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Specifications
Specifications
Configuration:;
• Whyte	4-8-2T (Mountain)
• UIC	2'D1'n2t
Driver	2nd coupled axle
Gauge	3 ft 6 in (1,067 mm) Cape gauge
Leading dia.	25+3⁄4 in (654 mm)
Coupled dia.	45 in (1,143 mm)
Trailing dia.	25+3⁄4 in (654 mm)
Wheelbase:
• Engine	30 ft 6 in (9,296 mm)
• Leading	5 ft 4 in (1,626 mm)
• Coupled	12 ft 6 in (3,810 mm)
Length:;
• Over couplers	37 ft 6 in (11,430 mm)
Height	12 ft 6 in (3,810 mm)
Axle load	13 LT (13,210 kg)
• Leading	10 LT 4 cwt 2 qtr (10,390 kg)
• Coupled	13 LT (13,210 kg)
• Trailing	6 LT (6,096 kg)
Adhesive weight	52 LT (52,830 kg)
Loco weight	68 LT (69,090 kg)
Fuel type	Coal
Fuel capacity	4 LT (4.1 t)
Water cap.	1,880 imp gal (8,550 L)
Firebox:
• Type	Round-top
• Grate area	21 sq ft (2.0 m2)
Boiler:;
• Pitch	6 ft 10 in (2,083 mm)
• Diameter	4 ft 7+7⁄8 in (1,419 mm)
• Tube plates	10 ft 4 in (3,150 mm)
• Small tubes	287: 1+3⁄4 in (44 mm)
Boiler pressure	175 psi (1,207 kPa)
Safety valve	Ramsbottom
Heating surface:
• Firebox	135 sq ft (12.5 m2)
• Tubes	1,359 sq ft (126.3 m2)
• Total surface	1,494 sq ft (138.8 m2)
Cylinders	Two
Cylinder size	19 in (483 mm) bore; 27 in (686 mm) stroke
Valve gear	Allan
Couplers	Johnston link-and-pin; AAR knuckle (1930s)

Type and origin
Type and origin
Power type	Steam
Designer	Natal Government Railways; (G.W. Reid)
Builder	Dübs and Company; Neilson, Reid and Company; Central South African Railways
Serial number	Dübs 4088, 4099, 4100; Neilson, Reid 6196, 6206, 6213
Model	Converted Reid Tenwheeler
Build date	c. 1903
Total produced	6

CSAR Class E 4-8-2T
South African Class H1 4-8-2T
CSAR Class E 4-8-2T; South African Class H1 4-8-2T
	CSAR Modified Class E no. 245,; SAR Class H1 no. 225, c. 1912
Power type
Type and origin
Power type	Steam
Designer	Natal Government Railways; (G.W. Reid)
Builder	Dübs and Company; Neilson, Reid and Company; Central South African Railways
Serial number	Dübs 4088, 4099, 4100; Neilson, Reid 6196, 6206, 6213
Model	Converted Reid Tenwheeler
Build date	c. 1903
Total produced	6
Configuration:;
Specifications
Configuration:;
• Whyte	4-8-2T (Mountain)
• UIC	2'D1'n2t
Driver	2nd coupled axle
Gauge	3 ft 6 in (1,067 mm) Cape gauge
Leading dia.	25+3⁄4 in (654 mm)
Coupled dia.	45 in (1,143 mm)
Trailing dia.	25+3⁄4 in (654 mm)
Wheelbase:
• Engine	30 ft 6 in (9,296 mm)
• Leading	5 ft 4 in (1,626 mm)
• Coupled	12 ft 6 in (3,810 mm)
Length:;
• Over couplers	37 ft 6 in (11,430 mm)
Height	12 ft 6 in (3,810 mm)
Axle load	13 LT (13,210 kg)
• Leading	10 LT 4 cwt 2 qtr (10,390 kg)
• Coupled	13 LT (13,210 kg)
• Trailing	6 LT (6,096 kg)
Adhesive weight	52 LT (52,830 kg)
Loco weight	68 LT (69,090 kg)
Fuel type	Coal
Fuel capacity	4 LT (4.1 t)
Water cap.	1,880 imp gal (8,550 L)
Firebox:
• Type	Round-top
• Grate area	21 sq ft (2.0 m2)
Boiler:;
• Pitch	6 ft 10 in (2,083 mm)
• Diameter	4 ft 7+7⁄8 in (1,419 mm)
• Tube plates	10 ft 4 in (3,150 mm)
• Small tubes	287: 1+3⁄4 in (44 mm)
Boiler pressure	175 psi (1,207 kPa)
Safety valve	Ramsbottom
Heating surface:
• Firebox	135 sq ft (12.5 m2)
• Tubes	1,359 sq ft (126.3 m2)
• Total surface	1,494 sq ft (138.8 m2)
Cylinders	Two
Cylinder size	19 in (483 mm) bore; 27 in (686 mm) stroke
Valve gear	Allan
Couplers	Johnston link-and-pin; AAR knuckle (1930s)
Tractive effort
Performance figures
Tractive effort	28,430 lbf (126.5 kN) @ 75%
Operators
Career
Operators	Imperial Military Railways; Central South African Railways; South African Railways
Class	CSAR Class E, SAR Class H1
Number in class	6
Numbers	CSAR 222, 233, 235, 245, 252; SAR 222–226
Nicknames	Converted Reid
Delivered	c. 1903
First run	c. 1903
Withdrawn	1966
	The leading coupled axle had flangeless wheels

