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Samson FOUNDATION 3730-5 Configuration Manual Download Page 118

 118  

KH 8384-5 EN

Parameter lists

DO FB:

RCAS_OUT_D (24)

Storage class D; read capability r

Discrete set point after applying the ramp function (value and status)

The RCAS_OUT_D value is provided to the fieldbus host system to perform back-

calculations in case of control mode changes or limited signals.

Note:

 This parameter is only active in RCAS mode.

DO FB:

READBACK_D (16)

Storage class D; read capability r

Current discrete valve position

• 

0: 0 %1: 100 %

• 

2: Intermediate position (0.5 % < x < 99.5 %)

DO FB:

SHED_OPT (23)

Storage class S; read/write capability r/w; supported modes ALL
Behavior upon exceeding the monitoring time (see SHED_RCAS in the Resource Block)
Monitoring of the connection between fieldbus host system and DO Function Block in 

RCAS mode. When the monitoring time has elapsed, DO Function Block switches from the 

RCAS mode to the selected operating mode.

The action to be taken after the fault state ends is also determined.

• 

[UNINITIALIZED]

• 

NORMAL SHED_NORMAL RETURN · On failure of remote connection, change to next 

possible mode until RCAS mode is restored.

• 

NORMAL SHED_NO RETURN · On failure of remote connection, change to next 

possible mode. The block remains in this mode.

• 

SHED TO AUTO_NORMAL RETURN · On failure of remote connection, change to 

AUTO mode until RCAS mode is restored.

• 

SHED TO AUTO_NO RETURN · On failure of remote connection, change to AUTO 

mode. No attempt is made to restore the mode and the block remains in AUTO mode.

• 

SHED TO MANUAL_NORMAL RETURN · On failure of remote connection, change to 

MAN mode until RCAS mode is restored.

• 

SHED TO MANUAL_NO RETURN · On failure of remote connection, change to MAN 

mode. No attempt is made to restore the mode and the block remains in MAN mode.

• 

SHED TO RETAINED TARGET_ NORMAL RETURN · On failure of remote connection, 

the block attempts to attain the retained target mode until RCAS mode is restored.

• 

SHED TO RETAINED TARGET_NO RETURN · On failure of remote connection, the block 

sets the target mode to the retained target mode.

Note:

 This parameter is only active in RCAS mode in the DO Function Block.

 

If the value is set to UNINITIALIZED, the DO Function Block cannot be placed in the RCAS 

mode.

Summary of Contents for FOUNDATION 3730-5

Page 1: ...Configuration Manual KH 8384 5 EN Firmware version K 3 0x Translation of original instructions Edition December 2017 Series 3730 Type 3730 5 Electropneumatic Positioner Communication FOUNDATION fieldbus ...

Page 2: ...f delivery The latest documentation is available on our website www samson de Product documentation You can enter the document number or type number in the Find field to look for a document Definition of signal words Hazardous situations which if not avoided will result in death or serious injury Hazardous situations which if not avoided could result in death or serious injury Property damage mess...

Page 3: ... 3 Advanced Positioner Transducer Block AO TRD 17 7 4 Function blocks 18 7 4 1 Analog Output Function Block AO FB 18 7 4 2 Proportional Integral Derivative Function Block PID 22 7 4 3 Discrete Input Function Block DI1 FB DI2 FB 24 8 Other parameters 26 8 1 Link Objects 26 8 2 LAS Functionality 26 9 Parameter lists 27 9 1 Resource Block RES 28 9 2 Advanced Positioner Transducer Block AO TRD 43 9 3 ...

Page 4: ...sitioner Code 8 9 is also transferred over fieldbus in firmware version K 1 21 and higher De energized internal solenoid valve a masking allows to set whether a de energized internal solenoid valve generates an AO block error resulting in a block alarm SOLENOID_SELECT parameter the SOLENOID_SELECT parameter in firmware K 1 21 and higher allows to set whether a Maintenance now block error of the AO...

Page 5: ...e changes to Maintenance alarm the following actions can be started Hold last value Move valve to fail safe position Move to a predefined fault state value K 2 02 Partial stroke test PST configuration of the partial stroke test PST over the FF parameters is no longer possible Configuration over the TROVIS VIEW software is still possible K 2 03 Partial stroke test PST configuration of the partial s...

Page 6: ... Communication K K 3 01 Certified according to ITK 6 2 0 Diagnostics specification according to FF 912 Function block added AI Analog Input Function blocks removed MAI Multiple Analog Input MAO Multiple Analog Output IS Input Selector ...

Page 7: ...KH 8384 5 EN 7 ...

Page 8: ... NAMUR rib or valves with rod type yokes according to IEC 60534 6 1 or to rotary actuators according to VDI VDE 3845 Any desired mounting position of the positioner One knob menu driven operation Automatic start up LCD easy to read in any mounted position due to selectable reading direction Integrated EXPERTplus diagnostics suitable for throttling and on off valves and with addi tional partial str...

Page 9: ...nal pressure supplied to the actuator can be limited by software or on site to 1 4 2 4 or 3 7 bar The fixed flow regulator ensures a constant air flow to the atmosphere which is used to flush the inside of the positioner housing and to optimize the air capacity booster The i p convert er is supplied with a constant upstream pressure by the pressure regulator to compensate for any fluctuations in t...

Page 10: ...automatic mode AUTO Control over FOUNDATION fieldbus is performed over the AO Function Block control valve and over the DO1 Function Block on off valve The application type can be entered in the Resource Block over the SELECT_DO_1 parameter or at the positioner using Code 49 h0 Control valve Open close on off valve AUTO mode The positioner uses the set point to position the valve The valve positio...

Page 11: ... In this version only the sensor is mounted to the control valve The positioner is located sepa rately from the valve The connection of x and y signals to the valve is established by cable and piping for air only without inductive limit contact Leakage sensor By upgrading the positioner with a leakage sensor it is possible to detect seat leakage when the valve is in the closed position Binary inpu...

Page 12: ...ieldbus specification Data are transmitted over the bus using digital bit synchronous Manchester coding at a Baud rate of 31 25 kbit s over twisted pair wires according to IEC 61158 2 If complex functions are started in the positioner which require a long calculation time or lead to a large quantity of data being saved in the volatile memory of the positioner the alert busy is issued over the DD T...

Page 13: ...ion Blocks DI FB execution time 20 ms 1x Proportional Integral Derivative Function Block PID execution time 40 ms Transducer Blocks TRD Each AI or AO Function Block has a Transducer Block which contains all data and de vice specific parameters to link the device to the process value sensor or final control ele ment The following Transducer Blocks corresponding to the Function Blocks are implemente...

