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GWR 2301 Class
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This article includes a list of general references, but it lacks sufficient corresponding inline citations. (December 2014) |
| GWR 2301 'Dean Goods' Class | |||||||||||||||||||||||||||
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A class member as a War Department locomotive, Royal Engineers base supply park depot, Rennes, November 1939. | |||||||||||||||||||||||||||
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The Great Western Railway (GWR) 2301 Class or Dean Goods Class is a class of British 0-6-0 steam locomotives.
Swindon Works built 260 of these goods locomotives between 1883 and 1899 to a design of William Dean. The 2301 class broke with previous GWR tradition in having inside frames only and changes were made in the boiler design during the period that they were being built. The first twenty engines were originally domeless though all were provided with domed boilers in due course. They were numbered 2301–2360 and 2381–2580 (2361–2380 were of the 2361 class, which were similar visually but had outside frames).
Construction
[edit]| Year | Quantity | Lot No. | Works Nos. | Locomotive numbers | Notes |
|---|---|---|---|---|---|
| 1883 | 20 | 61 | 946–965 | 2301–2320 | |
| 1884 | 20 | 62 | 966–985 | 2321–2340 | |
| 1884 | 20 | 63 | 986–1005 | 2341–2360 | |
| 1890 | 20 | 82 | 1181–1200 | 2381–2400 | |
| 1891–92 | 30 | 87 | 1271–1300 | 2401–2430 | |
| 1893 | 20 | 92 | 1361–1380 | 2431–2450 | |
| 1895–96 | 20 | 99 | 1453–1472 | 2451–2470 | |
| 1896 | 20 | 100 | 1473–1492 | 2471–2490 | |
| 1896 | 20 | 104 | 1511–1530 | 2491–2510 | Rebuilt as 2-6-2T locomotives in 1907 |
| 1897 | 20 | 107 | 1552–1571 | 2511–2530 | |
| 1897 | 20 | 108 | 1572–1591 | 2531–2550 | |
| 1897–99 | 30 | 111 | 1632–1661 | 2551–2580 |
Rebuild as 3901 class
[edit]In 1907, twenty Dean Goods (numbers 2491-2510) were rebuilt as 2-6-2T 'Prairie' tank locos, forming the new 3901 class numbers 3901-3920.[3]
War Service
[edit]In 1917, 62 engines were taken over by the Railway Operating Division and sent to France. 46 of these engines returned to England in the early summer of 1919, but the other 16 had been sent on to Salonika at the beginning of 1918. Two of these engines, nos 2308 and 2542, were sold to the Ottoman railways and renumbered 110 and 111. No 111 was withdrawn in September 1929, but 110 lasted until the 1950s. Of the 14 engines remaining at Salonika, five were written-off and the other nine returned to England in April 1921.[1]
At the outbreak of the Second World War, the War Department requisitioned 100 of these engines from the GWR and the GWR had to hastily reinstate some engines that had been recently withdrawn. The requisitioned engines were fitted with Westinghouse brakes and 10 were fitted with pannier tanks and condensing gear. All were painted black with their WD numbers painted on. In December 1940, the War Department requisitioned a further 8 engines. The War Department renumbered the locomotives 93 to 200.
At the time of the German invasion of France, 79 of these engines had been shipped to France. Some of the engines were destroyed in the retreat to Dunkirk whilst the remainder were used on the French railways by the German occupation forces. After the war, between 22 and 26 engines were sent to China under UNRRA auspices (where they were classified as class XK3), and 30 were returned to the UK, but were deemed unfit for service and scrapped. No.2435 (WD no.188) was sent to France in 1940[4] and was used in Silesia and then in Austria between 1944 and 1948 when it was claimed by the Russians before being handed back to the Austrians in 1952. Two further engines, nos. 2419 and 2526 (WD nos. 106 and 132). One locomotive, no.2489 (WD no.142), was in eastern Germany at the end of the War and was taken into Deutsche Reichsbahn (East Germany) stock as 53 7607; it was withdrawn in 1955.[5] The remaining engines are assumed to have been scrapped.