The South African Railways Class H1 4-8-2T of 1903 was a steam locomotive from the pre-Union era in Transvaal.

In 1902, towards the end of the Second Boer War, the Imperial Military Railways placed 35 4-10-2 tank locomotives in service, built to the specifications of the Reid Tenwheeler of the Natal Government Railways. At the end of the war, these locomotives came onto the roster of the Central South African Railways and were designated its Class E. Six of these locomotives were then converted to 4-8-2 tank locomotives. In 1912, after the establishment of the South African Railways, the five survivors of these six were designated Class H1.^[1]^[2]^[3]^[4]^[5]

Origin

The requirement for a tank locomotive which could haul at least one-and-a-half times as much as a Dübs A 4-8-2T locomotive on the Natal Government Railways (NGR) mainline, resulted in the design of a 4-10-2 tank locomotive by G.W. Reid, the Locomotive Superintendent of the NGR at the end of the 19th century. On the NGR, the locomotive type became known as the Reid Tenwheeler, later designated the NGR Class C 4-10-2T.^[1]^[2]^[5]

Manufacturers

In 1902, during the Second Boer War, the Imperial Military Railways (IMR) of the invading British forces experienced a shortage of locomotives as a result of damage caused during hostilities and the transportation demands which were placed on the Railways by the British Military.^[1]^[2]

Lieutenant-Colonel E.P.C. Girouard KCMG DSO of the Royal Engineers, the Commissioner of Railways for the Transvaal and Orange River Colony, therefore placed urgent orders for 35 locomotives of the NGR's Reid Tenwheeler type. To ensure rapid delivery, the order was split between Dübs and Company, who built engine numbers 220 to 234, and Neilson, Reid and Company, who built numbers 235 to 254.^[1]^[2]^[6]

Service

Imperial Military Railways

Compared to the NGR versions, the IMR locomotives were more ornate. In true military tradition, the steam domes, chimney caps and boiler bands were of polished brass. A weatherboard was affixed to the coal bunker to offer better protection to the crew when travelling bunker forward.^[1]

The practice of polished brasswork was followed on all new IMR locomotives and was continued even after the war, when the IMR became the Central South African Railways (CSAR).^[1]

Central South African Railways

At the end of the war, these Reid Tenwheeler locomotives were designated Class E on the CSAR roster.^[1]

Six of the Class E locomotives, CSAR numbers 222, 233-235, 245 and 252, were converted to 4-8-2T Mountain type locomotives c. 1903 by removing the fifth pair of coupled wheels and blanking off the resulting opening in the frame. The same modification was also done by the NGR on some of its own Reid Tenwheelers to make them more suitable for yard work.^[2]^[5]^[7]

South African Railways

When the Union of South Africa was established on 31 May 1910, the three Colonial government railways (Cape Government Railways, NGR and CSAR) were united under a single administration to control and administer the railways, ports and harbours of the Union. Although the South African Railways and Harbours came into existence in 1910, the actual classification and renumbering of all the rolling stock of the three constituent railways were only implemented with effect from 1 January 1912.^[4]^[8]