Page 14: ...responding section on starting up the positioner in the Mounting and Operating Instructions u EB 8384 5 5 Resetting the positioner The start up and diagnostic data in Code 36 Std can be reset over the XD_COMMAND 41 parameter of the AO Transducer Block The device data are reset and the function blocks connected to the values given in the FOUNDATION fieldbus specification using the DEFAULTS value in...

Page 15: ...control task with restrictions A maintenance demand or above average wear has been determined The wear tolerance will soon be exhausted or is reducing at a faster rate than expected Maintenance is necessary in the short term 3 Maintenance alarm The positioner cannot perform its control task due to a functional fault in the positioner itself or in one of its peripherals or an initialization has not...

Page 16: ... ms 7 2 Transducer Blocks Transducer Blocks link the function blocks to the input and output variables of a field device For example the DI Function Blocks are linked to the physical binary inputs an internal sole noid valve the current valve position or the condensed state of the positioner This link to the various Transducer Blocks is made over the CHANNEL parameter of the individual function bl...

Page 17: ... fault detection to transfer to the O S mode can be configured in the XD_OOS_ OPT parameter as follows Hold last value Move to fail safe position Move to fault state value XD_FSTATE_VAL The AO Transducer Block AO TRD can still set an output error in the AO Function Block For this purpose the following events to activate an output error can be configured in the ALARM_OPTION parameter No never Local...

Page 18: ...irection of action into account corresponds to the set point of the control algorithm WORKING_POS_D Actual discrete valve position See page 43 for parameter list 7 4 Function blocks 7 4 1 Analog Output Function Block AO FB The AO Function Block processes an analog signal from an upstream block e g PID Function Block to an output value that can be used for the downstream Transducer Block e g valve ...

Page 19: ... Characteristic End position function MODE AUTO MODE Open close on off FINAL_VALUE_D SIGNAL_ACTION FINAL_POS_VALUE_D SIGNAL_ACTION WORKING_SP_D WORKING_SP WORKING_POS_D FINAL_POS_VALUE RB_SELECT SIGNAL_ACTION WORKING_POS DO FB OUT_D DI FB OUT_D Discrete valve position 1 Valve closed 2 Valve open 3 Intermediate position Fig 5 Advanced Positioner Transducer Block AO TRD ...

Page 20: ...on fault BAD status The last valid value is used by default By selecting FAULT STATE TO VALUE in the IO_OPTS parameter the valve moves to the fault state value FSTATE_VAL configured in the AO Function Block FSTATE_TIME defines the length of time that the AO Function Block will wait to activate the fault state Action on fault detection in OUT OF SERVICE O S mode After the AO Function Block has move...

Page 21: ..._LIM SP SP_HI_LIM SP PV SP READBACK OUT XD_SCALE MODE_BLK SP_HI_LIM SP_LO_LIM XD_SCALE PV_SCALE SP_RATE_DN SP_RATE_UP XD_SCALE PV_SCALE IO_OPTS OUT MODE_BLK manual SP Set point lim it Set point ramps PV XD scaling Output behavior PV XD scaling Fig 2 Analog Output Function Block AO FB ...

Page 22: ...le which is used to generate the process variable PV taking into account the PV_SCALE and the filter of the first order PV_ FTIME These values are fed to the internal PID algorithm This algorithm consists of a proportional an integral and a derivative component The output value is calculated from the set point SP and the process variable PV resulting from the set point deviation The single PID com...

Page 23: ... of the PID Function Block As a result the fault state of a following output block can be activated for example The BYPASS parameter allows the internal set point to pass directly through to the output val ue The FF_VAL input value allows feedforward control while TRK_IN_D and TRK_VAL allow the direct tracking of the out value See page 99 for parameter list IO_OPTS Inverted OUT_D SP_D CAS_IN_D RCA...

Page 24: ...yzes the state of the contact and issues it over OUT_D When a pressure sensor leakage sensor is connected its switching state can be issued as a diagnostic alarm in the XD_ERROR_EXT parameter of the AO Transducer Block and logged In this case the Actively Open Ext Leak Sens or Actively Closed Ext Leak Sens option must be activated in CONFIG_BINARY_INPUT2 Additionally the switching state of the bin...

Page 25: ...crete value as follows 0 No message 1 Maintenance required 2 Maintenance demanded 3 Maintenance alarm 7 Function check See page 121 for parameter list Bin2 MGV CHANNEL POS_D Condensed State CONFIG_BINARY_INPUT_2 Simulate SIMULATE_D Optional Invert Filter PV_FTIME Output PV_D Out_D FIELD_VAL_D Alarms DISC MODE AO Transducer BINARY_INPUT_2 SELECT_DI1 2 Fig 4 Discrete Input Function Block DI1 FB DI2 ...

Page 26: ...e status Good at the scheduled time The Stale Counter defines how many Bad stale values can be accepted in sequence be fore the Fault State of the block is activated This monitoring function is deactivated by setting the Stale Counter to zero 8 1 Link Objects Link Objects are used to link the inputs and outputs of the function blocks configurable cyclic connections A maximum of 22 Link Objects can...

Page 27: ... Dynamic parameter N Non volatile parameter Read write capability r Read capability w Write capability Access O O S out of service mode M MAN mode A AUTO mode CAS Cascade mode RCAS External cascade mode ALL O M A CAS RCAS NA Not analyzed Other operating modes LO Local override mode ROUT External output mode Values settings in square brackets are default settings Resource Block RES Note ...

Page 28: ...n was changed BLOCK ALM Block alarm Note The process alarms can also be deactivated in this parameter group RES ALERT_KEY 4 Storage class S read write capability r w supported modes O A ID number of the plant section 1 to 255 0 Used by the fieldbus host system to sort alarms and events Note 0 is not permissible and will be rejected when transferring data to the device error alarm RES ALL_ACTIVE_ST...

Page 29: ... Storage class D read capability r Bus address Code 46 0 to 255 248 RES CLR_FSTATE 30 Storage class D read write capability r w supported modes O A Deactivation of the fault state of the AO Function Block RES CONDENSED_STATE 81 Storage class D read capability r Displays the current condensed state according to NAMUR Recommendation NE 107 RES CONFIRM_TIME 33 Storage class S read write capability r ...

Page 30: ...Any desired text to describe the application The text is saved in the field device Max 32 characters no text RES DEVICE_CERTIFICATION 68 Storage class N read capability r Certification Specifies whether explosion protection certificates are available for the Type 3730 5 RES DEVICE_MESSAGE 70 Storage class N read write capability r w supported modes O A Any desired text The text is saved in the fie...

