Language objects associated with the self- selective loop. Schneider Electric PL7 Junior/Pro - Premium PLC Applications - Process control
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11.5
Process control language objects
Language objects associated with the selfselective loop
At a Glance
Aim of this section
What's in this
Section?
This section describes the language objects of the self-selective loops.
This Section contains the following Maps:
Topic
Configuration language objects
Fault and diagnostics language objects
Process control language objects
Page
TLX DS 57 PL7 xxE
345
Process control language objects
Configuration language objects
Description This table describes the configuration language objects associated with the autoselector loop.
Address
%KWxy.i.0
%KWxy.i.0:X0
%KWxy.i.0:X1
%KWxy.i.0:X2
%KWxy.i.0:X3
%KWxy.i.0:X4
%KWxy.i.0:X8
%KWxy.i.0:X9
%KWxy.i.0:X10
%KWxy.i.0:X11
%KWxy.i.0:X13
Parameter name
CONFIG_0_C1
Filtering
Function generator
Totalizer
Default value Comment
No Object Word grouping the different configuration bits of the C1 process value
Missing (0)
Missing (0)
Missing (0)
Filtering function of the process value branch
Function generator of the process value branch
Totalizer function of the process value branch
Square root Missing (0)
Alarms
PV_CLIP
EXTRAPOL
PV_UNI_BIP
PV_EXTERNE
Totalizer process value unit
%KWxy.i.0:X14 Totalizer process value unit
%KWxy.i.1
CONFIG_1_C1
Present
Missing (0)
No (0)
Unipolar (0)
Missing (0)
1
Square root function of the process value branch
Alarm function of the process value branch
Lopping or non-lopping of the process value
Extrapolation of function generator
Type of process value: unipolar or bipolar
Choice of standard process value (0) / external process value (1)
(X13=0, X14 =0): phys/ms
(X13=1, X14 =0): phys/s
%KWxy.i.1:X0
%KWxy.i.1:X1
%KWxy.i.1:X2
SP_Simple
SP_Selection
Speed_Limiteur
0
No Object
Selected (1)
(X13=0, X14 =1): phys/mn
(X13=1, X14 =1): phys/h
Word grouping the different configuration bits of the C1
Setpoint
Type of setpoint selected:
Single
Not selected (0) Type of setpoint: Selection
Not selected (0) Setpoint speed limiter
346
TLX DS 57 PL7 xxE
TLX DS 57 PL7 xxE
Process control language objects
Address
%KWxy.i.1:X3
Parameter name
SP_SPP
%KWxy.i.1:X4 LR/L
%KWxy.i.1:X8
%KWxy.i.1:X9
%KWxy.i.1:X10
%KWxy.i.1:X11
%KWxy.i.1:X12
%KWxy.i.1:X13 SP_Ratio
%KWxy.i.1:X14 SP_Limiteur
%KWxy.i.1:X15 SP_Folw
%KWxy.i.2
%KWxy.i.2:X0
%KWxy.i.2:X1
%KWxy.i.2:X2
%KWxy.i.2:X3
%KWxy.i.2:X4
Sel_Min
Sel_Max
Sel_Switch
R/L_INIT
R1/R2_INIT
CONFIG_2_C1
PID
ONOFF2
ONOFF3
SPLRG/HotCold
Split/Range
%KWxy.i.2:X5 Hot / Cold
%KWxy.i.2:X6 ALARMES_DEV
%KWxy.i.2:X7 Feed Forward
Default value Comment
Not selected (0) Type of setpoint selected:
Programmer
Local Remote
(0)
Missing (0)
Speed limiter either on the local setpoint or in Remote/Local mode
Function selected in the event of a Selection setpoint
Missing (0)
Present on selection
Local (1)
Function selected in the event of a Selection setpoint
Function selected in the event of a Selection setpoint
Initial value of the Remote/Local selected setpoint
R1 (0) Initial value of the status of the selected setpoint
Not selected (0) Type of setpoint selected: Ratio
Not present Setpoint limiter (e.g.
