Professional thermostating
for pilot plant and mini-plant purposes
With their high heating, cooling and pump capacities, LAUDA Integral XT process thermostats create a new thermostating dimension in process engineering. The basic principle comprises a circulation thermostat with a very small internal volume and non-perfused expansion vessel.
The Integral XT process thermostats are characterised by extremely-fast temperature changes which are founded in the low, internally thermostated heat-transfer volumes. The efficient devices work according to a completely new technological principle, and increase the upper and lower limits of the working temperature range.
Applications:
Thermostating of stirrer tanks, glass or stainless-steel reactors in the chemical, pharmaceutical and biotechnology industries.
Comfortable working in a closed circuit
The heat transfer liquid circulates in the entire system, and does not come into direct contact with the ambient air. A non-thermostated expansion vessel is used for the volume compensation in case of temperature changes. This operating principle offers numerous advantages to users. At low temperatures the condensation of air humidity is reduced as well as odour nuisance at high temperatures. Low evaporation or oxidation allows a long service life of the heat transfer liquid. Without the need to change media operation throughout the entire temperature range from -50 up to 200 °C is feasible.
It is possible to work above the fire point of the heat transfer liquid if it is sufficiently higher than the temperature in the expansion vessel (according to DIN EN 61010-1 standard, minimum 25 K). All this simplifies the thermostating process, and leads into in significantly lower operating costs.
On the right is a list of applications in practice. To see the pictures click on the text.
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