Puffing Billy Preservation Society 50th Anniversary sign This is the large poster board that was erected at Lakeside to celebrate the 50th Anniversary of the Puffing Billy Preservation Society in 2005. Established in 1955, the Puffing Billy Preservation Society was formed to operate the narrow gauge trains between Upper Fern Tree Gully and Belgrave following the successful Young Sun specials. With the conversion of the Upper Fern Tree Gully to Belgrave line to broad gauge track, the Puffing Billy Preservation Society was the instigator of restoring the Puffing Billy Railway from Belgrave to Menzies Creek in 1962, Menzies Creek to Emerald in 1965 and Emerald to Lakeside in 1975 and in association with the Emerald Tourist Railway Board, Lakeside to Gembrook in 1998. Historic - Puffing Billy Preservation Society - Station Sign - for the 50th Anniversary of the Preservation SocietyPuffing Billy Preservation Society 50th Anniversary sign Large rectangle metal sign - off white back ground with black lettering Puffing Billy Preservation Society 1955 - 50th Anniversary - 2005 1900 . Line opened by Victorian Railways 1953 . Landslide - Line closed by V.R 1955 . Society established 1962 . Re-opened by Society Today still predominantly volunteer - operated puffing billy, preservation society, station sign, 50th anniversary, lakeside station

Station Sign - Puffing Billy Direction Trains At Menzies Creek, a Puffing Billy train has had to pass another train since 1966, due to a single line in operation from Belgrave or Emerald / Lakeside / Cockatoo / Gembrook to enable more trains to operate. When two trains passed at Menzies Creek, to assist passengers to travel on the correct train, this sign was erected. The arrows pointed towards the direction of travel as well as the locomotive that was hauling the train. This sign dates from 1975 when the line was re-opened to Lakeside. Historic - Puffing Billy Railway - Station Sign used at Menzies Creek to show next station directionStation Sign - Puffing Billy Direction Trains to Belgrave - Emerald & Lakeside Large rectangle wooden sign Puffing Billy Trains to BELGRAVE Trains to EMERALD & LAKESIDEpuffing billy, menzies creek, station sign

Electric staff - Electric staff instruments The staff and ticket system was still too inflexible for busy lines, as it did not allow for the situation where the train intended to carry the actual token was cancelled or running very late. To provide for this, the electric train token system was developed. Each single-line section is provided with a pair of token instruments, one at the signal box at each end. A supply of identical tokens is stored in the instruments, which are connected by telegraph lines. A Staff can be removed from one instrument only if both signalmen co-operate in agreeing to the release. Once a Staff has been removed, another cannot be removed until the token which is "out" is replaced in either instrument. (There are variations on this sequence of events.) By this means, it can be ensured that at any one time, only one token is available to be issued to a driver. Staff belonging to adjacent sections have different configurations to prevent them being inserted into the wrong instrument. Nevertheless, in the Abermule train collision in 1921 and lax working procedures allowed the safeguards provided by the electric Staff system to be circumvented; a driver was handed a Staff for the wrong section, and without reading the information listed on the staff, proceeded on the mistaken belief that the Staff was correct. To prevent this, it became a requirement in the UK for the signals controlling entry to the single line section (starting or section signals) to be locked at danger unless a token has been released from the relevant Staff instrument. Historic - Victorian Railways Electric Staff Instrument Electric Staff Instrument made of Iron , Brass and Glasspuffing billy, electric staff instrument, victorian railways

Ganger's Trolly Turntable When a railway gangers trolly was working between railway stations, occasionally it was required for the line to be clear for trains to operate. Many trollys were too heavy to physically lift off the track, so a turntable was needed. These were provided at designated locations, and in some cases the trolly had a turntable on board. The turntable would be placed on the rails and the trolley driven onto it. The turntable would then be rotated 90 degrees by human power and the trolley pushed off on to a prepared set of rails on the side of the line. The turntable would then be removed from the track allowing trains to run through that section. The gang could then get on with the work required near that location. Historic - Railway Permanent Way and Works - track equipment - Ganger's Trolly TurntableGanger's Trolly Turntable made of wood with wrought iron fittings puffing billy, ganger's trolley turntable, trolley, trolly

