- TitlePost Office (London) Railway and overseas railways diagrams of connections
- ReferenceGEC/2/2/2/171
- Production date1908 - 1934
- English Electric Company LimitedBiographyBiographyThe English Electric Company was formed on 14th December 1918 and over the following year acquired Dick, Kerr & Company of Preston, Willans & Robinson of Rugby, the Phoenix Dynamo Manufacturing Company of Bradford, and Coventry Ordnance Works. After the First World War the various German owned Siemens works were distributed to different UK companies and in November 1919 English Electric acquired the Siemens Brothers Dynamo Works at Stafford, which became the company headquarters in 1931. Coventry Ordnance, primary output naval guns, did not feature in the gradual product rationalisation which took place between the First World and Second world Wars. Willans & Robinson’s Rugby works specialised in prime movers, steam, hydro and internal combustion, and their Stafford works on power station and distribution electrics, including transformers and large electric machines for applications such as mining and steel works. Dick Kerr & Company continued building equipment and vehicles for bus, tram and railway applications with the Phoenix Dynamo Manufacturing Company concentrating on medium and small electrical machines. Involvement with aircraft continued a small scale. By 1929 the company was in financial trouble and an American syndicate fronted by Lazard Bros. put in new capital. In 1930 Westinghouse of Pittsburgh entered into an agreement with the company for the exchange of technical information relating to steam turbines and electrical apparatus. This cooperation continued into the 1950s. 1930 saw the closure of Preston West works and the transfer of traction electrical design and manufacture to the Phoenix Dynamo Manufacturing works. The Westinghouse influence included top management changes with Sir H Mensforth becoming chairman and George Nelson managing director. Both had been with British Westinghouse at Trafford Park. The early 1930s saw a remarkable improvement in the company’s finances and domestic appliance manufacture was started at Bradford and Stafford. In 1936 they began production of diesel locomotives at Preston and were later involved in the production of the Deltic locomotive for British Rail, presaging the end of steam traction in the UK. Extensive shadow factory building for war production commenced in the late 1930’s, including at Preston East works and Salmesbury for aircraft production and at East Lancashire Road, Liverpool for D. Napier aero engines. A large variety of military equipment built during the war included thousands of Cromwell tanks from Stafford and over 3000 Handley Page Hampden and Halifax bombers from Preston and Salmesbury. After the war manufacture of smaller products from Bradford and Stafford moved to the large Liverpool works. This included electrical distribution transformers, switchgear, fuse gear, fractional horsepower motors and domestic appliances. Napier’s continued engine manufacture with the development of the ’Deltic’ diesel engine, mainly for marine applications. The nearby Netherton works took over the manufacture of large hydro-electric turbines and generators from Willans and Stafford. In 1942 English Electric acquired D. Napier & Son Ltd and Marconi in 1946. The company went on to extend their railway interests with the acquisition of the Vulcan Foundry and Robert Stephenson and Hawthorn Ltd in 1955. The company tried to take over The General Electric Company (GEC) in 1960 but failed. Traction manufacture, but not the offices, moved back to Preston East works and ‘K’, ‘RK’ and ‘V’ engine design and manufacture moved from Willans to Preston West works which was now also used for locomotive building. Kidsgrove works in Stafford made industrial controls and for a while was a major player in the UK computer industry, merging with Leo Computers and then into ICL. Train performance calculations were an early user of the mid-fifties ‘Deuce’ computer. Preston also became a major player in the aircraft industry taking over the wartime RAF/USAF base at Warton aerodrome - major design and manufacture contracts included Canberra bombers and Lightning fighters. Rationalisation in the 1960s resulted in English Electric Aviation becoming 40% of the new British Aircraft Corporation. In 1961 English Electric took over Dorman Diesels Ltd which in turn had acquired W. G. Bagnall Ltd. In 1966 English Electric Diesels merged with Ruston and Hornsby which already included Paxmans. This company eventually became GEC Diesels. Elliott Automation was acquired in 1967. The following year GEC took over English Electric, ending its independent existence.
- Scope and ContentThe roll contains c 50 tracing paper, blueprint and waxed linen drawings of diagrams of connections including for the Post Office (London) Railway, Amsterdam Railway, Buenos Aires Great Southern Railway and London Midland & Scottish Railway Co. Drawing number range RWS-41D-1 - RWS-48D-28.
