Function Stirring; Measurement Of Viscosity Trend - IKA IKAMAG RET control visc Mode D'emploi

is blinking no longer), keep this foil
key depressed and set the reque-
sted safety temperature with the
TEMP rotary knob.
The set safety temperature (e.g.
100°C) is displayed.
After releasing the foil key
„Mode", SAFE OK is displayed for
about 2 seconds, and the safety temperature is stored this way.

Function Stirring

A - Mode of Operation
The motor speed is set on the rotary knob „Mot". (0 and/or 50 -
1100 1/min in steps of 10 1/min
each).
SV is blinking.
The function „stirring" is started
and stopped with foil key „Mot".
If the function stirring is started,
the motor runs smoothly to the set
speed, and the LED „Mot" beside
the imprint „Mot 1/min" shines
green.
The display changes to real speed display.
20
B - Mode of Operation
The motor speed is set on the rotary knob „Mot". (0 and/or 50 -
1100 1/min in steps of 10 1/min
each). SV is blinking.
The function „stirring" is started
and stopped with foil key „Mot".
The function „stirring" is started
and stopped with foil key „Mot".
If the function stirring is started,
the motor runs smoothly to the set
speed, and the LED „Mot" beside the imprint „Mot 1/min" shines
green. The display changes to real speed display.
C - Mode of Operation
In the C -mode of operation, the speed cannot be changed. the
function stirrig is started and stopped with foil key „Mot".
The sequence of displays is the same as in B -mode of operati-
on..

Measurement of Viscosity Trend

This measurement is determined with the help of the control
software via the controlling variable given to the motor, and is
shown in percent in the digital display. The maximum controlling
variable (maximum torque of motor) is 100%.
The instruments are not designed for measuring the absolute vis-
cosity. Only the relative change in the product in relation to an initi-
al point determined by the user, is measured and displayed. As the
controlling variable is strongly dependent on the real speed, this
should not be changed during a measurement.
RET cv 0498