Of the engines that remained in England, most of them worked at War Department and Ordnance depots around the country, though in 1943, 6 were shipped to Tunisia and thence to Italy.
Some locomotives of the class have the unusual distinction of being shipped overseas in both World Wars. 32 of the 108 locomotives requisitioned during the Second World War had been previously requisitioned during the First World War, and of those 32, 24 were again sent overseas.[6]
British Railways
[edit]
Fifty-four locomotives passed to British Railways in 1948, mostly being used on Welsh branch lines due to their light axle loads. They were progressively replaced by new BR Standard Class 2 2-6-0 engines, and no 2538 was the last to be withdrawn in May 1957.
Preservation
[edit]
One locomotive, no. 2516 (built 1897), has survived into preservation. 2516 is currently a static exhibit at Swindon Steam Railway Museum, with the tender displayed far behind; visitors consequently have a clear view into the driving cab (see pictures).
Models
[edit]Three companies have released models of the Dean Goods class:
Oxford Rail in 2017 in Great Western (no 2475 & 2534), RoD Khaki (no 2308) and British Railways Black (no 2409) liveries.[7]
Mainline Model Railways made a Dean Goods class in GWR Green (no 2516) and BR black (no 2538) in 1983.
Hornby Model Railways have released R2064/A/B/C (nos 2468, 2322, 2526, 2579), R2210 (no 2579) and R2275/A (nos 2322 & 2538) [8]
References
[edit]- ^ Champ, Jim (2018). An Introduction to Great Western Locomotive Development. Barnsley: Pen & Sword Transport. p. 319. ISBN 978-1-4738-7784-9. OCLC 1029234106. OL 26953051M.
- ^ Allcock et al. (1968), pp. 26–28.
- ^ Haresnape (1976), pp. 102–103.
- ^ Riley, R.C. (1966). Great Western Album. Shepperton: Ian Allan. p. 91. SBN 7110-0073-5.
- ^ Hütter (2012), p. 444.
- ^ Pigott (2014), pp. 58–59.
- ^ "Dean Goods, Mk 3s and new wagons from Oxford | Hornby Magazine". www.hornbymagazine.com. Archived from the original on 20 December 2016.
- ^ "Locomotives | Scale Models | Model Rail Database".
Sources
[edit]- Allcock, N. J.; Davies, F. K.; le Fleming, H. M.; Maskelyne, J. N.; Reed, P. J. T.; Tabor, F. J. (1968) [1951]. White, D. E. (ed.). The Locomotives of the Great Western Railway, part one: Preliminary Survey. Kenilworth: RCTS.
- Haresnape, Brian (1976). Churchward locomotives : a pictorial history. London: I. Allan. ISBN 0711006970.
- Hütter, Ingo (2012). Die Dampflokomotiven der Baureihen 50 bis 53 der DRG, DRB, DB, und DR (in German). Werl: DGEG Medien. ISBN 978-3-937189-63-5.
- Tabor, F.J. (February 1956). White, D.E. (ed.). The Locomotives of the Great Western Railway, part four: Six-wheeled Tender Engines. Kenilworth: RCTS.
- Sterndale, A.C.; Parker, L.T.; Smith, C.; Reed, P.J.T.; Tabor, F.J.; Davies, F.K.; Allcock, N.J.; Lucking, J.H. (May 1974). White, D.E. (ed.). The Locomotives of the Great Western Railway, part twelve: A Chronological and Statistical Survey. Kenilworth: RCTS.
- Davies, F.K.; White, D.E. (December 1983). White, D.E. (ed.). The Locomotives of the Great Western Railway, part thirteen: Preservation and Supplementary Information. RCTS. ISBN 0-901115-60-6.
- Davies, Ken (April 1993). The Locomotives of the Great Western Railway, part fourteen: Names and their Origins - Railmotor Services - War Service - The Complete Preservation Story. Lincoln: RCTS. ISBN 0-901115-75-4.
- Allan, Ian (2000) [February 1950]. Allan, Ian (ed.). British Railway Locomotives 1948-1950. Ian Allan Ltd. ISBN 07110-0401-3.
