Rock Island / Burlington, Cedar Rapids & N 4-6-0 "Ten-Wheeler" Type Locomotives

Class D-17/52-A (Locobase 7195)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

The profile of this freight Ten-wheeler class shows a slender boiler with no significant taper at the crown of the firebox. Indeed, the firebox is quite shallow and rides above the very small drivers. The class had a short wheelbases as well as being quite low-slung. See Locobase 7196 for the 57" driver variant.

Class D-17/52-B (Locobase 7196)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

As noted in Locobase 7194, this design had a very low profile with a shallow firebox riding above the driving axles. In two instance, the railroad increased the driver diameter and the 52-B was the result.

Class D-17/53-A (Locobase 7193)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

The one difference between this quintet and the D-17/53-B is driver diameter; see Locobase 7194.

Class D-17/53-B (Locobase 7194)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

Possibly the larger diameter of this set of 5 D-17s (see the 57" version in Locobase 7193) was to enable the locomotives to handle mixed-traffic trains more readily.

Class D-18-25-B (Locobase 7202)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

After the 25-engine class shown in Locobase 7203, Baldwin added 4 more with slightly larger cylinders and a 2"-longer wheelbase. Adhesion weight also grew by 2 1/2" tons as the driver diameter increased by 4".

The Rock Island built two more to this design, but with smaller grates; See Locobase 7201.

Class D-18/53-C (Locobase 7197)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

Yet a third set of Ten-wheelers (the others being shown in Locobase 7193-7194) for which the only difference is driver diameter. In this particular case, the result is a pure drag-freight engine.

Class D-19 & 20 50A & B (Locobase 7204)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

Most noticeable about these Brooks engines was the large firebox heating surface area for a narrow firebox. They had arched cab windows. 1101 ran on 69" drivers, which reduced calculated tractive effort to 18,680 lb.

Class D-19 & 20/53-D & E (Locobase 7198)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

Class D-19-25-A (Locobase 7203)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

Baldwin delivered the first of these Ten-wheelers in 1891. Compared to many other Ten-wheelers of the time, the profile showed a fuller boiler supplying larger cylinders. Placing the firebox over the rear two driving axles rather than between them allowed a shortening of the driving wheelbase.

Class D-20-25-E (Locobase 7200)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

Along with the 4 D-18-25-B locomotives Baldwin delivered to the railroad in 1892, it supplied a 5th that had a longer piston stroke and lower boiler pressure. If this was for comparison, the railroad apparently wasn't convinced and this remained a single-engine class.

Class D-21-25-B (Locobase 7201)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

When the Rock Island built two of its own Ten-wheelers using the boiler and grate dimensions of the earlier Baldwin engine (Locobase 7200), it shortened the piston stroke and raised the boiler pressure.

Class D-21-53-F (Locobase 7199)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

These followed by four years another set of Brooks Ten-wheelers. Differences lay in the increased boiler pressure, a slightly larger grate, and taller drivers.

Class D-22-24-A (Locobase 7205)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

Baldwin continued producing its run of Ten-wheelers for the B CR & N with this set of smaller freight locomotives. The cylinder volume stayed the same as the earlier (Locobase 7202) D-18s but the layout was more compact

Class D-23-25-D (Locobase 7206)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

Using the same design as its passenger pair of 1897 (Locobase 7201), the Rock Island ran off a dozen mixed-traffic locomotives. The combination of smaller drivers and longer piston stroke raised the tractive effort.

Class D-24-14-D (Locobase 7207)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

A true express passenger engine with a big boiler, tall drivers, and 11" piston valves for steam admission. This was a one-off simple-expansion variant of the Baldwin compounds produced in the same year; see Locobase 7208.

Class D-25-25-C (Locobase 7209)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

In same year as the mixed-traffic engines came these freight locomotives. As the end of the century loomed, cylinder volume, boiler capacity both began to burgeon. Grate area followed but the great jump was still to come.

Class D-25-25-C (Locobase 2979)

Data from 1899 Brooks catalogue. Firebox had 18 sq ft of arch pipes. Also from RI 22 - 1904 Locomotive Class and Locomotive Diagrams book supplied in May 2005 by Allen Stanley from his extensive collection.

