5/10 page KKAI208C01A-A1-20140904
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CP
CP1
PC
AL1
HY1
AD1
(1)
AL2
HY2
AD2
(1)
PS
INP
OT
LCK
ACT
FL
FH
BRL
BRH
OLL
OUT1 control cycle,1:SSR control output,4-200:relay control output.Unit:s
OUT2 control cycle,cooling relay output cycle.Unit:s
OUT2 cooling proportionality coefficient,the higher of value,the stronger of cooling
1st loop alarm value,note:the minus is dealed as absolute value when it is
as a deviation value .
1st loop alarm backlash value
1st loop alarm type,note:the value should set 0 when 1st loop alarm is as OUT2;
Set AD2 to 0 when aetting value>6.Otherwise it will close alarm function when it is 0.
2nd loop alarm value,note:the minus is dealed as absolute value when it is as
a deviation value .
2nd loop alarm backlash value
2nd loop alarm type,note:the value should set 0 to close alarm function when the AD1>6.
Translation correction value,display value=actual measured value+translation
correction value
Optional input measured signal type:refer to input signal parameters table.
Note:it need to change the relevant parameters after changing.
Control type,0:ON/OFF control;1:PID control;2:compressor cooling control;
Lock function;0001:SV value can not be changed;0010:menu setting value only
can check not change.
Control execution type,0:relay/SSR output;1:single SSR output control
(the product reserve)
2
：
4
～
20mA output controlplease set according selected meter
3:TE4,TE7 can set 3and change 4-20mA to analog output.
Measure range low limit,the setting value must be less than measure range high limit
Measure range high limit,the setting value must be more than measure range low limit.
Analog range low limit,note:the value is reverse analog output when it less than
analog range low limit.
Analog range high limit,note:the value is reverse analog output when it less than
analog range low limit.
Output low limit,limit the output low limit current amplitude.Setting value must be
less than high limit setting
It can enter project menu with 0033 in the process of checking menu.
3:PID & cooling control,it should set the AD1 to 0,then OUT2 can operate.
1
～
200
4
～
200
1
～
100
FL
～
FH
0
～
1000
0
～
12
FL
～
FH
0
～
100
0
～
6
-199
～
999
0
～
10
0
～
3
0
～
999
0
～
2/0~3
Refer to measured
signal parameter table
Refer to measured
signal parameter table
moreFH
FL
～
FH
-5
～
100
20
20
10.0
200
1
1
600
1
2
0
0
1
0
0
-50
999
-50
999
0
6
SPD
Control speed fine tuning,optional 0(N)no function,1(slow),2(ss)medium fast,
3
（
SSS
）
very slow
，
4
（
F
）
fast
，
5
（
FF
）
medium fast
，
6
（
FFF
）
express
0
～
6
7
OVS
Overshoot limit,in the process of PID control,when PV>SV+OVS,it force off output;
The lower value,the lower PID adjusted range,the worse control stability;please set
a proper value according actual state.
0
～
999
5
N
8
DB
Bit control backlash(nagetive backlash bit control)or cooling control and compressor
cooling control dead zone.
please change the value according to decimal position,when you change INP type.
0
～
100
10
28
29
30
31
32
OLH
BAD
ADD
DTC
FT
Output high limit,limit the output high limit current amplitude.Setting value must
be more than low limit setting
RS485 communication baud rate 0
（
4.8
）：
4800
；
1
（
9.6
）：
9600
Communication ADD
Sequenced transport of communication data and setting 000 of respon relay;
1st is function reserve,2nd is byte.
PV filter coefficient of digital filter,the higher of value,the stronger of filter function
0
～
105
0
（
4.8
）
, 1
（
9.6
）
0
～
255
Refer to communication
procotol note
②
0
～
255
100
9.6
1
0
10
Sequenced exchange,3rd is respon relay,it can set 0~9 to 10~100ms.
5
D
Differential time,reduce the effect of differential time to a proper value,which can
prevent the system oscillation.
The higher value,the stronger function of differential.Unit:s
0
～
999
30