Train Instrument transportation Box used for the transporting of Flaman Speed Indicator and Recorder to the repair workshops The Flaman Speed Indicator and Recorder was a device patented in 1901 by Nicolas Charles Eugène Flaman of France for indicating the current speed of a vehicle (for example a railway locomotive) and recording it on a paper tape that could be unrolled and examined at the end of a run to provide evidence of the speeds attained on the journey. Design features: The paper tape recording was driven directly by the wheels of the locomotive, with the paper spool moving at a fixed rate per kilometre travelled. Three graphs were recorded, the first being time elapsed (with the trace moving vertically if the train was stationary), the second being a speed curve. and the third recording the driver's attentiveness to signals ("Vigilance") by marking one tick above a line when the driver depressed a button, and another below the line when the engine went over the signal ramp. Data recorded: Read together, it was possible to determine exactly what speed the locomotive had been travelling at any point in time or distance. As well as allowing study of locomotive performance, it also allowed greater scrutiny of the observance of the driver of speed restrictions along the line and attentiveness to signals. It was practice on some railways such as the Victorian Railways in Australia for the driver to sign the speed chart prior to departure.Historic - Victorian Railways - Train Instrument transportation Box for the transporting of Flaman Speed Indicator and Recorder to the repair workshopsLarge wooden box with wrought iron fittings, painted black with white lettering on side panels. RETURN TO / TOOL ROOM / NEWPORTpuffing billy, train instrument transportation box, victorian railways, flaman speed indicator and recorder

Staff exchanger hoop - Leather Bakelite and wooden prop staff. The hoop held the 'Staff’ giving authority for a locomotive or rail vehicle permission to travel over a specified section of track. The display shows the hand held type used from person to person. Hand held staffs were exchanged at low speeds or stationary. Automatic staff exchangers were also in use when a vehicle was not required to travel at low speed to exchange the staffs and were used by express trains. To exchange the 'Staff’ from the platform or signal box to the locomotive driver, the hoop was held up in the air by the person, and collected by the Drivers arm. The reverse occurred when the staff was being given by the Driver. Both exchanges may occur where one section of line ends and another commences.Historic - Railways - Staff exchanger hoop - used for person to person exchanging.Staff exchanger hoop made of Leather Bakelite and wooden prop staffpuffing billy, staff exchanger hoop

Kerosene was used to light the signal lamps at night time on a railway, to ensure that a locomotive driver could see that the line was clear there was no danger of another train ahead. This container was used to store the in kerosene to fuel such lamps and was kept inside a lamp room until required for use.Victorian Railways - Keroseane Container Used in the storage of kerosene prior to use in lamps at stations.Large, cylindrical tin container with conical lid and wire handle. A small zinc spout is embedded in the lower quadrant. The word 'KERO' is stencilled in white across the front. Keropuffing billy, kerosene, fuel, combustible material, tin container, lamps

Large Gangers Trolly Turntable Many trollys were too heavy to physically lift off the track, so a turntable was needed. A railway gangers trolly was required to be "off tracked" at its working location, so that it would be clear for trains to operate. A special track at right angles to the running line was usually provided. When all the work was completed and after all the trains had cleared, the trolly was then "on tracked" so that it could proceed to its next location. These turntables were also in use at the Works Depot location. They were provided at designated locations, and in some cases the trolly carried a turntable on board. To allow for more than one trolly to be taken off the line, a longer version was available for use. The turntable would be placed on the rails and the trolly driven onto it. The turntable would then be rotated 90 degrees by human power and the trolly pushed off on to a prepared set of rails on the side of the line. The turntable would then be removed from the track allowing trains to run through that section. The gang could then get on with the work required near that location.Historic - Railway Permanent Way and Works - track equipment - Ganger's Trolley TurntableLarge Gangers Trolly Turntable made of wood with wrought iron fittingspuffing billy, gangers trolley turntable, trolly, trolley

