Author: British RailwaysPublisher:
ISBN:
Category :
Languages : en
Pages : 8
Book Description
Introduction of Diesel-hydraulic Main Line Locomotives in the Western Region
Author: British RailwaysDiesel-hydraulic Locomotives of the Western Region
Author: Brian ReedPublisher: David & Charles Publishers
ISBN: 9780715367698
Category : Diesel locomotives
Languages : en
Pages : 112
Book Description
Diesels in the Western Region
Author: George WoodsPublisher: Amberley Publishing Limited
ISBN: 1398101966
Category : Transportation
Languages : en
Pages : 168
Book Description
With previously unpublished images of diesel locomotives in the Western region showing them in service from 1966 to 2019.
Western Diesel Hydraulic Locomotives in Preservation
Author: Fred KerrPublisher: Pen and Sword Transport
ISBN: 1399004948
Category : Transportation
Languages : en
Pages : 268
Book Description
When British Railways initiated its Modernisation Plan in 1955, its Western Region elected to trial locomotive designs with hydraulic transmission whilst BR encouraged designs with electric transmission. The Western Region felt that the lighter weight of 78 tons for a diesel hydraulic locomotive producing 2000 hp, compared to an equivalent weight of 132 tons for a diesel electric locomotive producing 2000 hp, would better meet BR’s requirement for a modern locomotive. BR’s failure to follow up with its declared policy of having all freight vehicles fitted with brakes saw operators preferring the heavier diesel electric designs which proved more able to operate trains without through brakes at higher speed. The greatest concern was with operating costs whereby the Western Region policy of replacing components at the depot then transferring them to Swindon for repair incurred heavy costs that were reflected in the maintenance cost per locomotive. Given the smaller number of diesel hydraulic locomotives and the larger number of diesel electric locomotives it was little surprise that by the mid-1960s a cost comparison showed that the build and operation of diesel electric locomotives was increasingly cheaper over the long term. Furthermore the increased availability of diesel electric locomotives released by a combination of factors provided an opportunity to replace the diesel hydraulic fleet, which was withdrawn from service during the 1970s. The preservation of redundant locomotives was slow but once it was confirmed, by the preservation of ‘Hymek’ Class 35 D7017 in 1975, that public appeals could quickly fund the preservation of withdrawn examples further public appeals followed. In a short space of time 31 locomotives from a mixed fleet of 358 locomotives entered preservation to remind both enthusiasts and the public of a concept (i.e. hydraulic transmission) that had had much to offer but had been dismissed on questionable financial grounds.
Western Diesel Hydraulic Locomotives in Preservation
Author: Fred KerrPublisher: Pen and Sword Transport
ISBN: 1399013408
Category : Transportation
Languages : en
Pages : 130
Book Description
When British Railways initiated its Modernisation Plan in 1955, its Western Region elected to trial locomotive designs with hydraulic transmission whilst BR encouraged designs with electric transmission. The Western Region felt that the lighter weight of 78 tons for a diesel hydraulic locomotive producing 2000 hp, compared to an equivalent weight of 132 tons for a diesel electric locomotive producing 2000 hp, would better meet BR’s requirement for a modern locomotive. BR’s failure to follow up with its declared policy of having all freight vehicles fitted with brakes saw operators preferring the heavier diesel electric designs which proved more able to operate trains without through brakes at higher speed. The greatest concern was with operating costs whereby the Western Region policy of replacing components at the depot then transferring them to Swindon for repair incurred heavy costs that were reflected in the maintenance cost per locomotive. Given the smaller number of diesel hydraulic locomotives and the larger number of diesel electric locomotives it was little surprise that by the mid-1960s a cost comparison showed that the build and operation of diesel electric locomotives was increasingly cheaper over the long term. Furthermore the increased availability of diesel electric locomotives released by a combination of factors provided an opportunity to replace the diesel hydraulic fleet, which was withdrawn from service during the 1970s. The preservation of redundant locomotives was slow but once it was confirmed, by the preservation of ‘Hymek’ Class 35 D7017 in 1975, that public appeals could quickly fund the preservation of withdrawn examples further public appeals followed. In a short space of time 31 locomotives from a mixed fleet of 358 locomotives entered preservation to remind both enthusiasts and the public of a concept (i.e. hydraulic transmission) that had had much to offer but had been dismissed on questionable financial grounds.
