Yields information about the formal opening of the tram services to be operated by the BTPS in 1975 and who was involved.Newspaper Clipping of Thurs. Jan 23, 1975 giving news of the formal opening of the BTPS tram service on 1/2/1975 by the General Manager of the SECV, Mr. J.C.Trethowan. Has a photo of the depot with the trolley on No. 1 road, 27 on 2 road, and 28? on three road and depot fan with rails well above the ground level. Newspaper Clipping notes trial running in Wendouree Parade, history of the BTPS, work undertaken, and number of members. Second copy of cutting glued onto a sheet of foolscap plain paper added 5/7/2017 and image revised. From donation of Ruth Nelson.trams, tramways, btps, tramway opening, museum, opening

Negatives No. N334 and 335 and black and white prints made by a laser printer (stored in folder ) of fitters, overhead crews lining up the overhead at the Russell St. crossover in Bourke St. Has W6 988 in the photo, along with tower wagons 2 and 8. 1606.2 shows device laid between rails that allows the location of the overhead to be checked, relative the to the centre line of the track. Photo taken 19/6/1955. Dave Macartney 12/1/2001 identified Doug Lees in black coat and hat looking at instrument. Doug was an Engineer with the MMTB. Negative scanned hi res and imaged updated 22/5/2020.trams, tramways, melbourne, bourke st, russell st., testing overhead, commissioning, tram w6 988

Digital image - four pages - of a report to the Melbourne Tramways Trust, preliminary report looking at the condition of the tramway track - rails, wood blocks prior to the take over of the Tramway by the Trust (1916). Prepared by T Hamilton Engineer and Secretary, dated 10/3/1913 assisted by Gerard Wight of Melbourne Uni. Looks at each line, rail wear, opening dates, rail weight, and condition of blocks. Also looks at the covenants or conditions of lease for the track and tramway, Completes report with notes about repairs, maintenance and renewals and legal advice of Sir John Madden. See item 9151 for an original copy.trams, tramways, melbourne, cable trams, track, trackwork, reports

.1 - Pamphlet - four fold - DL side four colour printed on off-white paper, titled "Tram service changes St Kilda Rd & Toorak Rd", advising intending passengers of the work between 1/7/2017 and 11/7/2017 to connect route 8 at Toorak Road West into St Kilda road the closure of the route via Park and Domain Road. Has a map, list of service changes, bus replacement guides and contact information. Has the logos of Metro Tunnel, Yarra Trams and PTV. .2 Pamphlet, printed and cut for use in trams around passenger hanging rails, titled "St Kilda Rd Tram and Bus service changes - Saturday 1 to Tuesday 11 July" - details bus replacement services and tram stops. Related to the main pamphlet - see image Set of five digital images taken at stop 25, Park St advising of the route diversion, replacement services and stop closure and two protest posters on fences nearby the stop about the Metro Tunnel project trucks using the local streets and the closure of the Park St / Domain Road tram line. .2 Pamphlet, printed and cut for use in trams around passenger hanging rails, titled "St Kilda Rd Tram and Bus service changes - Saturday 1 to Tuesday 11 July" - details bus replacement services and tram stops. Related to the main pamphlet.trams, tramways, park st, domain junction, metro tunnel, toorak rd, st kilda rd, tramway construction

Rail Bender - Part of Hydraulic Rail Bender Rail Bender – No. 3 Most rails are produced straight. While they to easily bend and appear flexible, they are required to bend for some curves, at rail joins on curves and at point (turn-out) junctions. For a safe transition around curves and in the finer areas of the point, this use to be done with a manual rail bender. Sometimes referred to as a Buddah, the rail bender attaches its two claws to the rail. In the middle of the two claws is a screw that is tightened slowly using large spanner. Historic - Railways Permanent Way and Works - track equipment - Rail Bender large Rail Bender - Part of Hydraulic Rail Bender made of cast wrought iron puffing billy, rail bender

