St. Albans train shed

[BaltACD]

Miningman

BaltACD-- Could they not have simply built a line or two parallel to the shed outside of the building...surely more reasonable than demolition of history and architecture.

I don't get it...shake my head. 

Remember - in the period "railroads are dying and won't be around in 1981' were the prevailing thoughts.

http://cs.trains.com/trn/f/111/t/265168.aspx

[Miningman]

BaltACD-- Could they not have simply built a line or two parallel to the shed outside of the building...surely more reasonable than demolition of history and architecture.

I don't get it...shake my head. 

[BaltACD]

Miningman

So what on earth possessed them to demolish the train shed? 

Incredible.

Doubt that it would clear Plate C or larger cars that were becoming commonplace at the time it was demolished.

[Miningman]

So what on earth possessed them to demolish the train shed? 

Incredible.

[wanswheel]

 

 

 

 

 

 

https://archive.org/details/vtpostcards_mc_00055

 

 

 

https://archive.org/details/vtpostcards_mc_00833

 

 

 

http://imagescn.techno-science.ca/railways/index_choice.cfm?id=53&photoid=1605072807

 

   

 

http://imagescn.techno-science.ca/structures/index_choice.cfm?id=37&photoid=77900020 

 

 

http://imagescn.techno-science.ca/railways/index_choice.cfm?id=55&photoid=-865848423

 

 

 

http://imagescn.techno-science.ca/railways/index_choice.cfm?id=57&photoid=1411682864  

 

 

http://imagescn.techno-science.ca/railways/index_choice.cfm?id=57&photoid=-1274675160 

[wanswheel]

 

 

http://imagescn.techno-science.ca/structures/index_choice.cfm?id=37&photoid=39212548

 

 

http://imagescn.techno-science.ca/railways/index_choice.cfm?id=55&photoid=48305705

 

 

http://imagescn.techno-science.ca/railways/index_choice.cfm?id=55&photoid=1073662655

 

 

http://imagescn.techno-science.ca/railways/index_choice.cfm?id=55&photoid=37475508

 

 

http://www.samessenger.com/railway-express-agency-car-148/

[wanswheel]

 

 

 

 

 

 

 

 

 

 

 

 

 

 

[greenproducts]

This is a picture that my cousin painted of the St. Albans train shed. Jack Barrett painted it for Lee Barrett. The picture does not do the actual painting justice.  Family rich in railroad history in St. Albans VT

[NDG]

The covered train shed was demolished by 1966.

 

 

[wanswheel]

http://www.railpictures.net/viewphoto.php?id=411971&nseq=0

Article from Trains magazine, June 1958

St. Albans– An Architectural Classic

by Jim Shaughnessy 

The station of the Central Vermont Railway at St. Albans, Vt., is quite unlike most of the stations with which we are familiar today. Not small, rundown and forgotten, neither is it immense and unused. Passenger trains still rumble through it, but no one is trying to sell or lease rights to the air space above it. The fact that it is a part of the rail network gives it an air of being linked with the rest of the world. But the traveler that looks at the massive proportions and antiquated lines of the trainshed must wonder to what world this station is linked. St. Albans station is a ghost from the past – a specimen, and a handsome one, of the Victorian age of railroad architecture.

For the traveler arriving from Boston on the evening train, The Montrealer, the first link with the past is the old style signal system. On the way into the trainshed trains pass two ball-type signals still in use. By day, several red painted cans suspended from a chain pass the signal to the engineman; by night, oil lamps suspended in the same way burn in the same positions. Part way down the pole there is a round shield into which one or all of the balls can be lowered – by hand – depending on the indication to be given. Two other ball signals are located north of the station, making a total of four in the area.

