Description
The ATC Wine Refractometers YR05931 // YR05936 are state-of-the-art instruments designed for precise wine assessment. They offer rapid and accurate readings with a dual-scale feature that covers alcohol and Brix measurements. These refractometers are equipped with Automatic Temperature Compensation (ATC), ensuring precise readings regardless of the temperature variance in different environments. The robust metal construction ensures longevity and reliability, while the vivid and sharp reticle chart makes it easy to capture readings quickly and accurately. With features that allow easy calibration and operation using only ambient light, these refractometers are ideal for both novice and professional use in the wine industry.
Market Price
The ATC Wine Refractometers, such as the models YR05931 and YR05936, are priced competitively in the market. These instruments typically range from around 70 USD to 210 USD. This variance in pricing allows you to select a refractometer that fits your specific budget and needs. Purchasing from reliable providers ensures top-notch quality and performance, vital for contemporary viticulture.
Frequently Asked Questions
- What is the main difference between the models YR05931 and YR05936? The YR05931 focuses primarily on alcohol content measurement, while the YR05936 includes a broader range of measurements, such as Oechsle and Brix.
- Can the refractometer be used in low-light conditions? Yes, both models utilize ambient light, eliminating the need for additional power sources or batteries.
- How do I calibrate the refractometer? Calibration is straightforward using the provided calibration liquids and instructions included with the device.
Advantages and Disadvantages
One of the greatest advantages of these refractometers is their ease of use and precision, particularly because of the Automatic Temperature Compensation feature. Made from pure aluminum, these devices are lightweight yet durable. However, users must handle them with care to avoid damage, as they are precision instruments. A disadvantage may include the reliance on ambient light, which may not always be ideal in poorly lit environments.
Field Use
In the field, these refractometers are invaluable for winemakers and wine enthusiasts. You simply need to apply a small sample of wine to the prism, close the lid, and look through the eyepiece to get an accurate reading. These refractometers provide essential data for determining the right harvest time, ensuring optimal fermentation and wine quality.
Recommendations
To maximize the use and longevity of your wine refractometer, clean the prism surface after each use to prevent residue build-up. Store the device in its case to protect it from dirt and potential damage. Regular calibration before use is recommended to maintain precision and accuracy.
Features
- High-quality body construction
- No battery required; operates with ambient light
- Easy focus and calibration
- Soft, comfortable non-slip grip
- Automatic Temperature Compensation (ATC)
- Durable and long-lasting
Technical Specifications
Model | Description | Measurement Range | Min. Div. | Accuracy | ATC | ATC Temp. | Material |
YR05931 | ATC alcohol 0~80% v/v optical refractometer | 0-80%v/v | 1%v/v | ±1%v/v | NO | – | Pure aluminium |
YR05932 | ATC Wine 0-25%Vol 0-40%Brix optical refractometer | 0-25%Vol 0-40%Brix | 0.2%Vol 0.2%Brix | ±0.2%Vol ±0.2%Brix | Yes | 10-30° C | Pure aluminium |
YR05933 | 0-25%Vol 0-170 °Oe | 0-25%Vol 0-170 °Oe | 0.2%Vol 1°Oe | ±0.2%Vol ±1°Oe | Yes | 10-30° C | Pure aluminium |
YR05934 | ATC Wine 0- 22%baume 0-25%Vol 0-40% brix optical refractometer | 0-20%Baume 0-25%Vol | 0.2%Baume 0.2%Vol | ±0.2%Baume ±0.2%Vol | Yes | 10-30° C | Pure aluminium |
YR05935 | ATC Oe 0- 140°Oe 0- 27KMW(Babo) | 0-140 °Oe 0-27 KMW (Babo) 0-32%Brix (Sacch.) | ±1°Oe ±0.2KMW ±0.2%Brix | ±1°Oe ±0.2KMW ±0.2%Brix | Yes | 10-30° C | Pure aluminium |
YR05936 | ATC Oe 0-190°Oe 0- 38KMW(Babo) | 0-190 °Oe 0-38 KMW (Babo) 0-44%Brix (Sacch.) | ±2°Oe ±0.4KMW ±0.4%Brix | ±2°Oe ±0.4KMW ±0.4%Brix | Yes | 10-30° C | Pure aluminium |