A PECO small radius point was borrowed and marked out on paper. The paper then glued in the corners only to a flat piece of wood. Sleepers cut and laid with a tiny drop of UHU at 3' (21mm) centres. Two bits of rail were put together for the nose. Basically you file a flat on the inside edge of the straight rail (5mm) taking the 'foot' back a little further and the same with the splice rail, only angled to a point. Lay them on the plan at the angle required (here 1:4) and solder together.
Quick word on soldering: CLEAN everything! Polish the bottom of the rail and the copper sleepers. And use flux. I still use paste flux applied with a cocktail stick. Tin the sleepers with a light coat of solder, and fix to sleepers in position. Wipe the flux off and clean up with a file.
Straight stock rail: Cut to length, mark where the tiebar will go and file a notch (5-10mm)down to just below the web. Then gently file into this notch, in this case L to R so it graduates and again take the foot (if you're using flatbottom) back a little further.
CLEAN rail and sleepers. Tin sleepers and lay in position straight,square and in gauge with the pre-laid nose rail. Quick wipe of flux and solder on the outside. Wipe as before.
CLEAN rail and sleepers. Tin sleepers and lay in position straight,square and in gauge with the pre-laid nose rail. Quick wipe of flux and solder on the outside. Wipe as before.
This is not pretty. It's not finescale. But it does work. Half the layouts in the history sidebar top right used this method with no ill effects. You don't need a set of fancy gauges. The 14mm one I used for the 7mm NG layout was the earth pin off a 13 apm plug with two notches cut in it and a piece of copperclad sleeper for the flangeways. You just need simple spacers. More anon.
You are so right about this. All our layouts are coper clad track based and it's fantastic. Easy to build and most importantly, easy to adjust until you get good running.
ReplyDeleteAnd you're sensible and use BH rail which is a bit more friendly.
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