Home » Products » Isotech 813 Stirred Ice Water Bath
The most commonly used temperature for calibration is 0°C. The normal way to create 0°C is via a mixture of ice and water in a Dewar flask. However, this can give errors up to 4°C because the water is closest to 4°C and because the ice melts, the temperature at the bottom of the flask can reach 4°C. With the Isotech 813 stirred ice water bath there is a nice addition to the market.
In the design of the ice flask, offered by Isotech, these problems have been solved by stirring the water/ice mixture and separating the ice in the measuring area. This stirred ice / water bath is designed and built according to the recommendations of the National Laboratory (NPL). The capacity, for the water and ice mixture, of this unit is no less than eight litres.
Using demineralised water, accuracies of ±0.005K can be achieved. Normally it takes four hours before the bath is charged with ice. The ice is kept around and under the compartment. Up to four probes can be placed here for calibration or reference purposes.
Click here for more information about baths or contact one of our consultants.
Open the datasheet for detailed specifications of this product.
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Arnold Memelink
ABB
"The ABB Power Grids Jumet organisation is an innovative development and production facility of ABB that manufactures active filters and battery energy storage systems to support a stable grid. To test these systems we have acquired two Cinergia GE/EL +120kVA eplus units capable of doing grid emulation (AC + DC), operating as an electronic load (AC +DC) and being a battery emulator. We have experienced very good support from TTMS in obtaining these two Cinergia units. This included organising an on-site demonstration and supplying loan systems prior to the delivery of our final systems. This way we could start testing as early as possible. TTMS also organised training for the operators from the original manufacturer. This support allowed us to introduce the first battery energy storage systems even prior to the full delivery of the Cinergia systems."
Sasan Rafii-Tabrizi
University of Luxembourg
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