The Steam Fire Engine and the Old-time Fire BellAnonymous
History
The Steam Fire Engine and the Old-time Fire Bell
Anonymous
Fire engines
In 1835 the Dayton City Council agreed to pay “fifty cents to each of
the sextons of the several churches, as well as to the sheriff, for
ringing their respective bells at each fire to give the alarm more
generally to the citizens.” It was not until ten years later, in Boston,
that the first telegraphic fire alarm was developed. The new system
employed fire-alarm boxes, similar to those in use today, which sent the
alarm to a central point, from which alarm bells were struck
electrically, replacing the old church bell method.
[Illustration: Old-time volunteer firemen often wore flamboyant
uniforms, although their habitual attire at fires was the clothing
they happened to be wearing when the alarm sounded. The “vamps”
bought their own uniforms and took great pride in the appearance of
their companies at such public events as parades.]
Between 1830 and 1850, hand pumpers were being improved in many ways.
The old “tub” engines with water reservoirs which had to be filled with
buckets eventually gave way to suction pumpers. These machines still
employed a water reservoir but the tank was filled—provided a dependable
water source was available—through a heavy hose which drew water into
the engine. Unfortunately, a good water supply was not always close at
hand. When the water supply was distant, the engines would be formed in
line and water pumped from one engine to the reservoir of the next. At
one New York fire, more than thirty engines were lined up for a mile and
a half in order to produce a single small stream of water.
When operating in a line, the companies usually engaged in one of their
most popular contests—that of trying to “wash” the engine ahead of them.
An engine was said to be washed when its reservoir was filled to
overflowing by the superior pumping power of the engine behind. To allow
this to happen was considered a great disgrace. Handicapped by an
inefficient engine, men in danger of being washed would often speed up
their pumping to the rate of 120 strokes a minute, a pace that could be
maintained for only a few minutes even by the most rugged. When
thoroughly fatigued, a volunteer would drop off the pump handles and
another man would rush in to take his place. During high operating
speeds, this could be dangerous, with cuts, broken fingers and fractured
arms resulting.
An unfortunate counterpart of the technical gains achieved in
fire-fighting during the hand-pump period was the sharp increase in
rivalry among different volunteer companies. In many cases this spirit
of competition spilled over into acts of violence.
Public-domain text, read in full here on John Shaqi.
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