Showing 141 items
matching air brakes
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Puffing Billy Railway
24 NB passenger carriage, 18/ 9/1909
... a radio, air brake taps and gauges but no hand brake..... The guard's compartment has a radio, air brake taps and gauges ...24 NB - Carriage (NB 3rd series) 6 compartments (36) Vehicle Length 29 feet 6 inches ( 8992 mm) Coupled Length 31 feet 4 inches (9550 mm) Width 6 feet 7 inches (2007 mm) Height 9 feet 9 inches (2972 mm) Weight 11 tons Capacity 40 passengers, or 36 with guard's compartment. Built 1906 - 1915 Number Built (1st Series) 6 Number Built (2nd Series) 17 Number Built (3rd Series) 4 In use NB 24 VR Service History NABAB 4.VA - 18/ 9/1909 NWS Built new - circa 1910 - To NAB 4.VA - NAB 4.VA - 18/ 6/1917 - To NB 24.VA - *NB 24.VA - / 6/1926 - Modified AC Malco 19/ 1/1932 NWS Into Workshops - 10/ 5/1932 NWS Out of Workshops (113 days) 21/ 6/1933 NWS Into Workshops - 17/ 8/1933 NWS Out of Workshops (58 days) 28/ 8/1934 NWS Into Workshops - 13/ 9/1934 NWS Out of Workshops (17 days) 9/ 2/1937 NWS Into Workshops - 17/ 3/1937 NWS Out of Workshops (37 days) 31/ 5/1940 NWS Into Workshops - 5/12/1940 NWS Out of Workshops (189 days) 27/ 1/1948 NWS Into Workshops - 29/ 7/1948 NWS Out of Workshops (185 days) 12/12/1954 - Scrapped Body to Eng. Spcl Works 17/ 8/1957 - Traced at Stocktake STET - Return to Register Puffing Billy Service History or Notes NB (3rd series) The Puffing Billy Railway built a guard's compartment built in 24 NB. This reduced the passenger capacity to 36. The car retained its classification as NB in an attempt to emphasise that this was only a temporary conversion. The NBC classification was already in use. One day the guard's compartment will be removed and the vehicle returned to the classification of NB. The guard's compartment has a radio, air brake taps and gauges but no hand brake.Historic - Victorian Railways Narrow Gauge - Passenger Rolling Stock: NB Passenger carriage Passenger carriage 24NB - Carriage (NB 2nd series 6 compartments), Timber body on a steel frame 24NBpuffing billy, 24nb, nb passenger carriage, 2'6" guage, victorian railways, narrow gauge passenger rolling stock -
Ballarat Tramway Museum
Newspaper, Julia Hodges, "Society keeps history alive", 17/01/2003
... , a controller top (No. 40), sign, Sam Boon inside a tramcar, air gauge..., a controller top (No. 40), sign, Sam Boon inside a tramcar, air gauge ...Newspaper Clipping from the January 17 2003 issue of The Courier, Ballarat magazine known as "extra" in the cityscape Section, pages 6 and 7, titled "Society keeps history alive". Written and photographed by Julia Hodges features a photo of the El-Moussalli family on No. 45, an interior view of No. 45, a controller top (No. 40), sign, Sam Boon inside a tramcar, air gauge and brake handle (45), interior shot of depot from roof of No. 1 and end view of No. 1. Text includes comments from Sam Boon about working on the trams, their history, and some facts about the Museum. Features 8 photographs. See images for details.btm, sam boon, museum operations -
Australian Gliding Museum
Machine - ES56 Nymph Sailplane
... of scissor type air brakes in the wing instead of simple hinged flap... air brakes in the wing instead of simple hinged flap spoilers ...ES 56 Nymph Following the successful introduction of the ES 52 Kookaburra two-seater in mid-1954, Edmund Schneider Ltd designed a higher performance single seat sailplane of similar construction and with similar handling qualities. It was designated the ES 56 and became known as the ES56 “Nymph”. The ES56 Nymph was a success in that it delivered the anticipated performance and was found to have satisfactory flying characteristics. However, only the prototype (“Nymph -I”) and three production examples (“Nymph-II”) were built. Schneiders made some changes to the design before building the production version. The wing chord at the tip on the prototype measured 650 mm. This was reduced to 500 mm for subsequent builds. The explanation is that provision was made in the original design for the possible lengthening of the tapered wing to 13 metres. However, apparently it was decided to retain the 11.900 metre span which allowed the tip chord to be reduced slightly. Other changes included the installation of scissor type air brakes in the wing instead of simple hinged flap spoilers and the addition of a landing wheel behind the skid on the fuselage. On one of the Nymph-II a dorsal was added on top of the fuselage forward of the vertical fin when repairs were made rectifying damage incurred as a result of an accident at Benalla on 31 March 1963. Even before these ES56 gliders