The incoming train crosses Lake Street (which points the way to Lake Champlain 10 miles west) and enters the great barn like structure with its huge brick arch portals. This part of the building, the trainshed, is 351 feet long and 88 feet wide. It covers four tracks and enables passengers to board or leave trains completely sheltered from Vermont elements. The main station and office building rises to the right of the trainshed, beside a nicely landscaped garden. This red brick structure, built in 1866-67, should be, by modern standards of ceiling height, at least four stories high. Standards and proportions have changed in the last 90 years though, and the building actually contains only two stories. At the north end, adjacent to and on the same side as the larger structure, is located a one story portion containing the waiting room and ticket office, lunch room, and baggage and express handling facilities. To the left of the station building are the shop buildings – the same vintage as the station – of the original Vermont Central Railway. Two blocks farther up the pike have been built more modern engine facilities, shops and a roundhouse.

St. Albans, in the northwestern corner of Vermont, is an old city: home of the railroad building Smith family of Vermont, and the scene of the famed St. Albans raid. In October 1864 Confederate soldiers disguised as citizens raided the city and escaped to Canada with bank loot of $200,000. This raid was the northernmost of any such skirmish during the Civil War. Today St. Albans is a quiet New England agricultural town. It has the usual feed mill and dairy, and other than the railroad it has only one major industry, the Eveready flashlight factory.

Let’s look more closely at the station itself. The trainshed is completely open and has no columns on the inside. The 88-foot width is spanned by wooden trusses built by the noted bridge builder, William Howe. These Howe trusses are very unusual in design. They differ from those found in old covered bridges in that they have curved upper and lower chords. The panels of the roof trusses follow the curve and bracing design of the arch, and the X’s are smaller in the center than on the ends. The X timbers (or compression members) are wood; the upright members (or tension members) are iron rods in pairs. Boon nuts at the end of these rods can be tightened or slackened to adjust the arched Howe truss.

This type of truss was invented as a bridge truss in 1840 by Howe, a mechanic-carpenter-contractor from Spencer, Mass. (He was the uncle of Elias Howe of sewing machine fame). Howe first built bridges for the Western Railroad (later Boston and Albany), including that company’s great bridge across the Connecticut River at Springfield. In 1842, he was called to Boston to design a new roof for the Boston and Worcester depot there (torn down in 1900). It was there that he built the first type of Howe truss with arches such as those found in the roof of the St. Albans shed.

Other trainshed roofs of the Howe truss type were built later – using all iron by companies to whom Howe assigned the use of his patents. Most of these were operated out of Springfield, Mass. by relatives of his. They took the Howe truss bridge and the roof truss with them in expanding railroads across the West. Trainshed roofs of this type were built in, among other places, Buffalo, Rochester, Troy, Springfield, Reading and Chicago. The Michigan Southern engine house in Chicago, destroyed by the great Chicago fire, had a roof of this type.

The St. Albans trainshed of 1866-67 was built by the firm of Harris and Hawkins of Springfield, Mass. Daniel Harris was a bridge builder, contractor, engineer, and one-time president of the Connecticut River Railroad. Richard F. Hawkins started as an office boy in 1853 with one of the Howe  bridge building companies. He worked up to partner and later, in 1868, became owner of the R.F Hawkins Iron Works of Springfield, Mass., and St. Albans, Vt.

The trusses were built on the ground, then raised into place by means of gin poles, block and tackle, mule and muscle power. The brick walls, made of local brick, have buttresses on the outside to support the load brought to the walls at the point of the truss. Iron tie rods, called bowstrings, run horizontally from one end of the truss to the other, keeping the load from kicking the ends off the bearing plates as the trusses tend to flatten out. The roof, made of 2-inch boards running parallel to the trusses, is fastened to purlins running the 20 feet between the trusses. Although the exposed wood in the roof structure is somewhat dingy today, in the past it was kept whitewashed. This brightened the interior, but the main purpose was to protect the wood from the sparks emanating from the funnels of passing locomotives. Smoke from locomotives could escape through louvers running the length of the roof in a skylight sort of structure located at the top.

The office building part of the station, which is 120 feet long and 70 feet wide, has a tower three stories high at each end. Each has a Mansard-type roof. In the old days the building had a number of fireplaces for heating, and the larger, or eastern, tower had a clock with raised hands. The trainshed also had a small two story hexagonal tower, or minaret, at the southwest corner. Some of the chimneys were removed from the office building when central heating was installed.