PARAM_SP)
Tracking (0) No tracking
No Object Word grouping the different loop controller configuration bits and C1 Feed forward
Always present PID function of the loop controller branch
No Object ON OFF 2 states branch of loop controller
No Object ON OFF 3 states branch of loop controller
No Object
Missing (0)
Not selected
Present
Missing (0)
OR Hot/Cold and Split Range presence bits
Split Range function for branch selected
Hot/Cold function for the branch selected
Alarm function on diversion of the loop controller branch
Presence of a Feed forward input
347
Process control language objects
Address
%KWxy.i.2:X8
%KWxy.i.2:X9
Parameter name
BUMP
PV_DEV
Default value Comment
With bumps (1) Management of bumps when changing operating mode
On process value (0)
Type of derived action
%KWxy.i.2:X10
%KWxy.i.2:X11
MIX_PAR
REV_DIR
PID parallel series
PID backward action (0)
%KWxy.i.2:X12 MANU/AUTO_INIT Auto (1)
Mixed or parallel loop controller type
Type of loop controller action
%KWxy.i.2:X13
%KWxy.i.2:X14
%KWxy.i.2:X15
Lead lag
FF_UNI_BIP
IMC
Missing (0)
Unipolar
Missing (0)
Initial value of loop controller operating mode
Leadlag function of the Feed forward branch
Type of Feed forward process value: unipolar or bipolar
Model loop controller in branch loop controller
%KWxy.i.3
%KWxy.i.7
%KWxy.i.10
%KWxy.i.10:X0
%KWxy.i.10:X1
Loop name
Loop unit
CONFIG_0_C2
Filtering
Function generator
Loop i with i [0.9] Loop name
No Object
No object
No Object
Loop unit
Word grouping the different configuration bits of the C2 process value
Filtering function of the process value branch
Function generator of the process value branch
%KWxy.i.10:X2 Totalizer Missing (0)
%KWxy.i.10:X3
%KWxy.i.10:X4
%KWxy.i.10:X8
%KWxy.i.10:X9
%KWxy.i.10:X10
Square root
Alarms
PV_CLIP
EXTRAPOL
PV_UNI_BIP
Missing (0)
Present
Missing (0)
No object
Unipolar (0)
Totalizer function of the process value branch
Square root function of the process value branch
Alarm function of the process value branch
Lopping or non-lopping of the process value
Extrapolation of function generator
Type of process value: unipolar or bipolar
348
TLX DS 57 PL7 xxE
TLX DS 57 PL7 xxE
Process control language objects
Address
%KWxy.i.11:X0
%KWxy.i.11:X1
%KWxy.i.11:X2
Parameter name
%KWxy.i.10:X11 PV_EXTERNE
%KWxy.i.10:X13 Totalizer process
%KWxy.i.11
value unit
%KWxy.i.10:X14 Totalizer process value unit
CONFIG_1_C2
SP_Simple
SP_Selection
SPEED_LIMITEUR
%KWxy.i.11:X3 SP_SPP
%KWxy.i.11:X4
%KWxy.i.11:X8
%KWxy.i.11:X9
%KWxy.i.11:X10
%KWxy.i.11:X11
%KWxy.i.11:X12
%KWxy.i.11:X13
%KWxy.i.11:X14
%KWxy.i.11:X15
%KWxy.i.12
%KWxy.i.12:X0
LR/L
SEL_MIN
SEL_MAX
SEL_SWITCH
R/L_INIT
R1/R2_INIT
SP_RATIO
SP_LIMITEUR
SP_FOLW
CONFIG_2_C2
PID
Default value
Missing (0)
1
0
No Object
Selected (1)
No Object
Missing (0)
No Object
Local Remote
(0)
No Object
Comment
Choice of Standard Process value (0) / External Process value (1)
(X13=0, X14 =0): phys/ms
(X13=1, X14 =0): phys/s
(X13=0, X14 =1): phys/mn
(X13=1, X14 =1): phys/h
Word grouping the different configuration bits of the C2
Setpoint
Type of setpoint selected:
Single
Type of setpoint selected:
Selection
Setpoint speed limiter
Type of setpoint selected:
Programmer
Speed limiter either on the local setpoint or in Remote/Local mode
Function selected for setpoint type Selection
No Object
No Object
Local (1)
No Object
Function selected for setpoint type Selection
Function selected for setpoint type Selection
Initial value of the Remote/Local selected setpoint
Initial value of the status of the selected setpoint
Type of setpoint selected: Ratio No Object
Not present (0) Setpoint limiter (e.g.
