Australian railway telegraphic codes were devised to reduce the size of telegraphic messages, though some survived into the telephone era. They were used in telegrams between various parts of the railway system, such as offices, stations, locomotive depots and goods yards.
There is a distinction between the telegraphic codes, and telegraphic code addresses. [1] Many businesses of all kinds identified their telegraphic address, as well as their telephone number, on their stationery. In some states, railway operations would have offices with abbreviated addresses.
The codes consisted of four-letter "words", in two syllables, with a two-letter difference from any other code. They stood for phrases, thereby saving time and reducing the likelihood of errors in the message. However, a number of codes required additional words and/or numbers to fully explain what was being communicated. Contrary to popular belief, the four letters were not abbreviations of any four-word phrase.
Each state had its own codes, which were updated over time, although some code "words" were common to all states. The codes were listed either on a large poster or in a telegraph code book. [2] [3]
The New South Wales telegraphic code library consisted of 404 four-letter code words, which eliminated the need to transmit 3703 normal words as sentences on a telegraph. An example of how one code word replaced many normal words, the longest code message in the telegraphic lexicon was Ryzy, which, with the addition of a number and location, translates as follows:
Vehicle No ..... may be worked forward to ..... behind the brakevan of a suitable goods train during daylight provided locomotive branch certifies fit to travel. If the damaged vehicle is fitted with automatic coupling it must only be worked forward behind a brakevan also fitted with automatic coupling by connecting the automatic couplers on each vehicle but, if fitted with ordinary drawgear, it must be screw coupled. Westinghouse brake to be in use throughout train and on damaged vehicle. Guard to be given written instructions to carefully watch vehicle en route.
In this example, one code word replaces 90 others.
The New South Wales code word "Wolo", meaning that there were speed restrictions due to high temperatures affecting rails and/or overhead wiring, has now come to be used as shorthand on other Australian rail systems.
A small selection of codes from the 1972 Victorian Railways Telegraph Code Book:
In Western Australia a code book (Uniform and Supplementary Telegraph Code) was issued as late as 1967 by the Western Australian Government Railways, with a preface that included the wording:
This Telegraph Code has been agreed to by the Railway Commissioners of Government Railways of the Commonwealth of Australia, and applied to the Western Australian Railways
As well as the indication of
The code words printed in capitals are applicable throughout the Railways of the Commonwealth; those printed small type apply to the Western Australian Railways only [5]
The phrase codes related to the categories:
The Great Western Railway (GWR) was a British railway company that linked London with the southwest and west of England, the West Midlands and most of Wales. It was founded in 1833, received its enabling Act of Parliament on 31 August 1835 and ran its first trains in 1838. It was engineered by Isambard Kingdom Brunel, who chose a broad gauge of 7 ft —later slightly widened to 7 ft 1⁄4 in —but, from 1854, a series of amalgamations saw it also operate 4 ft 8+1⁄2 in standard-gauge trains; the last broad-gauge services were operated in 1892.
The Armagh rail disaster happened on 12 June 1889 near Armagh, County Armagh, in Ireland, when a crowded Sunday school excursion train had to negotiate a steep incline; the steam locomotive was unable to complete the climb and the train stalled. The train crew decided to divide the train and take forward the front portion, leaving the rear portion on the running line. The rear portion was inadequately braked and ran back down the gradient, colliding with a following train.
The vacuum brake is a braking system employed on trains and introduced in the mid-1860s. A variant, the automatic vacuum brake system, became almost universal in British train equipment and in countries influenced by British practice. Vacuum brakes also enjoyed a brief period of adoption in the United States, primarily on narrow-gauge railroads. Their limitations caused them to be progressively superseded by compressed air systems starting in the United Kingdom from the 1970s onward. The vacuum brake system is now obsolete; it is not in large-scale usage anywhere in the world, other than in South Africa, largely supplanted by air brakes.
Brake van and guard's van are terms used mainly in the UK, Ireland, Australia and India for a railway vehicle equipped with a hand brake which can be applied by the guard. The equivalent North American term is caboose, but a British brake van and a caboose are very different in appearance, because the former usually has only four wheels, while the latter usually has bogies. German railways employed Brakeman's cabins combined into other cars.
A coupling is a mechanism used to connect rolling stock together in a train.
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London Underground battery-electric locomotives are battery locomotives used for hauling engineers' trains on the London Underground network where they can operate when the electric traction current is switched off. The first two locomotives were built in 1905 for the construction of the Great Northern, Piccadilly and Brompton Railway, and their success prompted the District Railway to buy two more in 1909, which were the only ones built to the loading gauge of the subsurface lines. Following this, a number of battery vehicles were built by converting redundant motor cars, with the batteries placed in the unused passenger compartment. One exception to this was made by the City and South London Railway, who used a trailer car to hold the batteries, and wired them to a separate locomotive.
The African Union of Railways is an organisation under the auspices of the new African Union dealing with railways. It is similar to the International Union of Railways (UIC).
A telegraphic address or cable address was a unique identifier code for a recipient of telegraph messages. Operators of telegraph services regulated the use of telegraphic addresses to prevent duplication. Rather like a uniform resource locator (URL), the telegraphic address did not contain any routing information, but instead could be looked up by telegraph office personnel, who would then manually direct the message to the office nearest the destination or to an intermediate office. Since the destination address of a telegram counted as part of the message, using a short registered address code saved the expense of sending a complete street address. Telegraphic addresses were chosen either as versions of a company's name or as a memorable short word somehow associated with the recipient. Occasionally, an organization would come to be best known by its telegraphic address, for example Interflora, Interpol and Oxfam. A telegraphic address was a valuable part of a company's corporate identity, and disputes sometimes arose when a competitor registered a telegraphic address similar to a trade name or identifier used by a rival.
SA3 couplers or Willison coupler and Russian coupler are railway couplings used primarily in Russia and states influenced by the former Soviet Union, such as Finland, Poland, and Mongolia.
The Victorian Railways E class was a class of electric locomotive that ran on the Victorian Railways from 1923 until 1984. Introduced shortly after the electrification of the suburban rail system in Melbourne, Australia, and based on the same electrical and traction equipment as Melbourne's early suburban electric multiple unit fleet, they provided power for suburban goods services and shunting for six decades.
Great Western Railway telegraphic codes were a commercial telegraph code used to shorten the telegraphic messages sent between the stations and offices of the railway.
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The fleet of Great Western Railway wagons was both large and varied as it carried the wide variety of goods traffic on the Great Western Railway (GWR) in the United Kingdom. This was the railway company that operated for the longest period of time in the country and covered a large geographical area that included big cities such as London, industrialised areas including the West Midlands, areas of coal and mineral mining such as South Wales, and Somerset and other important agricultural districts. In 1902 the company owned 59,036 wagons, and by 1926 this had risen to 88,580.
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This article outlines the history and types of passenger rolling stock and guards vans on the narrow-gauge lines of the Victorian Railways in Australia. The types were constructed in parallel with very similar designs.
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