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The reference for locomotives and railcars

Baldwin No. 60000

United States 1926 1 produced

The Baldwin locomotive with the works number 60000 was a prototype that was built at their own expense in 1926 and with which the company wanted to set the course for locomotive construction of the future. It had the 4-10-2 wheel arrangement and a three-cylinder compound engine with three cylinders of the same size, the inside one serving as high-pressure cylinder.

What was special about the boiler was that the sides of the firebox were made of four-inch water tubes. They were connected at the top with 26-inch horizontal tubes which continued into the boiler barrel. The pressure was 350 psi (24.1 bars), which was significantly higher than conventional locomotives. In addition, a Worthington 4-BL feedwater heater was used.

The 60000 was intended to haul trains of up to 7,000 tons and achieved an output of 4,515 hp at the drawbar. It was loaned to the PRR, B&O, Burlington Route, ATSF and Southern Pacific for trials and was even temporarily converted to oil firing by the SP. Although it performed very well and hauled up to 7,700 tons, the railroads found the maintenance too expensive and no orders were placed. Today the 60000 is in the Franklin Institute Science Museum in Philadelphia.

Technical data

General

Built
1926
Manufacturers
Baldwin
Wheel arrangement
4-10-2 (Reid Tenwheeler)
Gauge
1,435 mm (Standard gauge)

Dimensions and weights

Wheelbase
13.77 m
Total wheelbase
26.50 m
Service mass
207.5 t
Adhesion mass
153.5 t
Total mass
317.9 t
Rigid wheelbase
6.96 m
Axle load
30.8 t
Water capacity
45,425 l
Fuel capacity
14.5 t (coal)

Boiler

Grate area
7.665 m²
Firebox surface
71.721 m²
Tube heating surface
410.632 m²
Evaporative heating surface
482.353 m²
Superheater surface
126.07 m²
Total heating surface
608.4 m²

Power plant

Driver diameter
1,613 mm
Boiler pressure
24.1 bar
Expansion type
compound
Cylinders
three, HP: 686 x 813 mm and LP: 686 x 813 mm

Power

Power source
steam
Estimated power
3,878 kW (5,273 PS)
Top speed
113 km/h
Starting effort
367.0 kN
Starting effort simple
440.4 kN

Calculated values

Factor of adhesion
1 : 3.42
Optimal speed
64 km/h
Power-to-weight ratio
18.7 kW/t
Heating Surface Equivalent
1,093.1 m²
Cylinder volume/HSE
1 : 618.00
Adhesive weight/Total
1 : 1.35
Tractive force/Heating surface
1 : 15.12
Grate area/Heating surface
1 : 79.38
Firebox/Tube surface
1 : 5.73
Total/Superheater
1 : 3.83
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