PARAM_SP)
No setpoint
No Object
Tracking (0)
Word grouping the different loop controller configuration bits and C2 Feed forward
Present
(always)
PID function of the loop controller branch
349
Process control language objects
350
Address
%KWxy.i.12:X2
Parameter name
%KWxy.i.12:X1 ONOFF2
ONOFF3
Default value Comment
No Object ON OFF 2 states branch of loop controller
No Object ON OFF 3 states branch of loop controller
%KWxy.i.12:X3
%KWxy.i.12:X4
%KWxy.i.12:X5
%KWxy.i.12:X6
%KWxy.i.12:X7
%KWxy.i.12:X8
SPLRG/HOTCOLD
Split/Range
Hot / Cold
ALARMES_DEV
Feed Forward
BUMP
No Object
No Object
No Object
OR Hot/Cold and Split Range presence bits
Loop controller branch Split
Range function
Hot/Cold function of the loop controller branch
Present
No Object
Alarm function on diversion of the loop controller branch
Presence of a Feed forward input
With bumps (1) Management of bumps when changing operating mode
%KWxy.i.12:X9
%KWxy.i.12:X10
PV_DEV
MIX_PAR
On process value (0)
PID parallel series
%KWxy.i.12:X11 REV_DIR PID backward action (0)
%KWxy.i.12:X12 MANU/AUTO_INIT Auto (1)
Type of derived action
Mixed or parallel loop controller type
Type of loop controller action
%KWxy.i.12:X13
%KWxy.i.12:X14
%KWxy.i.12:X15
%KWxy.i.13
Lead lag
FF_UNI_BIP
IMC
CONFIG_3_C2
No Object
No Object
Missing (0)
No Object
Initial value of loop controller operating mode
Leadlag function of the Feed forward branch
Type of Feed forward process value: unipolar or bipolar
Model loop controller in branch loop controller
Word grouping the different output configuration bits
Type of output selected: Servo
Type of output selected: Servo
%KWxy.i.13:X0 Servo
%KWxy.i.13:X1 Servo2
%KWxy.i.13:X2 Analog 1
%KWxy.i.13:X3 Analog 2
%KWxy.i.13:X4 PWM1
%KWxy.i.13:X5 PWM2
Not selected
Not selected
Not selected
Not selected
Not selected
Not selected
Type of output selected: Analog
Type of output selected: Analog
Type of output selected: PWM
Type of output selected: PWM
TLX DS 57 PL7 xxE
TLX DS 57 PL7 xxE
Process control language objects
Address Parameter name
%KWxy.i.13:X8 POT_REV1
%KWxy.i.13:X9 POT_REV2
%KWxy.i.13:X10 POT_VAL1_INIT
%KWxy.i.13:X11 POT_VAL2_INIT
%KWxy.i.21:X2
%KWxy.i.21:X8
%KWxy.i.21:X9
%KWxy.i.21:X10
%KWxy.i.21:X11
MIN_MAX
AS_INIT
DIR1_INIT
DIR2_INIT
Default value
Direct (0)
Direct (0)
No (0)
No (0)
On the global loop (0)
Min (0)
Present (1)
Missing (0)
Missing (0)
Comment
Servo copy direction
Servo copy direction
Presence of Servo copy
Presence of Servo copy
%KWxy.i.13:X12
%KWxy.i.13:X13
%KWxy.i.14
%KWxy.i.18
ANALOG1_UNI_BIP Unipolar (0)
ANALOG2_UNI_BIP Unipolar (0)
Loop name
Loop unit
Type of analog output: unipolar or bipolar
Type of analog output: unipolar or bipolar
Loop i with i [0.9] Loop name
Loop unit
%KWxy.i.21
CONFIG_0_G No Object Word grouping the different configuration bits of the global loop
%KWxy.i.21:X0 MANU/
AUTO_G_INIT
%KWxy.i.21:X1 AM_G_PID
Manu (0) Initial operating value of global loop
Managing A/M blocks initially: on A/M block 0 on the global loop
At 1: A/M blocks on each PID
Initial behavior of the autoselector
Output obtained by restriction on initialization = auto-selector output
Output obtained by restriction on initialization = PID n°1 output
Output obtained by restriction on initialization = PID n°2 output
351
Process control language objects
Fault and diagnostics language objects
Description This table describes the fault and diagnostics language objects associated with the auto-selector loop.
