Engler Viscometer NEV-100 features a measuring temperature range of 0 to 100 ℃ with ±0.1 ℃ accuracy, ensuring precise viscosity evaluation. It has a stainless-steel inner pot that enhances durability and resistance to corrosion. Our compliant thermometer ensures standard testing accuracy. This built-in electric heater provides efficient and consistent heating. Our integrated electronic stopwatch offers accurate time measurement for reliable results.
$1,763.00
Specifications
| Standard Water Value | 51 ± 1 s |
| Measuring Temperature Range | 0 to 100 ℃ |
| Temperature Control Accuracy | ± 0.1 ℃ |
| Engler Viscosity Thermometer Standard | GB/T514 |
| Measuring Bottle Capacity | 100 ± 0.2 mL |
| Inner Pot Material | Stainless steel |
| Electronic Stopwatch Accuracy | 1/100 s |
| Power Consumption | 700 W |
| Power Supply | 220 V |
Features
Applications
Standard Accessories
Temperature control instrument (with 1 sensor) – 1 pc
Receiving flask – 1 pc
Thermometer (0 – 50 ℃) – 1 pc
Thermometer (0 – 100 ℃) – 1 pc
Mixer – 1 pc
Wooden cork – 1 piece
Thermometer holder – 1 piece
Ask Expert
FAQ for Engler Viscometer NEV-100
1: What is the standard water value for the Engler Viscometer NEV-100?
The Engler Viscometer NEV-100 has a standard water value of 51 ± 1 seconds, which serves as the reference for comparing the viscosity of other liquids. This ensures accuracy and consistency in petroleum and fluid testing.
2: How is temperature maintained during testing in the Engler Viscometer NEV-100?
The Engler Viscometer NEV-100 uses a precision temperature control system with ±0.1 ? accuracy to ensure stable testing conditions. This minimizes measurement errors and maintains test repeatability.
3: Is the Engler Viscometer NEV-100 suitable for industrial use?
Yes, the Engler Viscometer NEV-100 durable stainless steel inner pot and GB/T514 compliance make it ideal for heavy-duty laboratory and industrial applications. It withstands frequent use without performance degradation.
4: Can the Engler Viscometer NEV-100 be used for non-petroleum liquids?
Absolutely. While the Engler Viscometer NEV-100 is primarily designed for petroleum viscosity testing, it can measure a wide range of other liquids, including lubricants, oils, and certain chemicals, as long as they meet testing criteria.
5: How does the built-in stopwatch help in the Engler Viscometer NEV-100?
The integrated electronic stopwatch with 1/100 s accuracy enables precise measurement of flow times. Engler Viscometer NEV-100 features eliminate the need for external timers, improving efficiency and reliability.
6: What is the main purpose of an Engler Viscometer?
Engler Viscometer is used to measure the viscosity of petroleum products and similar liquids by determining their flow time under standardized conditions. This helps in quality control and ensuring compliance with industry requirements.
7: Can the Engler Viscometer be used in industries outside petroleum testing?
Yes, while the Engler Viscometer is primarily used in petroleum testing, it can also be applied in research and industrial sectors that require liquid viscosity measurement, making it versatile for multiple applications.
8: Is the Engler Viscometer suitable for beginners?
Absolutely. Engler Viscometer straightforward design allows even new operators to perform viscosity tests with confidence, making it accessible for both small labs and large industrial setups.
9: Why is viscosity measurement important in petroleum products?
Viscosity affects the performance, processing, and application of petroleum products. Accurate measurement ensures that the product meets performance specifications and regulatory standards.
10: Where is the Engler Viscometer most commonly used?
Engler Viscometer is widely used in oil refineries, research facilities, industrial labs, and quality control environments to ensure products meet specific viscosity requirements before distribution or use.
Engler Viscometer is a precision instrument designed to measure the viscosity of petroleum and related liquids. It works by determining the flow time of a set liquid volume under controlled conditions, ensuring reliable and repeatable results. Built for durability and stability, it offers long-term performance even under regular laboratory use. Its intuitive design allows for smooth operation by both experienced technicians and new users. This instrument is widely used in industries such as oil refining, research laboratories, and quality control departments for viscosity evaluation.