the return loop) I bought the Lionel wire to wire it to the track directly, but this was much more convenient.
2. MTH EOT truck
3. 2 Lionel Remote Powered O36 Switches
4. 2 MTH Cabooses (light inside + Red LED outside tail)
B. Testing with (in addition to A connected)
1. MTH Christmas Locomotive
2. Lionel PE (stationary)
3. Lionel LC+ Lackawanna (stationary)
What happens here is, the MTH Locomotive instead of doing nothing (no lights/sound), where you have to initiate the SU button, starts up right away, and sometimes it flies at max speed once the Super Capcitor is charged. If it doesn't fly at max speed, it simply stays on with sound and doesn't respond to the DCS.
C. Testing with (in addition to A connected)
1. MTH Christmas Locomotive
2. Lionel PE (stationary)
The MTH locomotive response to DCS commands, but at certain track points on the O48 loop, it doesn't, as the MTH DCS Commander is wired on the return loop and the MTH locomotive is on the O48 loop.
"It is probably not the volts, but the amps that is your problem. If the power is shutting down and restarting, the internal breaker in the power supply is throwing, meaning you have more than 4 amps being drawn. This can be from overloading or from a short. I'll check in again later in the morning. BTW, most MTH shops will test run your trains for free, so that is a good option for your coupler. Call them first to check on a time when they can do it."
Sure, I'm going to pull off all the LC's and the lighted cars and do a test run of the MTH Locomotive around the O48 for a 30 minutes in both directions and then add on another car (not the B car) and try that for 15 minutes and if all is well, I'll retry the B car. And if this happens again, I'll shutdown and look to see if I can see if part of the wheelset/axel is touching center / outerrail somehow.
A few questions (whenever you have the time, I know I've taken a lot of your time already and I really do appreciate it):
1. Assuming the Brick shutdowns down power on too much draw, would that protect everything that was connected from damage? My concern is that if cap's were charged, and the on/off cycle went on for about 8 seconds, could that damage the caps?
2. The electronic smell after that last issue with the MTH Christmas train, could that just be the "plasma" smell created by the arching, meaning, the short wasn't through the electronics, but through possibley the roller/axel touching center+outside rail directly, but also on the frame of the locomotive trasferring it to the B car that I saw? I guess what I'm asking here, is that there was no issue with a faulty pcb/electrical component causing a short, so any voltage/amperage coming through should have been capped at 18VDC and max ~4 [+/-] .2Amps which I think the electronics on the track (like a locomotive) should be capable of handling that before the Brick shutdown due to over draw? Also meaning, if the brick could give 10A, but the locomotives are not designed for that, I would expect serious damage, but I think 4A at 18VDC, connected loads should be theoretically something on the very high end pressure/flow that could be handled, and if we stay at 18VDC/max 4.2A, but we have a bunch of other things creating load in addition to the short area, that draw is still kinda shared on the wire, so in theory, on that short, it should be less than the max of 4.2A, but still high enough to create that arch over the short area, so 3.8A on the short, and 1.4A on the other devices connected? Meaning, it could've been a lot worse on the short if nothing was connected except that locomotive and B car, getting the full 18VDC + 4.2A (assuming the premise of 4A could be slightly higher, like 4.2A, before the circuit breaker is tripped)? But that last time, I had two power lock-ons connected to 1 72 and 1 32 watt brick, and because you mentioned that theoretically, it could increase the amps, I'm wondering if the lower end circuit breaker brick kicked in, and when that tripped, the 72 watt kicked in and that was also tripped, like a cycle between the two bricks?
Thanks again!!