Address Parameter name Default value
Comment
%MWxy.i.0
%MWxy.i.1
%MWxy.i.2
%MWxy.i.2:X4
%MWxy.i.2:X5
%MWxy.i.2:X6
%MWxy.i.2:X7
%MWxy.i.2:X8
%MWxy.i.2:X9
EXCH_ERR
CH_FLT
INTERNAL_FLT
CONF_FLT
MISSING_ADDR_2
WARN
STS_ERR_CALC_CORR_B2
%MWxy.i.2:X10 STS_ERR_CALC_PV_B2
%MWxy.i.2:X11 STS_ERR_FLOT_PV_B2
%MWxy.i.2:X12 STS_ERR_SCALE_PV_B2
%MWxy.i.3
%MWxy.i.3:X0
CH_STATUS2
STS_ERR_CALC_OUT
%MWxy.i.3:X1
%MWxy.i.3:X2
%MWxy.i.3:X3
%MWxy.i.3:X4
%MWxy.i.3:X6
EXCH_STS
STS_ERR_FLOT_CORR_B2
STS_ERR_FLOT_OUT
STS_ERR_TH_SPLRG
STS_ERR_CALC_CONT
STS_ERR_COPY_POS
MISSING_ADDR_1
Exchange management status
Exchange report status
Channel standard fault
Serious internal error
Configuration fault
Missing secondary loop
IMC register address
Sum of warnings
Loop controller branch calculation error
Loop controller branch floating point error
PV branch calculation error
PV branch floating point error
PV1 branch scale incorrect
Channel state
OUT branch calculation error
OUT branch floating point error
Split Range function thresholds incorrect
Secondary branch calculation error
Missing position copy address
Missing main loop IMC register address
352
TLX DS 57 PL7 xxE
TLX DS 57 PL7 xxE
Process control language objects
Address Parameter name
%MWxy.i.3:X8 STS_ERR_CALC_CORR_1
%MWxy.i.3:X10 STS_ERR_CALC_PV_1
Default value
%MWxy.i.3:X11 STS_ERR_FLOT_PV_1
%MWxy.i.3:X12 STS_ERR_SCALE_PV_1
%MWxy.i.3:X13 STS_ERR_SCALE_OUT1
%MWxy.i.3:X14 STS_ERR_SCALE_OUT2
%MWxy.i.3:X15 STS_ERR_SCALE
%MWxy.i.4
STATUS1_C1
%MWxy.i.4:X0
%MWxy.i.4:X1
%MWxy.i.4:X2
%MWxy.i.4:X3
%MWxy.i.4:X4
%MWxy.i.4:X5
%MWxy.i.4:X6
%MWxy.i.4:X7
%MWxy.i.4:X8
%MWxy.i.4:X9
%MWxy.i.4:X14
STS_HOLD_TOT_C1
STS_PV_SIM_C1
STS_PV_H_LIM_C1
STS_PV_L_LIM_C1
STS_SP_H_LIM_C1
STS_SP_L_LIM_C1
STS_L_R_C1
STS_R1_R2_C1
STS_ALARMS_C1
STS_HH_C1
%MWxy.i.4:X10 STS_H_C1
%MWxy.i.4:X11 STS_L_C1
%MWxy.i.4:X12 STS_LL_C1
%MWxy.i.4:X13 STS_DEV_H_C1
STS_DEV_L_C1
R/L Init
Comment
Loop controller branch calculation error
PV branch calculation error
PV branch floating point error
PV branch incorrect scale
C1 branch incorrect scale
C2 branch incorrect scale
OR scale errors
Word grouping the different Process value/
Setpoint status bits of the main loop
Totalizer function freeze
Simulated process value
High limit on process value
Low limit on process value
High limit on setpoint
Low limit on setpoint
Remote Setpoint (1) Local
Setpoint (0)
Remote2 Setpoint (1)
Remote1 Setpoint (0)
OR logic of process value alarms
Very high alarm
High alarm
Low alarm
Very low alarm
High alarm for Process value/Setpoint deviation
(>0)
Low alarm for Process value/Setpoint deviation
(<0)
353
Process control language objects
Address Parameter name
%MWxy.i.4:X15 STS_THLD_DONE_C1
%MWxy.i.5
STATUS2_C1
%MWxy.i.5:X0
%MWxy.i.5:X1
%MWxy.i.5:X2
STS_AT_RUNNING_C1
STS_M_A_C1
STS_FF_SIM_C1
%MWxy.i.5:X6 STS_TOP_NEXT_CYCLE
%MWxy.i.5:X7 STS_TOP_CUR_CYCLE
%MWxy.i.5:X8 STS_TR_S
%MWxy.i.5:X9 STS_M_A
%MWxy.i.5:X10 STS_RAISE1
%MWxy.i.5:X11 STS_LOWER1
%MWxy.i.5:X12 STS_RAISE2
%MWxy.i.5:X13 STS_LOWER2
%MWxy.i.5:X14 STS_OUT_L_LIM
%MWxy.i.5:X15
%MWxy.i.6
%MWxy.i.6:X0
%MWxy.i.6:X1
STS_OUT_H_LIM
STATUS3_C1
Xi_WARN_C1
Yi_WARN_C1
Default value
Comment
Totalizer threshold reached
No Object Word grouping the different Loop controller status bits of the main loop
