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The reference for locomotives and railcars

Belgian Railway type 38

Belgium 1920 150 produced
collection Mason Allen Buskirk

To address the lack of locomotives after World War I, the Belgian State Railways ordered 150 Consolidations from the USA in 1919. The diameter of the drivers was large enough to make them also suitable for passenger service. Generally designed after American practice, these locomotives were tailored for service in Belgium and not only had a Belgian-style cab, but also a tender that was entirely built from Belgian blueprints. Every part of the design was carried out in metric measures. The order was split evenly among ALCO-Schenectady and Baldwin.

The first locomotive was completed only 52 days after the sales representative arrived back in the USA. In contrast to the Pershing class built by Baldwin, they had a wide firebox, what necessitated a boiler that was mounted higher above the drivers. The last five built by ALCO had also received a Worthington feed water heater. In service, even the locomotives without a feed water heater were able to haul a 1,000-tonne train up a 0.5 percent incline at 42 km/h. In addition to the American Consolidations, Armstrong Whitworth built 200 more of their own design for Belgium which were designated type 31 and were less successful than the American locomotives.

Technical data

General

Built
1920
Manufacturers
ALCO
Wheel arrangement
2-8-0 (Consolidation)
Gauge
1,435 mm (Standard gauge)

Dimensions and weights

Wheelbase
8.35 m
Total wheelbase
16.34 m
Service mass
85.3 t
Adhesion mass
75.8 t
Total mass
138.6 t
Rigid wheelbase
5.94 m
Axle load
19 t
Water capacity
24,000 l
Fuel capacity
7 t (coal)

Boiler

Grate area
3.7 m²
Firebox surface
15.7 m²
Tube heating surface
171.7 m²
Evaporative heating surface
187.4 m²
Superheater surface
45 m²
Total heating surface
232.4 m²

Power plant

Driver diameter
1,520 mm
Boiler pressure
14 bar
Expansion type
simple expansion
Cylinders
two, 610 x 711 mm

Power

Power source
steam
Estimated power
1,100 kW
Starting effort
207.1 kN

Calculated values

Factor of adhesion
1 : 3.59
Optimal speed
32 km/h
Power-to-weight ratio
12.9 kW/t
Heating Surface Equivalent
355.9 m²
Cylinder volume/HSE
1 : 1,167.67
Adhesive weight/Total
1 : 1.13
Tractive force/Heating surface
1 : 18.61
Grate area/Heating surface
1 : 62.81
Firebox/Tube surface
1 : 10.94
Total/Superheater
1 : 4.16
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