- TitleMetropolitan-Vickers Electrical Co Ltd tender specifications
- ReferenceGEC/3/10/7
- Production date1932 - 1948
- 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.
- Scope and ContentThe box contains 7 tender specifications for LNER, Netherlands Railways, South African Railways and Harbours and R.A.Lister.
- Extent1 box
- Level of descriptionFILE
- Repository nameNational Railway Museum, York
- London & North Eastern Railway CoBiographyBiographyThe London and North Eastern Railway (LNER) was one of the four railway companies that were formed in 1923 due to the amalgamation of 1921. During the First World War the government had taken control of the railways for the purpose of 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 decision was made to combine the 120 existing railway companies into four companies, which became known as ‘the big four’. Smaller railway companies were merged together to form LNER, these previous companies consisted of; Great Central Railway, Great Eastern Railway, Great Northern Railway, Great North of Scotland Railway, Hull and Barnsley Railway, North British Railway and the North Eastern Railway. LNER was the second largest company of the ‘Big Four’ in terms of route miles (total route mileage amounted to 6700) and became famous for its prestigious high speed trains, including the Flying Scotsman and the Mallard, which reached speeds of 126mph (breaking the world record for steam). William Whitelaw, who was a public figure in Scotland, was appointed the first chairman of LNER operating mainly from the London headquarters. The management of LNER was decentralised as much as possible and one of Whitelaw’s main responsibilities became scrutinising proposals of expenditure, due to the shortage of investments. It was decided that the head of management should be Sir Lewis Wedgewood and it was under his management that three main headquarters should be created to best oversee the company. These areas were; Southern, North-Eastern, with offices being situated in York, and Scotland, which was then divided into Northern and Southern Scotland. By 1928 organisation in LNER had stabilised with the chairman being based in Marylebone, Chief General Manager being based in Kings Cross and the Southern headquarters being based in Liverpool. Sir Nigel Gresley became the first Chief Mechanical Engineer of the company. Each of the big four had a Chief Mechanical and Electrical Engineering department which was formed in 1923 with the creation of each company and after nationalisation in 1948, one CM&EE department was created. Gresley became very influential in the company, not only due to his designs of the Flying Scotsman and the Mallard, but also his Pacific designs and long-distance locomotives with the ability to overcome difficult operating conditions. Gresley died in office in 1941 and was succeeded by Edward Thompson, who remained CME until 1946. Arthur Peppercorn, a student of Gresley’s, succeeded Thompson but remained CME for just 18 months, as nationalisation cut short his career. After the Second World War all four railway companies were in financial trouble. The growth of road transport and the effects of the war had meant that each company was in need of severe maintenance work (LMS calculated it would have to spend £40 million on maintenance). Investors of the railways were also at a loss, the LNER’s investors had received no dividend since 1941. With the arrival of a new labour government in 1945, the decision to nationalise all public transport was put forward and in 1948 the ‘Big Four’ were replaced with the British Transport Commission, which separated LNER into Eastern and North Eastern Regions, as well as surrendering the Scottish territory.
- South African Railways and HarboursBiographyBiographyIn 1910 the state-owned South African Railways and Harbours (SAR&H) organisation was created, after the four colonies of the Cape, Natal, Transvaal and the Orange Free State were amalgamated into the new Union of South Africa. In 1916, SAR&H took over the activities of the Central South African Railways, the Cape Government Railways and the Natal Government Railways. In 1924 the last privately owned railway line in South Africa was taken over by SAR&H; the New Cape Central Railway between Worcester and Voor Bay. In 1920 electrification of South Africa’s railways was completed, and in 1924 the first electric test train ran between Ladysmith and Chieveley in Natal. In 1950 the first portion of the new Johannesburg station was opened and construction was completed on the huge workshops complex at Koedoespoort. In 1960, diesel locomotives were introduced on a large scale to SAR&H. In 1981, SAR&H changed its name to South African Transport Services (SATS) and took on South Africa’s railway, harbour, road transport, and aviation and pipeline operations.
- Subject
Creator
Associated people and organisations
Hierarchy browser
- contains 4 partsTOPGEC GEC Traction Archive
- contains 11 partsSUB-FONDSGEC/3 Engineering records
- contains 60 partsSERIESGEC/3/10 Tenders and specifications