were finished, Edmund Schneider Ltd decided to offer a less expensive single seat design to cater in particular for newly solo pilots, the ES57 Kingfisher. With the Kingfisher, Schneiders reverted to a traditional airfoil (Gott 549) for the wing instead of the laminar flow section that was chosen for the Nymph in the pursuit of performance. As such, the Kingfisher was more appropriately characterised as a single seat version of the Kookaburra in comparison to the Nymph. Schneiders continued for a time to offer the ES56 Nymph as a high-performance sailplane. However, its place in the market was soon overtaken by imported designs with superior performance, such as the Schleicher KA6, which Schneiders also imported and built under license. Nymph-I was test flown in December 1955 and entered by Harry Schneider into the gliding championships held at Waikerie from 5th to 16th of that month. Harry finished 12th in the individual placing out of a field of approximately 24. The capabilities of the Nymph were further demonstrated by Harry Schneider in January 1956 with a Gold C flight of 193 miles from Gawler in South Australia to Walpeup in Victoria. Nymph-I was acquired by the Port Pirie Gliding Club in South Australia. It has been saved and restored and is a regular feature at vintage glider rallies in Victoria and New South Wales. See Museum Newsletter No 35 Winter Edition 2017 pages 3 -6, for that story. The Nymph-II production models were delivered by Edmund Schneider Ltd in October 1956 to the Gliding Club of Victoria, the Victorian Motorless Flight Group and the Royal Australian Navy Gliding Association. The VMFG flew its Nymph in the First National Gliding Championships at Tocumwal, NSW, in December 1956 and all three were flown at the Second National Gliding Championships at Benalla in 29th December 1958 to 8th January 1959, delivering competitive performances based on handicap. Nymph-I Serial Number 17 Original owner – Port Pirie Gliding Club, S.A. Registered VH-GHG on 20 August 1957 Re-registered VH-GHA on 11 October 2016 Currently Raywood, Victoria Believed airworthy Nymph-II Serial Number 20 Original owner – R.A.N. Gliding Association Registered VH-GDX on 20 May 1957 Currently Locksley, Victoria. In storage Nymph-II Serial Number 21 Original owner – Gliding Club of Victoria Registered VH-GHU on 27 August 1957 Currently Bendick Murrell, N.S.W. In storage Nymph-II Serial Number 22 Original owner – Victorian Motorless Flight Group Registered VH-GFE on 5 March 1957 Currently Bacchus Marsh, Victoria Under restoration for display. The Museum’s exhibit is the ES56, serial number 22, registered as VH-GFE. The glider was flown by the VMFG in Victoria until approximately September 1968. GFA records show that it was transferred to Queensland in 1968, and it passed through several owners until the mid-1970s. Information received indicates that it was flown by the Leichardt Soaring Club at Mount Isa in the (late?) 1960s. The history from then is not presently known except to say that it has been kept in dry storage for many years. It is not known when the glider was last flown. What is Significant? The Schneider ES 56 Nymph single seat sailplane, serial number 22, designed and built in 1955-1956, by Edmund Schneider Ltd in Adelaide. It was delivered to its original owner, the Victorian Motorless Flight Group, in October 1956, and registered as VH-GFE on 5 March 1957. How it is Significant? The ES56 Nymph is of historical, aesthetic, scientific and research, and social significance to the Australian gliding community. Why it is Significant? The ES56 is of historical significance as it was designed and built by Edmund and Harry Schneider. The Schneiders immigrated to Australia after the end of the second world war bringing with them considerable expertise in relation to glider design and construction. Over the following decades they maintained a close association with the Gliding Federation of Australia and the gliding clubs and through their glider production made a major contribution to the sport. The ES56 is part of that story. The ES56 in its design and construction exhibits the glider construction technology of the time, which principally consisted of lightweight wooden framework skinned with ply and doped fabric. It exbibits design innovation, notably the use of a laminar flow wing profile in pursuit of better glide performance. Also, considerable attention was given to simplifying the structure in order to keeping cost and the weight low. The ES56 played a useful role at gliding clubs where it was operated, especially the late 1950s and early 1960s and is remembered well by pilots who flew her. The glider is in the course of restoration and provides an insight into the skills and workmanship that were involved in design, building and maintenance of these wooden aircraft. It is of aesthetic and scientific and research significance. Glider airframe of a traditional wood and fabric covered constructionNoneglider, sailplane, edmund schneider, harry schneider, es56, nymph, es57, kingfisher, victorian motorless flight group, gliding club of victoria, ran gliding association, port pirie gliding club, leichardt soaring club. -
