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All four units were likely fitted with this equipment before late 1914.{{INF}}<ref>They are not mentioned in the pertinent sectio ...eadnought (1906)‎|''Dreadnought'' class]] and later should have Evershed equipment added to their {{CT}}, able to communicate with either the fore top or the

All 5 units were likely fitted with this equipment before late 1914.{{INF}}<ref>not listed in pertinent section in ''Handbook ...eadnought (1906)‎|''Dreadnought'' class]] and later should have Evershed equipment added to their {{CT}}, able to communicate with either the fore top or the

All five units were fitted with this equipment, at least for main and secondary batteries. ...eadnought (1906)‎|''Dreadnought'' class]] and later should have Evershed equipment added to their {{CT}}, able to communicate with either the fore top or the

...rs that these battlecruisers were unique in that they did not receive such equipment.{{UKManGun1920III|p. 44}} It may have been indicative of the belief their All units were likely fitted with this equipment by late 1914.{{HFCI1914|p. 34}}

...eadnought (1906)‎|''Dreadnought'' class]] and later should have Evershed equipment added to their {{CT}}, able to communicate with either the fore top or the * one on each side of the [[Gun Control Tower]] employing an electrical [[F.T.P.]] system.

Both ships were likely fitted with this equipment upon for main and secondary batteries. ...eadnought (1906)‎|''Dreadnought'' class]] and later should have Evershed equipment added to their {{CT}}, able to communicate with either the fore top or the

...ic part numbers the British Admiralty used to name various pieces of naval equipment. |965 || Electrical Transformer{{AWO1913|322 of 20 June 1913}}||Type II

...he class's particulars, offering us a fairly detailed understanding of her equipment and methods of their use, constrained by whatever limitations in accuracy s ...rs to assume local control of their groups. They would transmit ranges by electrical instruments to the {{TS}} which would re-transmit them to the gun positions

The ''Prince George'' only (perhaps) had 5-hp electrical motors to assist hand-training gear and smaller motors to raise pressure in It is unlikely that this equipment was ever provided.{{INF}}

...Dreyer]], whose comments on the ship's then-current state of fire control equipment is found in the notes for the [[Duncan Class Battleship (1901)|''Duncan'' c ...circuit, but the switchboard was entirely destroyed and much damage to the electrical system done by water used in fighting the blaze.{{ARTS1913|p. 50}} Captain

...et which is curiously unmentioned in the same source's description of 1918 equipment.{{Burt1986|p. 219}} Her rangefinder equipment during 1918 had come to be:{{Burt1986|p. 213}}

By 1917-1918, a number of common Torpedo Control equipment packages were to be provided to those ships not already sporting them. Tho ...her 6-in battery. One must presume that this means she also had Evershed equipment for her main battery.{{ARTS1915|p. 226}}

...eadnought (1906)‎|''Dreadnought'' class]] and later should have Evershed equipment added to their {{CT}}, able to communicate with either the fore top or the * one on each side of the [[Gun Control Tower]] employing an electrical [[F.T.P.]] system.

...eadnought (1906)‎|''Dreadnought'' class]] and later should have Evershed equipment added to their {{CT}}, able to communicate with either the fore top or the The [[Elevation Receiver]]s were 6-in P. VII Type with electrical tilt correctors, Pattern H. 23. They could indicate elevations up to 15 de

...rly clear to the man being tested when inclination changed. A last-minute electrical solution employing a modified Vickers Mark III FTP receiver to set inclinat [[Category:Training Equipment]]

...ate member of the Society of Telegraph Engineers, later the Institution of Electrical Engineers.<ref>Paul G. Halpern, 'Jackson, Sir Henry Bradwardine (1855–192 ...ted in 1895 with experiments on the effects of Hertzian waves on imperfect electrical contacts in order to develop a system of naval signalling.

...lf this path) and gun elevation.{{ARTS1896|pp. 56-58, Plate 16}} The 6-hp electrical shot hoist could lift the 400 pound cage which could hold one shell and 2 c It is unlikely that this equipment was ever provided.{{INF}}

...e, Chapman & Co. of Gateshead, and assumed charge of their newly organized electrical department. In those days electric dynamos were small machines driven usual ...wcastle. This station went into commission in January 1890 with an initial equipment of two 75 kW Parsons turbo-alternators. Other public lighting companies qui

...Royal Navy, and a leading supplier of optronics, including thermal imaging equipment, to the British army. ...culty of science in 1893, and successfully campaigned for a lectureship in electrical engineering, which was established in 1898.

...tion for the vessel for I started my career on her using antiquated diving equipment for which I had no training and my first introduction was to fall through a ...free diving and managed to do the most difficult jobs to prove that scuba equipment was not only for pleasure. Once free of the myopic helmet I could survey th