













Cowans, Sheldon and Co, crane makers, of Carlisle.
Cowans began in a small way at Woodbank near Upperby. John Cowans and Edward Pattinson Sheldon had been apprentices to Robert Stephenson and Co on Tyneside. There they had been friendly with a William Bouch from Thursby, and it was his younger brother, Thomas, who eventually found the premises at Woodbank, which had been a calico works.
The four men were all involved at the start but the Bouch brothers found themselves drawn to business elsewhere and became sleeping partners. Thomas Bouch, in fact, became an eminent civil engineer and was involved with the Tay Bridge.
In June 1846 a notice in the local paper announced that 'the works had been taken over for the erection of a works for the manufacture of locomotive engines'.
1847 Company founded. 'WOODBANK IRON WORKS, CARLISLE, Closely adjoining the Lancaster and Carlisle Railway. COWANS, SHELDON, and CO, having entered upon the above Premises, recently carried by the late Mr. Richard Bouch, under the Firm of the Woodbank Iron Company, respectfully intimate to the Public, that every description of FORGED IRON WORK will in future be MANUFACTURED by them at these Works; and arrangements are in progress for BUILDING and REPAIRING ENGINES. The utmost attention will be given to all Orders entrusted to their Care. A few good MILLWRIGHTS WANTED.'[7]
The firm never made engines as such, but they were actively employed in the production of locomotive wheels and other railway forgings. This was the Railway Age and railways were booming in Carlisle and elsewhere. The firm diversified into coal-handling equipment and in five years a branch works was opened in Darlington.
1851 Dispute over access to the property. States that it was previously occupied by a person in the paper trade and then was a calico printing works.[8]
1854 Established the Darlington Forge Co on an acre of land at Albert Hill, Darlington. Note: Some researchers debate this point and it needs clarification from original sources
1858. Expansion announced. 'ST. NICHOLAS AND WOODBANK IRON AND ENGINE WORKS. COWANS, SHELDON and COMPANY beg to acquaint railway companies, engineers, contractors, manufacturers, colliery owners, ship builders, &c, that they have recently purchased the premises late in the occupation of Mr G. D. Richardson, where, in addition to their works at Woodbank, they propose carrying on the BUSINESS of FORGED IRON MANUFACTURERS, ENGINE and BOILER BUILDERS, MILLWRIGHTS, FOUNDERS, RAILWAY WHEEL and AXLE MAKERS, WAGON BUILDERS, &c., in all their branches, and with their increased facilities are prepared to execute orders with despatch. Both works having branches communicating with all the railways running into Carlisle, insures prompt delivery of wheels or other running stock sent for repairs. All Repairs of Engines, Machinery, or Mill Work promptly attended to.'[9] George Davy Richardson had operated a crane making business at St. Nicholas Bridge on the site of the old leper hospital for ten years or more and, despite having invested heavily - the works were described as being equipped with the most modern machinery available - he had gone bankrupt. Cowans Sheldon bought the enterprise at auction.
1861 Employing 52 men and 18 boys.[10] Employing 86 men and 35 boys.[11]
1865 Marriage of George Dove, Esq., of the firm of Cowans, Sheldon, & Co., engineers, Carlisle, to Helen, widow of Mr John Cooper, Edinburgh, and second surviving daughter of the late Mr Robert Auld, Dunfermline.[12]
1866 'The employes of Messrs. Cowans, Sheldon, and Co., Saturday last, presented Mr. George Somerville, who, for about seven years, has filled the office of engineer at the St. Nicholas works, with a valuable set of drawing instruments, by Stanley, of London, as a mark their appreciation of his numerous sterling qualities. Mr. Somerville leaves Carlisle for Edinburgh where he has commenced business as senior the firm Somerville and Cromleigh.[13]
1866 Cowans Sheldon built their first railway recovery crane. They made cranes for the railways, heavy lifting gear which could be used to return locomotives that had gone off the rails to the right track.
