AQ6/2A/47

Leaflet series. Each leaflet contains a titled illustration of one or more Allen products with brief details.

April 1914 - November 1929

From: 1914 To: 1929

- Leaflet 54. Fig 780. 440 BHP two crank compound enclosed engine direct coupled to 300 KW continuous current dynamo supplied to Toronto University Canada. March 1919 - Leaflet 55. Fig 781. Group of Conqueror High Efficiency Centrifugal Pumping Sets supplied to Messrs The Dryden Timber & Power Co Ltd, Dryden, Ontario, Canada March 1919 - Leaftle 56. Fig 786. 12 inch conqueror HT Tubrine Pump 2,650 gpm against 370 ft head supplied to Port Moody, Canada March 1919 - Leaflet 57. Fig 785. 15 inch conqueror HD Turbine Pump and 450 BHP Motor supplied to Winnipeg Water Works, Winnipeg, Canada March 1919 - Leaflet 58. Fig 703. 19 BHP Single cylinder open engine and 12 kw continuous current dynamo, Fig 322 54 BHP tow crank compound open engine and 35 kw continuous current dynamo March 1919 - Leaflet 59. Fig 789. Conqueor 8 HT turbine pump direct coupled to a motor supplied to Port Arthur, Ontario. March 1919 - Leaflet 60. Fig 552. 40 BHP Single Cylinder Enclosed Engine, with Belt Pulley and Special Outer Bearing. Fig 553 500 BHP Three cylinder triple expansion engine, with light rope pulley and outer bearing March 1919 - Leaflet 61. Fig 761. 290 BHP two crank compound enclosed engine direct coupled to 200 kw continuous current dynamo. Fig 496. 546 BHP two crank compound enclosed engine direct coupled to 375 kw continuous current dynamo March 1919 - Leaflet 61. Fig 1038. Single Crank Single Cylinder Type, Fig 761 two crank tow cylinder compound type. January 1924 - Leaflet 62. Fig 744. 550 BHP Triple expansion enclosed engine direct coupled to 375 kw continuous current dynamo. Fig 480 1200. BHP triple expansion enclosed engine direct coupled to continuous Current Dynamo March 1919 - Leaflet 63. Fig 484. 18,000 lbs of steam per house, 26 inch vacuum. One continuous-current motor driving centrifugal circulating pump direct and Allen-Edwards two throw air pump through gearing. Fig 454. 13,500 lbs of steam per house, 26 inch vacuum. Single crank enclosed forced lubrication engine driving centrifugal pump direct and two throw Allen-Edwards air pumps through gearing. March 1919 - Leaflet 63. Fig 703. Single crank single cylinder type. Fig 832 tow crank two cylinder compound type January 1924 - Leaflet 64. Fig 456. 20,000 lbs of steam per hour, 27 inch vacuum. Allen Edwards two throw air pumps driven by inverted open compound engine and circulating pump driven direct by separate open high pressure engine, mounted on a concrete foundation block. Fig 452. 35,000 lbs of steam per hour, 27 inch vacuum. Allen-Edwards two throw air pumps driven by inverted open compound engine and circulating pump driven direct by separate enclosed forced lubrication high pressure engine, mounted on a concrete foundation block. March 1919 - Leaflet 64. Fig 408. Two crank two cylinder compound type. Fig 449 two crank two cylinder compound type. January 1924 - Leaflet 65. Fig 455. 66,000 lbs of steam per house, 28 inch vacuum. Centrifugal circulating pump driven direct by motor, a separate motor driving through gearing an Allen-Edwards three throw air pump and condensed water lifting pump. Air pump motor mounted on a cast iron girder baseplate. Fig 453. 12,000 lbs of steam per hour, 28 inch vacuum. Centrifugal circulating pump driven direct by motor, a separate motor driving Allen-Edwards three throw air pump through gearing. Air pump motor mounted on a concrete foundation block. March 1919 - Leaflet 65. Fig 1070. Conqueror centrifugal pump direct coupled to Allen High Speed Compound Enclosed Steam Engine January 1924 - Leaflet 66. Fig 682. 