HANNA HI96813 Brix and potential alcohol refractive analyzerSPEC
HANNA HI96813 Brix and potential alcohol refractive analyzerDetails
HANNA HI96813 Brix and potential alcohol refractive analyzerPacking list
SKU
NB045670
Measurement range of sugar content
0 to 50% Brix;
sugar content resolution
0.1% Brix;
Sugar content Accuracy (@25 ℃/77 ° F)
±0.2% Brix;
Measurement range
0 to 80℃ (32 to 176 ℉)
Temperature Resolution
±0.1 ℃(0.1℉)
Temperature Accuracy (@25 ℃/77 ° F)
±0.3 ℃(0.5℉)
Temperature compensation
Automatic temperature compensation 10-40 ℃ (50 to 104 ° F)
Measurement of reaction time
Approximately 1.5 seconds
Minimum sample size
100 μL (completely covering the prism)
Light source
Yellow LED
Sample chamber
Stainless steel tank, flint prism
Automatic shutdown
After three minutes of use
Shell protection level
IP65
Power supply type/Battery life
9V/about 5000 sets of readings
Size/Weight
192x102x67 mm (7.6x4.01x2.6”)/420g(14.8oz.)
basic configuration
Host, battery, manual
HI96813
Brix and potential alcohol refractive analyzer
Measurement range of sugar content 0 to 50% Brix;, sugar content resolution 0.1% Brix;, sugar content accuracy (@25 ℃/77 ℉) +/- 0.2% Brix; Sample chamber is stainless steel cell body, flint prism, automatic shutdown after three minutes of use.
Introduction
The HI96813 Brix and Latent Alcohol Refractometer converts the refractive index into sucrose concentration in weight percent, or % Brix (also known as °Brix). The theoretical basis for this conversion is the sugar analysis method provided in the International Committee for the Unified Method of Analysis of Sugar. Since most of the sugars in grape juice are fructose and glucose but not sucrose, the sugar content reading of this refractometer when measuring wine is often called "apparent Brix".
working principle
The HI96813 Brix and Latent Alcohol Refractometer converts the refractive index of a sample to sucrose concentration in percent by weight, %Brix (also known as °Brix). The conversions used are based on the ICUMSA method manual (International Committee on Unified Methods for Sugar Analysis). Since most of the sugars in grape juice are fructose and glucose, rather than sucrose, the reading is sometimes called "apparent Brix."
Characteristics
Two-line LCD display with temperature reading below the measured value.
ATC, automatic temperature compensation.
BEPS, low battery reminder, ensures accurate and effective readings.
Waterproof, suitable for laboratory and field measurements.
Fast and accurate measurement, with measurement results quickly displayed in 1.5 seconds.
One-point calibration, use distilled or deionized water.
For micro-volume samples, only 2 drops of sample are needed.
Automatically shuts down if not used for three minutes.
Stainless steel sample chamber, easy to clean and anti-corrosion.
Easy to operate, just drop the sample and press the button to read, simple and fast.
[Note]Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.
FAQ
QIs the price listed on the website the final cost for overseas purchases?
ANo, it isn't. This is the ex-factory price of the product in the Chinese Mainland. In addition to this price, buyers from different countries need to account for additional costs such as shipping fees, tariffs, and others. For specific regional quotes, please consult our customer service or fill out a quotation form.
QWhat is the specific process for purchasing the product?
AFirst, please click on the quotation form on the website and fill in detailed information. Our customer service personnel will then send you a quotation based on your specific country and region, confirming payment and delivery methods. Following this, we proceed with contract signing, payment, and shipment. You can then await delivery.
QWhat should I do if the instrument I purchase needs repair?
AAfter-sales repair for overseas instruments is an unavoidable issue. Our repair terms stipulate that the sender is responsible for the shipping and insurance costs incurred for the repair. Repairs within the warranty period are free, while repair costs beyond the warranty period are determined based on the actual situation.