DCC - Electrical

Bill Brillinger's picture

source for phosphor bronze strip material for wipers?

Can somebody recommend a US source for phosphor bronze strip material?

I'm looking for 1mm wide strip to make wipers for my locomotives.

Everything I found so far is coming from the UK.

- Bill

David Calhoun's picture

The Spring Is The Thing . . . .

that kept the Tortise machine from operating the turnout properly. I had to disconnect two others; lesson learned and applicable to work on the other (right) half later this year. Many thanks to all those who took their time to make suggestions - - all of which were helpful.   Now, with track down and tested, turnouts wired and tested; it's time to start on my favorite part - - SCENERY! 

Short Circuit Protection for NCE SB5/5A Booster

I am not very knowledgeable when trying to manage the electrical aspect of my layout I am building. With that said, I just purchased an NCE SB5 booster to use with my Power Cab system. What is the best way to set up some type of short circuit protection system to keep the booster from from burning out? Are there alternatives instead of using NCE EB1 or CP6 circuit breakers? Also, any information on how to set up such a system would be helpful.

Thanks for your time, Mark  

  

Decoder failures

Recently I brought some big engines out of storage to run in the club (my shelf layout is suitable to switchers, not 6 axle engines like my C44-9W or SD70ACe). Both locomotives are athearn and are fitted with Tsunami sound decoders. On the club the locomotives did not move. Both were responsive to DCC comands, turning lights on and off, bell, horn, prime mover sounds and all. Today I disassembled them and tested both with a multimeter. The motor outputs in both decoders were zero, even at full speed (I had removed the worm gear and shafts so no mechanical binding could happen).

My Experiments with DCC++

For the last few months I have been experimenting with DCC++ and participating in the forum on TrainBoard.com  (see:  http://www.trainboard.com/highball/index.php?forums/dcc.177/ ) where its developers meet.

I thought some of you might be interested in the Talking Throttle that I have developed for DCC++ and some of the higher power options I have found.  My notes and links to videos are here:

Econami install in new Bowser SD40-2

I know it may be early days for this question to be asked, but here I go anyway.

My 2 Bowser SD40-2s turned up recently and I believe they are excellent models. I have pulled the body off one to see what is beneath and I am most impressed. Wiring and light boards have been well thought out, especially the ditch lights.

I think we can put the old rubbish motors well and truly behind us as well – this one is a monster and pulls/pushes very well. Only test run on DC at this stage.

P&SF - Testing the infinite baffle design

I like the infinite baffle design that MRHs DCC columnist Bruce P  often writes about, latest in this months DCC column.  I want to use that whenever possible in my own locomotives.

Just a week before an op session in June 2014 one of my crew came on a visit. He is mostly an 0-scaler and I models in HO. We began to talk about sound setting etc, and went down in the basement for running and testing.

Analog on DCC

stole this from another post

If "analog", I wouldn't put it on any form of DCC-powered track, as a matter of principle.

It is possible that by setting the Digitrax system to "00" you may have invoked the hybrid "Zero Bit Stretching" mode, which is a motor-cooking way of faking-out the DCC signal so it appears capable of driving a single analog loco...

Power Districts

What is the best practice for setting up power districts?

Is it better to have all your circuit breakers mounted next to and connected near the booster and then the bus wiring run out from each circuit breaker?

Or is it best to run a bus wire from the booster around the layout and just connect your circuit breakers into the bus wire as needed along the layout?

 

Scale: HOn3

Layout: 20' x 20'

DCC System: NCE SB5 Smart Booster

Bus wire: 12 gauge stranded

Feeder wire: 20 gauge solid


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