Hand Rail Drill Out on the track in the old days, it was sometimes required to drill some holes in a piece of rail so that two rails may be joined together by a metal joiner – called a fishplate. Before the use of generators and oxy cutting, the only way to do this was with a hand drill. This is the machine operated by two people, that would drill a hole in the rail. With two to three holes to be drilled in each rail end (ie 4 or 6 holes), it was a tiring, back breaking job. And then there was usually the rail on the other side of the track to be done! Historic - Railways Permanent Way and Works - track equipment - Hand Rail DrillHand Rail Drill made of metal puffing billy, hand rail drill

The article and photo report on the poor condition of roads in particular Hayden's Road and the former, short lived Victorian Railways Beaumaris - Black Rock tram line. Has two photos showing the road condition. The second photo shows sleepers from the former tram line and a badly worn road surface that had been placed on top. The item by a staff reporter likens the road to wartime battle fields. The tram line rails were lifted or removed during 1939 - see page 35 of The Brighton Electric Line.Yields information about the road condition in the Beaumaris area in 1955.Newspaper clipping titled - "Seaside tracks are "roads"" - Melbourne Herald 12/11/1955"Melb "Herald" Sat 12 Nov 1955"trams, tramways, vr trams, track maintenance, tram tracks, beaumaris

Newspaper clipping from The Courier, Ballarat, dated Wednesday 31/5/1972, titled "Tram tracks go in Victoria St." showing a photograph of an excavator removing the tram rails in Victoria St. Ballarat. Assistant Divisional Engineer for the CRB Mr. W. J. Gardner advised that the CRB had begun work in its area of responsibility and work should be complete by the end of June. One of a large group of newspaper cuttings from John Bainbridge, 7/4/02. Item has been folded for inclusion within a scrap book. Has a piece of plain paper Secured to the back of the portion that was not Secured to the scrap book itself.track removal, tram track removal, crb, victoria st

Digital Image of Sydney Road, Coburg, looking south from near Bell St, showing the track repair work to remove bricks from the rails that were resulting in damage to the track foundations by letting water into the track. Photo supplied for identification purposes May 2020, by the Editor, Australian Railway History - see htd4680doc for email correspondence. Image belongs to the ARHS NSW Div. Rail Resource Centre No. 117413 Was used in the June 2020 issue of Australian Railway History - see Reg Item 4684. In the background are the Commercial Bank of Australia, A. M. Hadden Chemist, Walkers Stores, Joblings Boots, a Lending Library with advertisements for "The Age", "The Argus" and "The Herald".trams, tramways, sydney road, coburg, track repairs, trackwork

Series of 3 black and white photographs of:- .1 - construction of the trackwork for the new Maribyrnong River Bridge, has the temporary track on the left hand side of the photograph. Has the Express Freight Transport building in the background. .2 - as above, appears that the track on the northern side is almost completed. An Inspector is standing watching the work. This work was completed mid 1967. .3 - construction of trackwork possibly the curve from Gordon St to run alongside now River St. This work was undertaken during 1954.Some photos have pencil marks on rear.trams, tramways, trackwork, rails, track materials, track repairs, sleepers, equipment, maribyrnong river bridge, bridges, gordon st, river st, footscray

THE ECHUCA COALING STAGE. Locomotives would stop alongside to receive coal dropped into their tenders from small overhead rail mounted tipping trays. Water could be obtained from either the elevated tank at one end or the connected standpipe at the opposite end. Locomotive firebox contents could be dumped into pits between the rails from locomotives once they were carefully positioned above them. Such locomotives then could move onto the Engine Shed area for overnight parking. Firebox fires would be re-lit when the locomotive was next needed in a day or so.Digital TIFF file Scan of 35mm Ilford FP3 black and white negative transparencygeorge coop collection, echuca railway station, k-185, k-class steam locomotive (vr newport workshops), railway workshop