Class D-28-14-C (Locobase 7211)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

Brooks delivered over 120 Ten-wheelers of the same design to the Rock Island beginning in 1902. Sturdy Ten-wheelers for passenger service, these locomotives had a curiously outdated set of domes on the boiler. From the start, however, they used Walschaert radial valve gear outside that actuated 11"piston valves. Like the 68"-drivered 14-B (Locobase 7213) and 14-A (Locobase 7216), the 14-Cs had 22 sq ft of circulating tubes that supplemented the firebox heating surface

Class D-28-54-B (Locobase 7210)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

At the same time Brooks was supplying the 57" freight engines (Locobase 7212), it delivered these 5 mixed-traffic locomotives. Like the freighters, the 54-Bs had 10" piston valves actuated by outside Walschaerts gear and Belpaire fireboxes.

Class D-29-14-B / T-27 (Locobase 7213)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

As Brooks was supplying over 120 Ten-wheelers including 15 for fast passenger service (Locobase 7211), it was also delivering this local passenger variant. Like the 14-C, the 14-Bs had 22 sq ft of circulating tubes that supplemented the firebox heating surface; they also had 11" piston valves.

Class D-29-54-A (Locobase 7212)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

At the turn into the 20th century, Brooks enlarged its Ten-wheeler designs for the Rock Island and delivered this quintet. The five had a larger, shallower grate within a Belapaire firebox and larger cylinders with a boiler that was not quite outsized. The radial valve gear operated 10" piston valves. The cab windows were oddly placed low in the cab wall and had a continuous arch over two panes. See Locobase 7209 for the mixed-traffic variant.

Class D-30-14-A (Locobase 7216)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

Sturdy Ten-wheelers for passenger service, these locomotives had a curiously outdated set of domes on the boiler. From the start, however, they used Walschaert radial valve gear outside that actuated 11"piston valves. Like the 68"-drivered 14-B (Locobase 7213), and the 73" 14-C, the 14-As had 22 sq ft of circulating tubes that supplemented the firebox heating surface.

1454 had a slight variation in its firebox layout in which 27 sq ft of circulating flues combined with 183.1 sq ft of firebox heating surface to produce 220.1 sq ft of direct heating surface.

Class D-30-14-E (Locobase 7215)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

As Baldwin was delivering compounds, it was also supplying a couple of simple-expansion variants. These two were driver-sized for mixed-traffic service.

Class D-9/46-A (Locobase 7192)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

Locobase enters this one Ten-wheeler because of its small size and early entry. He knows nothing about the original railroad nor about the engine's subsequent career. He observes, however, that for the locomotive to appear in the 1904 book is testament enough to a certain value.

Class F-24-28-A (Locobase 7208)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

Baldwin delivered a slew of Ten-wheelers in 1900, most to a Vauclain compound design. This set was the high-wheeler express passenger quartet. See Locobase 7207 for the simple-expansion variant,

Class F-29-28-B (Locobase 7214)

Data from RI 11 - 1904 Locomotive Class & Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

The Baldwin express passenger compounds were joined by these 15 mixed-traffic brothers. If the experience of other US railroads is a guide, these were quickly reconfigured as simple-expansion engines.

Class T-31 - 1521 (Locobase 7228)

Data from RI to 1951 Locomotive Diagrams Combined supplied in May 2005 by Allen Stanley from his extensive collection.

This class is essentially identical to the T-31s of the 1550 class (Locobase 5361), except for their builder and a slightly lower number of boiler tubes.

Class T-31 - 1550 (Locobase 5361)

Data from table in June 1906 American Engineer and Railroad Journal (AERJ). These freight Tenwheelers must have been satisfactory as some of them remained in service until 1953.

Data also from RI to 1951 Combined Locomotive Diagrams supplied in May 2005 by Allen Stanley from his extensive collection.

Some of the class were later fitted with superheaters, Walschaert gear, and 12" piston valves. At that point, the tube-flue count came to 181 2" tubes and 27 5 1/2" flues. Road numbers of these superheated engines included 1557, 1560, 1565-66, 1569, 1574, 1581, 1586-87.

