31
•
Minimum speed (LO R)
The minimum adjustable value: 1000 rpm
•
Fluid type
(
FLUI
)
The chosen fluid (No.) of the temperature setting is lim
-
ited. See Section “
Fluid
”.
•
Temperature control type (AUTO)
AUTO 1:
AUTO 1
is the default setting. The optimum settings are
determined automatically.
Heat-up curve in auto-tuning control (
AUTO 1
):
Fig. 15
°C
t
Proportional coefficient of PID (
Kp 1
)
Integral time of PID (
Ti 1
)
Differential time of PID (
Td 1
)
Fig. 14
The proportional coefficient
Kp
is the controller ampli-
fication and determines how strongly the control devia-
tion (the difference between the target temperature and
actual temperature) directly affects the control variable
(on-time of the heater).
Kp
values that are too large can
lead to the controller overshooting.
The integral time
Ti (s)
is the correction time and deter-
mines how strongly the duration of the control devia-
tion affects the control variable.
Ti
compensates an ex-
isting control deviation. A high
Ti
means a smaller and
slower effect on the control variable.
Ti
values that are
too small can lead to instability of the controller.
The differential time
Td (s)
is the derivative time and de-
termines how strongly the rate of change of the control
deviation affects the control variable.
Td
compensates
for rapid control deviations. A high
Td
means a smaller
and slower effect on the control variable.
Td
values that
are too small can lead to instability of the controller.
AUTO 0:
For special requirements,
AUTO 0
can be used with
manual adjustment of the control parameters.
If the PID control (
AUTO 0
) option is selected, the fol-
lowing items including
Kp 1
,
Ti 1
and
Td 1
could be
set. Otherwise they are not displayed in the menu list.
Note:
Inappropriate settings may produce the follow-
ing heat-up curves:
Kp too high
Ti too low
Td too high
Kp too low
Ti too high
Summary of Contents for IC control
Page 60: ...60 CE 2006 95 CE 2004 108 CE 2011 65 EC EN 61010 1 2 010 2 051 DIN EN IEC 61326 1 DIN 12876 1...
Page 61: ...61 IKA IKA H IKA IC basic...
Page 62: ...62 70 25 50 0 1 Na2CO3 95 C 60 C...
Page 66: ...66 B C A D K J I G E M F Fig 12 A B C D E Menu F G I J K M...
Page 67: ...67 0 260 C 25 2 A B C B C C B Safe Fig 13 ver Safe Mode HBC 5...
Page 73: ...73 IKA IKA www ika com IKA IKA www ika com USB A Micro B 2 0 USB 11 USB micro B USB A A Fig 17...
Page 77: ...77 IKA 24 0 6 0 4 0 2 0 0 0 2 0 4 0 5 10 15 20 Q l min P bar 4000 rpm 3000 rpm 1000 rpm Fig 18...
Page 161: ...161 BG IKA IKA NOT AUS Schalter IC basic...
Page 162: ...162 70 C 25 C 50 mm s 0 1 g Na2CO3 95 C 60 C...
Page 166: ...166 IC basic 70 C 25 C 50 mm s 0 1 g Na2CO3...
Page 167: ...167 95 C 60 C 100 C...