THE ECHUCA COALING STAGE. Locomotives would stop alongside to receive coal dropped into their tenders from small overhead rail mounted tipping trays. Water could be obtained from either the elevated tank at one end or the connected standpipe at the opposite end. Locomotive firebox contents could be dumped into pits between the rails from locomotives once they were carefully positioned above them. Such locomotives then could move onto the Engine Shed area for overnight parking. Firebox fires would be re-lit when the locomotive was next needed in a day or so.Digital TIFF file Scan of 35mm Ilford FP3 black and white negative transparencycoal hopper, echuca railway station, george coop collection, k-158, k-class steam locomotive (vr newport workshops)

THE ECHUCA COALING STAGE. Locomotives would stop alongside to receive coal dropped into their tenders from small overhead rail mounted tipping trays. Water could be obtained from either the elevated tank at one end or the connected standpipe at the opposite end. Locomotive firebox contents could be dumped into pits between the rails from locomotives once they were carefully positioned above them. Such locomotives then could move onto the Engine Shed area for overnight parking. Firebox fires would be re-lit when the locomotive was next needed in a day or so.Digital TIFF file Scan of 35mm Ilford FP3 black and white negative transparencyechuca railway station, george coop collection, j-500, j-class steam locomotive (vulcan foundry)

THE ECHUCA COALING STAGE. Locomotives would stop alongside to receive coal dropped into their tenders from small overhead rail mounted tipping trays. Water could be obtained from either the elevated tank at one end or the connected standpipe at the opposite end. Locomotive firebox contents could be dumped into pits between the rails from locomotives once they were carefully positioned above them. Such locomotives then could move onto the Engine Shed area for overnight parking. Firebox fires would be re-lit when the locomotive was next needed in a day or so.Digital TIFF file Scan of 35mm Ilford FP3 black and white negative transparencycoal hopper, echuca, echuca railway station, george coop collection, r-727, r-class steam locomotive

THE ECHUCA COALING STAGE. Locomotives would stop alongside to receive coal dropped into their tenders from small overhead rail mounted tipping trays. Water could be obtained from either the elevated tank at one end or the connected standpipe at the opposite end. Locomotive firebox contents could be dumped into pits between the rails from locomotives once they were carefully positioned above them. Such locomotives then could move onto the Engine Shed area for overnight parking. Firebox fires would be re-lit when the locomotive was next needed in a day or so.Digital TIFF file Scan of 35mm Ilford FP3 black and white negative transparencycoal hopper, echuca, echuca railway station, george coop collection, r-727, r-class steam locomotive

In 1902 a ballast siding was opened 4 km south of Gellibrand to provide materials for track construction. A spur siding with a capacity for six trucks was cut into the side of a slope. Above this was erected a loading bin and chute. The stone proved to be of durable quality so the siding continued after 1902 for periodic track re-ballasting works. The points were set for the main line and spiked shut when the siding was not in use. By the mid-1920s the Victorian Railways found it more economic to use ballast from Penshurst, so the siding was closed by 1925 and the rails lifted.B/W. Gellibrand ballast pit siding at 19 miles (30.6 km) south of Colac. gellibrand; gellibrand siding; railways;

Newspaper clipping and photograph provides two stories about Ballarat Tramways following the last tram on 19/9/1971: 1 - "Start on the removal of the tram lines" - with a photo of welder K Drever of the CRB cutting rails in Sturt St. 2 - A piece, headed "Ballarat to blame for loss of trams?" quoting Mr N R White, SEC Chairman about the lack of willingness for Ballarat residents to use the trams, at the civic reception the previous day. Also quotes Cr. Chisholm, Mayor of Ballarat and Cr. Donald, President of the Borough of Sebastopol.Yields information about the commencement of track removal in Ballarat and the SECV Commissioners view of the tramway closure.Newspaper clipping from The Courier 21/9/1971Has the newspaper source in ink along the top edge.tramways, tramcars, secv, closure, tram track removal