- Pigott, Nick (2 July 2014). "The Engines that won the War". The Railway Magazine. Vol. 160, no. 1, 360. Horncastle, Lincs, UK: Mortons Media. ISSN 0033-8923.
External links
[edit]- Rail UK database Archived 3 October 2011 at the Wayback Machine
GWR 2301 Class
View on GrokipediaDesign and Construction
Development
In the 1880s, the Great Western Railway (GWR) required a new generation of versatile freight locomotives to accommodate the expanding goods traffic across its network, particularly amid the ongoing transition from the distinctive 7 ft broad gauge to the national standard gauge of 4 ft 8½ in, a process that demanded adaptable designs for mixed-traffic duties.[4] William Dean, who assumed the role of Locomotive Superintendent in 1877 following Joseph Armstrong's death, directed this evolution by prioritizing standard-gauge compatible engines that could efficiently handle both freight and lighter passenger workings, reflecting the GWR's strategic shift toward interoperability with other British railways.[4] Under his leadership, the design emphasized an inside-cylinder 0-6-0 wheel arrangement to improve stability, reduce wear on tracks, and enhance performance on undulating routes common to the GWR system.[5] The 2301 Class drew initial influences from earlier GWR freight designs, notably the 850 Class of saddle-tank locomotives introduced in the 1870s, adapting their principles of straightforward mechanical layout for cost-effective production and reliable goods haulage while transitioning to a tender engine format.[3] This approach ensured simplicity in operation and maintenance, making the class suitable for widespread deployment on secondary lines and branch services. The first engine, No. 2301, entered service from Swindon Works in May 1883, initiating a production run that totaled 260 locomotives by 1899.[2]Specifications
The GWR 2301 Class locomotives were designed as 0-6-0 tender engines, featuring driving wheels of 5 ft 2 in (1.575 m) diameter to suit mixed-traffic duties on the Great Western Railway's network.[3] These inside-cylinder locomotives measured 51 ft 3 in (15.62 m) in overall length over buffers and had a locomotive weight of 36 long tons 16 cwt (82,432 lb or 37.4 t), with the tender adding 34 long tons 5 cwt (76,720 lb or 34.8 t).[6][3] The boiler was of Dean's standard design, initially domeless and operating at 140 lbf/in² (0.97 MPa), with later production examples featuring a dome; many examples were later raised to 150–180 lbf/in² (1.03–1.24 MPa) during service.[7][8][9] During construction, the first 20 locomotives (Lot 61) were fitted with domeless 'SO' boilers, while subsequent batches received domed boilers of types S2 and S4.[10] The evaporative heating surface totaled 1,193 sq ft (110.8 m²), supported by a grate area of 16.4 sq ft (1.52 m²).[8] Power was provided by two inside cylinders measuring 17 in × 24 in (432 mm × 610 mm), yielding a starting tractive effort of 13,313 lbf (59.25 kN) at the original boiler pressure; this increased to approximately 14,290 lbf (63.58 kN) after pressure modifications.[8][7] The tender carried 2,500 imperial gallons (11,356 L) of water and 4 long tons (4.1 t) of coal, enabling reliable operation on freight routes.[11] In service, these locomotives achieved top speeds of around 50 mph (80 km/h) for goods workings, reflecting their lightweight construction and route restrictions.[12]| Specification | Details |
|---|---|
| Wheel arrangement | 0-6-0 |
| Driving wheel diameter | 5 ft 2 in (1.575 m) |
| Cylinder dimensions | 2 off, inside, 17 in × 24 in (432 × 610 mm) |
| Boiler pressure (as built) | 140 lbf/in² (0.97 MPa) |
| Heating surface (evaporative) | 1,193 sq ft (110.8 m²) |
| Tractive effort (as built) | 13,313 lbf (59.25 kN) |
| Locomotive weight | 36 long tons 16 cwt (36.8 t) |
| Tender capacity | 2,500 imp gal water (11,356 L); 4 long tons coal (4.1 t) |
| Top speed (typical) | ~50 mph (80 km/h) |
