Micon Cut in speed 7 mph Cut out speed 56 mph Transfer from low to high speed occurs at 14 mph
Increased Speed Average Speed - 20 to 25 mph (1835) Great Western Railway 35 to 40 mph, 7’...
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Transcript of Increased Speed Average Speed - 20 to 25 mph (1835) Great Western Railway 35 to 40 mph, 7’...
Increased SpeedIncreased Speed
Average Speed - 20 to 25 mph (1835)Average Speed - 20 to 25 mph (1835)Great Western RailwayGreat Western Railway
35 to 40 mph, 7’ Gauge35 to 40 mph, 7’ GaugeLarge WheelsLarge Wheels
Stephenson - 7.8’ to 10’ Diameter Driving WheelStephenson - 7.8’ to 10’ Diameter Driving WheelLarger BoilersLarger Boilers
1829 Rocket - 6’1829 Rocket - 6’1832 Bury - 8’1832 Bury - 8’1845 Long Boiler - 12’1845 Long Boiler - 12’
North StarNorth Star Stephenson (1830s)Stephenson (1830s) CylinderCylinder
16” Diameter, 16” Stroke16” Diameter, 16” Stroke
7’ Wheels7’ Wheels 21 tons21 tons Heating SurfaceHeating Surface
711 sq. ft.711 sq. ft.
PulledPulled80 tons At 30.5 mph80 tons At 30.5 mph45 tons At 38.5 mph45 tons At 38.5 mph
Fifty Built (1840-1845)Fifty Built (1840-1845)
Built For Paris-Orleans Line, 1843Built For Paris-Orleans Line, 1843
French Copy Of Stephenson’sFrench Copy Of Stephenson’s
Taylor (1837)Taylor (1837) Built For Paris-Saint-Built For Paris-Saint-
Germain LineGermain Line
CramptonCrampton Conceived By Thomas Crampton In EnglandConceived By Thomas Crampton In England Built By Derosne & Cail In France (1849)Built By Derosne & Cail In France (1849) Larger Driving Wheels Behind Boiler - Lower BoilerLarger Driving Wheels Behind Boiler - Lower Boiler Cylinder (15” Diameter, 22” Stroke)Cylinder (15” Diameter, 22” Stroke) Boiler Pressure (10 psi)Boiler Pressure (10 psi) 20 Years 20 Years
25 hp Of Seguin To 400 hp Of Crampton25 hp Of Seguin To 400 hp Of Crampton
EngerthEngerth
Wilheim Engerth (1853)Wilheim Engerth (1853) 3% Grade3% Grade 10 Wheels10 Wheels AustriaAustria
3215’ Semmering Pass3215’ Semmering Pass
FranceFrance
La Gauloise, Built By Cave La Gauloise, Built By Cave For The Paris-Versailles For The Paris-Versailles
Line, 1840Line, 1840
Built By BuddicomBuilt By BuddicomFor The Paris-Rouen For The Paris-Rouen
Line, 1844Line, 1844
Passenger CoachesPassenger Coaches 1830s - Adaptation of Stagecoaches1830s - Adaptation of Stagecoaches 1840s - First Specially Designed1840s - First Specially Designed
Leaf Springs & Wood FrameLeaf Springs & Wood Frame
1850s1850sReinforced Metal FrameReinforced Metal FrameComfort Was AddressedComfort Was Addressed
1860s - Interior Lighting1860s - Interior LightingOil Lamps, Oil Lamps, Kerosene Lamps, Kerosene Lamps, Compressed GasCompressed Gas
BrakesBrakesWooden Rails Offered ResistanceWooden Rails Offered ResistanceTightening Brakeshoes On Felly Or BandTightening Brakeshoes On Felly Or BandOnly Locomotive (Mid 1840s)Only Locomotive (Mid 1840s)Selected Cars Had Brakepeople (1850s)Selected Cars Had Brakepeople (1850s)Vacuum BrakeVacuum BrakeMore Weight & SpeedMore Weight & Speed
All Cars Had BrakepeopleAll Cars Had BrakepeopleDelay Time From Hand SignalsDelay Time From Hand Signals
George Westinghouse (1869)George Westinghouse (1869)Compressed AirCompressed Air
Brakes (Continued)Brakes (Continued)
Before 1849Before 1849
Westinghouse On Locomotive, 1879Westinghouse On Locomotive, 1879
Westinghouse On Coaches, 1879Westinghouse On Coaches, 1879
SignalingSignaling
Manually (1837)Manually (1837)Handheld Red flag Or Lantern With Red LightsHandheld Red flag Or Lantern With Red Lights
Telegraph On London-Blackwell Line (1840)Telegraph On London-Blackwell Line (1840)Red Discs To Show Track Status (1843)Red Discs To Show Track Status (1843)Vignier (1844)Vignier (1844)
Push/Pull Interlocking SystemPush/Pull Interlocking System
Signaling (Continued)Signaling (Continued)
Vignier Interlocking SystemVignier Interlocking System
Switch Control Lever With ASwitch Control Lever With AVignier Interlocking SystemVignier Interlocking System
Pneumatic RailroadsPneumatic Railroads
Danish Engineer Medhurst (1810)Danish Engineer Medhurst (1810)Suggested Pneumatic SystemSuggested Pneumatic System
Around 1840Around 1840Pumping Stations Were TriedPumping Stations Were Tried
First Pneumatic Railroad (1844)First Pneumatic Railroad (1844)Ireland, 1.75 milesIreland, 1.75 miles
2’ Diameter Piston Moved Along Tube Sealed 2’ Diameter Piston Moved Along Tube Sealed With a Leather TongueWith a Leather Tongue
Pneumatic Railroads (Continued)Pneumatic Railroads (Continued)
English Atmospheric SystemEnglish Atmospheric System
Lead Wagon Of Lead Wagon Of English AtmosphericEnglish Atmospheric
SystemSystem
Development of RailroadsDevelopment of Railroads
CostCostGreat BritainGreat BritainFranceFranceUnited StatesUnited States
Average Cost (1852)Average Cost (1852)
Great Britain 570,000France 390,000Belgium 270,000Germany 201,000United States 96,500
Per Kilometer In FrancsPer Kilometer In Francs
Great BritainGreat BritainLiverpool-Manchester LineLiverpool-Manchester Line
Year Passengers Tonnage
1831 445,047 108,180
1832 356,956 159,450
1833 386,492 194,704
FranceFrance
Year Miles
1828 10
1840 264
1850 1788
France (1837)France (1837)
France (1846)France (1846)
France (1851)France (1851)
France (1856)France (1856)
United StatesUnited States
Year Miles1830 231840 2,8181850 9,0001860 30,600