Photograph of track reconstruction of conversion of the cable to electric tramway in Abbotsford near the corner with Canning St, about August 1935. .1 - has the old cable track excavated before the yokes were cut of and the new track - rails and sleepers laid on the previous road bed. In the background is the Homebush Hotel. In the background is a shop advertising Robur Tea. .2 - similar photo but looking along the line of yokes. with the building on the east side which have all since undergone two demolitions. The former hotel building remains but has been converted to set of apartments.Yields information about the removal of cable tram track in Abbotsford St North Melbourne.Set of two Black & White Photographs. Two copies of each held.Has the TMSV Sales stamp on the rear.trams, tramways, cable trams, abbotsford st, conversion

The bridge is not definitively identified, but is of similar construction style to other bridges built in rural areas around this time. Circa 1930”s and may be Ryders Bridge (Old Tawonga Bridge) which crosses the Kiewa River on Mountain Creek Rd Tawonga The first Tawonga bridge was built in 1884- destroyed by floods in 1916. New bridge constructed 1923 and destroyed in 1953. Present concrete bridge constructed in 1986 and named Ryders Bridge These wooden bridges were the only method for transporting stock and produce to market, transporting timber to the mills, sending and receiving mail and for local people to cross the many rivers in the area to go about their daily business. 1- Black and white photograph is glued onto heavy cardboard, which is yellowing with age. Top right hand corner has a tear in the cardboard. Photograph depicts a wooden bridge on wooden piles with 2 white wooden railings along the length of both sides. 2- Original photo has been digitally enlarged to show a gentleman in a light coloured suite and wearing riding boots leaning on the rails of the bridge. The bridge is not definitively identified, but is of similar construction style to other bridges built in rural areas around this time. Circa 1930”s may be Ryders Bridge (Old Tawonga Bridge) which crosses the Kiewa River on Mountain Creek Rd Tawonga bridge; tawonga bridge; kiewa valley

Light Rail Bender Most rails are produced straight. While they to easily bend and appear flexible, they are required to bend for some curves, at rail joins on curves and at point (turn-out) junctions. For a safe transition around curves and in the finer areas of the point, this use to be done with a manual rail bender. Sometimes referred to as a Buddah, the rail bender attaches its two claws to the rail. In the middle of the two claws is a screw that is slowly tightened using a crow-bar to bend the rail. Tightening the screw too fast or too tightly may not give the structure of the rail time to redistribute and the rail may break if not done properly. Historic - Railways Permanent Way and Works - track equipment - Light Rail Bender Light Rail Bender made out of cast wrought ironpuffing billy, light rail bender

During construction of the railway in 1901 a ballast siding was originally opened 4.5 km south of Barongarook but the ballast proved inferior and a new ballast siding was opened 4 km south of Gellibrand to provide material for track construction. A spur siding, with points facing Beech Forest and a capacity for six trucks, was cut into the side of a slope. Above this was erected a loading bin and chute. This stone was of durable quality so the siding continued in commission after 1902 for periodic track re-ballasting. By the mid-1920s Victoria Railways found it more economic to use ballast from elsewhere so the siding was closed by 1925 and the rails lifted.B/W. Gellibrand Ballast Siding loading ballast down the slope, with five workmen watching at the base.gellibrand; ballast; railways;

