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The reference for locomotives and railcars

London, Tilbury & Southend class 1

Great Britain 1880 36 produced
LMS 2117 in Plaistow shed flickr/stratfordman72

Until 1880 the Great Eastern had taken over the operation on the lines of the LT&SR and thus also provided the locomotives. When this agreement expired, Thomas Whitelegg began developing a new passenger tank locomotive for the suburban trains. He enjoyed the help of William Adams, who was the former superintendent of GER and was now with the London & South Western.

The result was based on the LSWR class 46 tank locomotive with a 4-4-0T wheel arrangement. The same driving wheel diameter was used and a trailing axle was added, giving a 4-4-2T wheel arrangement for the first time on a British tank locomotive. Although the trailing axle was mounted directly in the frame, the wheel bearings were radially adjustable and thus reduced the rigid wheelbase of the locomotive. As with the class 46, the cylinders were on the outside.

The first production lot was 18 locomotives, delivered by Sharp, Stewart & Co. in 1880 and 1881. The same company supplied twelve more in 1885. It was not until 1895 that Nasmyth, Wilson & Co. supplied another six. From 1902 at least four were equipped with a condenser, while some received a roof specially adapted to tunnels. All locomotives not only came to the Midland Railway in 1912, but also to the LMS in 1923. Their withdrawals took place between 1929 and 1936.

Railway and Locomotive Engineering, September 1901
No. 26 “West Thurrock” near Laindon flickr/stratfordman72

Technical data

General

Built
1880-1881, 1885, 1895
Manufacturers
Sharp, Stewart & Co., Nasmyth, Wilson & Co.
Wheel arrangement
4-4-2T (Atlantic)
Gauge
1,435 mm (Standard gauge)

Dimensions and weights

Wheelbase
8.94 m
Service mass
57 t
Adhesion mass
32.6 t
Rigid wheelbase
2.59 m
Axle load
16.3 t
Water capacity
4,921 l
Fuel capacity
2 t (coal)

Boiler

Grate area
1.603 m²
Firebox surface
9.012 m²
Tube heating surface
85.75 m²
Evaporative heating surface
94.761 m²
Total heating surface
94.8 m²

Power plant

Driver diameter
1,854 mm
Boiler pressure
9.7 bar
Expansion type
simple expansion
Cylinders
two, 432 x 660 mm

Power

Power source
steam
Estimated power
298 kW (405 PS)
Starting effort
54.5 kN

Calculated values

Factor of adhesion
1 : 5.86
Optimal speed
34 km/h
Power-to-weight ratio
5.2 kW/t
Heating Surface Equivalent
139.8 m²
Cylinder volume/HSE
1 : 1,383.30
Adhesive weight/Total
1 : 1.75
Tractive force/Heating surface
1 : 12.01
Grate area/Heating surface
1 : 59.11
Firebox/Tube surface
1 : 9.52
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