Preparations
For applications near the ambient temperature, the cooling coil
must be connected to the water mains.
• Using tubing, connect the cooling coil (25a) to the tap water
supply, and lead the tap water in a sink through the return
connector (25b).
A specific water flow rate of 100 ml/minute is sufficient to
compensate for the characteristic temperature.
For applications near ambient temperature (20 °C), the
cooling water temperature should at least be 5 °C below the
working temperature
By installing the MVS controller (26)
and a solenoid valve (27), sudden
temperature increases can be rapidly
reversed by tap water flowing through
the built-in cooling coil.
For applications requiring constant
near-ambient temperature, tap water is
thus only used in small amounts.
The circulator provides the necessary
control pulse via the connector (15).
Cooling coil connectors
(25a, 25b)
Order No. Description
9 790 000 MVS controller
8 980 700 Solenoid valve
NOTE: Immersion coolers are used for countercooling instead of tap water in
applications below room temperature.
Order No. Description
9 650 820 FT200
9 650 840 FT400
8 970 400 Clamp for cooler probe for stainless steel or
plexiglass bath tanks
NOTE: Flow-through cooler
Order No. Description
9 655 825 FD200
The FD200 is suitable as cooling device for liquids in closed circuits (loops).
This unit is integrated in the return flow circuit from the external system
connected to a circulator, and continuously withdraws heat from the liquid.
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