Cast iron stoves burn solid fuel such as wood or coal, and are used for cooking and warmth. The stoves have a firebox with a grate where the fuel is burned. The hot air flows through flues and baffles that heat the stove top and the oven. Before cast iron stoves were invented, cooking and heating were carried out in outdoor open fires, and later, in fireplaces inside the home. In 1642 the first cast iron stove was manufactured in Lynn, Massachusetts, where molten cast iron was poured into a sand mould to make rectangular plates that were then joined together to make a box. Benjamin Franklin invented the more efficient Pennsylvania stove in 1744, and this efficient design is still used today. After the mid-19th century cast iron stoves were produced with burners in different positions, giving varied temperatures, so a wide variety of foods could be cooked at the same time at the most suitable heat, from slow cooking to baking scones. In contemporary times people the new wood-burning stoves had to meet the anti-pollution standards now in place to protect our environment. By the 1920s gas cookers were being introduced for domestic use, and by the 1930s electric home cookers were being offered to householders. PLANET STOVES In August 1925 the firm Cox and Rizzetti, Stove Works, and also Sydney Road, South Melbourne, advertised in the Brunswick and Coburg Leader of November 11, 1925 as "formerly with Harnwell and Sons" and as "specialists in solid cast iron Planet stoves ... which merit an inspection from builders and householders". The firm continued in business and was mentioned as sponsors in the King Island News in 1971. Harnwell and Sons was listed in the Victorian Government Gazette of 1894. It is curious that the firm was mentioned in an article in the Sunrasia Daily of June 14, 1934 titled 'Planet Stoves' as a manufacturer of Planet Stoves. This Planet No 3 stove is an uncommon example of cooking equipment used in kitchens in the early 20th century, as the firebox is above the oven rather than beside it. The cast iron combustion stove is significant as part of the evolution of domestic cooking. Previously cooking was mostly carried out in outdoors in open fires, and later in fireplaces indoors. Cast iron stoves are still used today and have additional features such as thermostats to monitor and maintain temperature, water heating pipes connected, and environmentally approved anti-pollution fittings. Stove; a compact, blackened cast iron combustion cooker, installed within a fireplace and enclosed by bricks on both sides. The upright rectangular stove has a flat top with three round, removable cook plates and a flue connected at the back. The front has three doors with round knob handles; a swing-down firebox door above a sliding ashtray, and two side-hinged oven doors above a sliding opening. Inside on the side walls are two pairs of runners. Behind the pair of doors is an oven with two pairs of rails and two removable metal shelves. The stove has cast inscriptions on the chimney flue and on the front of the right hand side stove door. The model of the stove is The Planet No 3, made in Melbourne.Chimney flue, "[within rectangle] THE / PLANET" Stove door, "(within oval) PLANET / No 3"flagstaff hill, flagstaff hill maritime museum and village, warrnambool, maritime museum, maritime village, great ocean road, shipwreck coast, stove, cast iron stove, combustion stove, wood-burning stove, wood stove, wood oven, solid fuel stove, cooker, the planet, planet, planet no. 3, kitchen equipment, baking, domestic cooking, cooking equipment, food preparation, planet stove, planet cooker, cooking range, slow combustion stove, antique, range cooker, cox and rizzetti, harnwell and sons, melbourne manufacturer