Page 31: ...ability r Active not suppressed diagnostic messages with the Function check status RES FD_CHECK_MAP 50 Storage class S read write capability r w Classification of diagnostic messages with the Function check status RES FD_CHECK_MASK 54 Storage class S read write capability r w Activation deactivation of diagnostic messages with the Function check status RES FD_CHECK_PRI 62 Storage class S read writ...

Page 32: ...ass D read write capability r Active not suppressed diagnostic messages with the Maintenance demanded status RES FD_MAINT_MAP 49 Storage class S read write capability r w Classification of diagnostic messages with the Maintenance demanded status RES FD_MAINT_MASK 53 Storage class S read write capability r w Activation deactivation of diagnostic messages with the Maintenance demanded status RES FD_...

Page 33: ...ic messages RES FD_VER 42 Storage class S read write capability r Field diagnostic specification version 1 RES FEATURES 17 Storage class S read capability r Additional functions supported by the device see FEATURES_SEL RES FEATURES_SEL 18 Storage class S read write capability r w supported modes O A Selects the additional functions supported by the device REPORTS Fieldbus host system needs to ackn...

Page 34: ...y r Types of input and output signals hardware available for the device Scalar Output Scalable analog output variable Scalar Input Scalable analog input variable Discrete Output Discrete Input RES HW_REVISION 66 Storage class S read capability r Hardware release for electronics and mechanics RES ITK_VER 41 Storage class S Version of the Interoperability Tester Kit on which the interoperablity test...

Page 35: ...he device can perform 8000 ms RES MODE_BLK 5 Storage class N read write capability r w supported modes O A Mode of the Resource Block Target Mode Code 48 S0 Actual Mode read only Code 48 S1 Permitted Mode Normal Mode read only AUTO The execution of the function blocks AO and PID is enabled O S The execution of the function blocks AO and PID is stopped These blocks go out of service O S mode RES NV...

Page 36: ...t reset of the device processor restart RES RS_STATE 7 Storage class D read capability r Current operating status of the Resource Block ONLINE Normal operating state the function block is in AUTO mode STANDBY The Resource Block is in O S mode ONLINE LINKING The configured links between the function blocks have not been established yet RES SELECT_USAGE_IO 80 Storage class N read write capability r ...

Page 37: ...DI2 Function Block FI_CONTACT State of the standard binary contact BI2 terminal 85 86 0 Floating contact open 1 Floating contact closed INT SOL VLVE Switching state of the internal solenoid valve 0 Solenoid valve de energized U 15 V DC 1 Solenoid valve energized U 19 V DC DIS F VLVE POS Current valve position as discrete information 0 Device not initialized 1 Current valve position x 2 Current val...

Page 38: ...LOCAL_OP_ENA DIAGNOSIS Reset stop diagnosis 1 Reset diagnosis 2 Reset logging 3 Stop diagnosis 4 Enable start diagnosis SELECT_DO_2 Purpose of the DO2 Function Block VST Start of the VST Valve Stroke Test See setting in VST_MODE parameter in the AO TRD Block RESET DIAG Reset diagnosis resetting of statistical information and tests the classification of status messages and logging remain saved RESE...

Page 39: ...LECT_MAO_IN_3 SELECT_MAO_IN_7 PROC TEMP in SELECT_MAO_IN_4 SELECT_MAO_IN_8 RES SET_FSTATE 29 Storage class D read write capability r w supported modes O A Activation of the fault state in the AO Function Block RES SHED_RCAS 26 Storage class S read write capability r w supported modes O A Monitoring time to check connection between fieldbus host system and PID Function Block in RCAS mode When the m...

Page 40: ...ability r w supported modes O A User specific text for unique identification and assignment of the block Max 32 characters no text RES TEST_RW 8 Storage class D read write capability r w supported modes O A This parameter is required for conformity tests only and is not relevant for normal operation RES TEXT_INPUT_1 72 to TEXT_INPUT_5 76 Storage class N read write capability r w supported modes O ...

Page 41: ...ock can be activated by setting Code 47 to ON device data can only be read over FOUNDATION fieldbus communication but not overwritten The write lock can be deactivated by setting Code 47 to OFF device data can be overwritten over FOUNDATION fieldbus communication RES WRITE_PRI 39 Storage class S read write capability r w supported modes O A Behavior upon a write lock alarm WRITE_ALM parameter 0 Th...

Page 42: ..._MAINT_MAP 50 FD_CHECK_MAP 51 FD_FAIL_MASK 52 FD_OFFSPEC_MASK 53 FD_MAINT_MASK Index Parameters 54 FD_CHECK_MASK 55 FD_FAIL_ALM 56 FD_OFFSPEC_ALM 57 FD_MAINT_ALM 58 FD_CHECK_ALM 59 FD_FAIL_PRI 60 FD_OFFSPEC_PRI 61 FD_MAINT_PRO 62 FD_CHECK_PRI 63 FD_SIMULATE 64 FD_RECOMMEN_ACT 65 FIRMWARE_REVISION 66 HW_REVISION 67 DEVICE_SER_NUM 68 DEVICE_CERTIFICATION 69 DESCRIPTOR 70 DEVICE_MESSAGE 71 DEVICE_PRO...

Page 43: ...ssociated with the positioner AO TRD ACT_SN 41 Storage class S read write capability r w supported modes O M A Serial number of the actuator associated with the positioner AO TRD ALARM_OPTION 101 Storage class S read write capability r w Alarm setting to activate an output error in AO Function Block No never No Local Override Alarm triggered when the AO TRD is in the LOCAL OVERRIDE mode i e the po...

Page 44: ...tics TIME_STAMP_RISING FALLING BREAK_AWAY_TIME_RISING FALLING TRANSIT_TIME_RISING FALLING VALVE_END_POSITION_RISING FALLING AO TRD APPLICATION_TYPE_OC_CONTROL 144 Storage class S read write capability r w supported modes O M A Application type valve Control Valve Open Close on off Valve AO TRD AUTOMATIC_TEST_STATUS 175 Storage class S read write capability r w supported modes O M A Status of activ...

Page 45: ...ta loss in EEPROM DEVICE NEEDS MAINTENANCE SOON Maintenance required soon This message triggers a block alarm BLOCK_ALM in the AO TRD Block DEVICE NEEDS MAINTENANCE NOW Maintenance required now This message triggers a block alarm BLOCK_ALM in the AO TRD Block Note The assignment of error or diagnostic alarms to the desired function block is made using the ERROR_OPTION parameters in the Transducer ...