Axle box cover from a Tasmanian Main Line Railway rail vehicle from 1874 The Tasmanian Main Line Railway Company (T.M.R.L.) was a privately owned railway company that existed in Tasmania from 1872 to 1890. The company were the first operators of rail services between Hobart and Launceston, where it connected with the Launceston and Western Railway (L.W.R.) It started construction of a 3' 6" gauge line between Hobart and Launceston in 1873 which was completed in December 1875. and was officially opened on 1 November 1876. The route of the railway was selected largely as a result of vocal local interests and accordingly traversed some reasonably unfavorable topography, particularly in the southern section. Because the TMLR had limited finances, the line was built to the narrow (1067 mm) gauge and included long sections of steep gradients and sharp curves. The final eighteen kilometres of the route from Western Junction to Launceston used the existing broad gauge alignment of the Launceston and Western Railway, with a third rail being laid for use by the narrow gauge trains A close but uncomfortable relationship with the Government was resolved in 1890 with the purchase of the company's assets by the Crown and their incorporation into the Tasmanian Government Railways on 1 October 1890. Historic early Tasmanian Main Line Railway - Vehicle Axel Box cover Axle box cover from a Tasmanian Main Line rail vehicle from 1874.T.M.L.R - 1874 -axle, tasmanian main line railway, axle box, tasmania, main line,

Two viaduct bridges were constructed across the Jacksons Creek valley at Rupertswood on the Bendigo rail line to bring the trains down the steep incline into Sunbury station.A photograph of the railway viaduct bridge showing one end of the span and 4 of the pylons. This bridge crosses the Jackson's Creek near one of the waterfalls which have been constructed in the creek. A large tree trunk is in the foreground of the photograph.rupertswood, clarke, william (sir), rupert (sir), michael (sir), victorian railways, salesian college, railways, bridges, jacksons creek, sunbury railway station, sunbury, george evans collection

This photograph was taken during the upgrade of the Bendigo Railway line at the Sunbury Station in 2005. The upgrade took twelve months to complete and during this time bus services replaced the trains for commuters along Bendigo line.A coloured photograph of the construction on the site of the Sunbury Railway Station. The old railway lines have been removed and the bluestone road over rail bridge can be seen with excavation equipment in front of it. Concrete sleepers which replaced the old sleepers are on the LHS of the photograph.railways, bendigo line, railway stations, bridges, bluestone bridges, sunbury railway station, george evans collection

This photograph was taken during the upgrade of the Bendigo Railway line at Sunbury Station. The upgrade of the line took over twelve months to complete and bus services replaced the train service during that time.A coloured photograph of construction on the site of the Sunbury Railway Station. The photograph has been taken from the Macedon Street bridge and is looking south towards Station Street. The old rail tracks have been removed and excavation work is in progress to make way for the new tracks. The new rail lines have been placed on the side of the track on the RHS of the photograph.railways, bendigo line, railway stations, bridges, sunbury railway station, george evans collection

This photograph was taken during the upgrade of the Bendigo Railway line at Sunbury Station.A coloured photograph of construction on the site of the Sunbury Railway Station. The rail track has been lowered and the station platform has been narrowed to accommodate the new trains. The former bluestone wall below the platform on the Melbourne side of the station has been replaced by reinforced concrete. The rail lines have been placed along the track on the RHS of the photograph.railways, bendigo line, railway stations, bridges, sunbury railway station, george evans collection

This photograph was taken during the upgrade of the Bendigo Railway line at Sunbury Station. The upgrade of the line took twelve months to complete and during that time buses replaced the train services.A coloured photograph of construction on the site of the Sunbury Railway Station. The photograph shows the pedestrian bridge and the platform for the Bendigo trains before the bluestone wall was removed and the platform was narrowed.railways, bendigo line, railway stations, bridges, sunbury railway station, george evans collection

This photograph was taken during the upgrade of the Bendigo Railway line at Sunbury Station. The upgrade took twelve months to complete and during that time bus services replaced the trains.A coloured photograph of construction on the site of the Sunbury Railway Station. The photograph was taken near the Station Street level crossing and is looking north towards the Sunbury Station. The new tracks have been put into place.railways, bendigo line, railway stations, bridges, sunbury railway station, george evans collection

This photograph was taken during the upgrade of the Bendigo Railway line at Sunbury Station. For the twelve months when the upgrade of the line took place buses replaced the train services.A coloured photograph of construction on the site of the Sunbury Railway Station. The photograph was taken from the Macedon Street end of the station platform and shows the excavation taking place to allow for the placement of the new rail tracks.railways, bendigo line, railway stations, bridges, sunbury railway station, george evans collection

This photograph was taken during the upgrade of the Bendigo Railway line at Sunbury Station. The upgrade took twelve months to complete and during that time bus services replaced the trains.A coloured photograph of construction on the site of the Sunbury Railway Station. The photograph has been taken from the Macedon Street bridge looking south towards the station and the pedestrian bridge over the railway tracks. On the tracks the old railway lines have been removed and storm water pipes are being put into position before the new lines are to be laid.railways, bendigo line, railway stations, bridges, sunbury railway station, george evans collection