This 1813 cannon is classified as a carronade, having been made by the Carron Ironworks foundry in Stirling, Scotland in 1813. It is a large calibre, short range, gun mainly used on ships. The carronade model of cannon was first used when introduced into the British Royal Navy in the American War of the Revolution (1775-1883). This cannon was originally a 28pdr, 48cwt, 8ft gun. The date ‘1837’ on the barrel probably indicates the date that the Board of Ordinance accepted the change in size to a 32pdr. It may originally have been a naval gun and the conversion undertaken when it was brought ashore. It is very probably one of the 15 guns that are known to have constituted the defences of Victoria in 1860. This group of 32pdrs was the shorter model of the 4800width and 8ft length cannon and as such are different from the 32pdrs found in NSW. It was originally located on Cannon Hill in Warrnambool when it was the site of the Warrnambool Battery Western Artillery, formed in 1866. It was obsolete by the time of the 1887 fortifications, and was moved from the Warrnambool Fortifications to the Botanic Gardens in 1910, when the Fortifications were declared obsolete. HISTORIC INFORMATION ABOUT THE CANNON IN THE WARRNAMBOOL AREA In the years following the Crimean War (1854-1857J) there was a great concern in the Colony that Imperial Russia would attempt an invasion. Coastal defences in the colony of Victoria were greatly strengthened by the Government as a result. Warrnambool was originally protected by cannons at Cannon Hill, approximately 1 kilometer west of the Flagstaff Hill Fortifications. The cannons included two 1866 guns, both 80 Pound Rifled Muzzle Loaders (RML) purchased by Victoria’s Colonial Government. They were part of a shipment of 26 such guns sent from England in December 1866. They are registered as No. 23 (80cwt-2qr-0lbs) - Gun 1, and No.13 (81cwt-1qr-12lbs) - Gun 2. They were cast at the Royal Gun Factory, Woolwich Arsenal, in 1866 and have a 6.3 inch bore. Both barrels carry the Royal Cypher of Queen Victoria, Insignia of the Royal Engineers, within the Garter and Motto surmounted by the Crown, with the Royal Cypher of Queen Victoria within the Garter (letters in centre “VR”, motto “HONI SOIT QUI MAL Y PENSE”, "Shame be to him who thinks evil of it."). The guns were originally supplied with wooden carriages. (The Royal Arsenal at Woolwich, England, was established eleven years after the Restoration of King Charles II. It was the principal supplier of armaments to the British and Empire Governments. At the height of its operations during World War One the factory covered 1300 acres and employed very nearly 80,000 workers. Woolwich was the Headquarters of the Royal Artillery since the raising of that Regiment in 1716. The Arsenal was closed in the late 1960’s.) The two 80pdr cannons were transferred to the Warrnambool Garrison Artillery Battery Fortifications erected at Flagstaff Hill in 1887 as part of Victoria’s Coastal Defences. The original wooden carriages were subsequently replaced with the present iron garrison carriages in 1888. They are a “C” pivot. The ‘racers’ or curved track set into the floor of the gun emplacement (which enabled the guns to be traversed more quickly) are as specified for guns up to 10 inch, being of wrought iron 2.78 inches wide. A temporary third gun, now no longer on Flagstaff Hill’s site, was a 5 inch Rifled Breech Loading (BL) Armstrong gun mounted on an Elswick hydro pneumatic disappearing carriage It was faster to load and fire than the 80 pound RMLs and its arrival spelt the end of the older 80 pound guns’ useful life, apart from being used for practice sessions. The 5 inch BL gun was the main defensive weapon of the Warrnambool Battery until the Battery was downgraded in importance and the gun was recalled to Melbourne in 1910. The gun emplacement still remains in place set between the 2 80pdr cannon. The State of Victoria took over the ownership of the guns at the time of Australian Federation in 1901. In about 1901/1902 the Garrison Battery was converted to the Warrnambool Battery of the Australian Field Artillery (No 4 Field Battery). It was equipped with 4.7 inch naval guns mounted on field carriages. They were now a mobile unit but continued to use the Warrnambool Garrison area at Flagstaff Hill for practice. When the Fortifications were declared obsolete the two 80 Pounder RML were relocated to Cannon Hill in 1910. On the outbreak of World War 1 the 4.7 inch guns were recalled to Melbourne, and the Battery was disbanded. Most of the personnel probably re-enlisted in the local 4th Australian Light Horse Regiment. The two 80 Pounder RML were moved back to the Fortifications in 1973. They were both fully restored by Army First Year Apprentices at the Ordinance Factory in Bendigo in time for the centenary year of the fortifications in 1987. The guns are capable of firing 80 pound (32.3kg) armour piercing exploding shells 3.65kms out to sea. They were original manned by volunteers before a paid Garrison was established. Now the Guns are again fired by volunteers on Special