Page 46: ...O TRD CONFIG_BINARY_INPUT_2 110 Storage class S read write capability r w supported modes O M A Sets the logical state of DI2 NOT EVALUATED ACTIVELY OPEN ACTIVELY CLOSED ACTIVELY OPEN LEAKAGE SENSOR ACTIVELY CLOSED LEAKAGE SENSOR Note The parameter is processed by the BINARY_INPUT_2 parameter The parameter settings do not depend on DI2 Transducer Block AO TRD COUNTER_INIT_START 138 Storage class D...

Page 47: ... the lower end position AO TRD DEVIATION_DEADBAND 21 Storage class S read write capability r w supported modes O M A Tolerance band relating to the operating range Code 190 1 to 10 0 5 0 AO TRD DEVIATION_MAX 105 Storage class D read capability r Max set point deviation of the positioner that has occurred AO TRD DEVIATION_MIN 104 Storage class D read capability r Min set point deviation of the posi...

Page 48: ...INFO 176 Storage class S read capability r Status of the reference tests in progress AO TRD DIAG_RESET_AFTER_TIME 142 Storage class S read write capability r w supported modes O M A Time until the next single reset of the diagnosis AO TRD DIAG_RESET_AFTER_TIMEOUT 143 Storage class S read capability r Time remaining until the next single reset of the diagnosis AO TRD DSKV1 194 to DSKV4 197 Storage ...

Page 49: ...rive signal diagram hysteresis d2 test Measured valve position x values of the reference characteristic AO TRD DSYHTW 190 Storage class D read capability r Statistical information Drive signal diagram Hysteresis Mean values of drive signal changes long term monitoring AO TRD DSYSK 157 Storage class D read capability r Statistical information Drive signal diagram Steady Measured values of the chara...

Page 50: ...evice switched on ELAPSED_HOURS_IN_CLOSED_LOOP ELAPSED_HOURS_SWITCHED_ON_SINCE_INIT Device switched on since last initialization ELAPSED_HOURS_IN_CLOSED_LOOP_SINCE_INIT Device in closed loop operation since last initialization AO TRD END_POS_TREND_REF_DRIVE_SIG_REF 168 Storage class D read capability r Statistical information Trend of travel end position Lower end position Reference value of the l...

Page 51: ...T_LOGGING_1 139 EVENT_LOGGING_2 140 Storage class D read capability r EVENT_LOGGING_1 indicates event logs 0 14 with the time they were recorded EVENT_LOGGING_2 indicates event logs 15 29 with the time they were recorded AO TRD FINAL_POSITION_VALUE 18 Storage class D read capability r Current valve position after taking rescaling into account AO TRD FINAL_POSITION_VALUE_D 50 Storage class D read c...

Page 52: ...op function do not apply Deactivate this function if excessive thrust may arise as a result AO TRD FINAL_VALUE_CUTOFF_HI_ON 123 Storage class S read write capability r w supported modes O M A Enable setpoint cutoff increase Code 15 AO TRD FINAL_VALUE_CUTOFF_LO 17 Storage class S read write capability r w supported modes O M A Setpoint cutoff decrease Code 14 0 to 50 1 If the set point falls below ...

Page 53: ...PIN_POS parameter is changed the positioner checks whether the setting and unit match the current operating range FINAL_VALUE_RANGE If this is not the case the FINAL_VALUE_RANGE operating range is set to 0 to 100 AO TRD FRICTION 68 Storage class N read capability r Determined friction in percent AO TRD FRICTION_LIMITS 265 Storage class S read write capability r w supported modes O M A Upper lower ...

Page 54: ...DIAGR_W4 256 Storage class D read capability r Statistical information Data logger Measured set point w values AO TRD FST_DIAGR_X1 249 to FST_DIAGR_X4 252 Storage class D read capability r Statistical information Data logger Measured valve position x values AO TRD FST_DIAGR_Y1 261 to FST_DIAGR_Y4 264 Storage class D read capability r Statistical information Data logger Measured drive signal y valu...

Page 55: ...DEAD_TI_FALLING Dead time falling FST_T68_FALLING T63 falling FST_T98_FALLING T98 falling FST_RISE_T_FALLING Rise time falling FST_SETTL_T_FALLING Settling time falling AO TRD FST_RAMP_RATE 88 This parameter is not supported AO TRD FST_SETTINGS 237 Storage class D read write capability r w supported modes O M A Settings for the full stroke test FST FST_TOL_LIMIT_RESPONSE Tolerance limit for step s...

Page 56: ...anceled due to supply air friction FST_CURRENT_TOO_LOW Test canceled insufficient current AO TRD HIST 135 Storage class D read capability r Reading in hours or part thereof HIS_T_ZEIT_MIN_TEMPERATURE Operating hours counter lowest temperature inside the positioner HIS_T_ZEIT_MAX_TEMPERATURE Operating hours counter highest temperature inside the positioner TEMP_PERIOD_TIME_LOW Time the temperature ...

Page 57: ... belonging to HYST_VALVE_POS AO TRD HYST_VALVE_POS 164 Storage class D read capability r Statistical information Drive signal diagram Hysteresis last ten measured values of valve position belonging to HYST_SHORT_DIFF_Y AO TRD IDENT_OPTIONS 108 Storage class D read capability r Options additional equipment 1 Internal solenoid valve 2 Binary input 1 3 Binary input 2 4 Inductive limit contact 5 Leaka...

Page 58: ...inside the positioner C F AO TRD KP_STEP 127 Storage class S read write capability r w Proportional action coefficient Kp level Code 17 Note This parameter can only be read over FOUNDATION fieldbus The value is recorded during initialization AO TRD LIMIT_VALUE_TIME_ANALYSIS 145 Storage class S read write capability r w supported modes O M A Statistical information Open close time limit for differe...

Page 59: ...ELEASE 304 Storage class S read write capability r w supported modes O M A Leakage sensor alarm triggering No alarm release No alarm triggering Average level at tight closing Mean sound level when tight closing Average of current last tight closing Mean of current last tight closing Moving average short term histogram Rolling mean from short term histogram Moving average long term histogram Rollin...

Page 60: ... the AO Function Block and the control valve is positioned accordingly O S The positioning value from the AO Function Block is not used The control valve is moved to its mechanical fail safe position entered in ACT_FAIL_ACTION The mode is also changed to O S when the forced venting function is activated MAN The positioning value FINAL_VALUE can be entered manually reading at the positioner and LO ...

Page 61: ...essment of the partial stroke test PST PMD1 209 Current test PMD2 210 First measured data assessment saved PMD3 211 Second measured data assessment saved PST_TIME_STAMP Time stamp for this test PST_OVERSHOOT_RISING Overshoot rising PST_DEAD_TIME_RISING Dead time rising PST_T63_RISING T63 rising PST_T98_RISING T98 rising PST_RISE_TI_RISING Rise time rising PST_SETTL_TI_RISING Settling time rising P...