40,000 lbs of steam per hour, 28.5 inches vacuum, centrifugal circulating pump driven direct by motor, three throw air pump driven direct by inverted open engine with force pump driven from Crankshaft. One of three sets supplied for Japan. March 1919 - Leaflet 67 Fig 702. Group of five sets of condensing plant supplied for Japan. Each 66,000 lbs of steam per hour, 28 inches vacuum, centrifugal circulating pump driven direct by Motor, a separate motor driving through gearing a three throw air pump and condensed water lifting pump, air pump motor mounted on a cast iron girder baseplate. March 1919 - Leaflet 68. Fig 664. Single cylinder open engine and 12 inch Conqueror centrifugal pump. Fig 283 two open engines driving a 20 inch centrifugal pump, 7,000 gallons per minute, 10 ft head. March 1919 - Leaflet 69. Fig 569. 18 inch Conqueror High lift turbine pump driven direct by 110 BHP two crank compound enclosed engine, 4,000 gallons per minute, 65 feet head. Fig 339. 27 inch Conqueror centrifugal pump driven direct by 350 BHP three crank compound enclosed engine, 12,500 gallons per minute, 30-40 feet head. March 1919 - Leaflet 70. Fig 331. 400 BHP motor driven 27 inch centrifugal pump, 13,000 gallons per minute. 45-50 feet head. Fig 465. 54 inch Conqueror twin parallel centrifugal pump and 600 BHP motor, 50,000 gallons per minute March 1919 - Leaflet 71. Fig 556. 14 inch Conqueror turbine pump, direct-coupled to water turbine and alternating current motor. The turbine pump is partially driven by the water turbine, the latter utilising the energy of the water returning from a surface condenser, to its original level. 2,700 gls per minute, 75 feet head. Fig 461. 18 inch Conqueror High-lift turbine pumps direct-coupled to three phase motors, each 5,000 gallons per minute, 90 feet head. March 1919 - Leaflet 74. Fig. 704. Rain-proof motor and reduction gear. Fig 706.Electrically driven coaling winch, Fig 577. Enclosed ventilated rain-proof motor. Fig 575 Vertical spindle motor. March 1919 - Leaflet 77. Fig 777. 40 BHP single-stage steam turbine direct coupled to an Allen improved single inlet fan. Fig 826. 60 BHP single-stage vertical spindle steam turbine direct coupled to an Allen Improved Single Inlet Fan March 1919 - Leaflet 77. Fig 1462. Allen Deaerator for 200,000 lbs water per hour. February 1923 - Leaflet 78. Fig 730. 40 BHP single-stage steam turbine direct coupled to an 8 inch Conqueror Centrifugal pump. Fig 722. 15 BHP Single-stage steam turbine direct coupled to a 1.5 inch Conqueror turbine pump. Fig. 720 30 BHP Single Stage steam turbine direct coupled to a 14 inch Conqueror low-lift centrifugal pump. March 1919 - Leaflet 78. Fig 1264. Illustration of engine with complete equipment and standard spares January 1924 - Leaflet 79. Fig 774. 12 inch Conqueror centrifugal pump direct coupled to two-crank compound enclosed forced lubrication engine. Fig 773. 34 inch Conqueror Centrifugal pump direct coupled to 440 BHP twin-cylinder enclosed forced lubrication engine. March 1919 - Leaflet 80. Fig 794. Conqueror sinking pump 4inch/3inch MT turbine type, direct coupled to 12 BHP Allen continuous current motor. March 1919 - Leaflet 81. Fig 788. Conqueror portable pump, 4 inch MT turbine type, direct coupled to 16 BHP Allen continuous current motor March 1919 - Leaflet 82. Fig 808. Conqueror 4 inch turbine pump direct coupled to steam turbine. 250 gallons of water per minute. 