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I attended the Chicago O Scale show today and bought one of the great looking American Scale Models brass water columns. I intended to replace the plastic one that came with the Walthers water tank kit that I currently have at my yard steam engine service platform.  But, the brass one is a bit too big relative to the scene I created.

 

So my question is did the railroads have water columns out on the line, without coal service?  This model is too good looking to not find somewhere on the layout to put it.

 

 

Thanks in advance!

 

Dave

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Yes most major towns that the railroad ran through would have some kinds of water standard but perhaps  no coal .

 Seemed the engines used quite a bit  more water that coal and had to be replenished at every available opportunity.  

 

   I believe some smaller engines  could actually siphon water from a creek or pool.

 

And we all know bout the NYC Hudson's  scooping  water on the fly.

 

 Hopefully Hot Water will chime in.

 

 

Originally Posted by Milwaukee Road Dave: 

So my question is did the railroads have water columns out on the line, without coal service?  This model is too good looking to not find somewhere on the layout to put it.

 

 

Thanks in advance!

 

Dave

Absolutely! The general rule of thumb of 10 to 1 ratio of water usage to fuel usage, required the replenishment of water at MANY more locations than fueling locations.

I believe some smaller engines could actually siphon water from a creek or pool
 
Geared locomotives on the Cass Scenic Railroad siphon water from tanks taken from retired Shays. Those tanks are filled by water piped from springs.
 
There is an archetypal C&O wooden water tank at the end of the yard by the enginehouse down from the station that Cass locomotives still use. It also served C&O locomotives on the Durbin Branch.
 
"Tank towns" were lonely places where locomotives could take on water from tanks or trackside "plugs." That became a slang term for a place way out in the boondocks with no other (or a "good") reason for being there.
 
A good place for a "plug" is the most isolated part of a layout, the last place a crew would want to run low on water.

Later more modern engines usually were designed for water range of 125 miles and fuel range of 250 miles. If the engine has grease lubricated rods, which the vast majority of them did, that needed to be done at 125 miles approximately as well. This is why auxiliary tenders get widely used when big engines venture out into the modern world is that it roughly makes when you need water and when you need oil or coal occur basically at the same time. The logistics being challenging to do both these days, that is a big help. 

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