Wednesday, January 29, 2014

Corliss Engine Review Space Heating



When it comes to space heating, TRIAD boasts of its excellent line of boilers with various practical applications with proven performance advantages.

TRIAD Hot-Water Space-Heating Boilers provide a rugged solution for a various range of hydronic-heating applications. Similar to all TRIAD boilers, these are ready-to-install packaged systems featuring a perfectly-matched powerful, efficient burner/boiler combination. All appurtenant hot-water boiler controls and secondary plumbing are installed and pre-wired, with the vessels clearly passing through a 32-inch doorway for immediate start-up.

These excellent space-heating boilers are highly recommended for use in schools & universities, healthcare facilities, office buildings, historic landmark buildings, residential space-heating and industrial space-heating requirements. Redundant modular boilers are very important for healthcare facilities and the Small Footprint unit is the perfect solution for universities and other campus heating requirements in many assorted building applications.

TRIAD boilers are also perfect for decentralizing a large central-heating plant. Simple off-the-shelf controls allow facility managers to quickly and easily conduct vital maintenance operations and also quickly source out parts when required.

For industrial operations, TRIAD’s uniquely-designed, sturdy boilers can provide heat to a small area of a large facility without installing a line from the central heating-plant. Various applications for these boilers include plating-processes, drying-ovens, food-processing, quenching-operations and wash-down stations.

TRIAD also provides burners that can fire gas, oil, propane, or dual fuel. Gas trains can be stage-fired via several options: on/off, low/high/off, low/high/low or modulating. The sizes vary from 300 MBH up to 2000 MBH. And the best thing is that even the largest boiler fits through a 34-inch doorway.

Since these are modular boilers, as many of these boilers can be linked together to create a highly-efficient system that can deliver millions of BTU’s on the coldest winter days or just the minimum of BTU’s on a mild spring day.

These hot-water boilers can be operated by TRIAD’s modular control panel (or another manufacturer’s panel) that automatically fires additional boilers based on heat load, to create a very efficient space heating system for residential, commercial and industrial needs.

For inquiries about TRIAD Boilers, contact us at:


1099 Atlantic Drive, Unit 2
West Chicago, IL 60185 
Phone: (888) 526-5245
Fax: (630) 562-2800

Saturday, November 23, 2013

Corliss Steam Engine Boiler Group Gear Rooms History of the steam engine

Corliss Steam Engine Boiler Group Gear Rooms History of the steam engine                             
The history of the steam engine stretches back as far as the 1st century AD; the first recorded rudimentary steam engine being the aeolipile described by Hero of Alexandria.[1] Over a millennium after Hero's (or "Heron's") experiments, a number of steam-powered devices were experimented with or proposed, but it was not until 1712 that a commercially successful steam engine was finally developed, Thomas Newcomen's atmospheric engine. During the industrial revolution, steam engines became the dominant source of power and remained so into the early decades of the 20th century, when advances in the design of the electric motor and the internal combustion engine resulted in the rapid replacement of the steam engine by these technologies. However, the steam turbine, an alternative form of steam engine, has become the most common method by which electrical power generators are driven.[2] Investigations are being made into the practicalities of reviving the reciprocating steam engine as the basis for a new wave of 'advanced steam technology' .

1 Precursors
1.1 Early uses of steam power
1.2 Cylinders
1.3 Savery steam pump
2 Atmospheric condensing engines
2.1 Newcomen "atmospheric" engine
2.2 Watt's separate condenser
2.3 Watt double-acting and rotative engines
3 High-pressure engines
3.1 Cornish engine and compounding
4 Corliss engine
5 Porter-Allen high speed engine
5.1 Uniflow (or unaflow) engine
6 References
7 Bibliography
8 Further reading


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Saturday, October 5, 2013

Frank William Shillitto käsikirja Corliss höyrykoneet

REESE KIRJASTON THK UNIVERSITY OF CALIFORNIA.
Petetty, 190. -Liittymistä nro 8 301 7. Luokan nro-u-lf-U-U-ru-u-4
HANB BK CORLISS HÖYRYKONEITA.
KUVATAAN KATTAVASTI moottorit EREKTIO, säädä-seen CORLISS VALVE pyydyksiä, ja hoidon ja hallinnoinnin CORLISS HÖYRYKONEITA., Jl * toinen painos.
AMERICAN INDUSTRIAL julkaista Co.PUBLISHERS.
BRIDGEPORT, CONNECTICUT, YHDYSVALLAT 1899.
TEKIJÄNOIKEUDEN 1898.
F. W. SHILLITTO, JR.
ESIPUHE.

Peruskoulun tutkielman Corliss moottorin kysyntä on saanut minut lähtemään tämän aseman valmistelu. Se on esitetty ei ole journalistisen pyrkimykset ja joilla ei ole kunnianhimoa pelastaa etenemiseen ja hyvinvointia nuorempi mem ansiosidonnaista soittaa valittu. Se on ollut tekijän tarkoitus esitetyn aineiston kieli vapaa tarpeettomia teknisiä ja ytimekkäästi mahdollisimman periaatteet.
Vaikka muutama ilmaisin kaavioita on otettu käyttöön tekijän käytännön havainnollistaa joitakin kohtia, ei on tapahtunut hoitoon pitkään tästä aiheesta, kuten veljeys ei hyvin sup-kertasin eniten ihailtavaa toimii tällä rivillä.
Tämä määrä saatava im jakaus halutun tiedon lukijoilleen kirjoittaja, itse asiassa runsaasti maksetaan vaivaa.
KIRJOITTAJA.
KESÄKUUTA 1898. 83017
TAULUKKO COXTEtfTS.
OSA I.
Pystyttämisen Corliss höyrykoneita.
LUKU I. VALMISTAUTUMINEN PERUSTA.
II PAIKALLISTAMISEEN VERTAILULINJOJEN.
III MALLEJA.
IV. PERUSTA.
V. SAATTAMISTA MAIN-OSAT PAIKOILLEEN.
VI. VUORI JA TASOITUS.
VII. KOKOONPANO LIIKKUVIA OSIA.


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