ATC Refractometer for honey review and manual (brix,bé,water)

If you need measure brix , baume or water on honey you need refractometer  with the correct scale.In this article you will learn the pros and cons of how it is used and where to buy it

To begin with, the correct scale of the refractometer for measuring honey is as follows values:

  • Brix 58-90% (s ) is the sugar content of an aqueous solution. One degree Brix is 1 gram of sucrose in 100 grams of solution and represents the strength of the solution as percentage by mass.
  • Be ° (Baume)  38-43  (measure density of various liquids
  • Water 12-27% (The water content must be less than 20 – 21% to prevent fermentation or honey degradation)

 Review with Pros and Cons

Now I am describing my experience with honey refractometer, I tested about 34 pieces of this product and all worked OK.  Read the pros and cons of this product:

 Pros:

  • Good material and processing
  • Three measured values (brix, Bé, water)
  • You can focus on the eyepiece
  • You can calibrate the refractometer  
 
 Cons: 

  • If you order a refractometer in a plastic box, the box will hardly open
  • The calibration solution would fit  (there is not only a screwdriver in the package) 

Refractometer for honey is suitable primary for honey ,but can you use testing the sugar content of Fruit juices, Soft drinks, Wine, Honey, Jam, Marmalade, Fruit and Vegetables, if you estimate the measured values in the range of the range indicated on the refractometer.

 

Manual how to use refractometer:

Here’s a detailed description of how to measure honey values,But first we will describe the parts of the refractometer.

 

Download original manual pdf:

ATC refractometer univerzal manual-converted

 

Measurement honey with a refractometer:

My test refractometer with honey
  1. Open “Light plate” and place  honey on “Prism” after this close “Light plate and honey spreasds across entire surface of prism without boubles or emty places.
  2. In next step put refractometer in direction of light and look in eyepiece now you see white / blue circular field and see values Brix, Be and water , values are read at the place where the white and blue fields are encountered in line. The values are clearly visible if you can focus dial zoom in or out for a sharp image.

 

Calibration of the refractometer

Equip with refractometer
  1. Open light plate and place 2-3 drops of distilled water on main prism like the measurement of honey, the water must spreads across the prism.
  2. Hold light plate in the direction of light source a look eyepiece,now see clearly two field blue and white fields.
  3. White field mus be exacly on zero scale , if not can you make calibration with screw calibration knob. Make sur ambient room temperature is correct for the solution you are using 20°C.Whne working temperature of room or enviroment (not the sample) change more than 5°C, we recomment recalibrating to maintain accuracy.If the refractometer is equipped with Automatic Temperature Compensation (ATC) , the ambient working instrument is recalibrated. Once calibrated shifts ambient temperature within the acceptable range 10°C-30°C should not affect accuracy.
  4. Now test you honey again , apply the honey measurement procedure described above
  • destiled water is not much good for calibration honey refractometer , better is  calibration solution is used

 

 

 

Here other is “Usefull” info:

Water in honey  must have under 21%.Some honey, for example, from the hip (Calluna) have tent about 23%.

Here is brix table with indicative values for other foods:

Název °Bx Název °Bx
oil emulsions with water 0 – 7 apple juice, carbonated lemonade 10 -22
beer wort 0 -20 berries 14
tomato juice 3 – 6 milk drinks 16 – 21
peach juice 6 – 12 Juniper – berries 30
Orange juice 6 -13 fruit concentrates 42 – 68
apricots 8 – 11 Condensed Milk 52 – 68
cherries 8 -18 vegetable oil 57 – 90
pears 8 – 22 sugar syrup 58 – 80
plums 9 – 14 fruit jam 60 – 70
cherries 10 – 15

 

The refractometers have a Brix scale (° Bx), which determines how many grams of sugar are dissolved in 100 g of the sugar and water solution. This scale is fully convertible to a refractive index (definition defined by an international standard), so refractometers from this group can be used to measure arbitrary substances.

 

More on brix unit
The Brix scale is used in the food industry to measure the approximate amount of sugars in fruits, vegetables, juices, wine, soft drinks and the sugar industry. In different countries, the above scales are used in various industries: in UK brewing, a relative density of x 1000 is measured, European breweries use Plato grades, and the US industry uses a combination of specific gravity, Brix grades, Baumé and Plato grades.

For fruit juices, one degree of Brix is ​​about 1 – 2% of total weight sugar, which usually reflects subjectively perceived sweetness. Since the Brix scale reflects the concentration of the dissolved substance (mostly sugar) in the liquid, it also reflects the density of the liquid being measured. And because the density of the sugar solution can be easily calculated, the sugar content can be measured by refractometers.

Modern measuring instruments with the Brix scale are mostly digital refractometers, which perform the calculation of Brix degrees based on the refractive index. These devices are usually portable, relatively durable and very easy to operate so they can be used directly on site for solution processing.

More and more often, according to the measured values, the ideal time of harvesting of fruit and vegetables is determined so that the products arrive at the consumer in perfect condition or in a condition suitable for further processing (for example, for the vinification process).

The Baumé scale is used mainly in French-speaking countries (in 1768 it was developed by French pharmacist Antoine Baumé) and in Spain. The measurement of sugar content is mainly used for the measurement of the sugar content of grapes and other fruit juices, for the measurement of specific gravity, for example in brewing.
The interesting thing about this scale is that two different formulas are used to calculate the specific gravity of liquids – one for liquids denser than water and the other for liquids thinner than water. The scale unit is presented in several ways – B °, Bé °, Be ° or Baume.

Good links for bee honey refractometers:

 

Technical parameters:

  • ATC range: -10~30 C (50~86 F)
  • Dimension: 142x40x40mm
  • Weight: 88g
Measuring range:
  •     Brix: 58~90%
  •      Be’: 38~43
  •     Water: 12~27%
Accuracy:
  •     Brix: 1%
  •      Be’: 0.5
  •     Water: 1%
Resolution:
  •     Brix: 1%
  •      Be’: 0.5
  •     Water: 1%

Package contains:

  • 1 x Refractometer
  • 1 x Plastic pipette
  • 1 x Mini Screw Driver
  • 1 x Cleaning Cloth
  • 1 x Plastic Box
  • 1 x Manual

Features :

  • Easy to use, sturdy design, compact in size and light in weight, convenient to keep up and carry arround. 
  • We provide Manual in English, French, German, Spanish, Italian, Japanese, Russian.
  • One Cloth bag for the convenient of customer is provided.
  • With Built-in ATC (Automatic Temperature Compensation) from 10~30 degree Celsius.
  • Cushioned with soft & comfortable non-slip rubber
  • Soft Rubber eyepiece for comfortable viewing
  • Equipped with scale measurement which provides direct reading
  • Accurate testing results guaranteed
  • Durable and bulit to last long
  • Adjustable manual focusing
  • Use ambient light only which means battery or power source is not required

 

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