This photograph was taken during the upgrade of the Bendigo Railway line at Sunbury Station. The upgrade took twelve months to complete and during that time buses replaced the trains.A coloured photograph of construction on the site of the Sunbury Railway Station. The photograph was taken from the Bendigo platform and shows the concrete wall which replace the bluestone foundations on the Melbourne side of the station. A workman is on the platform working on the new surface.railways, bendigo line, railway stations, bridges, sunbury railway station, george evans collection

This photograph was taken during the upgrade of the Bendigo Railway line at Sunbury Station. The upgrade of the rail track took over twelve months to complete and during that time buses replaced the train services.A coloured photograph of construction on the site of the Sunbury Railway Station. The photograph has been taken from the end of the Melbourne platform and shows the various pieces of machinery, which included an excavator, a fork lift and trucks, that were used in the work on the line.railways, bendigo line, railway stations, bridges, sunbury railway station, george evans collection

One man lost his life during the building of this bridge. The bridge was constructed by the Victorian Railways between 1927 to 1929 to carry a new double track goods line. This enabled trains from all parts of the state except Gippsland to have direct access to the Tottenham marshalling and sorting yards. These yards were constructed in the 1920's to relieve congestion in the Melbourne Yard near Spencer Street station. The congestion was being caused by the construction of suburban passenger platforms associated with the electrification of the suburban railway network. Initially the bridge was for goods trains but during the Second World War it was also used by troop trains. When the standard gauge line was built in 1962 all trains to Albury and Sydney have used this route, thus avoiding travelling through Essendon and Pascoe Vale on the suburban tracks. The standard gauge track across the bridge took the place of one of the broad gauge tracks so broad gauge trains crossing the bridge in either direction have to now use the same track. The bridge is 1,257 feet (383.13 metres) long and 180 feet (54.86 metres) above the water level. It is just 63 feet (19.2 metres) short of a quarter mile in length between abutments. There is a similar bridge on the same railway line crossing the Moonee Ponds Creek between Gowenbrae and Glenroy, however it is smaller at 1060 feet (323.08 metres) length and 115 feet (35.05) height.The bridge is now Victorian Heritage Registered under Number: H1197, and Heritage Overlay Numbers HO5, and HO107. On the Heritage Register it is named RAIL BRIDGE (ALBION VIADUCT). According to the Heritage Report the bridge is scientifically and architecturally important because of its large size, and because of the cost effective design features such as two girders per span (one for each track), the K bracing in the towers, and the broad flange beams as columns. When it was being built it was the largest trestle bridge in Australia, and until the Sydney Harbour bridge was constructed it was the highest railway bridge.Five B&W yellowing photos showing stages of construction of the Maribyrnong River Viaduct known as the Trestle Bridge but mainly known locally as the QUARTER MILE BRIDGE. It is a railway only bridge which runs over the Maribyrnong River between Sunshine North and Keilor East. A sixth image, which is not part of this set of photos, is included to show what the completed bridge looks like.

PHOTOGRAPH OF McCALLUMS CREEK RAILWAY BRIDGE, TRAIN DISASTER 19 TH. AUGUST 1909 ON MARYBOROUGH - BALLARAT LINEORIGINAL PHOTOGRAPH OF RAILWAY BRIDGE COLLAPSE OVER McCALLUMS CREEK, ON AUGUST 19TH. 1909McCALLUMS CREEK RAILWAY BRIDGE.local history, document, postcard, railway