Page 62: ...eter is not supported AO TRD POS_FEATURES 55 Storage class D read capability r Parameter groups supported by AO TRD AO TRD PRESSURE_LIMIT 125 Storage class S read write capability r w Pressure limit Code 16 OFF 3 7 bar 2 4 bar 1 4 bar AO TRD PROTOKOLL_BSZ_START 141 Storage class D read capability r Display the time since first start up operating hours counter AO TRD PST_AUTOSTART_READ 203 Storage ...

Page 63: ...IAGR_W4 226 Storage class D read capability r Statistical information Data logger Measured set point w values AO TRD PST_DIAGR_X1 219 to PST_DIAGR_X4 222 Storage class D read capability r Statistical information Data logger Measured valve position x values AO TRD PST_DIAGR_Y1 231 to PST_DIAGR_Y4 234 Storage class D read capability r Statistical information Data logger Measured drive signal y value...

Page 64: ..._START Start value for step response PST_STEP_END End value for step response PST_LIMIT_STEP_RESPONSE Tolerance limit for step start end values PST_ACTIVATION_RAMP_FUNCTION Activate ramp function PST_ACTIVATION_RAMP_FUNCTION Activate ramp function PST_RAMP_TIME_RISING Ramp time rising PST_RAMP_TIME_FALLING Ramp time falling PST_SETTLING_TIME_BEFORE_TEST Settling time before starting test PST_SCAN_...

Page 65: ...TEST_AVAILABLE No test available PST_X_CANCEL x cancellation PST_Y_CANCEL y cancellation PST_TOL_BAND_EXCEEDED PST_MAX_TIME_EXCEEDED Max test duration exceeded PST_TEST_MANUA_CANCEL Test canceled manually PST_OUT_OF_MEMORY Measured data memory full PST_ABO_INT_SOL_VALVE Canceled due to internal solenoid valve forced venting PST_PRESSURE_FRICTION Canceled due to supply air friction PST_W_STEP_TOO_H...

Page 66: ...cept for reference graphs and logging AO TRD SELECT_EMERGENCY_MODE 126 Storage class S read write capability r w Behavior upon failure defective travel sensor Open loop control based on saved characteristic Move to defined fail safe position AO TRD SELO 109 Storage class S read write capability r w supported modes O M A Display change installed options that are not automatically detected IDENT_LIM...

Page 67: ...ROGRESS_FLAG Current progress of the test AO TRD SKW 193 Storage class S read write capability r w Tests Static characteristic enter values STAT_KENNL_W_START_VALUE Start value of valve position x STAT_KENNL_W_END_VALUE End value of valve position x STAT_KENNL_W_DELAY_TIME Delay time after step STAT_KENNL_W_TURN_BACK_VALUES Number of measured values recorded before changing the testing direction A...

Page 68: ...ge class S read write capability r w Permits strategic grouping and thus faster processing of blocks 0 Blocks are grouped by entering the same number in the STRATEGY parameter of each block Note These data are neither checked nor processed by the AO Transducer Block AO TRD STROKE_TIME_CLOSED 71 Storage class S read capability r Minimum transit time CLOSED Code 41 Time s required by the system posi...

Page 69: ...ing range when the valve opens AO TRD STR_DEVICE_CHARACTERISTIC 113 Storage class S read write capability r w supported modes O M A Specific positioner data MODEL Actuator type ATTACHMENT actuator BOOSTER Volume booster actuator ACTUATOR_SIZE Effective actuator area SIGNAL_PRESSURE_LOWER_VALUE actuator SIGNAL_PRESSURE_UPPER_VALUE actuator SUPPLY_PRESSURE FLOW_DIRECTION1 valve STUFFING_BOX Packing ...

Page 70: ...POS_RECORDING 207 Storage class D read write capability r w Statistical information Trend of travel end position Recording threshold AO TRD TRANSDUCER_DIRECTORY 9 This parameter is not supported AO TRD TRANSDUCER_STATE 102 Storage class D read capability r State of the Transducer Block Code 48 t2 11 See operating mode 12 Solenoid valve active Forced venting active 13 Lower travel limit active 14 U...

Page 71: ...rted AO TRD TRAVEL_UNITS 30 Storage class S read write capability r w supported modes O M A Unit of valve travel according to Table TN 016 or in the event that the positioner is not initialized AO TRD TRIP_TIMEOUT 74 This parameter is not supported AO TRD TV_STEP 128 Storage class S read write capability r w Derivative action time TV step Code 18 Note This parameter can only be read over FOUNDATIO...

Page 72: ...be valve Note The Type 3730 5 differentiates merely between linear and rotary valves UNINITIALIZED and OTHER are treated as globe valves AO TRD VST_COMMAND 56 Storage class D read write capability r w supported modes M A Start abort the partial stroke test PST full stroke test FST AO TRD VST_DETAILED_RESULT 60 This parameter is not supported AO TRD VST_MODE 57 Storage class S read write capability...

Page 73: ...ction Block Control valve mode AO TRD WORKING_SP_D 52 Storage class N read capability r Discrete set point after taking the direction of action into account Corresponds to the set point of the control algorithm for the DO Function Block Open Close mode AO TRD XD_CAL_DATE 47 Storage class S read write capability r w supported modes O M A Time of last calibration AO TRD XD_CAL_LOC 46 Storage class S...

Page 74: ...tialization status AO TRD XD_ERROR 12 Storage class D read capability r Error listed in the AO Transducer Block NONE 0 No error UNSPECIFIED ERROR Unspecified device not initialized initialization or zero calibration in progress or total valve travel exceeded GENERAL ERROR General device error CALIBRATION ERROR Zero point internal control loop or initialization error reference test canceled Code 81...

Page 75: ...nge Code 51 Attachment Code 52 Init time exceeded Code 53 Init int solenoid valve Code 54 Travel time too short Code 55 Pin position safety switch Code 56 Test or calibration running 2 xd_error_ext_2 x signal Code 62 i p converter Code 64 Hardware Code 65 Control parameter Code 68 Poti parameter Code 69 Adjustment parameter Code 70 General parameter Code 71 Internal device error 1 Code 73 No emerg...

Page 76: ...n 23 Connection Positioner Valve 24 Working Range 25 Temperature Error 26 PST FST Status 27 Open Close Status AO TRD XD_FSTATE_OPT 32 Storage class S read write capability r w supported modes O M A Action on fault detection in AO TRD Hold last value Fail safe position Fault state value XD_FSTATE_VAL AO TRD XD_FSTATE_VAL 31 Storage class S read write capability r w supported modes O M A Fault state...