Event days. Since restoration the Gun Number 1 had been fired on a regular basis but Gun Number 2 hadn’t been fired since the mid 1990’s. In April 2015 Gun Number 2 was serviced in preparation for the firing of both cannons on the ANZAC Centenary commemorations on April 25th 2015. Other guns from the original Cannon Hill location were obsolete by the time the 1887 Warrnambool Garrison Artillery Battery was built. These guns are (1) a 32 Pounder Muzzle Loading Smooth Bore (SB) cast in 1813 at the famous Carron Foundry, number 80837 and now located in the Warrnambool Botanic Gardens. It is now mounted on a replica carriage due to the original carriage being in a fragile condition (the original carriage stored under cover at Flagstaff Hill). (2) a 68 Pounder Muzzle Loading Smooth Bore cast in 1861 at the equally august Low Moor Foundry, number 10310 and now located on the lawn area at the entrance to Flagstaff Hill Maritime Village. It is still mounted on its original wooden garrison carriage. Its wooden slide compressor mechanism is fragile and now kept in Flagstaff Hill’s storage. There are only seven 32 Pounder SB made by Carron and fifteen 68 Pounder SB made at Low Moor known to exist in the State of Victoria Plaque attached to the carriage “This replica carriage was constructed by the Warrnambool Tritan Woodworkers club in conjunction with the generosity of local businesses and the Warrnambool community. The original carriage (circa 1860) was removed for restoration and is now located at Flagstaff Hill Maritime Village. The timber used for the replica carriage is Monterey Cypress, which was an early planting in the gardens. 2010 marked the centenary of the cannon’s relocation in the Warrnambool Botanic Gardens.” (Reference; Victorian Guns and Cannons, South Western Victoria Assessment, May 2008, item W/B/01; Flagstaff Hill Maritime Village datasheets and archives). There are only seven 32 Pounder SB made by Carron known to exist in the State of Victoria and this is one of them. On a world level, this cannon represents a high level of rarity. Further, as it has been modified (bored up) it is representative of the historical process of amending artillery in order to ensure a longer usefulness of each piece despite rapidly advancing artillery technology. The number of surviving carriages with traversing slides in this group in South Western Victoria is unique in Australia and probably in the World. Out of 10 such platforms surviving in Australia, the South Western Victorian group has half. Several survive around the world but probably not in such a large group. The wooden sliding compressor mechanism belonging to this cannon is extremely rare, and the only one in this South Western Victorian group of Guns and Cannons. As a whole, this cannon has undergone very little restoration or modification, giving it a high level of integrity. The City of Warrnambool is one of several custodians of a collection of artillery pieces of heritage significance at a state, national and international level. These pieces are directly related to the defence of south-west Victoria in the 19th century. The care and preservation come under the Heritage Act 1995. (Reference; Victorian Guns and Cannons, South Western Victoria Assessment, May 2008).Cannon, or carronade, 32pdr with wheels. Muzzle loading smooth bore (SB) cannon. Cannon has original wooden Burmese Teak carriage and slide with wrought iron fittings and iron wheels. Manufactured by Carron in Scotland, in 1813. It has been converted from a 28pdr. There is a loop for a rope on the cascabel, which was part of the original casting. Re-bored in 1837. Marks include Serial Number, Royal Cypher of King George III, broad arrow of proofing, and numbers to represent the weight. NOTE: The cannon is displayed in the Warrnambool Botanic Gardens and is mounted on a replica wooden carriage; the original wooden carriage is now stored under cover at Flagstaff Hill Maritime Village. This carriage has 4 wheels on swivel attachments and a central gear that allows the wheels to turn on rails. Pressed into left trunnion “80837 / CARRON / 1813”, cast on barrel“symbol (Royal Cypher of King George III”, “symbol (broad arrow of proofing)” and numbers “45-3-24 / 1837” . Cascable “CV” and marks with gradations from nought to three in quarters on each side, On the carriage the end of one of the main slide members carries the mark “W symbol (broad arrow) D” incised into the timber. Plaque attached to the carriage by the Warrnambool Tritan Woodworkers club, 2010, marking the centenary of the cannon’s relocation in the Warrnambool Botanic Gardens and the addition of the replica carriage. flagstaff hill, warrnambool, shipwrecked coast, flagstaff hill maritime museum, maritime museum, shipwreck coast, flagstaff hill maritime village, great ocean road, victoria’s coastal defences, warrnambool fortification, warrnambool garrison battery, ordinance, armaments, cannon hill fortifications, victorian colonial government, carron ironwroks foundary, 32pdr smooth bore cannon, 28pdr smooth bore cannon, 1813 cannon, carronade