Autotuning in progress
PID operation state
Simulation state of Feed forward process value
Sampling pulse on next cycle
Sampling pulse in current cycle
Tracking in progress on the global loop
Global Manu / Auto
Open command (global loop)
Close command (global loop)
Output 2 branch open command (global loop)
Output 2 branch close command (global loop)
Upper limit reached for the
PID output selected (global loop)
Low limit reached for the
PID output selected (global loop)
No Object Word grouping end of different diagnostics warnings (process value, setpoint, Feed forward) main loop
Xi parameter check error
Yi parameter check error
354
TLX DS 57 PL7 xxE
TLX DS 57 PL7 xxE
Address
%MWxy.i.6:X2
%MWxy.i.6:X3
%MWxy.i.6:X4
%MWxy.i.6:X5
%MWxy.i.6:X8
%MWxy.i.6:X9
%MWxy.i.6:X10 SP_MIN_WARN_C1
%MWxy.i.6:X11 SP_CALC_WARN_C1
%MWxy.i.6:X12 SP_FLOAT_WARN_C1
%MWxy.i.6:X13 OVER_TOT_WARN_C1
%MWxy.i.7
STATUS1_C2
%MWxy.i.7:X1
%MWxy.i.7:X2
%MWxy.i.7:X3
%MWxy.i.7:X4
%MWxy.i.7:X5
%MWxy.i.7:X6
Parameter name
RATIO_WARN_C1
FF_CALC_WARN_C1
FF_FLOAT_WARN_C1
OUT_FF__WARN_C1
INP_INFR1_WARN_C1
INP_INFR2_WARN_C1
STS_PV_SIM_C2
STS_PV_H_LIM_C2
STS_PV_L_LIM_C2
STS_SP_H_LIM_C2
STS_SP_B_LIM_C2
STS_L_R_C2
Process control language objects
Default value
Comment
R/L Init
RATIO_MIN and
RATIO_MAX parameter check error
Feed forward calculation error
Feed forward floating point error
OUTFF_INF and
OUTFF_SUP parameters check error
INP_INFR1 and
INP_SUPR1 parameters check error
INP_INFR2 and
INP_SUPR2 parameters check error
SP_MIN and SP_MAX parameter check error
Setpoint calculation error
Setpoint floating point error
Error on totalizer overflow
No Object Word grouping the different Process value/
Setpoint status bits of the
Secondary loop
Process value simulation status
High limit on process value branch (PV_SUP)
Low limit on process value branch (PV_INF)
High limit on setpoint branch
Low limit on setpoint branch
Remote Setpoint (1) Local
Setpoint (0)
355
Process control language objects
356
Address
%MWxy.i.7:X8
%MWxy.i.7:X9
Parameter name
STS_ALARMS_C2
STS_HH_C2
%MWxy.i.7:X10 STS_H_C2
%MWxy.i.7:X11 STS_L_C2
%MWxy.i.7:X12 STS_LL_C2
%MWxy.i.7:X13 STS_DEV_H_C2
%MWxy.i.7:X14
%MWxy.i.7:X15
%MWxy.i.8
STS_DEV_L_C2
STS_THLD_DONE_C2
STATUS2_C2
%MWxy.i.8:X0
%MWxy.i.8:X1
%MWxy.i.8:X8
STS_AT_RUNNING_C2
STS_M_A_C2
INP_INFR1_WARN_C2
%MWxy.i.8:X9
%MWxy.i.8:X10 SP_MIN_WARN_C2
%MWxy.i.8:X11 SP_CALC_WARN_C2
%MWxy.i.8:X12 SP_FLOAT_WARN_C2
%MWxy.i.8:X13 OVER_TOT_WARN_C2
%MWxy.i.9
STATUS3
%MWxy.i.9:X0 STS_POT_VAL1
%MWxy.i.9:X1 STS_POT_VAL2
%MWxy.i.9:X2 STS_RAISE STOP1
Default value
Comment
Sum of process value alarms
Very high alarm
High alarm
Low alarm
Very low alarm
High threshold for Process value/Setpoint deviation
(>0)
Low threshold for Process value/Setpoint deviation
(<0)
Totalizer threshold reached
No Object Word grouping the different loop controller/ setpoint status bits of the
Secondary loop
Autotuning in progress
PID operation state
INP_INFR1 and
INP_SUPR1 parameters check error
SP_MIN and SP_MAX parameter check error
Setpoint calculation error
Setpoint floating point error
Totalizer overflow error
No Object Word grouping the different output bits
Servo with copy operation
(global loop)
Servo with copy operation
(global loop)
