11 Inch Galileo Thermometer
“Where art meets science.”
Model: 914-4928
DC: 110323
Temperature range: 64°F to 80°F
Dimensions: 11.22” Tall Glass Tube
Specifications
Made in China - Printed in China
• This product is not a toy; keep away from children.
• Contains paran oil. In case of breakage and contact with liquid contents,
wash hands with soap and water.
• Do not ingest liquid. In case of ingestion, wash mouth with water and call a
physician or your local poison control center.
• Use protective gloves to clean up spilled liquid and broken glass.
• Dispose of the thermometer if damaged or leaking occurs.
• Adult use only.
DANGER: HARMFUL POISONOUS VAPORS
This product is warranted to be free from defects in material and
workmanship under normal use and service for a period of one year from
the date of sale to the customer. Warranty will not apply to defects resulting
from abuse, accidents, or misuse. If a defect that is covered by this warranty
arises during the warranty period, promptly contact us with proof of purchase
showing the date the thermometer was purchased to the following address:
La Crosse Clock Company
Warranty Department
2830 South 26th Street.
La Crosse, WI 54601
For Online support visit:
www.lacrossetechnology.com/support
WARRANTY & SUPPORT
Galileo Thermometer
Based on a discovery by Galileo Galilei (1564-1642)
History
Searching for a way to measure exact temperatures,
Galileo discovered this fascinating method. He placed
several exactly weighted balls in a cylinder filled with
a certain liquid. He found that the balls rose or fell
according to the temperature. By this method, he was
able to determine the current temperature.
Working with German artisans in Wertheim Germany,
La Crosse was the first American company to sell
Galileo Thermometers in the USA.
How it Works
This thermometer works on the principle that the
density of a liquid changes as the temperature varies.
Each of the glass balls is exactly weighted by partially
filling them with liquid. When the temperature rises, the
liquid in the glass cylinder becomes less dense and
the heavier balls sank to the bottom. When viewing, the
lowest floating ball is the current temperature.
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