Two red covered auction catalogues for an Auction Sale at Lauriston Reservoir, Lauriston (Near Kyneton) on 16th and 17th September, 1941. Sale consisted of Well-built Workmen's Homes, Corrugated Iron Buildings & Storerooms for Removal, Collection of Timber, Stores, Rails, Tools, Scrap Iron, and Contractors' Machinery and Equipment By Order of The State rivers & Water Supply Commission, Melbourne. Auctioneers were J. H. Curnow & Son. Contains description of buildings. Has a loose page of Additional Plant to be sold at the Lauriston Reservoir Auction on 17/9/1941. Also has two black and white photos, the first one of the Lauriston Reservoir showing the concrete bank during construction and the other, a Section of Residential Area. In the background is the bank and a tower each side of the bank.business, auctioneers, j h curnow & son pty ltd, ian dyett collection - auction catalogue - lauriston reservoir, state rivers & water supply commission, j h curnow & son, j l jamieson & co, r g knight, e d shaw, h h c williams, hon a a dunstan, cambridge press

Prepared by the City of Brisbane for the design of trackworkYields information on the design of trackwork.Set of nine City of Brisbane Tram Track drawings .1 - PPW91 - Standard Crossover left hand - 4'6" between tracks .2 - PPW2450 - Data for British Standard Crossings .3 - PPW 241 - Data for British Standard Lateral Switches .4 - PPW 463 - Concrete Track Construction is 102.73lb rail. .5 - PPW 501 - ditto for AS 82lb rail and other rails .6 - Not numbered - Concrete roads when using T rail sleepers .7 - PPW 575 - 150' radius RH crossover - 5' between tracks .8 - PPW 576 - 150' radius RH Crossover - 4'6" between tracks .9 - PPW 577 - 150' radius LH Crossover - 5' between tracks - 14/12/1948trackwork, points, switches, bcc transport, tramways

This Johnson Bros. (USA) Locomotive Type Boiler was from a steam shovel (that moved on rails) that excavated rock and soil during the construction of Stevens Weir near Deniliquin NSW in 1934. It has a working pressure of 100psi. This is an example of a fire tube boiler where the fire from the fire box heats the water surrounding the fire tubes running through the boiler, smoke escapes out the smoke stack and the steam is captured in the dome and sent through pipes toward other engines in the Port of Echuca Steam Display. Two glass gauges are fitted on the side of the firebox. Two safety valves are fitted at the top of the boiler to maintain the correct and safe pressure. It still functions today for visitors most days of the week.A good example of the technology and industrial history of the Riverina region of southern NSW and northern Victoria. It is an integral part of the Port of Echuca Steam Display running secondary engines off the steam produced within this boiler. Large cast iron, fire tube boiler with 124 fire tubes, fire box, steam dome and exhaust chimney. boiler, johnson bros, steam display, kevin hutchinson steam shed

693.1 - 8 page pamphlet centre stapled, titled "50 Questions and Answers about Trams", mid 1950's, providing questions and answers about trams , transport, fares, riding, traffic, buses, motorists, rails, streets, noise, comfort, rates, scrapping, public views. Issued by the Light Railway Transport League, (LRTL), printed in London, refers to the London underground in one point. 693.2 - 12 page pamphlet, centre stapled into a green card cover, titled "50 Questions and Answers about Trams in Australia" similar in wording to the LRTL edition but with some changes. Has a photo of Brisbane FM 483 on the top of the front page. Issued by the AETA, who note the original version at the base of page 11. Published by Traction Publications, Caulfield. Title of publication hand written on green card cover.693.1 - In top right hand corner - written in red ink "Melb Library", blue ink "LRTL edition" and stamped "Australian Electric Traction Association" on front cover. 693.2 - On cover stamped "Australian Electric Traction Association" and hand written "AETA Edition" and stamped "Australian Electric Traction Association" on top of the first page and stamped "Australian Electric Traction Association" on rear cover.trams, tramways, trams, tramways, aeta, lrtl, pamphlets, uk, brisbane