Product Introduction
Kinematic Viscometer for petroleum products, using high definition color touch screen technology, the interface is rich and clear, touch screen response is fast and flexible; Using large capacity memory chip, up to 2000 measurement results can be stored; The panel mounted thermal printer is used to automatically and quickly print the test results, sample number, test time, viscometer constant, pipe diameter, kinematic viscosity value and other information after the test.
Product Characteristics
1、Precision Temperature Control: This automatic viscosity measuring instrument for petroleum products utilizes advanced fuzzy PID temperature control technology, delivering exceptional temperature stability with an accuracy of ±0.02°C.
6、Convenient Data Output: A built-in thermal printer allows for automatic and quick printing of test results immediately after completion.
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Teknikal na mga detalye
| display | Kulay ng LCD display + touch screen |
| Saklaw ng kontrol sa temperatura | Room temperature ~150°C |
| Itakda ang temperatura | 20°C, 40°C, 50°C, 80°C, 100°C, any value (higher than room temperature ~150°C) |
| Constant temperature accuracy | Plus or minus 0.02°C |
| Heating power | Bilang ng mga butas sa pagsubok |
| Saklaw ng oras | 0~999 seconds (according to the national standard, the flow time of each test sample must be higher than 200 seconds) |
| Katumpakan ng oras | 0.1s |
| Mga oras ng timing | 1 to 4 times This parameter is optional |
| Kapasidad ng imbakan | 2000 mga rekord ng pagsubok |
| Printing mode | Panel mounted thermal printer |
| Power supply | AC220V±5% 50Hz±5% |
| kapangyarihan | 1600W |
| Service ambient temperature | 5°C ~ 35°C |
| Ambient humidity | 10%~80% |
Advantages
Accurate measurement: High precision temperature control, stable and reliable test results.
Fully automatic operation: Automatically complete testing, calculation, storage, and printing.
High detection efficiency: supports continuous testing to improve laboratory work efficiency.
Intelligent constant temperature: precise temperature control that meets international testing standards.
Automatic cleaning: Automatically clean and dry capillaries, reducing manual maintenance.
Easy to operate: touch screen design, user-friendly interface, easy to use.
Data Management: Supports data storage, querying, printing, and USB export.
Widely applicable: Suitable for various oil products such as lubricating oil, transformer oil, diesel, hydraulic oil, etc.
Safe and reliable: equipped with fault alarm and over temperature protection functions.
Low maintenance cost: stable performance, long service life, and comprehensive after-sales service.
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Application Scenarios
1. Petrochemical industry
Crude oil and fuel oil: detecting the fluidity of crude oil and optimizing refining processes; Monitor the low-temperature fluidity of diesel and aviation fuel to ensure equipment start-up performance.
Lubricant research and development: Evaluate the lubrication performance of different formulations to match the lubrication needs of engines and precision machinery.
2. Chemical Industry and New Materials
Polymers and Coatings: Measure the viscosity of polymer materials, control molecular weight distribution and crosslinking degree, and ensure product uniformity.
Organic solvents: detect the volatility and solubility of solvents to improve chemical production efficiency.
3. Automotive and equipment manufacturing
Engine oil testing: Quickly determine the degree of lubricating oil aging to avoid engine wear.
Fuel quality control: Ensure the fluidity of diesel and fuel in low-temperature environments, and improve vehicle endurance and reliability.
4. Food and pharmaceutical industry
Food additives: detect the viscosity of syrup and sauce, optimize taste and shelf life.
Pharmaceutical preparations: Monitor the flowability of oral liquids and ointments to ensure filling accuracy and drug efficacy stability.
5. Research and quality inspection institutions
New material research and development: Analyze the rheological properties of nanomaterials and bio based fluids to promote technological innovation.
Third party testing: providing authoritative data support for oil trade and product certification.
Frequently Asked Questions
1. What is a kinematic viscosity tester?
A kinematic viscosity tester is a laboratory instrument used to measure the kinematic viscosity of petroleum products, lubricants, fuel oils, and other liquids. It automatically calculates the kinematic viscosity value by measuring the time required for the liquid to flow through a standard capillary viscometer under constant temperature conditions.
2. Do you need regular calibration?
It is recommended to regularly use standard viscosity liquid for calibration to ensure testing accuracy. The calibration cycle can be determined according to laboratory management requirements or usage frequency.
3. Why is temperature testing so important?
The viscosity of motion is significantly affected by temperature, and for every 1 ℃ change in temperature, there may be a noticeable change in viscosity. Therefore, stable and precise temperature control is the key to ensuring the accuracy of test results.
4. What are the advantages of an automatic motion viscosity tester compared to manual testing?
The advantages include automatic sampling, detection, timing, and calculation, eliminating manual timing errors, more precise temperature control, high testing efficiency, automatic generation of test reports, and data storage and export.
5. How difficult is the operation? Is it beginner friendly?
Adopting touch screen operation, the interface is intuitive and easy to operate. No complex training is required to get started. We provide on-site training, remote training, and video tutorials. Those who fail the training can receive free retraining.