Walter Withers was a significant Australian landscape artist and a member of the Heidelberg School of Australian Impressionists. In 1903 Withers bought 'Southernwood', a house on 2½ acres (1 ha) at Eltham, to which he added a studio. Because of ill health, he lived during the week at his studio in Oxford Chambers, Melbourne, and on weekends and holidays with his family at Eltham until his death in 1914. The Eltham rail bridge is a unique and valuable historic relic of an earlier steam locomotive transport era in the Diamond Creek Valley and has long formed an important part of a magnificent Eltham landscape. When built in 1902 it was close to the terminus point of the Heidelberg-Eltham rail extension, on the route of the proposed Diamond Valley Railway that was then planned to continue much further up the valley towards Kinglake. This bridge is situated in attractive river-valley parkland amidst the tall and spreading manna gums and candlebarks of the Diamond Creek Valley. The Alistair Knox Park river-valley landscape, of which the timber trestle bridge is an important visual component, has been classified by the National Trust. Large manna gum and candlebark trees adorn the adjacent creek banks, and historic Shillinglaw Cottage is also part of this much-prized Eltham landscape. Eltham is home to a historic wooden railway trestle bridge. Mainly of timber-pier and timber-beam construction, but varied by a few longer steel-joists spans on timber piers at the main stream channel, this substantial bridge has almost two hundred metres of timber deck. Built in 1902, it is the only railway bridge of predominantly timber construction that is still in regular use as an integral part of Melbourne's metropolitan electric railway network and one of extremely few timber rail bridges in the State that still carry trains. Apart from its important continuing social function as a carrier of rail transport for the Hurstbridge line, this impressive bridge and its beautiful parkland environs contribute much to the character of Eltham township and that town's special reputation as an historic centre of environmental and conservation concerns. This section of the Diamond Creek Valley was the subject of a Walter Withers painting in the earliest years of the twentieth century and has strong historic links with our Heidelberg School of painters. Watercolour painting on paper of Eltham's Trestle Bridge in the middle of the day. A small section of the wooden bridge is located to the left of the painting. The focus is predominately on the wattle, manna gum and candlebark trees that is to the right of the bridge. The golden hues typically represent the australian sunlight and landscape. "W.W" in gothic script on the lower right side of the painting. Not dated. withers, eltham, trestle bridge, railway, watercolour

R 748 Class Steam Train Engines pulling freight in cutting. the freight trucks have material coverings. Houses can be see in the background of the photo. The photo was taken approximately in c 1962. Large black & white photo (copy) showing two steam train engine pulling freight trucks, on the railway at Stawell. This rail line is the main line between Melbourne & Adelaide. The first engine is an "R" class 748. c 1951R 748 on Engine and 1962 hand written on the back.railways

K Class 157 Steam Train Engine pulling freight in cutting under Colquhuon Street bridge. Photo was taken from Hill Street Stawell around c 1962. Copy from original photograph of "K" Class 157 Steam engine pulling freight trucks going up the cutting and under the Colquhuon St. bridge. The rail line runs parallel to Napier St. c 1962. K 157.railways

Stawell Flour Mill in Taylor Street with a number of horse drawn carts loaded with wheat out front of building. Also shows train wheat carriages on Railway Spur Line to Milltransport, agriculture, railways

These wool undervests were purchased by Edith Bender for her husband Edwin, prior to 1963. Edwin would catch a ‘Red Rattler’ train along the North Shore line to go to work in Pitt Street., Sydney. Edith was concerned Edwin would catch a cold in the unheated train or in his unheated office, so she brought these woollen undervests for him to wear to work. Edwin would wear the undervests under a woollen suit and with a woollen overcoat. Edwin passed away in 1963, at which point Edith stored the undervests away. They were passed to Edith’s daughter when Edith passed away in 1980. They were then passed to Tanya Davis on the death of her mother. Tanya donated the undervests to the National Wool Museum in 2021.2x cream wool undervests. Henley style with short sleeves and three buttons at the front. Labels from the maker ‘Braemar’ have been stitched to the neckline of both vests. An additional label is stitched under the first button on the front of both undervests. Label stitched to neck of vest: BRAEMAR / MADE IN SCOTLAND / OPTIMUS / PURE WOOL / TREATED TO RESIST / SHRINKAGE / QUALITY / B. OPTIMUS Label stitched to front buttons of vest: MADE IN SCOTLAND / FOR FARMER’S / SYDNEY Attached swing tag: BRAEMAR / The WASHING of WOOLLENS / PREPARE a bath of good bar or flake soap, thoroughly dissolved in water not hotter than the hands can bear. Squeeze the garments through the hands several times in the bath. Don’t rub them on a board. Rinse in warm water until soap is thoroughly removed. Wringing should be done in the hands. Stretch well to width and length and dry at once, preferably in the open air Stretch again in the hands when dry. Attached swing tag. Reverse: IMPORTANT POINTS / Do not use soda or washing powders. / This garment must not be subbed on a board, or subjected to mechanical friction.red rattler, wool clothing