- Extent1 roll
- Archival historyThis roll of drawings was compiled by the English Electric Company Limited
- Level of descriptionFILE
- Repository nameNational Railway Museum, York
- London Midland & Scottish Railway CoBiographyBiographyDuring the First World War the government had taken control of the railways to co-ordinate the war effort. After the war ended it was decided that the railway companies could not competitively return to their prior state, and so the 120 existing railway companies were combined into four companies, which became known as the ‘Big Four’’. The London Midland and Scottish Railway, also known as the LMS, was founded on 1 January 1923. The London and North Western Railway (LNWR), Midland Railway (MR), Lancashire and Yorkshire Railway (LYR), North Staffordshire Railway (NSR), Highland Railway (HR), Furness Railway (FR), Glasgow and South Western Railway (G&SWR) and Caledonian Railway (CR) were merged. These eight large constituent companies were joined by 27 other smaller subsidiary railways. The LMS covered the Western half of the country, stretching from the London and the Midlands, through Yorkshire, Lancashire, and up to Scotland. In all the LMS had a total of 7,790 miles of track, which made it the largest railway of the Big Four. The London termini of the LMS were St. Pancras and Euston stations and it had works at Crewe, Horwich, Wolverton and Derby amongst other locations. In 1934 the LMS moved into a new headquarters at Euston House on Seymour Street (later renamed Eversholt Street) in London. Charles Napier Lawrence, 1st Baron Lawrence of Kingsgate was the first appointed chairman of LMS, he had previously been the chairman of the LNWR between 1921-1923. He was chairman of the LMS for one year, and was succeeded by Sir Guy Granet. The management structure was headed by a chairman and a deputy chairman, there was a board of directors that had initially had 20 members, made of men who previously worked for the constituent companies. The first General Manager was Arthur Watson from the LYR. There was a Deputy General Manager for Scotland, a post first held by D.A. Matthieson, formerly of the CR. J.H. Follows, from the Midland Railway, was the first Chief General Superintendent and S.H. Hunt, formerly of the LNWR, was the first Chief Goods Manager. The post of Chief Engineer was initially held by E.F.C. Trench, formerly employed by the LNWR. The first Chief Mechanical Engineer was G. Hughes from the LYR and his deputy was Sir Henry Fowler, from the Midland Railway. The management structure was re-organised from January 1926 and an Executive was set up, Sir Josiah Stamp was the first President of the Executive. From January 1927 four Vice-Presidents were appointed to replace the general managers on the Executive committee. The line was divided up for operational management into three geographical divisions, which were called Western, Midland and Northern. Each division was overseen by a General Superintendent who reported to the Chief General Superintendent. The main line of the LMS ran from London Euston to Wick over 729 miles. The LMS ran a number of joint railways with the London & North Eastern Railway and the Southern Railway. It ran the Cheshire Lines Committee, the Midland and Great Northern line between Peterborough, the Norwich and Lowestoft and the Manchester, South Junction and Altrincham suburban line with the London & North Eastern Railway. It also joined forces with the Southern Railway to run the Somerset and Dorset line between Bath, Burnham and Bournemouth. The LMS undertook a limited programme of electrification, mainly focusing on suburban lines in London and Manchester. The LMS owned many hotels, including the Queen’s Hotel in Leeds and the iconic Art Deco Midland Hotel at Morecombe Bay. The LMS also ran passenger steamers from Holyhead, Heysham and Stranraer over the Irish Sea to Northern Ireland and the Republic of Ireland. Following the 1947 Transport Act which nationalised the railways, the concerns of the LMS were taken over by the Railway Executive as part of the British Transport Committee. Within the Railway Executive, British Rail: London Midland Region assumed responsibility for the LMS’s former area of operations.
