22
ENG
“FCR3 three-phase controller” +030222150 - rel. 1.3 - 12.01.2021
7.1 Summary table of operating parameters
name
Modbus var
range
def. User setting
res.
UOM
description
MAC
SID
Fixed
R
1
Type of unit = 311
REL
SID
0 .. 255
R
1
Firmware release
HW
SID
0 .. 255
R
1
HW release
TV
SID
23/40
R
1
Voltage/10 40=400 , 23=230
TI
SID
06/09/12/20/40
R
1
Current 06=6 A, 09=9 A, 12=12 A , 20=20 A, 40= 40 A
COILS
WE
1
0/1
0
1
Enable EOVR use
0=disabled
1=enabled
HZMEM
2
0/1
0
1
position of dipswitch 4 - S2 MEM
1=On (60Hz)
0=Off (50Hz)
LINMEM
3
0/1
0
1
position of dipswitch 5- S2 MEM
1=On (QUAD)
0=Off (LIN)
MINCUTMEM
4
0/1
1
1
position of dipswitch 6- S2 MEM
1=On (CUTOFF)
0=Off (MIN)
FDEF
7
0/1
0
1
Reset default values
0= no action
1=enabled (one time)
SAVE
8
0/1
0
1
Save to memory (time)
0= no action
1=enabled (one time)
IOVR
9
0/1
0
1
Override Input
0=disabled
1=enabled
MODID
10
0/1
0
1
Digital input logic
0=norm. closed
1=norm. open
EOVR
11
0/1
0
1
Override output (only if WE=1)
0=disabled
1=enabled
CO12-16
12-16
0/1
0
1
Future uses
DISCRETE INPUTS
SEL
1
0/1
R
1
position of dipswitch 1- S2
1=On (MEM)
0=Off (MAN) from FCR panel
HZFCR
2
0/1
R
1
position of dipswitch 4- S2
1=On (60Hz)
0=Off (50Hz)
LINFCR
3
0/1
R
1
position of dipswitch 5- S2
1=On (QUAD)
0=Off (LIN)
MINCUTFCR
4
0/1
R
1
position of dipswitch 6- S2
1=On (CUTOFF)
0=Off (MIN)
BAUD1FCR
5
0/1
R
1
position of dipswitch 7- S2
9600
19200
34800
S2.7
OFF
(ON)
OFF
S2.8
OFF
(OFF)
ON
BAUD2FCR
6
0/1
R
1
position of dipswitch 8- S2
ALRTMP
7
0/1
R
1
Temperature alarm status
0=inactive
1=active
ALRPRC
8
0/1
R
1
Probe CC alarm status
0=inactive
1=active
ALRPRO
9
0/1
R
1
Probe open alarm status
0=inactive
1=active
STID
10
0/1
R
1
Digital input state SW1+SW2
0=open
1=closed
ALRM
11
0/1
R
1
Digital Input alarm status
0=inactive
1=active
ERRMEM
12
0/1
R
1
Memory error alarm
0=inactive
1=active
FCRON
13
0/1
R
1
FCR status
0= spento
1= acceso
DI15-16
14-16
0/1
R
1
Future uses
HOLDING REGISTERS
SADRMEM
1
1..255
1
1
Serial address device in saved to be used if all Dip S1 OFF
DELAYMEM
2
0 .. 100
100
1% DELAY value in memory
MAXMEM
3
50 .. 100
100
1% Memory value for maximum output 50-100 => Outmax 50%-100%
MINMEM
4
0 .. 40
40
1% Memory value for minimum output 0-40 => Outmin 0-40%
5
-30- 105
85
1
Maximum temperature threshols for alarm (>= 101 the alarm is not activated)
TEMPALM-
6
-30- 105
-20
1
Minimum temperature threshols for alarm (<=-21 the alarm is not activated)
INMEM
7
0..100
0
1% Input value if override input is enabled (IOVR=1)
DELAYINMEM
8
0..100
100
1% Input DELAY value INMEM (high as default so as to start with delay if override)
ALMO
9
0..2
0
1
Output in the event of alarms and/or
offl
ine if serial control
0=0% - 1=50% - 2=100%
OUTMEM
10
0-
0%
1% Output value in memory for override
TIMEOUTL
11
15..256
30
1
Timeout on 485 (after this time, the blue LED goes off and the ALMO output is activated if
set by INMEM (then if IOVR==1), otherwise no action
TIMEOUT=TIMEOUTH*256+TIMEOUTL
TIMEOUTH
12
0-5
0
1
TIMESAVE
13
0.256
5
1
Saving timeout (minutes). After a time equal to TIMESAVE the parameters are checked; if
they have been changed, they are saved using function CO.8 (SAVE)
HR14-16
14-16
Future uses
0
1
Future uses
INPUT REGISTERS
SADRFCR
1
0 .. 255
R
1
Serial address set by Dip S1
DELAYFCR
2
0 .. 100
R
1
DELAY trimmer reading
MAXFCR
3
50 .. 100
R
1
Maximum trimmer reading 50-100 => Outmax 50%-100%
MINFCR
4
0 .. 40
R
1
Minimum trimmer reading 0-40 => Outmin 0-40%
TEMPER
5
-20 –100
R
1
Board internal temperature value (integer with sign)
INFCR
6
0.100
R
1
Analogue input voltage reading (0-100). The value depends on the setting of S2 (DIP3/DIP4)
OUTMIN
7
0 .. 40%
R
1% Minimum output set
OUTMAX
8
50%-100%
R
1% Maximum output set
OUTFCR
9
0%-100%
R
1% Output current
IN
10
0-100
R
1
Current value of IN after DELAY
OUTREAL
11
0-100
R
0
Real Output
MAC
12
311
R
0
MAC
REL
13
0 to 255
R
0
Firmware Release
HW
14
0 to 255
R
0
HW Release
TV
15
23/40
R
0
Voltage /10
TI
16
6/9/12/20/40
R
0
Current
Tab. 7.a