MIKSTER
MIKSTER
Controller setup
Controller setup
To get into the SETUP menu, press and hold down the
key and then press the
key. After
entering the access code you can change the controller parameters.
CONTROLLER SETUP
No.
Description
Default
value
Range
MODBUS network address
Baud rate
0 9600 ,1 19200, 2 38400,3 57600,4 115200
Channel 1 measuring input type
0 PT-500,
1 PT-100,
2 PT1000,
3 0..20 mA*,
4 4..20 mA*
5 thermocouple s**, 6 thermocouple b**,
7 thermocouple r**,
8 thermocouple t**
9 thermocouple j**, 10 thermocouple e**, 11 thermocouple k**, 12 thermocouple n**
*
current input version, ** thermocouple operation version
SF3
1
0..12
Measuring input type for channel 2
SF2
1
0..12
SF1
0
0..4
SF0
1
0..128
SF4
1
0..12
Measuring input type for channel 3
SF5
0
-99,0 .. 999 C
Value corresponding to 0 mA for channel 1 0..20 mA input
°
°
C
SF6
200
-99,0 .. 999 C
Value corresponding to 20 mA
1 0..20 mA input
for channel
°
°
C
SF7
0
-99,0 .. 999 C
Value corresponding to 0 mA
2 0..20 mA input
for channel
°
°
C
SF8
200
-99,0 .. 999 C
Value corresponding to 20 mA
2 0..20 mA input
for channel
°
°
C
SF9
0
-99,0 .. 999 C
Value corresponding to 0 mA
3 0..20 mA input
for channel
°
°
C
SF10
200
-99,0 .. 999 C
Value corresponding to 20 mA
3 0..20 mA input
for channel
°
°
C
SF11
0
-99,0 .. 999 C
Value corresponding to 4 mA
1 4..20 mA input
for channel
°
°
C
SF12
200
-99,0 .. 999 C
Value corresponding to 20 mA
1 4..20 mA input
for channel
°
°
C
SF13
0
-99,0 .. 999 C
Value corresponding to 4 mA
2 4..20 mA input
for channel
°
°
C
SF14
200
-99,0 .. 999 C
Value corresponding to 20 mA
2 4..20 mA input
for channel
°
°
C
SF15
0
-99,0 .. 999 C
Value corresponding to 4 mA
3 4..20 mA input
for channel
°
°
C
SF16
200
-99,0 .. 999 C
Value corresponding to 20 mA
3 4..20 mA input
for channel
°
°
C
SF17
0,0
-20,0 .. 20,0 C
Temperature readout adjustment for channel 1
SF18
0,0
-20,0 .. 20,0 C
Temperature readout adjustment for channel 2
SF19
0,0
-20,0 .. 20,0 C
Temperature readout adjustment for channel 3
SF20
On
On / Off
Regulator operation in channel 1
OFF- always
ON- only in the START mode
SF21
On
On / Off
as above for channel 2
SF22
On
On / Off
as above for channel 3
SF23
-99
-99..400 C
Minimum allowable setpoint for channel 1
SF24
150
-99..400 C
Maximum allowable setpoint for channel 1
SF25
-99
-99..400 C
Minimum allowable setpoint for channel 2
SF26
150
400
Maximum allowable setpoint for channel 2
SF27
-
-
-
SF28
-
-
-
SF29
0
0..3
Regulator type for channel 1
0 normal hysteresis
1 reversed hysteresis
2 normal hysteresis, setpoint ramping algorithm
3 PID regulator
SF30
0
0..3
Regulator type for channel 2
SF31
0
0..3
Regulator type for channel 3
°
°
°
°
°
°
°
°
°
°
°
°
°
°
C
C
C
C
C
C
C
C
SF32
1,0 C
0,0 .. 5,0 C
Low hysteresis for channel 1
SF33
1,0 C
0,0 .. 5,0 C
Low hysteresis for channel 2
SF34
1,0 C
0,0 .. 5,0 C
Low hysteresis for channel 3
SF35
1,0 C
0,0 .. 5,0 C
High hysteresis for channel 1
SF36
1,0 C
0,0 .. 5,0 C
High hysteresis for channel 2
SF37
1,0 C
0,0 .. 5,0 C
High hysteresis for channel 3
SF38
120 C
-99..999 C
Channel 3 temperature setpoint
SF39
20 C
0..200 C
Regulator activation temperature (Tza) for channel 1
For setpoint ramping algorithm
SF40
20 C
0..200 C
SF41
20 C
0..200 C
SF42
1
0..100 sek
Regulator activation delay [seconds] for channel 1
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
°
Regulator activation temperature (Tza) for channel 2
For setpoint ramping algorithm
Regulator activation temperature (Tza) for channel 3
For setpoint ramping algorithm
R
R
-
EDIT
16
17
No.
Description
Default
value
Range
Indu-50 version: 1.4
Indu-50 version: 1.4