Ejector pin marks are small depressions or marks left on a model part after it has been ejected from the mould during...
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What are ejector pin marks and how can I remove them ?Read more -
What is Tri-ang Series 3 track?Read moreThe Tri-ang Series 3 Track refers to a type of model railway track produced by the Tri-ang Railways company. Tri-ang...
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What are the best figures to populate my coaches?Read moreThere are figures on the market designed purely for populating coaches. The ones that spring to mind are the Noch...
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Under what circumstances should I consider using a Capacitor Discharge Unit (CDU) with a Point Motor?Read moreA Capacitor Discharge Unit (CDU) is a device that can be used in conjunction with a point motor in model railways to...
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What is the correct size for trees modelled in OO gauge?Read moreWhen modelling trees in OO gauge (1:76 scale), the correct size depends on the type of tree you are replicating and...
How do I attach dropper wires to model railway track?
If you're considering installing dropper wires to your model railway track, you may be wondering where and how to attach them for the best results.
There are several ways you can attach dropper wires to your track, for example, power clips or special rail joiners with wires already attached. Both of those methods will get the job done with great convenience and little fuss, but for the best results, you can't beat soldering dropper wires directly to the track.
Soldering will create the greatest bond as the wire and metal rail become one, and that means no gaps or potential for dirt or oxidisation to affect connectivity over time. The best place to attach wires is the flat bottom of the rail. Installing your dropper wires there has the benefit of being discreet as well as providing the most surface area to make the connection.
Soldering wires to rails is not easy and wires will often refuse to adhere. If that happens to you, it is likely your rails or the wire you're using has not been prepared enough. Make sure that both are as clean as possible and try applying a little flux to the rail before soldering.
Another good tip is to use a powerful soldering iron to ensure it can heat the surface area quickly to avoid melting any surrounding sleepers. That may sound counterproductive, but a lesser-powered iron can take too long to heat the rail adequately, allowing heat time to traverse the rail and damage sleepers. A powerful iron will have the job done quickly minimising the heat's spread.
Posted in: Model Railway
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