200 fee head. Fig 805 Conqueror 7 inch/6 inch HT turbine boiler feed pump direct coupled to steam turbine, 400 gallons of water per minute at a pressure of 203 lbs per square inch. April 1920 - Leaflet 84. Fig 837. Allen emergency generating set 12 BHP two cylinder paraffin oil engine direct coupled to an 8KW continuous current dynamo April 1914 - Leaflet 86. Fig 844. 5 BHP single-cylinder paraffin oil engine direct coupled to 4 inch Conqueror centrifugal pump mounted on trolley. 300 gallons per minute against 30 ft head. Fig. 839. 10 BHP three-cylinder paraffin oil-engine direct coupled to 5 inch Conqueror centrifugal pump 480 gallons per minute against 35 ft head. April 1914 - Leaflet 87. Fig 850. Low level jet condensing plant for use with steam turbine. The Conqueror centrifugal extraction pump and two throw Allen-Edwards air pump, driven by one alternating current motor. May 1914 - Leaflet 88. Fig 843. Steam turbine driven Kinetic Rotary air pumps and Conqueror centrifugal circulating pump, for surface condensing plant, 20,000 lbs steam per hour, 28.5 inches of vacuum, with circulating water at 65 degrees Fahrenheit. No date. c.1914 - Leaflet 89. Fig 858. Steam turbine driven Kinetic rotary air pumps with kinetic tank and diffuser, also Conqueror centrifugal circulating pump for surface condensing plant, 50,000 lbs, steam per hour, 27.75 inches of vacuum, with circulating water at 80 degrees Fahrenheit. July 1914 - Leaflet 90. Fig 868. Surface condensing plant for 312,000 lbs steam per hour, 28 inches vacuum with circulating water at 80 degrees Fahrenheit. Plant includes steam turbine-driven Kinetic Rotary air pumps, with Kinetic tank and diffuser, and steam turbine-driven Conqueror circulating pump (two auxiliary steam turbines working as a compound turbine). February 1920 - Leaflet 92. Fig 1100. Single cylinder engine April 1920 - Leaflet 93. Fig 1120. Two cylinder engine April 1920 - Leaflet 94. Fig 112. 1 Four cylinder engine April 1920 - Leaflet 95. List of foreign representatives and agents. September 1920 - Leaflet 96. Fig 1149. Sectional arrangement of single cylinder engine October 1920 - Leaflet 97. Fig 1154. Four cylinder engine and 65 kw generator (includes written details of Allen heavy fuel oil engines.) January 1921 - Leaflet 97. Fig 1154. Four cylinder engine and direct current generator. December 1922 - Leaflet 98. ‘Allen Specialities’ April 1921 - Leaflet 98. ‘Allen Specialities’ October 1922 - Leaflet 121. 18,000 kw surface condenser in course of construction Septmber 1921 - Leaflet 122. Allen contraflo condenser with kinetic rotary air pumps and steam jet air pumps, condenser auxiliaries September 1921 - Leaflet 124. Fig 1202. 15 BHP Engine January 1922 - Leaflet 126. Fig 1211. 100 BHP diesel engine and 65 kw dynamo . November 1922 - Leaflet 127. 150 BHP diesel engine and 100 kw dynamo. February 1922 - Leaflet 129. Fig 744. 550 BHP triple expansion enclosed engine direct coupled to 375 KW continuous current dynamo. Fig 496. 510 BHP two crank compound enclosed engine direct coupled to 350 KW continuous current dynamo, Fig 761. 290 BHP two crank compound enclosed engine direct coupled to 200 kw continuous current dynamo. Fig 703. 19 BHP single cylinder open engine and 12 dw continuous current dynamo. Fig 552. 40 BHP single cylinder enclosed engine with belt pulley and out bearing, Fig 772. 40 BHP tandem compound enclosed engine and 26 KW continuous current dynamo. Fig 1209. 