Open limit reached on
Servo drive (global loop)
TLX DS 57 PL7 xxE
TLX DS 57 PL7 xxE
Address
%MWxy.i.9:X3
%MWxy.i.9:X4
%MWxy.i.9:X5
%MWxy.i.9:X8
%MWxy.i.9:X9
%MWxy.i.9:X10
%MWxy.i.9:X11
Parameter name
STS_LOWER STOP1
STS_RAISE STOP2
STS_LOWER STOP2
STS_AS
STS_DIR1
STS_DIR2
STS_SEL_PID1
%MWxy.i.10
STATUS4
%MWxy.i.10:X0 AT_FAILED
%MWxy.i.10:X1 AT_ABORTED
%MWxy.i.10:X2 AT_ERR_PARAM
%MWxy.i.10:X3 AT_PWF_OR_EFB_FAIL
%MWxy.i.10:X4
%MWxy.i.10:X5
%MWxy.i.10:X6
%MWxy.i.10:X7
AT_ERR_SATUR
AT_DV_TOO_SMALL
AT_TSAMP_HIGH
AT_INCONSIST_RESP
Process control language objects
Default value
Comment
Close limit reached on
Servo drive (global loop)
Open limit reached on
Servo drive (global loop)
Close limit reached on
Servo drive (global loop)
Selector positioned on the auto-selector
Selector positioned on
PID1 output
Selector positioned on
PID2 output
1: Selected output = PID1 output
0: Selected output = PID2 output
No Object Word grouping autotuning diagnostics
Autotuning failed
Autotuning diagnostics interrupted
Autotuning diagnostics parameter error
Autotuning diagnostics system error or power failure
Autotuning diagnostics process value saturation
Autotuning diagnostics insufficient process value deviation
Autotuning Diagnostics sampling pulse period too long
Autotuning diagnostics inconsistent response
357
Process control language objects
Address
%MWxy.i.10:X8 AT_NOT_STAB_INIT
%MWxy.i.10:X9
Parameter name
AT_TMAX_TOO_SMALL
%MWxy.i.10:X10 AT_NOISE_TOO_HIGH
%MWxy.i.10:X11 AT_TMAX_TOO_HIGH
%MWxy.i.10:X12 AT_OVERSHOOT
%MWxy.i.10:X13 AT_UNDERSHOOT
%MWxy.i.10:X14 AT_UNSYMETRICAL_PT
%MWxy.i.10:X15 AT_INTEGRATING_PT
%MWxy.i.11
%MDxy.i.12
ORDER_COMMAND
PARAM_COMMAND
Default value
Comment
Autotuning diagnostics: initially unstable process value
Autotuning diagnostics grade period too small
Autotuning diagnostics process value noise too loud
Autotuning diagnostics grade period too long
Autotuning diagnostics overshoot above 10%
Autotuning diagnostics non-minimum phase too large
Autotuning diagnostics procedure too nonsymmetrical
Autotuning diagnostics integrating process
Order Command
Parameter Command
358
TLX DS 57 PL7 xxE
Process control language objects
Process control language objects
Description
TLX DS 57 PL7 xxE
This table describes the process control language objects associated with the autoselector loop channel.
Address Parameter name
%MFxy.i.14
%MFxy.i.16
%MFxy.i.18
%MFxy.i.20
%MFxy.i.22
%MFxy.i.24
%MFxy.i.26
%MFxy.i.28
%MFxy.i.30
%MFxy.i.32
%MFxy.i.34
%MFxy.i.36
%MFxy.i.38
%MFxy.i.40
%MFxy.i.42
%MFxy.i.44
%MFxy.i.46
AT_STEP
AT_TMAX
AT_PERF
T_ECH
OUT1
OUT2
OUTD
OUT_MAN
OUTFF_C1
OUT_MAN_C1
DEV_C1
PV_C1
SP_C1
PV_INF_C1
PV_SUP_C1
KP_C1
TI_C1
Default value
10.0
Comment
100.0
0.5
0.3
Autotuning step function amplitude
Autotuning step function duration
Autotuning stability criterion
Sampling period (common to the two PID)
No object
No object
No object
No object
Heat/Cool or Split Range output 1 command value
Heat/Cool or Split Range output 2 command value
Global loop command variation value
Value of global command
(loop controller output value selected after processing via OUTRATE and limitations)
No Object Value of Feed forward action on main loop
Physical scale
No object Main loop command value