Nhill Aviation Heritage Centre
Memorabilia - Mechanic manual, Reference Book of Aircraft Wheels, Brakes and Oleo Struts, 1941
Typical of the manuals used in training LACs and kept in air station technical library technical manual, reference book -
Federation University Historical Collection
Book, Modern Power Generators: steam electric and internal-combustion and their application to present-day requirements, 1908 (exact)
... air brake.... boiler steam james weir french engine air brake induction motor ...James Weir graduated from Strathclyde University with a degree in Economics. James gained extensive industrial experience with anengineering group called the 'Weir Group". He then became a Director at Hambros Advanced Technology Trust. In 1990, James was the Founder and Director at Duke Street Capital. He speaks English and French. A large green cloth hardcover book with gold and black decorations on front cover. Title is engraved in black on front cover and in gilt on spine. Title is printed in black and red on title-page. Volume 1 with illustrations in b/w with diagrams and a series of coloured composite sectional models. 'Modern Power Generators' deals with the production of Steam, Electric and Gas power.boiler, steam, james weir french, engine, air brake, induction motor, internal combustion, turbine, locomotive, otto, diesel -
Australian Gliding Museum
Machine - Winch - for auto tow launching cable laying and retrieval
The auto tow launching mechanism was designed by Ray Jamieson of Cobram in the north of Victoria. The prototype was built the for the Corowa Gliding Club where it was used for some years. After Ray’s brother, Bert Jamieson, had witnessed the machine in use at Corowa, at Bert’s request, Ray built second one (the Museum’s exhibit) for use at Bacchus Marsh airfield. Bert lived in Melbourne at the time and was a member of the Victorian Motorless Flight Group (VMFG) which used Bacchus Marsh airfield. This occurred in the 1970s. The method of operation was to have the auto tow mechanism mounted in the back of a utility motor vehicle. The launching cable was attached to the glider. With the Volkswagen engine of the mechanism running, the tow vehicle would then drive along the runway to commence the launch. The mechanism would automatically apply brake pressure to the cable drum as the vehicle proceeded freely letting out the cable and then smoothly towing the glider into the air. When the launching cable reached a certain angle, the pilot would release the cable from the glider at which point the winching mechanism would automatically retrieve the cable in preparation for the next launch. This allowed quicker restarts and the flexibility of easily changing runways to suit the wind conditions. It made gliding a simple and cost-effective operation. Ray Jamieson and his son often used the prototype which they named “George” at Corowa in this way. With the exception of several demonstration launches, the Museum’s example of this type of device was not used by the VMFG at Bacchus Marsh due to rulings by the Department of Civil Aviation encouraging the use of aero tow launching at their site. As far as is known this is the only device of its type in the world and is indicative of the ingenuity found amongst the Australian gliding fraternity.Single drum and motorized drive mechanism mounted on a mobile steel frame.australian gliding, glider, sailplane, auto towing, launching, jamieson, corowa gliding club, victorian motorless flight group, vmfg -
Moorabbin Air Museum
Document (item) - Vickers Viscount Specification V2/756 Alteration Annexure A V2/756/1/3 To introduce Goodyear A. B. C. Anti skid Brake Control System
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Moorabbin Air Museum
Manual (item) - Dunlop Servicing Instructions and Parts List for the Bristol Freighter Type 170 - Wheels and Brakes, Servicing Instructions and Parts List: Dunlop Components Bristol Freighter Type 170 Volume 1 - Wheels and Brakes
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Moorabbin Air Museum
Document (item) - Department of Aircraft Production.Beaufort Service Division.Investigation Research Centre, Report On Beaufighter Brake Lining Tests