Cowans had also been supplying the British Admiralty. They were the experts in crane construction and it was almost a matter of course that wherever in the world heavy lifting gear was needed, Cowans were ready to supply it. They made massive cranes to load ships at docks and harbours round the world. The Titan crane which was constructed at the North Pier on Tyneside picked heavily laden coal wagons up as though they were matchboxes and tipped their contents into the holds of waiting ships. Seven three ton coaling cranes supplied to the docks at Grimsby can be seen like seven robots raising their single arms in salute.
They also built turntables to turn the unwieldy steam locomotives around or onto another track. The largest they ever made was a gigantic thirty metres in diameter which was sent out to China.
1871 Employing 110 men and 14 boys.[14]
1873 Public company.
1892 Large steam crane for the Clyde Navigation. Rated for 20 tons at 47 ft radius without being chocked or anchored to the rails. 12 ft gauge. [15]
1893 'Most Powerful Pillar Crane in the World.—This afternoon the members of the Clyde Trust visited Finnieston Quay and witnessed the testing of the largest steam crane in the world, which has been a conspicuous object there for some time past. The crane, which is intended to lift 130 tons, has already been tested up to 150 tons. The framing, shafting, and jib are all of steel; the gearing, with the exception of the largest wheel, is cast steel. The crane revolves on a steel pathway on 75 steel rollers, and the centre is a strong casting weighing 9 tons. There are six foundation bolts, and the centre steel pin weighs 6 tons. The diameter of the roller path is 33 ft., and it weighs 12 tons. The jib is of the twin-tube type, and each tube is 3 ft. 3 in. in diameter at the centre, well braced together, and itis 90 ft. long. From the quay level to the centre of the jib top pulley is 100 ft., and to the top of the foundation 20 ft. There are jib top pulleys for light and heavy weights. The main hoisting drum is 5 ft. 2 in. in diameter, and 10 ft. long. The gross weight of the crane is 370 tons, and it is worthy of mention that practically all the material has been obtained in the Glasgow district. Tho total cost of the crane, including the foundations, is 16,000l., and it has been built by Messrs. Cowans, Sheldon, and Co., Limited, Carlisle, under the supervision of Mr. James Deas, engineer to the Clyde Trust, and Mr. James Taylor, Birkenhead, who some time ago presented to Kelvingrove Museum two models illustrative of the progress made in the construction of steam cranes during the last fifty years.'[16]. Further description and illustrations (see above) were provided in Engineering 1893/06/09. 'The work proved difficult and tedious by reason of the subsoil being sand. .... The centre casting of the crane weighs about 9 tons, and is held down by six steel bolts, each 38 ft. 9 in. in length and 5 in. in diameter, weighing together 8 tons (Fig. 1), fixed to six washer plates, 6 ft. square each, and weighing 13 tons, built at equal intervals into the seat at a depth of 30 ft. below the top of the seat (Fig. 3). A brick-lined tunnel, 2 ft. wide by 10 ft. 9 in. radius at centre, and 6 ft. high, with a manhole, and an approach of the same size from one side of the crane seat, gives access to fix the cottars on the ends of the bolts, the upward passages for the bolts having been formed during the construction of the seat. For the centre casting there is a forged steel centre-pin 17 in. in diameter, weighing 6 tons, having forged head. The upper end of the pin carries a steel clip, having on its under surface a steel pathway, between which and a similar pathway fixed in the revolving frame of the crane twenty live rollers move, so as to reduce the friction to a minimum. The diameter of the roller path, which is of cast steel, is, as shown on Fig. 4, 33 ft. ; it weighs 12 tons. In the live roller ring there are seventy-five cast-steel rollers, of a maximum diameter of 14 in., weighing in all 10 1/2 tons. ....'.
