2. R
DIGITAL WINE REFRACTOMETER
MODEL NO. - ACM-DRB-01
The Wine/Oe Refractometer are highly accurate and precise optical instruments. These digital Wine/Oe
Refractometer use latest and precise optical cells to determine the exact sugar content in the unfermented grape
juice. These refractomers use digital picture processing technique and accurate temperature compensation.
Advanced microprocessor is centre of the digital salinity refractometer which measure the exact sugar content in
the unfermented
grape juice with precisions displays as three and half figures
number liquid crystal displayer. The refractometer is
simple to control and easy to carry. This equipment is
very sturdy and have a long battery life.
The Wine or Oe refractometer can determine the
sugar content in unfermented grape juice and with this
information the potential alcohol content if it is used to make wine. The
most important unit of measurement for refractometers is the Oechsle
(°Oe). however KMW, babo, KMN, baum and brix are also commonly in use. The
refractometer for wine making presents scales read in °Oe, sucrose / brix and KMN / babo. All of these units
measure follow the same principle, according to which 16.5g of sugar will produce 1% alcohol., Normally the
weight of unfermented grapes is a criteria that determines quality and is used for the classification of wine.
3. R
The German mechanic Ferdinand Oechsle, from Pforzheim, in the 19th century invented the system of
measurement which takes his name and is used for determining the weight of unfermented grape juice.
1°Oechsle in the scale of a refractometer for wine making corresponds to a specific weight which is found to
be equal to 1g / kg above that of water, which is to say 1.001. In Austria, August von Babo developed the
Klosterneuburg scale of fermentation. This scale provides the content of sugar in the fermented grapes as a
percentage of weight. The most accurate conversion to degrees Oechsle is done by using the formula "1
KMW = 5°O.
FEATURES
Ÿ Precise optical cells and intelligent digital picture processing technique insure accurate and stable
measurement.
Ÿ Accurate temperature compensation ensures exact revision in wide range of measuring temperature.
Ÿ Low power consumption circuit design.
Ÿ Intelligent power management and automatic switch off.
Ÿ Low Voltage alarm.
Ÿ Unit Conversion Facility Centigrade grade as well as Fahrenheit grade.
Ÿ Easy Four Button Operation for the complete process.
Ÿ 3 ½ Digital LCD arrangement.
Ÿ Water Proof Circuit.
Ÿ Strong Shock Absorption Capability.
Ÿ Highly unchanging as well as reliable.
Ÿ Easy to review LCD arrangement.