Specifications
ClassD-17/52-AD-17/52-BD-17/53-AD-17/53-BD-18-25-BD-18/53-CD-19 & 20 50A & BD-19 & 20/53-D & ED-19-25-AD-20-25-ED-21-25-BD-21-53-FD-22-24-AD-23-25-DD-24-14-DD-25-25-CD-25-25-CD-28-14-CD-28-54-BD-29-14-B / T-27D-29-54-AD-30-14-AD-30-14-ED-9/46-AF-24-28-AF-29-28-BT-31 - 1521T-31 - 1550
Locobase ID7195719671937194720271977204719872037200720171997205720672077209297972117210721372127216721571927208721472285361
RailroadBurlington, Cedar Rapids & N (CRI & P)Burlington, Cedar Rapids & N (CRI & P)Burlington, Cedar Rapids & N (CRI & P)Burlington, Cedar Rapids & N (CRI & P)Burlington, Cedar Rapids & N (CRI & P)Burlington, Cedar Rapids & N (CRI & P)Burlington, Cedar Rapids & N (CRI & P)Burlington, Cedar Rapids & N (CRI & P)Burlington, Cedar Rapids & N (CRI & P)Burlington, Cedar Rapids & N (CRI & P)Burlington, Cedar Rapids & N (CRI & P)Burlington, Cedar Rapids & N (CRI & P)Burlington, Cedar Rapids & N (CRI & P)Burlington, Cedar Rapids & N (CRI & P)Rock Island (CRI & P)Burlington, Cedar Rapids & N (CRI & P)Rock Island (CRI & P)Rock Island (CRI & P)Rock Island (CRI & P)Rock Island (CRI & P)Rock Island (CRI & P)Rock Island (CRI & P)Rock Island (CRI & P)Rock Island (CRI & P)Rock Island (CRI & P)Rock Island (CRI & P)Rock Island (CRI & P)Rock Island (CRI & P)
Whyte4-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-04-6-0
Road Numbers1104-11111116-11171112-11161119-11231277-12801124-11281101-11031129-11361208-123212811275-12761139-11481264-12691252-126313541270-12741220-12321323-13371495-14991301-13221490-14941401-63, 1471, 1501-201474, 14781981351-1353, 13551472-73, 1475-77, 1479+1521-15351550-1587
GaugeStdStdStdStdStdStdStdStdStdStdStdStdStdStdStdStdStdStdStdStdStdStdStdStdStdStdStdStd
BuilderPittsburghPittsburghBrooksBrooksBurnham, Williams & CoBrooksBrooksBrooksBurnham, Williams & CoBurnham, Williams & CoRock IslandBrooksBurnham, Williams & CoRock IslandBurnham, Williams & CoBrooksBrooksBrooksBrooksBrooksBrooksBrooksBurnham, Williams & CoBurnham, Parry, Williams & CoBurnham, Williams & CoBurnham, Williams & CoAlco-SchenectadyBurnham, Williams & Co
Year1883188318841884189218851896189118911892189718951893189919001896189219021901190219001902190018821900190019051905
Valve GearStephensonStephensonStephensonStephensonStephensonStephensonStephensonStephensonStephensonStephensonStephensonStephensonStephensonStephensonWalschaertWalschaertStephensonWalschaertWalschaertWalschaertWalschaertWalschaertWalschaertStephensonWalschaertWalschaertStephensonStephenson
Locomotive Length and Weight
Driver Wheelbase10.25'10.25'13.75'13.75'12.50'13.75'14'16'12.33'12.50'13.50'15'11.50'13.33'14.60'12.33'12.33'14.50'14.33'14.50'14.50'14.50'14.60'14.60'14.60'15'15'
Engine Wheelbase21.54'21.54'24.71'24.71'23'24.71'24.33'26.04'23'23'23'24.83'21.67'23'26.08'23'23'26.08'24.87'26.08'24.87'26.08'26.08'26.08'26.75'25.67'26.50'
