FCP manual
Code +030220391 – rel 1.2 25/03/08
31
7.1 Summary table of operating parameters
name Carel spv var
Modbus var range def. User
value
res.
uom
description
MAC I1 101 141 R 1 Type of unit
REL I2 102 0 to 255 R 1 Software release
SADR I3 103 1 to 255 1 1 Serial address (NOTE 1) CAREL PROT. UP TO 207
STP1 I4 104 0 to 100 50 1% Set point (Set point1)
STP2 I5 105 0 to 100 50 1% Set point 2
STPM I6 106 0 to 100 0 1% Setpoint1 memory set by trimmer
DIFF I7 107 0 to 100 10 1% Differential
MIN I8 108 0 to MAX 30 1% Minimum output
MAX I9 109 MIN to 100 100 1% Maximum output
MODE I10 110 0 to 3 0 1 Slave mode 0=standard control;
1=slave mode 1
2=slave mode 2
3=slave mode 3
ALMO I11 111 0 to 2 2 1 Output in alarm status
0=0%
1=50%
2=100%
COFH I12 112 2 to 100 2 1% Cut-off activation hysteresis
SUPT I13 113 1 to 5 2 1sec Speed-up duration
KFF I14 114 0 to 100 50 1% Feedforward gain
INTT I15 115 1 to 30 10 1min Integral time in PI control
AWUP I16 116 0 to 100 50 1% Integral action limitation (antiwind-up)
PB1M I17 117 0 to 3 2 1 Type of probe B1
0 = NTC-10kΩ
3 = 0/10V
PB2M I18 118 0 to 2 2 1 Type of probe B2
1 = NTC-50kΩ
PB3M I19 119 0 to 1 0 1 Type of probe B3 2 = 0/5V ratiometric
DIP4 I20 120 0 to 8 1 1 Select function associated with dipswitch 4 0=no function
1=Cut-off
2=Speed-up
3=Output saturation
4=Long impulse phase control
5=Reverse mode
6=Slave mode1
7=Slave mode2
8=Slave mode3
DLPL I21 121 0 to 100 10 1% Phase displacement (100% -> 90°)
SERM I22 122 0 to 1 0 1 Serial transmission mode 0= Modbus even parity
1= Modbus no parity
FILT I23 123 0 to 13 6 1 Probe filter 0= minimum filter
13= maximum filter
STEP I24 124 0 to 10 1 1sec Output ramp (minimum time for variation from 0% to 100%)
I25 to I30 125 to 130 0 R not used
tSET I31 131 0 to 100 R 1% SET trimmer reading
tDIF I32 132 0 to 20 R 1% DIF trimmer reading
tMIN I33 133 0 to 100 R 1% MIN trimmer reading
tMAX I34 134 0 to 100 R 1% MAX trimmer reading
PB1R I35 135 0 to 100 R 1% probe B1 reading as a % of the range of measurement
PB2R I36 136 0 to 100 R 1% probe B2 reading as a % of the range of measurement
OUTV I37 137 0 to 100 R/W 1% reading/Override output (NOTA1)
ERRR I38 138 -255 to 255 R 1 control error (255 = 100%)
OUTP I39 139 -255 to 255 R 1 proportional component (255 = 100%)
OUTI I40 140 -255 to 255 R 1 integral component (255 = 100%)
OUTM I41 141 0 to 255 R 1 minimum component (255 = 100%)
OUTR I42 142 0 to 255 R 1 controller output (255 = 100%)
I43 to I50 143 to 150 0 R 1 not used
TFF A1 1 0.0 to +100.0 +50.0 0.1°C Max reference outside temp. for feedforward function
T0L A2 2 -50.0 to T0H -10.0 0.1°C
Lower limit of meas. range NTC-10kΩ corresponding to 0%
T0H A3 3 T0L to +90.0 +90.0 0.1°C
Upper limit of meas. range NTC-10kΩ corresponding to 100%
T1L A4 4 0.0 to T1H +20.0 0.1°C
Lower limit of meas. range NTC-50kΩ corresponding to 0%
T1H A5 5 T1L to +120.0 +120.0 0.1°C
Upper limit of meas. range NTC-50kΩ corresponding to 100%
A6 to A10 6 to 10 0 R 1 not used
PB1T A11 11 -50.0 to +150.0 R 0.1°C probe B1 temperature reading (temp. probe only)
PB2T A12 12 -50.0 to +150.0 R 0.1°C probe B2 temperature reading (temp. probe only)
PB3T A13 13 -50.0 to +150.0 R 0.1°C probe B3 temperature reading
A14 to A16 14 to 16 0 R 1 not used
EREV D1 1 0/1 0 1 Direct/Reverse mode 0=direct 1=reverse
ESUP D2 2 0/1 1 1 Speed-up function 0=disabled 1=enabled
ECOF D3 3 0/1 0 1 Cut-off function 0=disabled 1=enabled
ESMX D4 4 0/1 0 1 Saturation function 0=disabled 1=enabled
EPIR D5 5 0/1 0 1 Enable PI control (Integral) 0=disabled 1=enabled
PB1E D6 6 0/1 1 1 Enable probe B1 0=disabled 1=enabled
PB2E D7 7 0/1 1 1 Enable probe B2 0=disabled 1=enabled
PB3E D8 8 0/1 0 1 Enable probe B3 0=disabled 1=enabled
ELIN D9 9 0/1 1 1 Enable output linearisation 0=disabled 1=enabled
ELPL D10 10 0/1 0 1 Enable long impulse phase control 0=disabled 1=enabled
MOID D11 11 0/1 0 1 Operating logic of digital input ID1 0=normally closed 1=normally
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