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The degree fraction figures are highlighted.
4. Turn the control to select the desired fraction of a degree.
5. Press the control to accept the value.
Connecting to Tap Water
When using tap water:
1. Make sure the tap water is conveniently located near the DSC 4000.
2. Connect a hose to the Cooling Liquid In connector. Secure with a clamp.
3. Connect the other end of this hose to the tap.
4. Connect the other hose to the Cooling Liquid Out connector. Secure with a clamp.
5. Connect the other end of the hose to a suitable drain.
The tap water must be continuously circulated through the heat exchanger with a low
flow rate of 5–15 l/h during the operation of the analyzer. The temperature of the
cooling liquid may not change more than 0.4 °C/hour in the case of tap water.
The heat exchanger of the DSC 4000 will NOT accept pressure.
CAUTION
Therefore, flow regulation should be done before the water enters the
DSC 4000.
ATTENTION
L'échangeur de chaleur du DSC 4000 n'acceptera PAS la pression. Par
conséquent, la régulation du débit devrait être effectuée avant que l'eau
entre dans le DSC 4000.
It is essential to maintain a very constant flow rate of approximately 5
CAUTION
l/h (80–90 ml/min). The liquid should be free of air bubbles. Changes in
the liquid flow rate or the presence of air bubbles will negatively
influence the quality of the measurement signal.
Il est essentiel de maintenir un débit très constant d'environ 5 l/h (80-90
ATTENTION
ml/min). Le liquide doit être exempt de bulles d'air. Les changements
dans le débit de liquide ou la présence de bulles d'air influenceront
négativement la qualité du signal de mesure.
Install a DSC 4000 . 45
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