Ratio of driving wheelbase to overall engine wheebase 0.48 0.48 0.56 0.56 0.54 0.56 0.58 0.61 0.54 0.54 0.59 0.60 0.53 0.58 0.56 0.54 0.54 0.56 0.58 0.56 0.58 0.56 0.56 0.56 0.55 0.58 0.57
Overall Wheelbase (engine & tender)44.71'44.71'45.27'45.27'48.54'45.27'52.50'47.77'48.71'48.71'48.71'46.56'49.96'48.71'52.88'47.54'46.83'53'52.03'53'52.03'52.87'52.88'52.88'53.53'56.54'56.45'
Axle Loading (Maximum Weight per Axle)
Weight on Drivers68750 lbs68750 lbs67200 lbs67200 lbs107000 lbs69700 lbs108000 lbs93000 lbs102000 lbs107000 lbs107000 lbs90000 lbs111000 lbs107000 lbs138400 lbs109500 lbs106500 lbs142000 lbs120000 lbs142000 lbs115000 lbs132000 lbs132000 lbs48000 lbs138400 lbs132000 lbs141800 lbs131200 lbs
Engine Weight93200 lbs93200 lbs92400 lbs92400 lbs137000 lbs92700 lbs137000 lbs124000 lbs132000 lbs137000 lbs137000 lbs117000 lbs129000 lbs137000 lbs178500 lbs142500 lbs132000 lbs182000 lbs154500 lbs182000 lbs149000 lbs174000 lbs178000 lbs77700 lbs178500 lbs179000 lbs185800 lbs173720 lbs
Tender Light Weight69750 lbs69750 lbs67300 lbs67300 lbs75000 lbs67300 lbs94800 lbs81700 lbs75000 lbs78000 lbs81700 lbs77800 lbs78000 lbs110000 lbs78000 lbs76000 lbs110000 lbs105139 lbs110000 lbs106139 lbs110000 lbs111000 lbs62800 lbs11000 lbs110000 lbs144000 lbs144000 lbs
Total Engine and Tender Weight162950 lbs162950 lbs159700 lbs159700 lbs212000 lbs160000 lbs231800 lbs205700 lbs0212000 lbs215000 lbs198700 lbs206800 lbs215000 lbs288500 lbs220500 lbs208000 lbs292000 lbs259639 lbs292000 lbs255139 lbs284000 lbs289000 lbs140500 lbs189500 lbs289000 lbs329800 lbs317720 lbs
Tender Water Capacity3100 gals3100 gals3000 gals3000 gals3600 gals3000 gals4000 gals3850 gals3600 gals4000 gals3850 gals4000 gals4000 gals5500 gals4000 gals3600 gals5500 gals4900 gals5500 gals4500 gals5500 gals5500 gals2850 gals5500 gals5500 gals7000 gals7000 gals
Tender Fuel Capacity (oil/coal)7.5 tons7.5 tons6.5 tons6.5 tons tons6.5 tons11 tons8.5 tons tons tons tons8.5 tons8 tons tons10 tons7 tons7 tons10 tons12 tons10 tons13 tons10 tons10 tons8 tons10 tons10 tons12 tons12 tons
Minimum weight per yard of rail on which locomotive could run38.19 lb rail38.19 lb rail37.33 lb rail37.33 lb rail59.44 lb rail38.72 lb rail60 lb rail51.67 lb rail56.67 lb rail59.44 lb rail59.44 lb rail50 lb rail61.67 lb rail59.44 lb rail76.89 lb rail60.83 lb rail59.17 lb rail78.89 lb rail66.67 lb rail78.89 lb rail63.89 lb rail73.33 lb rail73.33 lb rail26.67 lb rail76.89 lb rail73.33 lb rail78.78 lb rail72.89 lb rail
Geometry Relating to Tractive Effort
Driver Diameter51"57"57"61"68.80"51"63"51"64.80"68.80"68.80"57"57"64.80"78.50"57.40"63.80"73"63"68.40"57"64.80"64.80"56"78.50"64.80"63"63"
Boiler Pressure149 psi149 psi149 psi149 psi160 psi149 psi180 psi149 psi160 psi160 psi180 psi180 psi165 psi180 psi200 psi180 psi160 psi210 psi200 psi200 psi200 psi200 psi200 psi98 psi200 psi200 psi185 psi185 psi
