IKA C-MAG HS 7 control Instructions Manual page 12

/// Menu structure
Operating mode A
B
D
Temperature control mode
PID
2P
Intermittent mode /
Intermittent mode
Rotation direction
Rotation direction
Automatic reverse rotation
Beep ON
OFF
Error 5
Timer expired
Stop heating
Stop stirring
Safe / Visc Safe
Visc
SAFE
yes
Factory reset
no
Probe calibration
(default)
(not default)
Software version
22
Factory settings

-
-

-
Run time 00:00 [mm:ss]
Pause time 00:03 [mm:ss]
Clockwise (continuous)
-
ON

OFF

-
05:00 [mm:ss]
yes -
no

yes
-
no


-
-

set no

yes 2 Point
-
reset no

yes -
-
/// Menu details
Operating mode:
Mode A:
All settings will be stored if the device is switched off or disconnected from the power supply�
The stirring and heating functions will be set to OFF when the device is powered on� The safety
circuit can be set or modified� When the power supply switch is switched on, A is displayed�
Mode B:
All settings will be stored if the device is switched off or disconnected from the power supply�
The stirring and heating functions will be set to ON or OFF when the device is powered on,
depending on the previous status of the device� The safety circuit can be set or modified� When
the power supply switch is switched on, B is displayed�
Mode D:
When switching the device on, the safe temperature has to be confirmed by pushing one of
the rotating / pressing knobs�
During operation, in mode D the device behaves the same as in Mode A with the exception
that:
› The temperature / speed setting must be confirmed by pressing the rotating / pressing knob�
To change the temperature / speed setting, turn the rotating / pressing knob until the desired
value appears�
› The new value flashes for 5 seconds on the display� Confirm the new temperature / speed
setting by pressing the rotating / pressing knob, otherwise the temperature / speed setting
value will skip back to its previous value�
Temperature control mode:
When using an external PT 1000 temperature sensor, you can choose below control modes:
PID mode:
Good control results, minimized overshooting, slow rise in temperature�
2P-mode (two-point controller):
Maximum heating rate, increased overshooting�
PID
T
Set
t
Temp. control
2P
T
Set
t
23