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ViscoSystem AVS - Windaus

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Contents Page<br />

<strong>ViscoSystem</strong> ® 3<br />

<strong>ViscoSystem</strong> ® <strong>AVS</strong> 350 4<br />

<strong>ViscoSystem</strong> ® <strong>AVS</strong> 360 5<br />

WinVisco 8<br />

<strong>ViscoSystem</strong> ® <strong>AVS</strong> 450 10<br />

Transparent thermostats 12<br />

Flow-through cooler 15<br />

Measurement stands 15<br />

Order information 16<br />

This entire measurement system<br />

comprises the individual components<br />

<strong>AVS</strong> 350/360, thermostat CT 54,<br />

measurement stands and viscometers.<br />

<strong>ViscoSystem</strong> ® <strong>AVS</strong> 350, 360, 450<br />

Method of measurement<br />

The most accurate method to<br />

determine the viscosity of liquids<br />

is by using viscometers.<br />

The <strong>ViscoSystem</strong> ® range uses<br />

this method. What is actually<br />

measured is the time a defined<br />

volume of liquid requires to<br />

flow through a capillary tube of<br />

a specific length and width.<br />

Units of the <strong>ViscoSystem</strong> ® range<br />

can measure flow-through<br />

times with an accuracy of<br />

0.01 %.<br />

In all devices, the liquid meniscus<br />

in the viscometer can be<br />

measured in two different ways:<br />

opto-electronically or using<br />

TC sensors.<br />

Where as the optical system<br />

recognizes the liquid meniscus<br />

using optical fibres, the TC viscometers<br />

utilize the effect of<br />

different thermal conductivity<br />

of air and fluids.<br />

3

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