Page 77: ...signal diagram Hysteresis Time until test d5 is repeated 0 to 24 h 1 h AO TRD Y_HYST_TESTINFO 162 Storage class D read capability r Statistical information Drive signal diagram hysteresis d5 test test status AO TRD Y_HYST_TEST_INFO 186 Storage class D read capability r Tests Drive signal diagram hysteresis d2 test test status AO TRD Y_HYST_TEST_PROGRESS 187 Storage class D read capability r Tests ...

Page 78: ...CLE_CNTR_LIM 173 DEPTXE 174 DEPTXR 21 DEVIATION_DEADBAND 105 DEVIATION_MAX 104 DEVIATION_MIN 22 DEVIATION_TIME 23 DEVIATION_VALUE 120 DEVICE_INIT_STATE 121 DEVICE_STATUS_INIT 132 DIAG_LEVEL 176 DIAG_REFLAUF_INFO 142 DIAG_RESET_AFTER_TIME 143 DIAG_RESET_AFTER_TIMEOUT AO TRD Y_STAT_TEST_INFO 179 Storage class D read capability r Tests Drive signal diagram steady d1 test Current test status AO TRD Y_...

Page 79: ...1 FINAL_POSITION_VALUE_LIMITS 14 FINAL_VALUE Index Parameters 16 FINAL_VALUE_CUTOFF_HI 123 FINAL_VALUE_CUTOFF_HI_ON 17 FINAL_VALUE_CUTOFF_LO 122 FINAL_VALUE_CUTOFF_LO_ON 49 FINAL_VALUE_D 15 FINAL_VALUE_RANGE 68 FRICTION 265 FRICTION_LIMITS 67 FRICTION_UNITS 86 FST_BREAKOUT_TIME 87 FST_BREAKOUT_TIMEOUT 90 FST_COMPLETION_TIMEOUT 257 FST_DIAGR_E1 258 FST_DIAGR_E2 259 FST_DIAGR_E3 260 FST_DIAGR_E4 245...

Page 80: ...NALYSIS 146 LIMIT_VALUE_TRAVEL_ANALYSIS 106 LOGGING_MGV 306 LS_ALARM_INFORMATION 270 LS_ALARM_LIMIT_1 271 LS_ALARM_LIMIT_2 Index Parameters 272 LS_ALARM_LIMIT_3 304 LS_ALARM_RELEASE 266 LS_LEAKAGE_LEVEL 268 LS_SELECT_ALARM_LIMITS 273 LS_TEST_INFORMATION 107 MIN_CLEARANCE_NEW_ LOGGING_MGV 5 MODE_BLK 137 NO_OF_ZERO_POINT_ADJ 119 OPTI_SUB_INIT 207 PCC 209 PMD1 210 PMD2 211 PMD3 112 POSITIONER_MODEL 2...

Page 81: ...TRAVEL 35 READBACK_SELECT 177 REFLAUF_VOLLST 134 RESET_STATUS_MESSAGE_DIAG 126 SELECT_EMERGENCY_MODE 109 SELO 114 SET_FAIL_SAFE_POS Index Parameters 34 SIGNAL_ACTION 192 SKR 193 SKW 133 SSAF 27 STOP_HI 28 STOP_LO 129 STOP_LO_POS_ON 3 STRATEGY 71 STROKE_TIME_CLOSED 92 STROKE_TIME_CLOS_LIM 72 STROKE_TIME_OPEN 93 STROKE_TIME_OPEN_LIM 113 STR_DEVICE_CHARACTERISTIC 1 ST_REV 118 SUB_MOD_INIT 2 TAG_DESC ...

Page 82: ...AL_DATE 46 XD_CAL_LOC 48 XD_CAL_WHO 36 XD_COMMAND 75 XD_COMMAND_FLAGS Index Parameters 37 XD_COMMAND_STATE 12 XD_ERROR 103 XD_ERROR_EXT 32 XD_FSTATE_OPT 31 XD_FSTATE_VAL 53 XD_FSTATE_VAL_D 54 XD_OOS_OPT 160 Y_HYST_MIN_TIME_DISTANCE 162 Y_HYST_TESTINFO 186 Y_HYST_TEST_INFO 187 Y_HYST_TEST_PROGRESS 185 Y_HYST_TEST_TIME_STAMP 161 Y_HYST_TOLERANCE_BAND 179 Y_STAT_TEST_INFO 180 Y_STAT_TEST_PROGRESS 178...

Page 83: ...vents integral windup of the controller and thus ensures bumpless switching between operating modes AO FB BLOCK_ALM 30 Storage class D read capability r Current block state with details on all configuration hardware or system problems in the block including date and time stamp AO FB BLOCK_ERR 6 Storage class D read capability r Active block error Code 48 A8 OUT OF SERVICE CONFIGURATION_ERROR INPUT...

Page 84: ...e IO_OPTS parameter of this block AO FB FSTATE_VAL 24 Storage class S read write capability r w supported modes ALL Fault state value for the AO Function Block when failure action is triggered Value and range from PV_SCALE 10 0 Note The value is used if the FAULT STATE TO VALUE option is selected in the IO_OPTS parameter AO FB GRANT_DENY 13 This parameter is not supported AO FB IO_OPTS 14 Storage ...

Page 85: ... Code 48 A1 Permitted Mode Normal Mode read only O S The AO Function Block is not executed The last value or the value determined during an active fault processing is issued at the OUT parameter MAN The output value of the AO Function block can be entered manually by the operator over the OUT parameter AUTO The set point entered by the operator is used over the SP parameter upon execution of the A...

Page 86: ...N read write capability r w supported modes ALL Analog set point for internal calculation of the out value value and status The RCAS_IN value is provided by the fieldbus host system Note This parameter is only active in RCAS mode AO FB RCAS_OUT 28 Storage class D read capability r Analog set point after applying the ramp function value and status The RCAS_OUT value is provided to the fieldbus host...

Page 87: ...k remains in AUTO mode SHED TO MANUAL_NORMAL RETURN On failure of remote connection change to MAN mode until RCAS mode is restored SHED TO MANUAL_NO RETURN On failure of remote connection change to MAN mode No attempt is made to restore the mode and the block remains in MAN mode SHED TO RETAINED TARGET_ NORMAL RETURN On failure of remote connection the block attempts to attain the retained target ...

