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Raw milk must be immediately cooled from 95 degrees Fahrenheit and
mai ntained
at 38 degrees Fahrenheit to preserve freshness and quality. As a
result, the milk-refrigeration process consumes about 25 percent of
total farm electricity usage. The dairy industry has capitalized on
efficiency incentives by replacing conventional reciprocating
compressors with more efficient Copeland Scroll compressors. |
Milk coolers at schools
must meet harsh reliability
and durability requirements. In an environment where
the cooler is generally left open for a minimum of
two hours every day, schools
count on their equipment
to keep milk
at
safe temperatures.
Emerson Climate Technologies™ partners with OEMs to
provide refrigeration equipment for these demanding
applications. OEMs and
end-users know that Emerson Climate Technologies
products are the most reliable, and in addition are
backed by more than 950 Authorized Wholesalers.
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The operators of commercial dairy distribution trucks value
reliability, accurate temperature control, fast pull-down and
overall operating efficiency. These vehicles make numerous stops for
loading and unloading of milk; therefore, temperature control and
management are crucial.
Dairies rely on trucks equipped with eutectic plates and blower
units to maintain required product temperatures. These systems rely
on Copeland Scroll compressors and Copeland® T-Line cond ensing
units, which are the ideal solution for this demanding market
because they deliver greater cooling capacity and better efficiency
than reciprocating compressors. They also help deliver the fastest
pulldown of any truck unit, plus better overall temperature
management and control in operations where doors must be opened
frequently. Copeland Scroll compressors deliver critical transport
market savings advantages such as lower fuel consumption and reduced
maintenance costs.
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