imported>NeuerY68: /* growthexperiments-addlink-summary-summary:3|0|0 */

2025-11-25T20:33:15Z

growthexperiments-addlink-summary-summary:3|0|0

← Previous revision		Revision as of 20:33, 25 November 2025
Line 1:		Line 1:
	[[File:Steam engine, Bygones Museum, Claydon - geograph-1687594-by-Chris-Allen.jpg\|thumb\|Table engine built by Lampitt of Banbury c1850 and used at the [[Hunt Edmunds]] brewery]]		[[File:Steam engine, Bygones Museum, Claydon - geograph-1687594-by-Chris-Allen.jpg\|thumb\|Table engine built by Lampitt of Banbury c1850 and used at the [[Hunt Edmunds]] brewery]]
	A '''table engine''' is a variety of [[stationary steam engine]] where the cylinder is placed on top of a table-shaped base, the legs of which stand on the baseplate which locates the crankshaft bearings. The piston rod protrudes from the top of the cylinder and has fixed to it a cross-head which runs in slides attached to, and rising from, the cylinder top. Long [[return connecting rod engine\|return rods]] connect the crosshead to the crankshaft, on which is fixed the flywheel.		A '''table engine''' is a variety of [[stationary steam engine]] where the cylinder is placed on top of a table-shaped base, the legs of which stand on the baseplate which locates the [[crankshaft]] bearings. The [[piston rod]] protrudes from the top of the cylinder and has fixed to it a cross-head which runs in slides attached to, and rising from, the cylinder top. Long [[return connecting rod engine\|return rods]] connect the crosshead to the crankshaft, on which is fixed the [[flywheel]].

	This pattern of engine was first introduced by [[James Sadler (balloonist)\|James Sadler]] at the [[Portsmouth Block Mills\|Portsmouth Dockyard]] in 1798 and was [[house-built engine\|house-built]] in that its framing was formed by the [[House-built engine\|engine house]], as had been common practice for [[beam engine]]s.		This pattern of engine was first introduced by [[James Sadler (balloonist)\|James Sadler]] at the [[Portsmouth Block Mills\|Portsmouth Dockyard]] in 1798 and was [[house-built engine\|house-built]] in that its framing was formed by the [[House-built engine\|engine house]], as had been common practice for [[beam engine]]s.

imported>Beland: convert special characters (via WP:JWB)

2020-06-19T17:52:56Z

convert special characters (via WP:JWB)

New page

[[File:Steam engine, Bygones Museum, Claydon - geograph-1687594-by-Chris-Allen.jpg|thumb|Table engine built by Lampitt of Banbury c1850 and used at the [[Hunt Edmunds]] brewery]]
A '''table engine''' is a variety of [[stationary steam engine]] where the cylinder is placed on top of a table-shaped base, the legs of which stand on the baseplate which locates the crankshaft bearings. The piston rod protrudes from the top of the cylinder and has fixed to it a cross-head which runs in slides attached to, and rising from, the cylinder top. Long [[return connecting rod engine|return rods]] connect the crosshead to the crankshaft, on which is fixed the flywheel.

This pattern of engine was first introduced by [[James Sadler (balloonist)|James Sadler]] at the [[Portsmouth Block Mills|Portsmouth Dockyard]] in 1798 and was [[house-built engine|house-built]] in that its framing was formed by the [[House-built engine|engine house]], as had been common practice for [[beam engine]]s.

[[Henry Maudslay]] patented an improved version of this a few years later, and other makers adopted the configuration.

It was supplied for low-speed, low-power applications around the first half of the nineteenth century. They continued to be made in a range of sizes, down to very small, with a bore and stroke of only a few inches.<ref>{{Cite journal
|title=A Small Table Engine
|journal=[[Light Steam Power]]
|volume=XVII
|issue=1
|date=January–February 1968
|quote=1{{frac|3|4}}" bore × 3"
|page=cover
}}</ref>

The table engine was one of the first types<ref group="note" >[[Richard Trevithick]] had also built a number of stationary engines which used their boiler as a framework to support their cylinder and crankshaft.</ref> where the engine was constructed as an independent unit, rather than being [[house-built engine|house-built]]. This made the engines cheaper, and more importantly quicker, to erect on site. Entire engines could be built and tested at their factory before delivery. Engines could also be pre-built, then offered for sale from stock, rather than having to be designed and constructed for each site.

One reason for the continued use of a vertical cylinder<ref group="note" >Engines up to this point, with only rare exceptions, were [[beam engine]]s using a vertical cylinder.</ref> was the belief that with a horizontal cylinder, the weight of the piston within the cylinder would lead to uneven wear on the lower bore of the cylinder. This erroneous view was not dispelled until around 1830 and the increasing number of steam locomotives using horizontal cylinders without such wear problems.

== Footnotes ==
{{Reflist|group=note|liststyle=lower-roman}}

== Notes ==
{{Reflist}}

==External links==
{{Commons category|Table engines}}
*[https://collection.sciencemuseumgroup.org.uk/objects/co51067/table-engine-by-maudslay-sons-field-1840-steam-engines-table-engines Maudslay table engine at the Science Museum, London]

[[Category:Stationary steam engines]]
[[Category:Steam engines]]
[[Category:Steam engines by layout]]

Table engine - Revision history

imported>NeuerY68: /* growthexperiments-addlink-summary-summary:3|0|0 */

imported>Beland: convert special characters (via WP:JWB)