Page 88: ...t this value accordingly if the end of scale value in the PV_SCALE parameter is changed AO FB SP_RATE_DN 18 Storage class S read write capability r w supported modes ALL Set point downward rate limit in AUTO mode 3402823466 x 1038 Note If 0 is entered the set point is used The speed limitation for output blocks is active in AUTO and CAS modes AO FB SP_RATE_UP 19 Storage class S read write capabili...

Page 89: ...d nor processed by the AO Function Block AO FB TAG_DESC 2 Storage class S read write capability r w supported modes ALL User specific text for unique identification and assignment of the block Max 32 characters no text AO FB UPDATE_EVT 29 Storage class D read capability r Indicates whether static block data have been changed including date and time stamp AO FB XD_SCALE 12 Storage class S read writ...

Page 90: ...10 SIMULATE 11 PV_SCALE 12 XD_SCALE 13 GRANT_DENY 14 IO_OPTS 15 STATUS_OPTS Index Parameters 16 READBACK 17 CAS_IN 18 SP_RATE_DN 19 SP_RATE_UP 20 SP_HI_LIM 21 SP_LO_LIM 22 CHANNEL 23 FSTATE_TIME 24 FSTATE_VAL 25 BKCAL_OUT 26 RCAS_IN 27 SHED_OPT 28 RCAS_OUT 29 UPDATE_EVT 30 BLOCK_ALM Index and parameter assignment AO Function Block ...

Page 91: ...to 50 0 5 The alarm conditions remain active as long as the measured value remains within the hysteresis The hysteresis value has an effect on the following alarm limits of the AI Function Block HI_HI_LIM HI_LIM LO_LO_LIM LO_LIM DV_HI_LIM DV_LO_LIM Note The hysteresis value is a percentage of the PV_SCALE range in the AI Function Block AI FB ALARM_SUM 22 Read capability r Current status of process...

Page 92: ...ity r Active block error for AI Function Block OUT OF SERVICE CONFIGURATION_ERROR AI FB CHANNEL 15 Storage class S read write capability r w supported modes O Assignment of the output of AI Function Block and the logical hardware channels Transducer Block 2 Note Set CHANNEL to 2 to start up the AI Function Block This allows it to be assigned to AI TRD AI FB FIELD_VAL 19 Read capability r Measured ...

Page 93: ...ad write capability r w supported modes ALL Behavior upon exceeding the high high alarm limit HI_HI_LIM 0 The violation of the high high alarm limit is not analyzed 1 No notification upon violation of the high high alarm limit 2 Reserved for block alarms 3 to 7 The violation of the high high alarm limit is issued to notify the operator with the corresponding priority 3 low 7 high 8 to 15 The viola...

Page 94: ... 16 Storage class S read write capability r w supported modes M O Determines whether the measured values from the AI Function Block can be directly used Direct whether the value exist in different units and must be converted Indirect or whether the square root must be calculated Ind Sqr Root AI FB LO_ALM 35 Read capability r Alarm for the low pre alarm limit LO_LIM including details on the date an...

Page 95: ...or with the corresponding priority 3 low 7 high 8 to 15 The violation of the low low alarm limit is issued as a critical alarm with the corresponding priority 8 low 15 high AI FB LO_PRI 29 Read write capability r w supported modes ALL Behavior upon falling below the low pre alarm limit LO_LIM 0 The violation of the low pre alarm limit is not analyzed 1 No notification upon violation of the low pre...

Page 96: ...odes M Primary analog value calculated as the result of the function s execution Output value in the OUT_SCALE unit AI FB OUT_SCALE 11 Storage class S read write capability r w supported modes O Range of the analog OUT value start end unit and decimal point 0 to 100 AI FB PV 7 Read capability r Process variable of the function block value and status Unit from the XD_SCALE parameter group AI FB PV_...

Page 97: ...ted UNCERTAIN IF MAN MODE The measured value is set to the UNCERTAIN status if the mode is set to MAN AI FB STRATEGY 3 Storage class S read write capability r w supported modes ALL Permits strategic grouping and thus faster processing of blocks 0 Blocks are grouped by entering the same number in the STRATEGY parameter of each block Note These data are neither checked nor processed by the AI Functi...

Page 98: ...7 PV 8 OUT 9 SIMULATE 10 XD_SCALE 11 OUT_SCALE 12 GRANT_DENY 13 IO_OPTS 14 STATUS_OPTS 15 CHANNEL 16 L_TYPE 17 LOW_CUT 18 PV_FTIME Index Parameters 19 FIELD_VAL 20 UPDATE_EVT 21 BLOCK_ALM 22 ALARM_SUM 23 ACK_OPTION 24 ALARM_HYS 25 HI_HI_PRI 26 HI_HI_LIM 27 HI_PRI 28 HI_LIM 29 LO_PRI 30 LO_LIM 31 LO_LO_PRI 32 LO_LO_LIM 33 HI_HI_ALM 34 HI_ALM 35 LO_ALM 36 LO_LO_ALM ...

Page 99: ...0 to 50 0 5 The alarm conditions remain active as long as the measured value remains within the hysteresis The hysteresis value has an effect on the following alarm limits of the PID Function Block HI_HI_LIM HI_LIM LO_LO_LIM LO_LIM DV_HI_LIM DV_LO_LIM Note The hysteresis value is a percentage of the PV_SCALE range in the PID Function Block PID FB ALARM_SUM 45 Storage class S D read write capabilit...

Page 100: ... limits OUT_HI_LIM and OUT_LO_LIM 0 to 50 0 5 If the calculated out value violates the range defined by the limits the violation is indicated in the OUT parameter and passed on to the following blocks The range violation remains active as long as the calculated out value does not exceed or fall below the hysteresis value PID FB BKCAL_IN 27 Storage class N read write capability r w supported modes ...

Page 101: ...algorithm is issued over the OUT parameter ON Bypass activated the value of the set point SP is issued directly over the OUT parameter Note UNINITIALIZED causes the function block to remain in O S mode To activate the bypass ON setting the bypass must be enabled in the control options CONTROL_OPTS parameter PID FB CAS_IN 18 Storage class N read write capability r w supported modes ALL Analog set p...

Page 102: ...per set point deviation is not analyzed 1 No notification upon violation of the limit for the upper set point deviation 2 Reserved for block alarms 3 to 7 The violation of the limit for the upper set point deviation is issued to notify the operator with the corresponding priority 3 low 7 high 8 to 15 The violation of the limit for the upper set point deviation is issued as a critical alarm with th...

Page 103: ... r w supported modes M O Feedforward gain 0 Note The feedforward gain is multiplied with the input value FF_VAL The result is added to the OUT value PID FB FF_SCALE 41 Storage class S read write capability r w supported modes M O Measuring range of FF_VAL input value lower and upper limits unit and decimal point 0 to 100 PID FB FF_VAL 40 Storage class N read write capability r w supported modes AL...