- Buenos Aires Great Southern RailwayBiographyBiographyIn 1861 Sir Edward Lumb, a British entrepreneur, requested a concession from the Legislature of the Province of Buenos Aires to build a railway line from Constitucion to Chascomus, 120km away from Buenos Aires, which was granted on June 12th 1862 by President Bartolome Mitre. In 1863, with the support of London shareholders Thomas Duguid, the Fair family, British consul Frank Parish (later Southern’s chairman), and bankers Baring and David Robertson, Buenos Aires Great Southern Railway Ltd. was established. The first general manager of the company was Edward Banfield, the Buenos Aires suburban station of Banfield was named after him when it opened in 1873. Buenos Aires Great Southern Railway had its company headquarters in London, and operated workshops and rolling stock depots in Barracas. The main stations of the Buenos Aires Great Southern Railway are Constitucion, Barracas al Sud, Jeppener, Chascomus, Barracas al Norte, Las Flores, Azul, Dolores and Banfield. In 1877 Buenos Aires Great Southern Railway built a new warehouse in Constitucion station for freight trains and a freight station at Sola in Buenos Aires where repair shops operated for 15 years. By 1884 Buenos Aires Great Southern Railway was the largest in Argentina, with 1,025km of track. In 1901 new workshops were built at Remedios de Escalada, 11km from Constitucion station, being the largest workshop in South America, employing 2700. In 1925, the company took over Bahia Blanca and North Western Railway from Buenos Aires and Pacific Railway Company. By 1930 Buenos Aires Great Southern Railway Company had 8000 km of track, 504 stations, 857 locomotives, 955 carriages, 16,602 coaches and 30,000 employees. The company continued to function until 1948, when President Juan Peron nationalised the Argentine Railway, creating six state owned railway networks. Buenos Aires Great Southern Railway was incorporated into the Ferrocarril General Roca network.
- British Thomson-Houston Co LtdBiographyBiographyThe British Thomson-Houston Co. Ltd., (BTH) was created as a subsidiary of the General Electric Company, USA in 1896 to exploit the sale of products in the United Kingdom. BTH was a reconstruction of an existing firm, Laing, Wharton and Down (1886). The BTH manufacturing works were based at Rugby, Warwickshire and the company’s products included induction motors, alternators, switchgear, turbo-generators and turbines, as well as a large number of rotary converters and motor converters, primarily for chemical plants. During the First World War, BTH’s most significant contribution was the development of marine apparatus for the naval service. The 1920s saw a period of vast expansion for the company with new extensions built at many of its factories such as Willesden, Birmingham, Chesterfield and Lutterworth. BTH amalgamated with Metropolitan-Vickers Electrical Company Ltd to form Associated Electrical Industries (AEI) in 1928 although both companies retained their separate identities and continued to compete for the same contracts. BTH developed manufactured electric torpedoes and electrical components for aircraft engines, munitions, etc., during the Second World War and in 1935 independently of each other, BTH and Metropolitan-Vickers were the first two companies in the world to construct jet engines.
- GEC Witton Works
- Metropolitan-Vickers Electrical Co LtdBiographyBiographyMetropolitan-Vickers Electrical Co Ltd was the new trading name given to British Westinghouse Electric and Manufacturing Co on 8 September 1919. The predecessor company had sold its controlling share to the Metropolitan Carriage Wagon Co in 1916 in order to gain membership of the Federation of British Industries. In 1919, Vickers acquired the Metropolitan Carriage Wagon Co, along with its controlling share in British Westinghouse, prompting the change in name to Metropolitan-Vickers Electrical Co Ltd. The American owned British Westinghouse had established its English operations at Trafford Park in 1899, and Metropolitan-Vickers Electrical Co Ltd continued on the same site from 8 September 1919. The company was initially known for its electricity generators, later diversifying into the manufacture of steam turbines, switchgear, transformers, electronics and railway traction equipment. The passing of the Electricity (Supply) Act in 1926 provided a boost to the company’s post-war fortunes, with the creation of the National Grid generating demand for the company's products. In 1928, Metropolitan-Vickers Electrical Co Ltd merged with its rival British Thomson Houston Co Ltd, retaining both names for trading purposes. The following year, on 4 January 1929, Associated Electrical Industries Ltd (AEI) acquired Metropolitan-Vickers Electrical Co Ltd and the British Thomson Houston Co Ltd. Again, both trading names were retained, and a fierce rivalry was established between the firms which the parent company was unable to control. In 1931, Sir Felix Pole joined Metropolitan-Vickers Electrical Co Ltd as its new chairman. He oversaw a period of expansion for the company leading into the Second World War. In 1939, seeking a more concise name for the company, the Board of Directors decided upon Metrovicks, which became interchangeable with the official company name of Metropolitan-Vickers Electrical Co Ltd. Under Sir Felix Pole's chairmanship, Metropolitan-Vickers developed new products for the aviation industry and during the war was one of the sites where Lancaster bombers were built. In 1941, the company developed the first British axial-flow jet engine, the Metrovick F.2. Following the Second World War, the company appointed Oliver Lyttelton as chairman, with the aim of increasing the efficiency and productivity of AEI. Despite his success in achieving this aim, Lyttelton was unable to resolve the commercial rivalry between Metropolitan-Vickers Electrical Co Ltd and the British Thomson Houston Co Ltd. During his second period as chairman, from 1954-1963, Lyttelton, now Lord Chandos, oversaw the development by Metropolitan-Vickers Electrical Co Ltd of the first commercial transistor computer, the Metrovick 950. Chandos also resolved to extinguish the competition and internal divisions between Metropolitan-Vickers Electrical Co Ltd and the British Thomson Houston Co Ltd, and both company names ceased to be used from 1 January 1960, with all subsidiaries going on to trade under the name of Associated Electrical Industries Ltd.
