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Falling Ball Viscometer

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MOQ : 1 Piece

Falling Ball Viscometer Specification

Protection
Corrosion-resistant enclosure

Pressure Range
Atmospheric

Equipment Type
Falling Ball Viscometer

Temperature Range
Up to 120C (as jacketed with thermostatic bath)

Capacity
Single sample measurement

Humidity %
Up to 90% non-condensing

Frequency
50 Hz

Measurement Range
0.5 to 10000 cP

Resolution
0.1 cP

Connectivity Type
Manual operation, no electronic interface

Diameter
Tube internal diameter 15 mm

Application Media
Viscosity measurement of transparent Newtonian liquids

Sensor Type
None (uses falling ball method)

Material
Borosilicate glass tube, Stainless steel balls

Power Supply
230V AC, 50 Hz

Power Consumption
10 W

Accuracy
1% of full scale

Display Type
Analog scale

Range
0.5 to 10000 cP

Application Standard
ASTM D5930 or equivalent

Cleaning
Removable tube for easy cleaning

Calibration
Factory calibrated with reference oils

Stand
Metallic support frame with horizontal level adjustment

Number of Balls
3 (different diameters/densities for varying ranges)

Tube Length
300 mm (approx.)

Thermostatic Jacketing
Fitted for precise temperature control

Ball Material
Stainless steel

Sample Volume
Approximately 10-20 ml

Operation Method
Visual timing (stopwatch) of ball descent

Falling Ball Viscometer Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
5 Pieces Per Day

Delivery Time
2-6 Week

About Falling Ball Viscometer

The Hoppler principle is used to measure the viscosity of Newtonian liquid by measuring the time required for a ball to fall under gravity through a sample-filled tube that is inclined at an angle. The average time of three tests is taken; the result is converted into a viscosity value using a simple formula.

Precision Viscosity Measurement

Engineered for precise determination of liquid viscosity, this viscometer relies on the falling ball principle and visual timing. The instrument accommodates a broad spectrum of viscosity values, thanks to its three stainless steel balls of different sizes and densities, enabling versatile measurements in research, quality control, and industrial applications.

Temperature Control & Easy Maintenance

The device features a thermostatic jacket, supporting precise temperature regulation up to 120C for reliable results. The borosilicate glass tube is removable, streamlining cleaning and sample changes. The instrument's robust, corrosion-resistant enclosure enhances durability, making it ideal for frequent laboratory use.

FAQ's of Falling Ball Viscometer:

Q: How does the Falling Ball Viscometer measure liquid viscosity?

A: The viscometer operates by timing the descent of a stainless steel ball through a transparent Newtonian liquid inside a calibrated borosilicate tube. The measured fall time, combined with the known ball and liquid properties, allows calculation of viscosity.

Q: What liquids can be tested with this viscometer?

A: This viscometer is designed for transparent Newtonian liquids within the viscosity range of 0.5 to 10000 cP, making it suitable for a wide array of laboratory and industrial samples.

Q: When is the thermostatic jacketing used during viscosity measurement?

A: Thermostatic jacketing is used whenever precise temperature control (up to 120C) is required, ensuring viscosity values are not affected by temperature variations during measurement.

Q: Where is the viscometer typically installed or used?

A: It is commonly used in research laboratories, quality assurance departments, and process control settings that require adherence to ASTM D5930 or equivalent standards.

Q: What is the process for cleaning the viscometer tube after use?

A: After measurement, the borosilicate tube can be easily removed from the stand for thorough cleaning, ensuring the elimination of any residue and preparing it for the next sample.

Q: How does the use of different balls affect measurement range and accuracy?

A: Three stainless steel balls of varying diameters and densities enable accurate measurement over a wide viscosity range. Selection of the appropriate ball for a specific sample optimizes sensitivity and precision.

Q: What are the key benefits of manual visual timing in this equipment?

A: Manual visual timing requires no electronic interface, reducing complexity and enhancing reliability. This method allows flexible, intuitive operation and is ideal where electronic connections are not feasible.

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