Skip to main content

I have 21 Ross switches on my layout and am just starting to get the switches wired up.  I wired up one per the directions, I have done this before.  I got one hooked up, green to green, red to power, black to common. Any way the switch and indicator lights worked well.  However I needed to reverse the indicator lights on the controller. That's when the problem started. When the switch is set to the diverging route both indicator lights came on, when on the through route they both go out, but the green on the motor stays on.

So I put the indicator lights back where they were in the beginning.  (I don't car about the lights on the switch motor.) Same result, both lights either on or both lights off.  Maybe I broke it switching the lights.  Switch motor works fine.

If anyone has any ideas I would surely appreciate it.  Thanks in advance.

Original Post

Replies sorted oldest to newest

I believe its an inherent problem with the controller. I think I've experienced every problem written about the DZ1000 and have tried all the "fixes"but alas none of them have fixed the issue. The controller switches the track and now that's all I care about. The diodes either on the switch or the controller never match correctly the position of the track.

Steve

The LED's are polarized, the nature of an LED.   There is a flat side, on the LED, that should match either (flat side), of the two holes.  Use care in pulling, and replacing the LED's.   Note the flat bottom of the RED LED hole.  The GREEN LED hole flat spot is to the top of this picture.  

 

Last edited by Mike CT
Rescued Trains posted:

I believe its an inherent problem with the controller. I think I've experienced every problem written about the DZ1000 and have tried all the "fixes"but alas none of them have fixed the issue. The controller switches the track and now that's all I care about. The diodes either on the switch or the controller never match correctly the position of the track.

Steve

Matching:  Green to Through, and Red to Diverge, is done by switching the LED's.   Keep in mind the the LED's have a flat side that matches the flat side of the hole each is set into.  

 

As long as you match the LED flat and socket flat keying with switch position it should work.  My control panel is painted metal.  I had a significant number of controllers where the LED sockets protruded beyond the rear plain of the controller.  This resulted in short circuits between internal controller LED solder connections .  The pattern of shorts varied from controller to controller which resulted in all kinds of abnormal operation and signaling.   Grinding down the LED socket protrusions corrected the problem. 

shorling posted:

As long as you match the LED flat and socket flat keying with switch position it should work. 

That is not what we encountered. I am sure I had to reverse the polarity of the LED's when switching them. The switch had to be made when moving the switch machine from one side of the switch to the other or when the out position of the switch was aligned as the thru route.  I guess it is best to call Dennis Zander from Z-stuff.

Forest

Add Reply

Post
×
×
×
×
Link copied to your clipboard.
×
×