1911 Manufacturer of Cranes and Lifts; Creosoting Plant; Electric Cranes; Hydraulic Machinery for the Railways [17]
1912 Supplied a 200-ton hammerhead crane to the Imperial Japanese Navy at Kure. Due to a heavy workload, construction of the structure was sublet to the Cleveland Bridge and Engineering Co. The electrical equipment was supplied by British Westinghouse. Cowans Sheldon had also built a 200-ton crane for Yokosuka Dockyard. [18]
1914 Made a steam travelling crane for le Havre harbour work (setting 100-ton concrete blocks).[19]
1914 Engineers. Specialities: heavy lifting tackle of every description, engine and carriage turntables, timber creosoting plant, railway and general engineering. [20]
In 1933 the largest floating crane in the world was manufactured in London Road, Carlisle. It was built by Cowans Sheldon, then the world's leading crane makers. The massive crane was assembled in the Nagasaki dockyard in Japan by Mitsubishi Heavy Industries. It had a lifting capacity of 350 tons. The Japanese were seeking dominance of the Pacific Ocean, a course that eventually led to Pearl Harbour, and the war in the Pacific, and the crane was used to build the Yamato class warships, gigantic ships of 36,000 tons, almost as big as the Queen Mary.
Cowans Sheldon's fate was tied to the fate of the railways and the British engineering industry. Britain stopped being the workshop of the world. The post-war years saw increased competition.
In 1961 the 450 employees found themselves working for the Glasgow firm of Clyde Crane and Booth
1982 the firm became Cowans-Boyd. [21]
Five years later, manufacturing ceased and only the design office team was retained in Carlisle.
The giant sheds were demolished and beefburgers are now fried where once some of the world's greatest cranes were made.
See here for a 209-page list of the company's products [22]
Notes
Descriptions and illustrations of many Cowans, Sheldon railway breakdown cranes may be found in a 2012 book, 'Railway Breakdown Cranes' by Peter Tatlow [23][2]
In addition to Peter Tatlow's book Volume 1 there is also - Volume 2 Published January 1st 2013 by Noodle Books ISBN 1906419973 (ISBN13: 9781906419974) - (Shortly to be published Volume 3 which will be on Railway Steam Cranes as apposed to Breakdown Cranes.)
Also:-
- Railway Steam Cranes - Brownlie John S. ISBN 10: 0950296503 / ISBN 13: 9780950296500 Published privately by John S. Brownlie, Glasgow, 1973
See Also
Sources of Information
- ↑ Mr. C. Capewell.
- ↑ Mr. C. Capewell.
- ↑ Mr. C. Capewell.
- ↑ Mr. C. Capewell.
- ↑ Mr. C. Capewell.
- ↑ Mr. C. Capewell.
- ↑ Carlisle Patriot - Friday 12 February 1847
- ↑ Carlisle Journal - Friday 09 May 1851
- ↑ Newcastle Courant - Friday 22 January 1858
- ↑ 1861 Census for John Cowans
- ↑ 1861 Census for Edward Pattinson Sheldon
- ↑ Caledonian Mercury - Friday 17 February 1865
- ↑ Carlisle Journal - Friday 02 March 1866
- ↑ 1871 Census for Edward Pattinson Sheldon
- ↑ Engineering 1892/01/29
- ↑ Engineering 1893/05/05
- ↑ Bradshaw’s Railway Manual 1911
- ↑ Engineering 1912/03/15
- ↑ Engineering 1914/01/02
- ↑ 1914 Whitakers Red Book
- ↑ 1961 Dun and Bradstreet KBE
- ↑ [1] LIST of ARCHIVE DOCUMENTS from CUMBRIA CC Related to COWANS SHELDON CIVIL ENGINEERS of CARLISLE
- ↑ 'Railway Breakdown Cranes - The Story of Steam Breakdown Cranes on the Railways of Britain - Volume 1' by Peter Tatlow, Noodle Books, ISBN 978-1-906419-69-1
- Carlisle's Crane Makers: The Cowans Sheldon Story by Alan Earnshaw. ISBN 1903016045