The V-PAD Viscometer is controlled using an intuitive mobile application on the 8-inch tablet.
Data displayed :
• Selected speed : RPM, S-1
• Viscosity Reading : cP, P, mPa.s, Pa.s, cST, St, mm2/s
• Full Scale Percentage : %
• Sample Temp. : °C / °F
• Shear Rate (SR)* : S-1
• Shear Stress (SS)* : N/m2, Pa, Dyne/m2
• Density (Introduced by the user) : g/cm3, Kg/m3 *Only with coaxial spindles / L2C +L3C
Viscosity reading
Dynamic viscosity (cP or mPa·s) or kinematics viscosity (cSt).
Program
Create and edit multiple programs
Store programs for later use
Choose between Time to Torque (TTT), Time to Stop (TTS), Step and Ramp
Customisation
Create list of customised speed (0.01 to 250rpm)
Activate / deactivate Quality Control Limits (QCL) and Out of range alarms
Users can change the axis values on the graphic display
AUTO-TEST
Automatic viscometer calibration with sound and visual malfunction alarm
AUTO-RANGE
Displays the maximum viscosity range for the selected spindle/RPM combination.
Tablet
Access all parameters on the 8-inch tablet. Free mobile application available through Google Play Store
Languages
Multiple Language selections are available
QCL
Select the quality control limits for sample analysis.
I.A.M
Measurement update rate regulated through the selection of the different times in each experiment.
Graphic Mode
Displays experiment data with real time charts
Calibration
User-enabled viscosity and temperature calibration
Offset
Adjust the temperature through an offset
PPR
The Push, Plug and Release (PPR) fast spindle switch system is available as an option
Accessories
The V-PAD is compatible with all available accessories
(APM, AMP/B, LCP, LCP/B, HELDEL)
| Code |
Model |
With PPR |
Measuring Range (cP) |
Speed (RPM) |
| VP100003 |
V-PAD L |
VP101003 |
1*-6.000.000 |
0.01-250 |
| VP100002 |
V-PAD R |
VP101002 |
25**-40.000.000 |
0.01-250 |
| VP100001 |
V-PAD H |
VP101001 |
200***-106.000.000 |
0.01-250 |
*Viscosity range referenced from 0.1 to 200 RPM with LCP accessory. Without LCP the Lowest viscosity measured is 15cP.
** Using the R-1 spindle at 60RPM (faster speeds may create turbulences in the sample)
*** Using the R-1 spindle at 60RPM
Other models
