About Digital Viscometer LMDV
Digital Rorational ViscometerSwastik Systems and Services is the preferred choice of our customers for offering Digital Rotational Viscometer that can be availed at reasonable rates.These are characterized by big ultra bright backlight LCD display, auto range function, temperature display and direct reading on display. The proposed range is durable, efficient, robustly constructed and accurate in operation.
Details:
- Big Ultra Bright Backlight LCD Display
- Direct Reading On Display
- Auto Range Function
- Temperature Display
- Printer & Computer Interface
- Data Logger Software (Optional)Not Applicable In WDV- 8
Common Parts:
- Data Displayed
- Selected Speed
- Selected Spindle
- Viscosity Reading
- Torque Percentage
- Temperature
Advanced Viscosity MeasurementThe LMDV Digital Viscometer excels at determining the viscosity of liquids across an extensive range, making it suitable for diverse samples, including oils, resins, and polymers. Its high-precision stepper motor and four interchangeable spindles offer both versatility and accuracy, reducing errors and ensuring reproducibility in demanding laboratory or industrial environments.
User-Friendly OperationDesigned with a large LCD digital display and key panel operation, the LMDV makes setting up and monitoring measurements straightforward. Users can easily select rotational speeds and view real-time results, aided by clear prompts. Data can be seamlessly exported via the RS232 interface, supporting efficient documentation and data analysis.
Durable, Reliable ConstructionBuilt from stainless steel and durable ABS plastic, the LMDV ensures longevity and consistent performance in laboratory or industrial environments. Its compact design accommodates varied workspaces, while the provided accessories-spindle set, stand, and more-support smooth setup and operation right out of the box.
FAQ's of Digital Viscometer LMDV:
Q: How do I operate the Digital Viscometer LMDV for measuring viscosity?
A: To operate the Digital Viscometer LMDV, securely attach one of the four standard spindles, place your liquid sample in the container, and use the key panel to select the desired rotational speed (0.1-99.9 rpm). The large LCD display will show real-time viscosity readings. For precise instructions, refer to the included user manual.
Q: What is the range of viscosities the LMDV can measure?
A: The LMDV Digital Viscometer covers a wide viscosity measurement range from 10 to 2,000,000 mPa.s, accommodating samples from low-viscosity liquids to highly viscous materials, making it suitable for various laboratory, industrial, and research applications.
Q: When should I calibrate the viscometer to maintain accuracy?
A: Calibration is recommended before initial use, after changing spindles, and periodically based on usage frequency-typically every 6-12 months. Regular calibration ensures the viscometer maintains its 1% of full scale accuracy and optimal performance.
Q: Where is this viscometer typically used?
A: The LMDV is commonly used in laboratories, research institutions, and industrial settings across India for viscosity measurements. Its precision and usability make it a preferred choice for quality control, material analysis, and product development.
Q: What is the process for exporting measurement data?
A: Measurement data can be quickly exported through the RS232 interface. Simply connect the viscometer to a compatible computer or data logger using the appropriate cable, and follow the user manual instructions to transfer and store your results.
Q: How do the included accessories benefit the user?
A: The spindle set, stand, power cable, and user manual ensure that users have all essentials for immediate setup and operation. These accessories support accurate measurements, enhance usability, and contribute to a smooth workflow.
Q: What advantages does the Digital Viscometer LMDV offer over manual viscometers?
A: The LMDV provides digital control, enhanced measurement accuracy, automatic data output, and real-time digital display. These features minimize human error, increase repeatability, and streamline viscosity analysis, benefiting both routine and advanced applications.