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Moorabbin Air Museum
Manual (Item) - Canberra Metalurgy
Description: Technical Memo No 322 M58/70 Fatigue braking of a main Landing Wheel 10 page A.R.L. Dec 1970 Author: Cox A.F. Level of Importance: National. -
Moorabbin Air Museum
Manual (Item) - Mirage Metalurgy Memo No.326
Description: 20 pages. Published by ARL. Published November 1969. ARL/MET 302 M62/68. Examination of Mirage A/C Disc Brakes Level of Importance: World. -
Moorabbin Air Museum
Manual (Item) - Mirage Disc Brake Db 1350 A33-21289/0/M2 & Db 1740 A33-21289-31/0
Description: 20 pages. Published by RAAF. Published 24/2/1984. AAP 7294.056-3M Level of Importance: World. -
Moorabbin Air Museum
Manual (Item) - Brake Pressure Transmitter Type A24490M1 Dy1420
Description: 50 pages. Published by RAAF. Published 29/9/1983. AAP 7272.047-3M Level of Importance: World. -
Moorabbin Air Museum
Manual (Item) - Speed Brake Jack Mirage Aircraft
Description: 300 pages. Published by RAAF. Published 29/9/1983. AAP 7272.607-3M Level of Importance: World. -
Moorabbin Air Museum
Document (Item) - A Note On The Balancing Of Control Surfaces & Brake Flaps With Suggestions For A New Method Of
Description: Date: April 1942 Author: A.S. Hartshorn, B. Sc Publisher: Royal Aircraft Establishment Pages: 42 Binding: Permanent? Soft Keywords: Farnborough Report No. Aero 1721 File No 18A Level of Importance: National. -
Moorabbin Air Museum
Document (Item) - Interim Note On A Shortened Method Of Airscrew Strip Theory Calculations For High Speed Aeroplanes
Description: Date: June 1938 Author: H. B. Irving B. Sc. Publisher: Aeronautical Research Committee Pages: 12 Binding: Permanent/ Soft Keywords: A. R. C. Report No. 3607 %&C 972 Secret A Note on the Balancing of Control Surfaces & Brake Flaps with Suggestions Level of Importance: National. -
Moorabbin Air Museum
Plan (item) - Bristol Aeroplane 170 schematic drawings, Diagrammatic Layout Emergency Brake & Flap Systems
Bristol Aeroplane Company Ltd -
Moorabbin Air Museum
Manual (item) - (SP) AAP 7294.007-4 Schedule of Spare Parts for Wheels, Tyres and Brakes Canberra Aircraft
English Electric Canberra -
Moorabbin Air Museum
Manual (item) - CAC Sabre Wheels Maintenance Manual, Wheels Tyres and Brakes: Sabre Aircraft
Australian Air Publication 729.41. Marked "obsolete". -
Moorabbin Air Museum
Manual (item) - Sabre CAC Instructions Wheels, Tyres, Brakes, Fuel System, Special Tools
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Moorabbin Air Museum
Drawing (item) - Valve Assy - Hyd Speed Brake Sel (Complete) 27-58677
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Moorabbin Air Museum
Manual (item) - Mirage 111 Brake Transmitter - repair & O/haul manual
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Numurkah & District Historical Society
Book - Victorian Railways Book, Rules, Regulations & Instructions for maintenance and working Westinghouse Automatic Air Brake 1917
... working Westinghouse Automatic Air Brake 1917... Westinghouse Automatic Air Brake 1917 Book Victorian Railways Book ...Part of a collection of old railway items from closed Numurkah Railway StationGreen covered hardcover bookTitle (as above) / Victorian Railways heading and coat of arms -
Moorabbin Air Museum
Book (Item) - Landing Legs Wheels and Brakes Aeroplane Maintenance and Operation Series Vol 3 E Molley, Landing Legs Wheels and Brakes Aeroplane Maintenance and Operation Series
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Moorabbin Air Museum
Manual (Item) - Goodyear Wheel And Brake Equipment , Maintenance And Overhaul Manual B.A.P. 5 Issue 3 As Fitted To Viscount 700 Series Aircraft, Maintenance An Overhaul Manual Vickers " Viscount" Aircraft
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Moorabbin Air Museum
Booklet (Item) - Fokker F28 Fellowship promotional materials, Operational Aspects of the Fokker F.28 Speed Brakes
Fokker Aircraft -
Moorabbin Air Museum
Booklet (Item) - Goodyear r aviation products, Goodyear Aviation Products Brakes, Cross Wind Landing Gear, Wheels & Tyres
Goodyear Aviation Division -
Moorabbin Air Museum
Manual (Item) - TAA Vickers Viscount, Goodyear Aviation Division , Forged Wheel and Tri-Metallic Brake Viscount 810/840
Trans Australia Airlines -
Moorabbin Air Museum
Manual (Item) - Goodyear Aviation Division , Parts Lists, Goodyear Brakes
Goodyear Aviation Division -
Moorabbin Air Museum
Manual (Item) - TAA Vickers Viscount Goodyear equipment, Report on Serviceability of Goodyear Equipment Fitted to Viscount G-ANRT for Anti-Skid Braking Trial
Trans Australia Airlines