Fifty Years of the Westerns
Author: David CrossPublisher:
ISBN: 9780711036581
Category : Western Class (Diesel locomotives)
Languages : en
Pages : 80
Book Description
The last of the Western region's diesel-hydraulic classes of main-line locomotives to enter service, the 'Westerns' (or Class 52s) were first to enter traffic in December 1961. This volume is an all-colour album celebrating 50 years of the type; the book includes 1000 words of introductory text allied to 85 colour illustrations.
North British Type 2 B-B Diesel-Hydraulic Locomotives, BR Class 22 - Volume 1 - Setting the Scene
Author: Anthony P SayerPublisher: Pen and Sword Transport
ISBN: 1399045067
Category : Transportation
Languages : en
Pages : 178
Book Description
The British Railways ‘Pilot Scheme’ orders of 1955 included six Type 2 diesel-hydraulic locomotives built by the North British Locomotive Co., these being introduced during 1959 for use on the Western Region. Without operational experience, a further fifty-two locomotives were delivered between 1959 and 1962. The fleet survived intact until 1968, when approximately half of the class was withdrawn as a result of declining traffic levels across the UK, with successive National Traction Plans progressively selecting the less successful, non-standard and ‘numerically challenged’ classes for removal from traffic. All fifty-eight locomotives were withdrawn by New Years Day, 1972. This book, the first of two, sets the scene surrounding the short history of the Class 22s covering the introduction of the fleet, technical aspects, appearance design, delivery and acceptance testing, works histories and allocations. Detailed individual histories of each of the fifty-eight locomotives are included.
Western Diesel Hydraulics in Preservation
Author: Fred KerrPublisher:
ISBN: 9781399004930
Category : Transportation
Languages : en
Pages : 128
Book Description
When British Railways initiated its Modernization Plan in 1955, its Western Region elected to trial locomotive designs with hydraulic transmission whilst BR encouraged designs with electric transmission. The Western Region felt that the lighter weight of 78 tons for a diesel hydraulic locomotive producing 2000 hp, compared to an equivalent weight of 132 tons for a diesel electric locomotive producing 2000 hp, would better meet BR's requirement for a modern locomotive. BR's failure to follow up with its declared policy of having all freight vehicles fitted with brakes saw operators preferring the heavier diesel electric designs which proved more able to operate trains without through brakes at higher speed. The greatest concern was with operating costs whereby the Western Region policy of replacing components at the depot then transferring them to Swindon for repair incurred heavy costs that were reflected in the maintenance cost per locomotive. Given the smaller number of diesel hydraulic locomotives and the larger number of diesel electric locomotives it was little surprise that by the mid-1960s a cost comparison showed that the build and operation of diesel electric locomotives was increasingly cheaper over the long term. Furthermore the increased availability of diesel electric locomotives released by a combination of factors provided an opportunity to replace the diesel hydraulic fleet, which was withdrawn from service during the 1970s. The preservation of redundant locomotives was slow but once it was confirmed, by the preservation of 'Hymek' Class 35 D7017 in 1975, that public appeals could quickly fund the preservation of withdrawn examples further public appeals followed. In a short space of time 31 locomotives from a mixed fleet of 358 locomotives entered preservation to remind both enthusiasts and the public of a concept (i.e. hydraulic transmission) that had had much to offer but had been dismissed on questionable financial grounds.
Diesel-hydraulic Locomotives of the Western Regions
Author: B. ReedNorth British Type 2 B-B Diesel-Hydraulic Locomotives, B R Class 22 - Volume 2 - Detailed Insights
Author: Anthony P SayerPublisher: Pen and Sword Transport
ISBN: 1399078291
Category : Transportation
Languages : en
Pages : 194
Book Description
The British Railways Pilot Scheme orders of 1955 included six North British Type 2 diesel-hydraulic locomotives, these being introduced during 1959 for use on the Western Region. Without operational experience, a further fifty-two locomotives were delivered between 1959 and 1962. The fleet survived intact until 1968, when half of the class was withdrawn due to declining traffic levels across the UK, with successive National Traction Plans progressively selecting the less successful, non-standard and numerically-challenged classes for removal from traffic. All fifty-eight locomotives were withdrawn by New Years Day, 1972. This book, the second of two, builds on the overview of the class provided in Volume 1, and makes extensive use of available archive material and the personal observations of numerous enthusiasts. Previously unpublished information, covering the performance issues of these locomotives, form a central focus, together with details of fire incidents and accidents. Liveries and detail differences are given in-depth treatment to illustrate that there really were reasons and a logical progression behind the complicated series of design modifications applied to the Class. Volume 2 concludes with sections on storage, withdrawal and final disposal.