No Object Main loop process value setpoint deviation
No Object PV value on physical scale
No Object Setpoint value on Physical scale
0.0
100.0
Process value low limit
Process value high limit
1.0
0.0
Proportional coefficient
Integral time
359
Process control language objects
Parameter name
TD_C1
OUTBIAS_C1
INT_BAND_C1
DBAND_C1
KD_C1
SP_MIN_C1
SP_MAX_C1
PV_LL_C1
PV_L_C1
PV_H_C1
PV_HH_C1
RATIO_C1
RATIO_MIN_C1
RATIO_MAX_C1
RATIO_BIAS_C1
DEV_L_C1
DEV_H_C1
T_FILTER_C1
K_FILTER_C1
FILT_OUT_C1
SQR_OUT_C1
E2_IN_C1
E3_IN_C1
E4_IN_C1
E5_IN_C1
E6_IN_C1
E7_IN_C1
E2_OUT_C1
E3_OUT_C1
E4_OUT_C1
Address
%MFxy.i.48
%MFxy.i.50
%MFxy.i.52
%MFxy.i.54
%MFxy.i.56
%MFxy.i.58
%MFxy.i.60
%MFxy.i.62
%MFxy.i.64
%MFxy.i.66
%MFxy.i.68
%MFxy.i.70
%MFxy.i.72
%MFxy.i.74
%MFxy.i.76
%MFxy.i.78
%MFxy.i.80
%MFxy.i.82
%MFxy.i.84
%MFxy.i.86
%MFxy.i.88
%MFxy.i.90
%MFxy.i.92
%MFxy.i.94
%MFxy.i.96
%MFxy.i.98
%MFxy.i.100
%MFxy.i.102
%MFxy.i.104
%MFxy.i.106
360
0.0
-5.0
5.0
0.0
1.0
95.0
1.0
0.0
100.0
0.0
0.0
10.0
0.0
100.0
5.0
Default value
0.0
0.0
5.0
95.0
No object
No object
1428.0
2857.0
4285.0
5714.0
7143.0
8571.0
14.28
28.57
42.85
Comment
Derivative time
Bias on main loop PID loop controller output
Integral band
Dead band on deviation
Derivative filtering
Setpoint low limit
Setpoint high limit
Process value threshold very low
Process value threshold low
Process value threshold high
Process value threshold
Ratio Value
Minimum Ratio value
Maximum Ratio value
Ratio bias Value
Deviation low threshold
Deviation high threshold
Process value filtering time
Multiplication coefficient of process value filtering
Filtering output value
Square root output value
Segment S2 input value
Segment S3 input value
Segment S4 input value
Segment S5 input value
Segment S6 input value
Segment S7 input value
Segment S2 output value
Segment S3 output value
Segment S4 output value
TLX DS 57 PL7 xxE
TLX DS 57 PL7 xxE
Address
%MFxy.i.108
%MFxy.i.110
%MFxy.i.112
%MFxy.i.114
%MFxy.i.116
%MFxy.i.118
%MFxy.i.120
%MFxy.i.122
%MFxy.i.124
%MFxy.i.126
%MFxy.i.128
%MFxy.i.130
%MFxy.i.132
%MFxy.i.134
%MFxy.i.136
%MFxy.i.138
%MFxy.i.140
%MFxy.i.142
%MFxy.i.144
%MFxy.i.146
%MFxy.i.148
Parameter name
E5_OUT_C1
E6_OUT_C1
E7_OUT_C1
THLD_C1
R_RATE_C1
D_RATE_C1
SPEED_LIM_OUT_C1
INP_INFR1_C1
INP_SUPR1_C1
INP_INFR2_C1
INP_SUPR2_C1
T1_FF_C1
T2_FF_C1
OUT_FF_INF_C1
OUT_FF_SUP_C1
KP_PREV_C1
TI_PREV_C1
TD_PREV_C1
OUT_MAN_C2
DEV_C2
PV_C2
Process control language objects
Default value
57.14
71.43
85.71
1E+8
0.0
0.0
No object
0.0
100.0
0.0
100.0
Comment
Segment S5 output value
Segment S6 output value
Segment S7 output value
Totalizing limit
Setpoint speed increase limit
Setpoint speed decrease limit
Setpoint velocity limiter output value
Main loop R1 setpoint low scale
Main loop R1 setpoint high scale
Main loop R2 setpoint low scale
Main loop R2 setpoint high scale
0.0
0.0
0.0
Feed forward process value filtering time
Feed forward process value filtering time
Feed forward process value low limit
100.0
Feed forward process value high limit
No Object Value before proportional co-efficient autotuning
No Object Value before integral coefficient autotuning
No Object Value before derived coefficient autotuning
No Object Secondary loop command value
No Object Process value/setpoint deviation