500 Kw geared turbo generator for continuous current 3 wire supply with static balancer. Fig 1206. Turbine driving Reavell blower for high pressure air supply for steel works. Fig 1169. typical geared turbo generator for outputs from 100 kw to 150. Fig 1208. Geared turbine driven circulating pump for large condensing plant. Fig 1178 500 BHP turbine driving Reavell blower for gas boosting. April 1922 - Leaflet 135. Steam Turbine Driven Pumps Fig 1208 Geared turbo driven circulating pump September 1922 - Leaflet 137. Conqueror Centrifugal Pumps, Fig 1283 Conqueror 34inch centrifugal pump and motor September 1922 - Leaflet 138. Conqueror Centrifugal Pumps, Fig 1025 Conqueror low lift pump and direct current motor September 1922 - Leaflet 139 Conqueror Centrifugal Pumps, Fig 1282 circulating and condensate extraction pumps for surface condensing plant September 1922 - Leaflet 140. Conqueror Centrifugal Pumps, Fig 1173 heavy fuel oil engine direct coupled to centrifugal pump September 1922 - Leaflet 141. The Allen Steam Engine for Direct Coupling of Belt Drive fig 552 40 BHP Single Cylinder Enclosed engine with belt-pulley and outer bearing, Fig 1038 20 BHP Single cylinder enclosed engine and DC Dynamo December 1922 - Leaflet 142 Conqueror Centrifugal Pumps, Fig 331 27 inch Conqueror Centrifugal pump and 400 BHP continuous current motor September 1922 - Leaflet 143. Steam Turbine Driven Pumps Fig 1281 Steam Turbine Driving Centrifugal Pump through Reduction Gears December 1922 - Leaflet 144. Steam Turbine Driven Pumps Fig 1278 Steam Trubine driven Hot Water Circulating Pump December 1922 - Leaflet 145. Paraffin Engines and Turbine Pumps fig 830 5 in Conqueror High-Efficiency Turbine Fire and Salvage Pump, and Paraffin Oil Engine October 1922 - Leaflet 146. Surface Condensing Plants fig 1226 Allen-Contraflo surface condensing plant with steam jet air pumps October 1922 - Leaflet 147. Electric Starting for Allen Heavy Fuel Oil Engines fig 1647 January 1927 - Leaflet 147a. Electric Starting for Allen Heavy Fuel Oil Engines fig 1647 igniter plug in position in vaporiser and fig 1764 Accumulator case with switchboard, gives written details of igniter, equipment, conversion of existing engines, starting and working. March 1929 - Leaflet 148. Conqueror Centrifugal Pumps fig 1285 heavy fuel oil engine direct coupled to centrifugal pump October 1922 - Leaflet 149. The Allen Heavy Fuel Oil Engine fig 1270 range of single cylinder engines from 15BHP to 50 BHP October 1922 - Leaflet 150. Conqueror High-Lift Pumps fig 1175 Motor driven Conqueror High lift turbine pump October 1922 - Leaflet 151. Conqueror Motor Driven Centrifugal Pumps fig 1288 motor driven pump supplied for use on board ship October 1922 - Leaflet 154. Steam Turbine Driven Pumps fig 1289 complete pumping installation consisting of steam turbine driven centrifugal pump and surface condensing plant. November 1922 - Leaflet 156. Steam Turbine Driven Generators fig 1290 geared steam turbo generator, supplied to municipal electricity works. December 1922 - Leaflet 159. Steam Turbines for mill driving. Steam Turbine driving rope pulley through reduction gears December 1922 - Leaflet 162. Conqueror Centrifugal Pumps fig 1297 Conqueror side suction pump direct coupled to Allen Continuous current motor. March 1923 - Leaflet 165. Allen Airless Injection Diesel Engines fig 1789 Allen Three Cylinder (230mm/300mm) 100 BHP Engine (3S.30 type) and Allen 65KW DC Dynamo (this type supplied with 2 to 6 cylinders, 65 to 200 BHP at 500 rpm) November 1929

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W H Allen,
Toronto University,
The Dryden Timber & Power Co Ltd, Ontario,
Winnipeg Water Works

leaflet, University, water supply, Ontario, Port Moody, Ontario Port Arthur, Japan, BEDFORD