Rotational Viscometer LVM-T2030

Introduction

Rotational Viscometer offers viscosity range of 1 to 6,000,000 mPa.s, suitable for testing samples of varying thicknesses. It offers an accuracy of ±1.0% and repeatability up to 0.005, making it highly reliable for consistent results. This device is equipped with advanced four standard spindles, ensuring flexibility for different applications. Its interface for easy operation and data viewing. It is ideal for accurate viscosity measurement in research, industrial, and quality control applications.

This analytical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Rotational Viscometer is used for measuring the viscosity of substances such as glue, latex, solvent-based adhesives, polymer solutions, oils, paints and coatings, solvents, cosmetics, dairy products, medicines, juices, and other fluids.

Specifications

Viscosity Range	LV: 1 to 6000000 mPa.s
Rotation speed range	0.1 to 250 rpm
Spindles	(1#, 2#, 3#, 4# spindles) (0# is optional）
Accuracy	± 1.0% (of full range)
Repeatability	0.005
Options in unit	mPa.s, Pa.s, dPa.s, cP, P, cPs
Probe	temperature probe
Display	7 inch touch screen display
Power Supply	100 V to 240 V
Dimension	410 × 380 × 410 mm
Net Weight	10 kg
Gross Weight	12 kg

Features

Arm Chip Processor

Touch Screen Display

Anti-Static Shell and Metal Lifter

Powerful Human-Computer Interactive Interface

Password Protection for Temperature and Correction Factor

Auto Dynamic/Kinematic Viscosity Switch

Sound Alarm for Range Exceeds

Continuous Viscosity Testing

User-Friendly Interface

FAQs

1. What industries commonly use the It Rotational Viscometer , and for what applications?

It Rotational Viscometer is widely used in industries such as paint and coatings, oil and petroleum, food and dairy, cosmetics, and pharmaceuticals. It is ideal for analyzing the viscosity of substances like adhesives, polymers, latex, oils, juices, and creams. Accurate viscosity data helps ensure product quality, stability, and performance. Its broad measurement range makes it suitable for both low and moderately high-viscosity samples.

2. What makes the Rotational Viscometer suitable for continuous viscosity testing in production environments?

Rotational Viscometer supports continuous viscosity testing, allowing for uninterrupted monitoring of fluid properties during processing. This is especially beneficial in manufacturing settings where real-time viscosity control is critical. The durable axle design enhances long-term performance under frequent use. Combined with a powerful chip and anti-static shell, the unit is built for robust industrial performance.

3. How user-friendly is the interface of Rotational Viscometer for first-time operators?

The Rotational Viscometer ’s 7-inch touchscreen offers a responsive and intuitive interface, simplifying operation even for beginners. It features a human-computer interaction system that guides users through the testing steps and parameter selection. Multiple viscosity units and automatic switching between dynamic and kinematic viscosity enhance flexibility. Password protection adds an extra layer of control for sensitive calibration settings.

4. What safety features are integrated into the Rotational Viscometer to protect users and equipment?

Rotational Viscometer includes a spindle protector and a sound alarm that activates when measurement limits are exceeded. Its anti-static shell prevents electrostatic buildup, offering additional safety during operation. The password-protected calibration feature minimizes unauthorized changes to system settings. These safety mechanisms help protect both the operator and the integrity of the test data.

5. What types of spindles are included, and can the Rotational Viscometer be used for very low viscosity fluids?

Rotational Viscometer comes with four standard spindles (1# to 4#), and an optional 0# spindle is available for testing extremely low-viscosity samples. This flexibility allows users to test a wide range of fluid types, from thin solvents to thicker emulsions. The spindle system ensures accurate shear rate application across different material consistencies. Selecting the appropriate spindle ensures optimal sensitivity and result reliability.