To wrap up this slow moving building project I need to:
- Finalize the roof; maybe paint, maybe tar paper.
- Decide on coping for the top of the walls, then apply and paint
- Window glazing and any interior
- Roof over loading dock
- Lighting
- Signage
The purpose of this blog is to document and share the planning, construction, and operation of a small HO model railroad set in the Pacific Northwest. Discussion of "Version 2" of the model railroad starts in the fall of 2021.
To wrap up this slow moving building project I need to:
Below, I will provide links to a downloadable version of my clinic. In addition to a PDF of the presentation, I want to also provide a link to an NMRA web page that doesn't have an obvious link from the Achievement page on the NMRA website. For registered NMRA members, the Edutrain clinics include a useful one by Bruce DeYoung, MMR for which I will provide a link. His clinic is geared towards both someone hoping to achieve the award as well as giving guidance for evaluating others.
Just in the last few days, I created a new, freelanced piece of operations paperwork in Pages (one could use Word or any word process application). A recent blog post by Tony Thompson in Modeling the SP discussed using Train Line-ups for operating. He shared a Southern Pacific standard form. After a brief search online, I didn't find a GN form so I adapted the Clearance Form A that I had reproduced as part of my collection of somewhat prototype paperwork.
As I continue to work on the first phase of my 4th Subdivision branch line railroad, I plan to start with very simple operations approach: sequence of trains. This Daily Train Line-up form provides a basis for using train sequence somewhat prototypically. In Tony's earlier post here, particularly in the comments, he discusses the use of a train line-ups form as a paperwork foundation for outlining an operating scheme.
In this earlier post, Thompson also mentioned the "On Operation" column by Jerry Dziedzic in the February 2019 Model Railroader. While the train line-ups described in the article were targeting the safety of track gangs, they also could be thought of as a snapshot of a schedule. With my one-town initial TOMA approach, using the Train Line-ups form could substitute until I later develop a timetable and fast clock system.
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Main building started |
This was the first kit that I have built from Fos Scale Models. The instructions were complete and relatively clear. The drawings showing the location of bracing were particularly helpful. By bracing the walls, they did not warp with staining or painting. I did let them dry under weight which may have helped prevent warping too. I used Hunterline Driftwood stain on the walls and for unpainted wood. I drybrushed Americana Buttermilk on the walls after the stain had dried to give the appearance of worn and weathered paint. For the plastic windows, I used a rattle can dark green, while I brush painted the wood trim and freight doors with Vallejo's Camo Olive Green.
Although I thought that track work (and track wiring) was complete here on the first phase, it turns out that I was mistaken. Gremlins appeared. In my last post, just a few days ago, I mentioned that the track had buckled on the passing track at Nooksack. After further review I suspect that the cause is not exclusively rail expansion, but at least partially benchwork wood shrinking with the low humidity of our house with the furnace blasting this winter. In addition, the turnout to the left of the buckled track has twisted and no longer lies flat causing derailments.
At first I considered what I thought to be the easiest solution: unsolder the rail joiners, cut off a bit of each rail, and resolder the joiners. I wouldn't have to make any changes to the wiring; the existing feeders would still be adequate. However, what might happen in the summer when the wood expands? I decided to take a different approach.
I got out my Dremel and using the cutting disk, cut a new gap in the buckled track. After filing the ends of the rail flat, the flex track straightened and the turnout flattened down. The cutting disk left an appropriate gap. I removed some of the ties, filed the rail ends, and slid rail joiners onto the rails. With everything back in place after gapping the rails, both the track and the turnout were realigned. By not soldering the new joiners, the rails can move with the changes in humidity/temperature through the seasons. But. . . now we have a possible electrical gap, as loose rail joiners are notoriously untrustworthy.
Needing to add a set of feeders to ensure connectivity, I fetched my electrical toolbox. Knowing that this approach entailed dropping feeders, I had plugged in my soldering iron as an early step. A hot iron, having all materials gathered (yes, literally in a toolbox), and tinning the rail and feeders before soldering the feeders in place made for quick work. I tested continuity between the feeder ends under the benchwork and the rails with my multimeter before joining the feeders to the DCC bus wires with suitcase connectors. Cleaning up and putting the track tub and wiring toolbox away left only a repeat of replacing several ties as tasks in the basement.
While writing this post, I remembered that I needed to add the new gap and feeders to my "Propulsion Circuitry Diagram" in the three ring binder that I have started towards the Electrical Achievement Program should I chose to attempt it in the future. It is good practice to document what is going on down under the model railroad in any event, NMRA AP or not.
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Revised distant hills line |