In SAR service, the five survivors of these CSAR 4-8-2 tank locomotives were designated Class H1. The locomotives were used extensively for shunting work in several parts of the country. The Class H1 had a long service life and the last of the Class was only withdrawn from service in 1966.^[1]^[5]^[7]

Works numbers

The builders, works numbers, rebuilding and renumbering of all 35 original 4-10-2T locomotives are listed in the table.^[4]^[5]^[7]

**IMR and CSAR Class E Reid Ten-wheelers**
CSAR no.	Builder	Works no.	Rebuilt to	SAR no.
220	Dübs	4086	Class 13	1310
221	Dübs	4087	Class 13	1311
222	Dübs	4088	Class H1	222
223	Dübs	4089	Class 13	1312
224	Dübs	4090	Class 13	1313
225	Dübs	4091	Class 13	1314
226	Dübs	4092	Class 13	1315
227	Dübs	4093	Class 13	1316
228	Dübs	4094	Class 13	1317
229	Dübs	4095	Class 13	1318
230	Dübs	4096	Class 13	1319
231	Dübs	4097	Class 13	1320
232	Dübs	4098	Class 13	1321
233	Dübs	4099	Class H1	223
234	Dübs	4100	Class H1	Scrapped
235	Neilson Reid	6196	Class H1	224
236	Neilson Reid	6197	Class 13	1322
237	Neilson Reid	6198	Class 13	1323
238	Neilson Reid	6199	Class 13	1324
239	Neilson Reid	6200	Class 13	1325
240	Neilson Reid	6201	Class 13	1326
241	Neilson Reid	6202	Class 13	1327
242	Neilson Reid	6203	Class 13	1328
243	Neilson Reid	6204	Class 13	1329
244	Neilson Reid	6205	Class 13	1330
245	Neilson Reid	6206	Class H1	225
246	Neilson Reid	6207	Class 13	1331
247	Neilson Reid	6208	Class 13	1332
248	Neilson Reid	6209	Class 13	1333
249	Neilson Reid	6210	Class 13	1334
250	Neilson Reid	6211	Class 13	1335
251	Neilson Reid	6212	Class 13	1336
252	Neilson Reid	6213	Class H1	226
253	Neilson Reid	6214	Class 13	1337
254	Neilson Reid	6215	Class 13	1338

References

^ ^a ^b ^c ^d ^e ^f ^g ^h Holland, D.F. (1971). Steam Locomotives of the South African Railways. Vol. 1: 1859–1910 (1st ed.). Newton Abbott, England: David & Charles. pp. 95, 123–124, 134–135. ISBN 978-0-7153-5382-0.
^ ^a ^b ^c ^d ^e Espitalier, T.J.; Day, W.A.J. (1944). The Locomotive in South Africa - A Brief History of Railway Development. Chapter III - Natal Government Railways. (Continued). South African Railways and Harbours Magazine, June 1944. pp. 424-425.
^ South African Railways and Harbours Locomotive Diagram Book, 2'0" & 3'6" Gauge Steam Locomotives, 15 August 1941, pp21 & 21A, as amended
^ ^a ^b ^c Classification of S.A.R. Engines with Renumbering Lists, issued by the Chief Mechanical Engineer's Office, Pretoria, January 1912, pp. 7, 11, 13, 22-23 (Reprinted in April 1987 by SATS Museum, R.3125-6/9/11-1000)
^ ^a ^b ^c ^d ^e Paxton, Leith; Bourne, David (1985). Locomotives of the South African Railways (1st ed.). Cape Town: Struik. pp. 10–11, 32, 56. ISBN 0869772112.
^ Neilson, Reid works list, compiled by Austrian locomotive historian Bernhard Schmeiser
^ ^a ^b ^c Holland, D. F. (1972). Steam Locomotives of the South African Railways. Vol. 2: 1910-1955 (1st ed.). Newton Abbott, England: David & Charles. p. 136. ISBN 978-0-7153-5427-8.
^ The South African Railways - Historical Survey. Editor George Hart, Publisher Bill Hart, Sponsored by Dorbyl Ltd., Published c. 1978, p. 25.