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Hi All,

I'm hoping someone knowledgeable can help me out.  Is there any reason one should not run a PS-2 loco with a Z-1000 transformer?

I haven't run trains for several years and used to run all my PS-2 with a Z-4000.  This year I decided to set up a small post-Christmas layout for my young sons using some of my old PS-2 NYC subway equipment. Rather then dig out my somewhat inaccessible Z-4000 I used a Z-1000 that I found first instead.  I powered up the first train and let it idle for a while, playing with the horn and station announcements.  Everything seemed fine until I tried to get the train to move by dropping and advancing the throttle (as it says in the directions). It didn't do anything so I tied it again a couple of times but then suddenly something shorted out. I reset the breaker on the transformer but now the loco only buzzes quietly at low power and shorts out the transformer if I raise the throttle.  I'm guessing it's toast (expensive toast at that!). Before I potentially destroy another PS-2 loco I'd like to know if I should not be using the Z-1000 or if what just occurred was a fluke related to some problem with this specific loco.

Also, if anyone has any idea what I can do to fix this loco without taking it to an MTH service center I'd appreciate the help.

Thanks in advance,

Duncan

 

 

 

Last edited by FCMR Car 21
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Hopefully it's not the board but I have a Red bird subway car I bought about 4 years ago on the forum with a 5V board in it and before I put any voltage to it I changed out the battery and it's been running fine with no problems. I have nothing against a BCR but the green batteries have been working fine for me and there a little cheaper than a BCR.   I'll keep running the 5V board until it decides to quit. 

Last edited by Chris Lonero

While I strongly agree with Pine Creek as to GGG, I disagree as to the BCR.  I wouldn't spend $20 on a BCR if it the board may have failed.  I'm fairly sure it's a 5-volt board (2001 train), and if it had to be replaced, the BCR would thereafter be useless since 3-volt boards are used for repalcement.  For ONLY testing a 5-volt board, one can briefly use a 9-volt alkaline.

I have repaired many R-17 Redbirds with bad 5V boards.  You can open it up and disconnect the 7 pin power connector to the board and power it up.  If short is gone that means chassis wiring is not shorted and board is issue.  Reinstall 7 pin and pull the 5/4/8/and 12 pin and remove battery.  Apply power again. If it shorts the board is dead and bad. G

Upon start up, doesn't a dead BCR put the same stress on those fragile Wincap capacitors on the 5 volt boards as a dead battery does? Until I get the time to replace those caps, when I want to run a 5 volt that has been sitting for a long time, I burn some sage, say a prayer to the great spirit, use nothing less then a fully charged battery, and keep a finger ready on the kill switch. So far I've been lucky with those precautions.

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