No Object PV value on physical scale
361
Process control language objects
Address
%MFxy.i.150
%MFxy.i.152
%MFxy.i.154
%MFxy.i.156
%MFxy.i.158
%MFxy.i.160
%MFxy.i.162
%MFxy.i.164
%MFxy.i.166
%MFxy.i.168
%MFxy.i.170
%MFxy.i.172
%MFxy.i.174
%MFxy.i.176
%MFxy.i.178
%MFxy.i.180
%MFxy.i.182
%MFxy.i.184
%MFxy.i.186
%MFxy.i.188
%MFxy.i.190
%MFxy.i.192
%MFxy.i.194
%MFxy.i.196
Parameter name
SP_C2
PV_INF_C2
PV_SUP_C2
KP_C2
TI_C2
TD_C2
OUTBIAS_C2
INT_BAND_C2
DBAND_C2
SP_MIN_C2
SP_MAX_C2
PV_LL_C2
PV_L_C2
PV_H_C2
PV_HH_C2
DEV_L_C2
DEV_H_C2
SQRT_OUT_C2
THLD_C2
R_RATE_C2
D_RATE_C2
SPEED_LIM_OUT_C2
INP_INFR1_C2
INP_SUPR1_C2
Default value
Comment
No Object Setpoint value on Physical scale
0.0
Process value low limit
100.0
1.0
0.0
0.0
0.0
Process value high limit
Proportional coefficient
Integral time
0.0
0.0
0.0
100.0
5.0
Derivative time
Bias on PID loop controller output
Integral band
Dead band on deviation
Setpoint low limit
Setpoint high limit
Process value threshold very low
5.0
95.0
95.0
-5.0
5.0
No object
1E+8
0.0
0.0
No object
0.0
100.0
Process value threshold low
Process value threshold high
Process value threshold very high
Deviation low threshold
Deviation high threshold
Square root output value
Totalizing limit
Setpoint speed increase limit
Setpoint speed decrease limit
Setpoint velocity limiter output value
Secondary loop R1 setpoint low scale
Secondary loop R1 setpoint high scale
362
TLX DS 57 PL7 xxE
TLX DS 57 PL7 xxE
Address
%MFxy.i.198
%MFxy.i.200
%MFxy.i.202
%MFxy.i.204
%MFxy.i.206
%MFxy.i.208
%MFxy.i.210
%MFxy.i.212
%MFxy.i.214
%MFxy.i.216
%MFxy.i.218
%MFxy.i.220
%MFxy.i.222
%MFxy.i.224
%MFxy.i.226
Parameter name
KP_PREV_C2
TI_PREV_C2
TD_PREV_C2
OUTRATE
OUTRATE2
OUT1_INF
OUT1_SUP
OUT2_INF
OUT2_SUP
OUT1_TH1
OUT1_TH2
OUT2_TH1
OUT2_TH2
T_MOTOR1
T_MINI1
%MFxy.i.228
%MFxy.i.230
T_MOTOR2
T_MINI2
%MFxy.i.232
%MFxy.i.234
%MFxy.i.236
%MFxy.i.238
%MFxy.i.240
%MFxy.i.242
KS
OL_TIME
T_DELAY
CL_PERF
Process control language objects
0.0
0.0
0.0
100.0
0.0
100.0
0.0
Default value
Comment
No Object Value before proportional co-efficient autotuning
No Object Value before integral coefficient autotuning
No Object Value before derived coefficient autotuning
50.0
50.0
100.0
10.0
0.0
10.0
Output 1 speed limit
Output 2 speed limit
Low limit of Output 1
High limit of Output 1
Low limit of Output 2
High limit of Output 2
Threshold 1 for Hot/Cold or
Split Range output 1
Threshold 2 for Hot/Cold or
Split Range output 1
Threshold 1 for Hot/Cold or
Split Range output 2
Threshold 2 for Hot/Cold or
Split Range output 2
Open time for servo drive controlled valve
Minimum open time for servo drive controlled valve
Open time for servo drive controlled valve
0.0
1.0
1.0
0.0
0.1
No Object
No Object
Minimum open time for servo drive controlled valve
IMC static gain
Time constant in BO
Current pure delay time
Ratio OL/CL
363
Process control language objects
Address
%MFxy.i.244
%MFxy.i.246
%MWxy.i.248
%MWxy.i.249
%MWxy.i.250
Parameter name
Simulated PV_C1
Simulated PV_C2
Simulated FF_C1
Default value
No Object
No Object
Comment
No Object Simulated process value
No Object Simulated process value
No Object Simulated Feed forward input
364
TLX DS 57 PL7 xxE
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