Thermo Scientific HAAKE RotoVisco 1 Instruction Manual page 65

Temperature Control Units
Heating
Final temp.
1
2
3
In general, the following applies for the heating:
 Increasing the temperature of the coolant will result in
higher final temperatures and higher heating rates (the
final temperature will be reached faster).
 Decreasing the flow through volume will result in higher
final temperatures and higher heating rates.
Example:
With a preset temperature of 20C the Thermo Fisher
Scientific Haake circulator DC50-K20 will reach max. heating
rates up to 1 K/s and a final temperature of about 100C after
about 10 minutes.
[ C]
2
140
1
80
3
20
Cooling curve with water circulator
(DC50--K20) of about 80C
Cooling curve with high temperature sup-
ply of about 100C
Cooling curve with room temperature
coolant fluid
63
t [ s ]
600