- Post Office, (London) RailwayBiographyBiographyThe Post Office first showed an interest in using underground railways to transport mail beneath London in 1854 and in 1893 serious consideration was given to running an electric railway in the pneumatic tunnels. By the turn of the twentieth century, traffic congestion in London had reached the point that cross-London journeys by road took so long that an unnecessary number of vehicles had to be used to carry the ever growing volume of mails between sorting offices and main line termini. In 1905, the Metropolitan Pneumatic Despatch Co presented a bill to Parliament for the construction of a pneumatic line connecting the major railway termini and Post Offices. The Bill was rejected as being too ambitious. In September 1909 the Postmaster General appointed a Committee to examine the practicality of the transmission of mails in London by pneumatic tube or electric railway. The Committee reported in February 1911 in favour of an electric railway between Paddington Station (Great Western Railway) and the Eastern District Post Office in Whitechapel Road, a distance of six and a half miles. The scheme was submitted by the Postmaster General to the Cabinet in 1912 and power to construct the railway was given to the Postmaster General by the Post Office (London) Railway Act, 1913. The Act made provision for compensation for damage and allowed the Post Office a budget of £1, 100, 00 to construct the line with stations at Paddington, Western District Office, Western Parcel Office, West Central District Office, Mount Pleasant Sorting Office, King Edward Building, Liverpool Street and East District Office. Tenders for the construction of the tunnel were invited on the 26 August 1914. John Mowland and Co won the tender to construct the tunnels and build eight stations. The work, although interrupted by the war was completed in 1917. In parallel with the building work, Post Office engineers built a test tract on Plumstead Marshes to experiment with the control systems and rolling stock. However, the war caused the testing to be brought to a premature halt. During the war the stations became a home for exhibits from museums. The cessation of the war enabled the Post Office to proceed with their plans, and in 1919 tenders were issued for the supply and installation of the electrical equipment. Prices proved too expensive for the post war budget and the scheme was held in abeyance until 1923 when tenders were reissued. In May 1927, work was sufficiently advanced for half the system to be handed over for staff training and in December of that year the scheme received Parliamentary approval and the line became fully operational with parcels traffic running between Mount Pleasant and Paddington. Mount Pleasant to Liverpool Street opened for Christmas parcels from 19th-24th December and then for a full parcels service from 28 December. Liverpool Street to Eastern District Office opened for parcels on 2 January 1928. Letter traffic began on 13 February with the opening of West Central District Office station, followed by Western District Office on 12 March. The line proved an immense benefit to the Post Office in the first year of operation, however the high mileage gave the Post Office problems as the cars needed a lot of maintenance. In the early 1930s the rolling stock underwent a gradual change as the cars were replaced by three car trains. These trains were replaced by 34 new trains in 1981 in a £1 million development programme. In a Press Release, issued by the Post Office PR team on 7 November 2002, Royal Mail announced that unless it could find a new backer, that the Post Office underground railway would close in the near future. The working operation finally ceased on 30 May 2003, but the system has in fact been 'mothballed' in the hope that an alternative use can be found for it.
- Subject
- Diagram of connections and power circuits for overseas railwaysNotesNotesContinuation of the same drawing number.
Creator
Associated people and organisations
Related object
Hierarchy browser
- contains 4 partsTOPGEC GEC Traction Archive
- contains 5 partsSUB-FONDSGEC/2 Drawing Office records
- contains 35 partsSERIESGEC/2/2 Drawings