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Full Automation PackageThe Full Automation Package removes operator dependence and allows for unattended measurements of dilute solution viscosity. As in the Semi-Automation package, the ARV software interfaces with the analytical balance and guides the operator through weighing out the sample. The vial containing sample without solvent is closed and placed in the Vortex Autosampler. Next, the ARV software instructs the Vortex Autosampler to dispense the solvent into the vial, heat and mix the sample according to the established method, and then draw the sample into the DSV instrument for measurement and data capture. This gives enhanced safety in solvent dispensing and removes operator dependence as a measurement variable.
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The Full Automation Package includes the following components:
If the sample is required to remain above room temperature during the transfer between the Vortex Autosampler and the Relative Viscometer (both of which have heating capabilities to 150 degrees Celsius), then please inquire about the High Temperature Option for the Full Automation Package. This includes a Heated Transfer Line and a modified liquid flow path inside the Relative Viscometer to ensure that the sample stays at the proper temperature while being transferred from the Vortex Autosampler and the Relative Viscometer.
- Relative Viscometer
- Dual syringe pump
- Degasser
- Data system
- Vortex autosampler
- Analytical balance
- Installation and training
If the sample is required to remain above room temperature during the transfer between the Vortex Autosampler and the Relative Viscometer (both of which have heating capabilities to 150 degrees Celsius), then please inquire about the High Temperature Option for the Full Automation Package. This includes a Heated Transfer Line and a modified liquid flow path inside the Relative Viscometer to ensure that the sample stays at the proper temperature while being transferred from the Vortex Autosampler and the Relative Viscometer.
Y501 relative viscometer
Specification |
|
Measuring Principle |
Dual capillary bridge |
Measuring Ranges |
0-20 cp (mPa s) or 1-10 Relative Viscosity |
Sensitivity |
0.0001 Specific Viscosity |
Precision of RV Measurement |
+/- 0.5% relative standard deviation |
Typical Flowrate |
1-3 ml/min |
Typical Analysis Time |
2-4 min |
Typical Sample Volume |
30-35 ml for two injections |
Capillary Dimensions |
0.02" ID x 18" |
Shear Rate |
1000/sec |
Temperature Range |
15-150 degrees C |
Output Signals |
0-10 V |
Dimensions |
17.5" W x 17.5" D x 9.5" H |
Weight |
40 lbs |
Power Requirements |
120 V, 50-60 Hz, 5 A |
microlab 600 dual syringe pump
Specification |
|
Number of Syringes |
2 |
Syringe Volume |
10 ml and 25 ml |
Dimensions |
5.5" W x 7" D x 10.5" H |
Weight |
13 lbs |
erc-3215a degasser
Specification |
|
Number of Channels |
2 |
Dimensions |
2.8" W x 12.2" D x 5.4" H |
Weight |
11.2 lbs |
data system
Specification |
|
Computer Type |
Windows 7 Pro, i3 processor, 4 GB RAM, 200 GB HDD |
Computer Dimensions |
6.9" W x 17.1" D x 14.2" H (Full Tower) |
Monitor |
22" widescreen flatscreen monitor |
Printer Type |
Multifunction (print, scan, copy) inkjet printer |
Printer Dimensions |
17.5" W x 14.5" D x 5" H |
ARV Software |
Version 2.07 |
vortex autosampler
Specification |
Value |
Sample Tray Capacity |
30 vials |
Vial Volume |
40 ml |
Injection Volume |
10 ml |
Operating Temperature |
Ambient to 170 degrees C (controlled) |
Humidity |
35% - 80% non-condensing |
Dimensions |
20.9" W x 17.3" D x 14.6" H |
Weight |
79 lbs |
Power Supply |
100-240 V, 50-60 Hz |
Sample Stirring |
Individual stirrers controlled in 3 zones of 10 vials |
xsr204dr analytical balance
Specification |
|
Maximum Capacity |
220 g /81 g |
Readability |
1 mg/0.1 mg |
Minimum Weight |
82 mg |
Dimensions |
7.7" W x 19.0" D 11.5" H |
Weight |
26 lbs |
