Product Introduction
The UHV-660 Electrolytic Oil Moisture Analyzer is designed for the precise determination of trace moisture content in liquids, solids, and gases. It offers outstanding advantages of rapid detection speed and high measurement accuracy. Additionally, the instrument features the capability to measure and display dynamic potential curves, and provides substantial data storage capacity, capable of retaining up to 1,000 test records.
1. Equipped with a high-performance ARM processor, the instrument ensures stable and rapid operation while delivering excellent anti-interference performance. This contributes to its outstanding advantages in both fast detection speed and high accuracy.
2. Featuring built-in fault self-diagnosis, the device automatically displays and prints measurement results upon completion. Its dynamic potential curve indication function provides a clear and intuitive visualization of the testing process.
3. With ample data storage capacity, the instrument can store up to 1,000 test records for convenient review and tracking.
4. The delay measurement function enhances testing effectiveness, particularly for samples with low moisture content.
5. The sliding touch control enables intuitive and smooth stirring speed adjustment during operation.
6. The moisture calculation formula incorporates multiple algorithms, supporting key parameter inputs such as volume and weight for flexible and accurate measurement.
7. During the testing process, relevant calculation parameters can be modified in real time without affecting ongoing moisture measurement. The system automatically recalculates moisture content based on the updated parameters, offering enhanced convenience and adaptability for users.
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teknik parametreler
| Titrasyon yöntemi | Coulometric titration(coulometric analysis) |
| Ölçüm aralığı | 1ug～100mg(Typical value 10ug~100ug) |
| Electrolytic current | 0-400mA |
| Hassasiyet eşiği | 0,1ug |
| Kesinlik | 5ugH2O~1mgH2O ± 2ug, 0.3% above 1mgH2O (excluding injection error and environmental humidity error) |
| Örnek tip | Solid, liquid, and gaseous states |
| Görüntüleme yöntemi | 64K renkli yüksek çözünürlüklü dokunmatik ekran |
| Data Storage | 1000 test kaydı |
| Status indicator | Dynamic curves, text display |
| Mixing speed regulation | Sliding touch panel speed control |
| Yazıcı | Micro thermal printer, paper width 56mm |
| Güç kaynağı | AC220V±10V、50Hz±2.5Hz |
| Güç | 50VA |
| Operating ambient temperature | 5～35℃ |
| Operating environment humidity | ≤85% |
| Genel boyutları | 330mm x 260mm x 220mm (length x width x height) |
Advantages
1. High precision: The trace moisture analyzer adopts precise measurement technology and highly sensitive sensors, which can determine the trace moisture content in samples with extremely high accuracy and precision.
2. Quick measurement: Trace moisture analyzers usually have fast measurement speeds, which can complete the determination of moisture content in a short period of time and improve work efficiency.
3. Non destructive testing: The measurement process of a trace moisture analyzer is usually non-destructive, and the sample can continue to be used after measurement without causing damage or contamination to the sample.
4. Wide measurement range: Trace moisture analyzers typically have a wide measurement range and can adapt to the moisture content measurement needs of different samples.
5. Easy to operate: The operation of the trace moisture analyzer is relatively simple, and most devices have user-friendly interfaces and operation guidance, without the need for complex operating skills.
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Application Scenarios
Chemical industry: The chemical industry requires accurate control of moisture in the production process to ensure product quality and production safety.
Medicine: The pharmaceutical profession has strict requirements for the composition of drugs and the moisture content in formulations to ensure the quality and safety of drugs.
Food: The food profession requires manipulating the moisture in food to extend its shelf life and ensure its safety.
Petroleum: Accurately controlling the moisture content in petroleum products is crucial for the quality and safety of oil products in the petroleum industry.
Electrician and Electronics: The electrician and electronics profession requires accurate detection of moisture in electrical equipment such as circuit boards and cables to ensure the safety and stability of the equipment.
Environmental Protection: Environmental protection professions require the detection of moisture in samples such as wastewater and sludge to evaluate the effectiveness of environmental governance and the degree of pollution.
Check the electrolyte is failure or not.
Frequently Asked Questions
1. Can the trace moisture analyzer be used near live equipment?
not allow. The micro moisture analyzer can only be connected for measurement after confirming that the tested equipment is completely powered off, tested, and grounded.
2. How long does the battery life of the trace moisture analyzer last?
It can work continuously for about 4 to 6 hours when fully charged. It is recommended to prepare a backup battery or use an external power adapter on site.
3. Is the measurement result of the trace moisture analyzer greatly affected by temperature?
influential. When used within the ambient temperature range of 5 ℃ to 40 ℃, there may be deviations in measurement data at extreme temperatures.
4. How to prevent the sample from absorbing moisture before measurement?
During the sampling and storage process, containers with good sealing should be used and measurements should be taken as soon as possible. When operating in a humid environment, it is also possible to consider using a dryer or under inert gas protection.
6. What are the main differences between Karl Fischer titration and dew point titration in application?
The Karl Fischer method is more suitable for liquid samples and has high detection accuracy; The dew point rule is more commonly used for monitoring gas samples, especially ambient air and industrial gases.
7. What type of analyzer should I choose to analyze the moisture in transformer oil?
Karl Fischer titration is currently the most mainstream and highly accurate method for analyzing trace water in insulating oil, and many enterprise level applications use this type of equipment.
