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Nar′row gage.


Railroad-engineering.) One less than 4 feet 8 1/2 inches in width between the rails, which is the usual distance between the wheels of locomotives and railroad-cars, as well as those of ordinary vehicles.

Railways of this description have been in operation in the Pennsylvania coal-region for more than thirty years, and have attracted great attention within the past few years, their advocates claiming for them much greater cheapness of construction, both of road and rolling stock, and greater economy of running expenses than can be attained on roads of the ordinary gage. Less excavation and embankment is necessary, a lighter rail is employed, and the cars are made much lighter in proportion to the weight they are capable of transporting. The narrow gages actually in use vary from 3 feet 6 inches to 2 feet.

The Mauch Chunk road has a gage of 3 feet; this, the Nesquehoning, and the Carbondale roads, all narrow gage, were among the first of such gage constructed in this country.

Three feet six inches appears to be a favorite gage, those of Queensland, Australia, India, and Norway being all constructed of this width, the rails weighing from 35 to 40 pounds per yard.

Many engineers advocate a 3-feet gage or one even narrower for some purposes or localities. The narrowest in actual operation, so far as we are aware, only two feet, is the Portmadoc and Festiniog Railway in North Wales, through a very difficult country. This was originally designed as a tramway for the transportation of slate, stone, and other minerals from the hills of Merionethshire to the sea, but has since been used for passengers and general freight.

“Little wonder” (Portmadoc and Festiniog Railway, South Wales).

Fig. 3296 represents an engine, called the “Little wonder,” employed on this road. It weighs 19 1/2 tons, and was first tested by a train 854 feet in length, consisting of 90 slate and 7 passenger cars, weighing 75 tons, constituting in all a load of 94 1/2 tons, which it drew at a speed varying from 14 1/2 to 26 1/4 miles an hour. Some of the curves on this road have a radius of but 1 3/4 chains. It is stated that an engine and tender weighing together only 10 tons is also used. The passenger-cars weigh 30 hundredweight each, and carry 12 passengers.

This is an extreme example. Most of those of more recent date in this country are 3-feet gage. The locomotives and cars are similar in general construction to those employed on wide-gage roads, but much lighter and of greater capacity in proportion to their weight; a four-wheeled house-car on some Western roads weighing 4,000 and carrying 8,000 pounds, and costing $185 to $200. The passengercars seat 30 passengers, cost $1,000 and upward, according to style and finish. The locomotives weigh from 8,000 to 12,000 pounds, and cost $4,500 to $7,000. The rail weighs 32 pounds to the yard.

It seems to be conceded that for short roads and those required to accommodate but a moderate amount of traffic, the narrow gage possesses a decided advantage in point of economy, but for long roads transporting a large amount of freight and passengers and requiring high speed, 4 feet 8 1/2 inches is by no means too wide a gage.

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