Cylinders (dia x stroke)18" x 24"18" x 24"18" x 24"18" x 24"19.5" x 24"18" x 24"18" x 26"18" x 24"19" x 24"19.5" x 26"19.5" x 24"18" x 24"19.5" x 24"19" x 26"20" x 28"19.5" x 26"19" x 24"21" x 26"20" x 26"21" x 26"20" x 26"20" x 26"20" x 28"16" x 22"15.5" x 28"15.5" x 28" (1)22" x 26"22" x 26"
Tractive Effort19310 lbs17278 lbs17278 lbs16145 lbs18040 lbs19310 lbs20458 lbs19310 lbs18184 lbs19543 lbs20295 lbs20872 lbs22455 lbs22161 lbs24255 lbs26353 lbs18469 lbs28037 lbs28063 lbs28497 lbs31018 lbs27284 lbs29383 lbs8378 lbs21496 lbs13021 lbs31410 lbs31410 lbs
Factor of Adhesion (Weight on Drivers/Tractive Effort) 3.56 3.98 3.89 4.16 5.93 3.61 5.28 4.82 5.61 5.48 5.27 4.31 4.94 4.83 5.71 4.16 5.77 5.06 4.28 4.98 3.71 4.84 4.49 5.73 6.4410.14 4.51 4.18
Heating Ability
Firebox Area98 sq. ft98 sq. ft127 sq. ft127 sq. ft158 sq. ft127 sq. ft170 sq. ft142 sq. ft142 sq. ft142 sq. ft142 sq. ft129 sq. ft152 sq. ft142 sq. ft221.80 sq. ft193.30 sq. ft158 sq. ft221.80 sq. ft190 sq. ft220.80 sq. ft190 sq. ft221.80 sq. ft221.80 sq. ft70 sq. ft221.80 sq. ft221.80 sq. ft162 sq. ft160.80 sq. ft
Grate Area25 sq. ft25 sq. ft17 sq. ft17 sq. ft23.26 sq. ft17 sq. ft24.50 sq. ft17.60 sq. ft23 sq. ft21.70 sq. ft21.70 sq. ft18.70 sq. ft23.26 sq. ft21.70 sq. ft33.40 sq. ft24.50 sq. ft24 sq. ft33.40 sq. ft32.17 sq. ft33.40 sq. ft32.17 sq. ft33.40 sq. ft33.40 sq. ft12.50 sq. ft33.40 sq. ft33.40 sq. ft44.90 sq. ft44.90 sq. ft
Evaporative Heating Surface117811781395139518981395163516321890189018901466161118902809220818982812230928122309281228099252809280925362587
Superheating Surface
Combined Heating Surface117811781395139518981395163516321890189018901466161118902809220818982812230928122309281228099252809280925362587
Evaporative Heating Surface/Cylinder Volume166.65166.65197.35197.35228.79197.35213.51230.88239.98210.30227.83207.40194.20221.52275.90245.69240.99269.79244.24269.79244.24297.44275.90180.68459.36918.72221.69226.15
Computations Relating to Power Output (More Information)
Robert LeMassena's Power Computation37253725253325333721.60253344102622.4036803472390633663837.9039066680441038407014643466806434668066801225668066808306.508306.50
Same as above plus superheater percentage37253725253325333721.60253344102622.4036803472390633663837.9039066680441038407014643466806434668066801225668066808306.508306.50
Same as above but substitute firebox area for grate area1460214602189231892325280189233060021158227202272025560232202508025560443603479425280465783800044160380004436044360686044360443602997029748
Power L12988.613340.214065.124350.395944.703637.216133.294196.235704.565307.776468.845106.844480.055923.9710069.756082.615806.639611.697239.268566.226549.818958.628312.352277.905958.439837.115681.885758.30
Power MT287.51321.33400.09428.17367.45345.14375.60298.42369.89328.08399.85375.29266.94366.17481.21367.39360.60447.68399.00398.98376.69448.87416.49313.87284.74492.89265.02290.28

Credits

Introduction and specifications provided by Steve Llanso of Sweat House Media.