Cannon 9724-E68 BS/U-Tube-G Calibrated

Cannon 9724-E68 BS/U-Tube-G Calibrated

The Cannon 9724-E68 BS/U-Tube-G Calibrated is designed to measure the kinematic viscosity of transparent Newtonian liquids with high precision. Because it complies with ASTM D445 and ISO 3104 standards, laboratories can perform viscosity testing using internationally recognized procedures. Moreover, the BS/U-Tube design ensures stable flow behavior, which helps deliver reliable and repeatable measurement results.

Furthermore, the viscometer is calibrated and supplied with a certificate of calibration along with an instruction sheet. As a result, laboratories can maintain traceable and standardized viscosity measurements. In addition, the viscometer constant remains the same at all temperatures. Therefore, viscosity calculations become simpler and measurement consistency improves across different testing conditions.

Features

First, the instrument measures kinematic viscosity of transparent Newtonian liquids with high accuracy.
Moreover, it complies with ASTM D445 and ISO 3104 international viscosity testing standards.
In addition, the BS/U-Tube design provides stable and repeatable flow measurements.
Furthermore, the viscometer constant remains stable at all temperatures, simplifying viscosity calculations.
At the same time, the viscometer is calibrated and supplied with a certificate of calibration.
Likewise, an instruction sheet is included to ensure proper operation and laboratory traceability.
Finally, the precision glass construction offers excellent chemical resistance and long service life.

Specifications

Model: 9724-E68
Type: BS/U-Tube-G Viscometer
Calibration Status: Calibrated with certificate
Minimum Sample Volume: 7 mL
Minimum Bath Depth Required: 280 mm (11 inches)
Viscometer Constant: Approximately 0.3 mm²/s² (cSt/s)
Viscosity Range: 60 to 300 mm²/s (cSt)
Flow Time Range: 200 to 1000 seconds
Applicable Standards: ASTM D445, ISO 3104
Material: Precision laboratory glass

Applications

Primarily, this viscometer is used in petroleum laboratories to measure viscosity of fuels, lubricants, and refined petroleum products. In addition, chemical laboratories use it to analyze solvents and other transparent liquids. Moreover, research institutions and industrial quality control laboratories rely on this instrument for accurate viscosity measurements. Because it provides stable results and follows internationally recognized standards, it is suitable for professional laboratory environments.