Bell weight tables

Major American bellfoundries of the late 19th and early 20th centures commonly included tables of bell weights in the catalogs of their products.  One reason for doing this was to tell prospective purchasers how much space would be required in the belfry for a swinging bell.  The clear space for a rope wheel was typically larger than the floor space the factory-supplied timber base upon which the side supports and tolling hammer were mounted.  Some foundries also included the price of the mountings (timber frame, cast iron side supports and yoke), as these prices did not vary nearly as much as the prices of the bells themselves, which were heavily dependent upon fluctuations in the prices of copper and tin - the components of bell metal.

Tables of weights for bronze bells

The Jones & Company Troy Bell Foundry, Troy, New York
Since the note or pitch of a bell is determined by its inside diameter at the strike point, and this table shows a wide variety of notes for a given weight (a range of a minor or major third), it is evident that the Jones foundry was being surprisingly honest about their inability to produce bells with a consistent profile.
WtTable-Jones


McShane Bell Foundry, Baltimore, Maryland
  Weight, Tone (pitch) and Diameter from an early catalog
This foundry apparently had better control of its bell profiles than Jones did, but the resulting tones were not as accurate as this table seems to imply.  Single bells from this and other American foundries could be a quarter-tone off the claimed note in either direction.  Apparently McShane also claimed to be able to produce heavier (and deeper-toned) bells; but it is not known what their heaviest bell actually was.
WtTable-McShane-early

  Weights and prices (bell and fittings) from a 1983 letter
This table shows a pitch range of three octaves, with a single pattern weight for each pitch.
WtTable-McShane-1983prices


Meneely Bell Company, Troy, New York
Separate tables were provided to account for the different ways in which bells could be installed.  Stationary bells include clock bells and fire alarm bells, both affixed to an existing horizontal beam.  Bells hung in a bell cote have unlimited space in one direction, and their bearings are embedded in the side walls of the cote.  Church, chapel and school bells all swing, in frames that stand on a factory-supplied base that must be supported by an existing floor or similar structure.
This table accurately reflects the foundry's capability to make large bells, as some are known in the 7000# range.
WtTable-Meneely-Troy


Meneely & Company, West Troy (later Watervliet), New York
WtTable-Meneely-WestTroy


The Henry Stuckstede Bell Foundry Company, Saint Louis, Missouri
This was the final stage of the first Stuckstede bellfoundry.
The very heavy capability suggested by this table was probably only wishful thinking on the part of a bellfounder who was more salesman than craftsman; the largest known bell from this foundry is about 6000 pounds.
Wttable-HyStuckstede-large

The drawing on this page is based on the style of decoration used by this foundry before Henry Stuckstede took control of it.
WtTable-HyStuckstede-small


Stuckstede & Bro., Saint Louis, Missouri
This was the second Stuckstede bell foundry; it was operated by two nephews of Henry Stuckstede, and competed with his foundry for more than 40 years.  The name Saint Louis Bell Foundry was used in advertising material such as this, but never appears on any of their bells.
The largest bell by them found to date is a D# of about 2200 pounds.
WtTable-Stuckstede&Bro


Tables of weights for steel bells

Makers of these bells did not give notes, possibly because the notes of these bells are rather indeterminate.

The C.S.Bell Company, Hillsboro, Ohio
WtTable-CSBellCo-ChSch

WtTable-CSBellCo-FireAlarm

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This page was created 2016/12/31 and last revised 2016/12/31.

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