Introduction

Automatic Kinematic Viscometer has testing range of 0.5 to 20000 mm2/s. It features uniform temperature control through 10-liter homeothermic bathtub for reliable analysis. Equipped with stainless steel components and heater that resist corrosion and enhance long-term durability. Incorporates an LCD screen with menu guidance for interactive operation and clear parameter display. Viscometer is ideal for measuring viscosity of oils in petroleum, energy, and lubricant industries.

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

Applications

Automatic Kinematic Viscometer is ideal for determining kinematic viscosity of petroleum products such as lubricants, diesel, and transformer oil in industries for quality control, research, and product development.

Specifications

Kinematic Viscosity Testing Range 0.5 to 20000 mm2/s
Kinetic Viscosity Testing Range 0.3 to 40000 mPa.s
Temperature Control Range RT to 100℃
Temperature Control Accuracy ±0.01℃ selectable
Timing Accuracy ±0.1S
Timing Range 0.1S to 999.9S
Display Method 7-inch color LCD in Englis
Homoeothermic Bathtub 300×300mm double layer
Printer Thermal printer with 55-millimeter-wide printing paper
Temperature Test Components Platinum electric resistance
Stirring Speed 1520 Rounds/Min
Heating Power 1800W
Sample Installing Quantity 4 pieces
Standards GB265-88, GB1814, ASTM D445, IP71, etc
Working Temperature 0 to 40℃
Relative Humidity Less than 80%
Power Supply AC220V±10% 50Hz
Dimension 560×370×520 mm
Weight 20Kg

Features

Stay-warm glass case

Vertical clutch grip

Daylight lamp lighting

Auto timing system

Average result calculation

Instant data storage

FAQs

1. What is an Automatic Kinematic Viscometer?

An Automatic Kinematic Viscometer is an apparatus designed to measure the kinematic viscosity of fluids automatically, providing precise and repeatable results without manual intervention.

2. How does Automatic Kinematic Viscometer work?

It operates by timing the flow of a fluid through a calibrated capillary tube under gravity and automatically calculates the kinematic viscosity based on the measured flow time and temperature.

3. What types of fluids can be tested using Automatic Kinematic Viscometer?

It is used to test a wide range of fluids including oils, fuels, lubricants, and other industrial liquids that require viscosity measurement.

4. How is Automatic Kinematic Viscometer used in the petroleum industry?

It is used in the petroleum industry to measure the viscosity of fuels, lubricants, and crude oil, helping ensure product quality and performance under different temperature conditions.

5. Can Automatic Kinematic Viscometer be used for quality control in lubricants manufacturing?

It is widely used in lubricants manufacturing for quality control to verify that the viscosity meets industry specifications before the product is released.

6. How does Automatic Kinematic Viscometer assist in research and development?

In research and development, it helps formulate new fluid products by providing precise viscosity measurements, enabling developers to optimize fluid properties.

7. Can Automatic Kinematic Viscometer be used in food industry applications?

It is used to measure the viscosity of edible oils and other liquid food products to maintain consistency and quality.

8. What role does Automatic Kinematic Viscometer play in pharmaceutical manufacturing?

It is used in pharmaceutical manufacturing to control the viscosity of liquid formulations, ensuring consistency and proper dosage delivery.

9. How is Automatic Kinematic Viscometer used in aviation fuel testing?

It is used in aviation fuel testing to ensure the viscosity remains within safe limits for engine performance and fuel injection systems.

10. How does Automatic Kinematic Viscometer improve consistency in production batches?

It improves consistency in production batches by providing repeatable, automated viscosity measurements, reducing variability between batches.

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