Parameter Setting And Defining - Inkbird ITC-100 User Manual

displays "AT" alternately (Character:
this status, the instrument will execute position adjustment by 2 - 5 times oscillations,
then it will turn out PID control parameter automatically (M50, P and T parameter).
The instrument will return to PID automatic control status at the end of self-
adjustment. If user want to quit in the course of self-adjusting, keep pressing "《"
key for more than 2S, till "AT" character in the SV screen disappears.
Attention: If user wants to use self-adjusting function again after first using, user

needs to set "CtrL" to be "2" to start it (more information please check "Parameter
Setting and Defining"). The parameter values of adjusting control are not the same at
the different setting temperatures, so please execute self-adjustment at the most
common setting value of the system. If the setting values change often, user can
modulate with the median.

7. Parameter Setting and Defining

After power-on, keep pressing the "SET" key for more than 2S to enter setting mode. User
can use "︽"Key（or"︾"Key）to set the value. After finishing, press "SET" key to confirm
and enter next function setting. PV/SV screen will be in normal display after setting.
Note: If there are modified operations in setting mode, the instrument will save current
value automatically after no operation for more than 10 seconds, and return to normal
status.
Function Setting
Code Name
HIAL
LoAL
dHAL
Minimum Deviation
dLAL
dF
CtrL
M50
P
t
Ctl
Sn
Inkbird Tech. Co., Ltd.
Description
Upper Alarm Limit
Lower Alarm Limit
Maximum
Deviation Alarm
Alarm
Hysteresis
Control Output
2: Self-adjustment
Integral
Differential
Hysteresis Time
Control Period
Input Sensor
8
), the instrument is in self-adjusting status. In
Setting Range
-1999～+9999
-1999～+9999
0～9999
0～9999
0～200.0
0：ON/OFF
1/3：PID
0～9999
0～9999 0.01S/℃
1～9999
1～120
0～42
IHC-200 User Manual
Unit Remarks
1℃
1℃
1℃
1℃
0.1℃
0.1℃
0: Cancel
S
S
Table 1
www.ink-bird.com
Factory
Default
9999
-1999
9999
9999
0.3
3
1000
500
120
4
0