ForsideBøgerThe Works Of Messrs. Schneider And Co.

The Works Of Messrs. Schneider And Co.

Forfatter: James Dredge

År: 1900

Forlag: Printed at the Bedford Press

Sted: London

Sider: 747

UDK: St.f. 061.5(44)Sch

Partly Reproduced From "Engineering"

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Side af 762 Forrige Næste
XII.—THE STEEL FOUNDRY. General Arrangement of Foundry.—Messrs. Schneider and Co. commeneed the production of steel castings in 1885 ; at first only Bessemer steel was used for this purpose, but afterwards Siemens-Martin steel was sub- stituted. In 1887, a plant for making steel castings was put down on the site which had been occupied by the second as stern-shaft brackets, stern tubes, stem, and stem-posts, castings, traversing platforms for gun carriages, &c. In casting tliese large pieces, tlie steel is taken from the large Siemens-Martin furnaces already described. This temporary plant became, as might have been expected, entirely inadequate to meet the inereasing demands for steel castings, and Messrs. Schneider and Co. Fig. 112. Steel Foundry, Interiør of Main Building. and third groups of Bessemer plant. The steel was meltecl in a 4-ton petroleum furnace ; a type adoptée! because the heat could be regulated in accordance with the progress of the work. When, however, the use of steel castings became more general, Messrs. Schneider and Co. con- structed a Siemens-Martin furnace of the usual form, but of small dimensions ; it was fonnd that a considérable economy in working was secured by this, as compared with the petroleum furnace. This plant, though quite of a provisional character, produced much important work, such decided in 1891 to create a special department for this industry on a large scale. Accordingly they erected for this purpose a building 112 metres (367 ft.) long by 37 metres (121 ft.) wide, a general view of which is shown in Fig. 111, Plate XXV., whilst Fig. 112 is an interior view. Two 1 O-ton steel furnaces are erected at one end of the building ; they are 1.500 metres (4 ft. 11 in.) above the level of the works. The necessary gas is produced by a range of eight