Newton's lantern slide catalogue: section 7 -- Industries and Manufactures (circa 1920)

43, Museum Street, London, W.C.l. 811 a-: MANUFACTURES OF THE CENTRAL IRONWORKS— Continued. BROADBENT CENTRIFUGAL CLUTCHES. 58 A Type, No. 1. Centrifugal Clutch Belt Pulley (without spring control) with cover plate removed to show the Ferod'o-lined friction shoes. 59 A Type, No. 6. Centrifugal Clutch Coupling to transmit 200 h.p. at 330 r.p.m. (with internal spider drawn out to show shoes and springs). 60 Diagram of a Centrifugal Clutch Belt Pulley, without Spring Control. 61 „ with Spring Control. 62 A Type, No: 5. Centrifugal Clutch applied to a Motor driving Back Gear. 63 A Type, No. 4. Centrifugal Clutch Rope Pulley y (with cover plate removed to show the interior shoes). 64 Oscillograph Records. ' • 65 Clutch combined with Belt Pulley. 66 Clutch combined with "Double Belt Pulley, f' » Rope Pulley. 67 Clutch combined with Pinion Gear. „ for use as Shaft Coupling. 68 Clutch used as Coupling for Motor Extension Shaft where small diameter Pinions or Chain s ' Sprockets are required. ■>C‘ 69 60 h.p. 725 r.p.m. Squirrel Cage Pipe Ventilated Motor fitted with Centrifugal Clutch Coupling and Laminated Gears driving Line Shaft. 70 70 h.p. 320 r.p.m. Motor fitted with Centrifugal Clutch Coupling, driving Line Shaft in a .' , Textile Factory. r 71 30 h.p. 760 r.p.m. Motor fitted with Centrifugal 1 i v. Clutch combined with Spur Pinion for driving %, Haulage Gear. >,V 72 88 h.p. 715 r.p.m. Motor and Speed Reduction tfl Gear fitted with a Centrifugal Clutch Coupling v ’!• .driving Line Shaft in a Textile Facto^. -',73 Open Scutcher driven by 13 h.p. Motor fitted with Centrifugal Clutch Double Pulley. , 74 Ring Frames Direct driven by 10 h.p. Motors, > fitted with Centrifugal Clutch Couplings. 75 Forging Machine driven by 40 h.p. 720 r.p.m. Motor, fitted with Centrifugal Clutch Belt Pulley. 76 10 b.h.p. Totally enclosed Squirrel Cage Motor, fitted with Back Gear. 700 r.p.m. to 200 r.p.m. and Centrifugal Clutch Pinion. Second motion Shaft arranged for driving from both ends. 77 Beaters in Paper Mill driven by 55 h.p. Squirrel Cage Motors, 481 r.p.m., fitted with Centri- fugal Clutch Pulleys. 78 Complete Driving Unit, fitted with Centrifugal Clutch Coupling to transmit 15 h.p. at 475 r.p.m. 79 Diagram showing the particulars required for 'v supplying a Clutch Pulley. 80 Diagram showing the particulars required for <s supplying a Clutch Coupling. 81 Loom Clutch with Cover Plate removed to show S ; 4 : the Friction Shoes. „ „ „ on, assembled ■... complete. 82 Loom Clutch with interior parts withdrawn to show the construction. 83 Diagram showing section of Loom Clutch com- bined with Steel Pinion welded to outer rim of Clutch. 84 Centrifugal Clutches For Loom Drives. 85 View from Clutch Side, with Cover Plate re- moved, showing Friction Shoes and Spring Bolts. 86 Diagram. Section of Ball Bearing Spring Con- trolled Centrifugal Clutch. 87 Diagram of Hand Controlled Centrifugal Clutch. '■> 88 Illustration showing Automatic Centrifugal Clutch and Hand Controlled Centrifugal '.V- Clutch. 89 Diagram of Slipping Clutch Coupling combined with Centrifugal Speed Governing Brake. CENTRIFUGAL MACHINES. 90 Diagram of Suspended Steam Driven Centrifuge. 91 Suspended direct Steam driven Centrifuge with bottom discharge. 92 ,, without bottom discharge. 93 Diagram of a direct Electrically driven Centri- fuge. 94 Suspended direct Electrically driven Centrifuge with bottom discharge. 95 Diagram of a Suspended Belt driven Centrifuge. 96 Self contained, Suspended Belt driven Centrifuge with bottom discharge. 97 Diagram of a Belt driven Centrifuge. (Over- driven Type.) 98 Over driven Belt driven Centrifuge, with central bottom discharge. 99 Suspended under driven water-driven Centrifuge with or, without bottom discharge. 100 Diagram of Water driven Centrifuge. (Over- driven Type). 101 Overdriven Motor driven Centrifuge with central bottom discharge. 102 Over driven Steam driven Centrifuge with cen- tral bottom discharge. 103 Over driven Electrically driven Centrifuge with central bottom discharge. 104 Diagram of a Motor driven Swan neck Type Centrifuge. 105 Over driven Swan Neck Type Motor driven Centrifuge with central bottom discharge. 106 Over driven Swan Neck Type Steam Driven Centrifuge with central bottom discharge. 107 Over driven Swan Neck Type Belt driven Cen- trifuge with central bottom discharge. 108 Bolted down Belt driven Dehydrating Centrifuge. 109 Bolted down direct Electrically driven Centri- fuge with skimming attachment. 110 Steam Turbine Centrifugal. Grease Extractor with loose inner basket. 111 9 in. Electrically driven Laboratory Centrifuge. 112 Belt driven Analytical Centrifuge. 113 A standard Cage with Side Bottom Discharge for Under-driven Machines. ,, for Over-driven Machines. 114 Swansdown Filter Cloth for Fine Filtration. Twill Filter Cloth for Coarser Filtration. Fine Mesh Metal Gauze. Coarse Mesh Metal Gauze. 115 Standard Cage Perforations. HYDRO EXTRACTORS. 116 Suspended Belt driven Hydro Extractor (with overhead countershaft). 117 Diagram of a Self contained, Self balancing. Belt driven Hydro Extractor. 118 Self balancing Belt driven Hydro Extractor (with overhead countershaft). 119 Suspended Belt driven Hydro Extractor (with countershaft on bedplate). 120 Self contained, self balancing Belt driven Hydro Extractor. Drive “ C.” (with countershaft on bedplate). 121 „ Drive" A.” 122 „ Drive “ B." 123 Self balancing Hydro Extractor driven by separate Motor. 124 Diagram of Self contained, fixed Spindle direct Electrically driven Hydro Extractor. 125 Self contained, fixed Spindle, direct Electrically driven Hydro Extractor. 126 Belt driven, self contained Friction driven Hydro Extractor. 127 Steam Turbine Centrifugal Grease Extractor and Separator. 128 A 30 in. Perforated Copper Cage for Self Balanc- ing Hydro Extractors. Standard Perfora- tions for 18 in., 21 in., 26 in., 30 in.. Hvdro Cages. Full Size. y