Upon walking through the door with the words GENERAL OFFICES and the maple leaf crest, one enters a large hall with gleaming woodwork and floors. Each side is lined by various offices, including that for the dispatcher for the entire system. On the left at the middle of the hall is a gigantic maple staircase which practically glitters like gold. The second floor hallway is like the first floor’s – with pictures and scenes on the lines of both CV and the parent Canadian National. At the east end a door leads to the office of General Manager D.M. Kerr; and therein lies a conference room with green carpeting and mahogany furniture in which top level conferences are held.

The one story portion containing the modernized waiting room and ticket office is 263 feet by 27 feet. The entire structure occupies 46,000 square feet, or just over an acre.

Why was such a spectacular structure built in an out-of-the-way place like St. Albans? How is it that it still stands today? This is the second station at St. Albans; it was built during the presidency of J. Gregory Smith. Smith lived in St. Albans. He was an influential and wealthy man, president of the railroad; naturally he wanted his home town to have the best depot on the line. The structure was also to be the location of the company’s new main offices. A vast plant was built at St. Albans, including car and locomotive shops which are still standing and in use today.

The station has endured the years for several reasons. It was built of the best materials in the first place, and in the ensuing years it has been well cared for and properly maintained. In addition, St. Albans has not grown into a metropolis as have other cities which had big trainsheds. Downtown congestion doesn’t exist here. The station has passed the critical age at which it is just an old building; it is now in the category of an antique. Efforts would tend to preserve, possibly even to restore, the honored old edifice rather than to raze it. It has come to be a landmark.

Business has dropped somewhat since the year ending December 31, 1868, in which 2,606,880 pounds of butter, 948,276 pounds of cheese, and 14,102 cases of mineral water were shipped. Today, six trains a day pass through the shed on their runs between Washington, D.C., Boston and Montreal. As each train pauses, the railway mail clerk picks up the mail from the box on the inside wall near the main office. Passengers board, baggage and express are loaded, and the conductor’s booming voice echoes in the darkness – “All aboard!”

As the train, pulled by diesels, fades into the night one can imagine that the fumes are wood smoke and that the stainless steel New Haven Pullman is an open ender with green velvet upholstery.

Excerpt from Rock Products, December 4, 1920

Railroad Also Values Whitewash

On a recent trip to St. Albans, Vt. the editor was struck with the excellent condition of the trainshed roof of the Central Vermont Ry. station. A view of this is shown herewith. C.E. Donaldson, supervisor of bridges and buildings of this railway, states:

 Our records show that train shed was built in 1868 and there have been no repairs or renewals to trusses since erection of building. Same has been whitewashed on an average of once in four years. Am unable to advise you what formula has been used but at the present time we are using just common whitewash similar to that used on cattle guards, stock yards, etc.

You ask my opinion in regard to using whitewash as a timber preservative. I am satisfied from personal experience that it does preserve our native timber such as spruce, hemlock and other soft wood. Every engineer and architect knows that a trainshed roof is the hardest possible service any structural material can be put to, yet here we have a roof, possibly the oldest of its kind in this country, still in A-1 condition after more than half a century of service. Not only are the timbers in an excellent state of preservation but the iron bolts and rods are equally well preserved from the corrosive gases of the locomotives. Lime whitewash did it.

And so doubtless one could find other sections of the country where old-fashioned practices have held on despite of the propaganda of modern paint manufacturers until today we are forced to admit their virtues and are just beginning to see a return to those practices by people who are being educated to the fact that things need not be discarded just because they are old.

Youtube has a shaky view of the station from a southbound train, starting at 4:50.

http://www.youtube.com/watch?v=i3jprDojT_k

Historic info:

http://accd.vermont.gov/sites/accd/files/Documents/strongcommunities/historic/nr_nominations/St_Albans_CVRR_HD/VT_Franklin%20Co_Central%20Vermont%20Railroad%20HQ%20HD.pdf