Page 104: ...CALE 3402823466 x 1038 If PV exceeds this limit the alarm state parameter HI_HI_ALM is issued PID FB HI_HI_PRI 48 Storage class S read write capability r w supported modes ALL Behavior upon exceeding the high high alarm limit HI_HI_LIM 0 The violation of the high high alarm limit is not analyzed 1 No notification upon violation of the high high alarm limit 2 Reserved for block alarms 3 to 7 The vi...

Page 105: ...D read capability r Alarm for the low pre alarm limit LO_LIM including details on the date and time as well as the value at which the alarm is triggered Unit of PV_SCALE PID FB LO_LIM 53 Storage class S read write capability r w Alarm limit for the low pre alarm LO_ALM Range and unit of PV_SCALE 3402823466 x 1038 If PV falls below this limit the alarm state parameter LO_ALM is issued PID FB LO_LO_...

Page 106: ... 15 The violation of the low low alarm limit is issued as a critical alarm with the corresponding priority 8 low 15 high PID FB LO_PRI 52 Storage class S read write capability r w supported modes ALL Behavior upon falling below the low pre alarm limit LO_LIM 0 The violation of the low pre alarm limit is not analyzed 1 No notification upon violation of the low pre alarm limit 2 Reserved for block a...

Page 107: ... PID Function Block receives the set point directly from the fieldbus host system over the RCAS_IN parameter for internal calculation of the out value The PID Function Block is implemented ROUT The PID Function Block receives the out value directly from the fieldbus host system over the ROUT_IN parameter The out value is issued again over the OUT parameter without the internal PID algorithm being ...

Page 108: ...ead write capability r w supported modes O Range of the process variable PV start end unit and decimal point 0 to 100 PID FB RATE 26 Storage class S read write capability r w supported modes ALL Time constant s for differential function 0 PID FB RCAS_IN 32 Storage class N read write capability r w supported modes ALL Analog set point for internal calculation of the out value value and status RCAS_...

Page 109: ...rm back calculations in case of control mode changes or limited signals Note This parameter is only active in ROUT mode PID FB SHED_OPT 34 Storage class S read write capability r w supported modes ALL Behavior upon exceeding the monitoring time SHED_RCAS parameter in the RES block while checking the connection between the fieldbus host system and the PID Function Block in RCAS or ROUT When the mon...

Page 110: ...INED TARGET_NO RETURN On failure of remote connection the block sets the target mode to the retained target mode Note This parameter is only active in RCAS and ROUT modes in the PID Function Block If the value is set to UNINITIALIZED the PID Function Block cannot be placed in the RCAS or ROUT mode PID FB SP 8 Storage class N read write capability r w supported modes O M A Set point w in AUTO mode ...

Page 111: ...ck PID FB STATUS_OPTS 14 Storage class S read write capability r w supported modes O Status options to determine status handling and processing UNINITIALIZED IFS IF BAD IN Fault state of the downstream AO Function Block is triggered when the controlled variable IN changes the status to BAD IFS IF BAD CAS_IN Fault state of the downstream AO Function Block is triggered when the external set point CA...

Page 112: ... after tracking has been activated The output value at OUT assumes the value defined by the TRK_VAL input PID FB TRK_SCALE 37 Storage class S read write capability r w supported modes O M Range for external tracking value TRK_VAL start end unit and decimal point 0 to 100 PID FB TRK_VAL 39 Storage class N read write capability r w supported modes ALL Analog input for external tracking value and sta...

Page 113: ...ATE_UP 21 SP_HI_LIM 22 SP_LO_LIM 23 GAIN 24 RESET 25 BAL_TIME 26 RATE 27 BKCAL_IN 28 OUT_HI_LIM 29 OUT_LO_LIM 30 BKCAL_HYS Index Parameters 31 BKCAL_OUT 32 RCAS_IN 33 ROUT_IN 34 SHED_OPT 35 RCAS_OUT 36 ROUT_OUT 37 TRK_SCALE 38 TRK_IN_D 39 TRK_VAL 40 FF_VAL 41 FF_SCALE 42 FF_GAIN 43 UPDATE_EVT 44 BLOCK_ALM 45 ALARM_SUM 46 ACK_OPTIONS 47 ALARM_HYS 48 HI_HI_PRI 49 HI_HI_LIM 50 HI_PRI 51 HI_LIM 52 LO_...

Page 114: ...114 KH 8384 5 EN Parameter lists Index Parameters 62 LO_ALM 63 LO_LO_ALM Index Parameters 64 DV_HI_ALM 65 DV_LO_ALM ...

Page 115: ...ween operating modes DO FB BLOCK_ALM 26 Storage class D read capability r Current block state with details on all configuration hardware or system problems in the block including date and time stamp DO FB BLOCK_ERR 6 Storage class D read capability r Active block error Code 48 A8 OUT OF SERVICE CONFIGURATION_ERROR DO FB CAS_IN_D 17 Storage class N read write capability r w supported modes ALL Disc...

Page 116: ...ass S read write capability r w supported modes O Selects the input output behavior of the DO Function Block INVERTIERT Inversion of SP_D SP PV TRACK IN MAN SP tracks PV in MAN mode Actual Mode SP PV TRACK IN LO SP tracks PV in LO mode Actual Mode SP TRACK RETAINED TARGET SP tracks RCAS_IN or CAS_IN depending on the preset target mode in LO or MAN mode actual mode This option has priority over SP ...

Page 117: ...rnal processing of the out value The DO Function Block is implemented O S The DO Function Block is not executed The last value or the determined value during an active fault processing is issued at the OUT_D parameter DO FB OUT_D 9 Storage class S read write capability r w supported modes O M Out value of the DO Function Block value limit and status Range of OUT_SCALE 10 unit of the XD_SCALE param...

Page 118: ...failure of remote connection change to next possible mode until RCAS mode is restored NORMAL SHED_NO RETURN On failure of remote connection change to next possible mode The block remains in this mode SHED TO AUTO_NORMAL RETURN On failure of remote connection change to AUTO mode until RCAS mode is restored SHED TO AUTO_NO RETURN On failure of remote connection change to AUTO mode No attempt is made...

Page 119: ...ion number is incremented with each change of a static parameter in the block DO FB STATUS_OPTS 15 Storage class S read write capability r w supported modes O Options for status handling UNCERTAIN as GOOD The status of OUT is set to GOOD if the status of the input value IN_x is UNCERTAIN UNCERTAIN IF MAN MODE The status of OUT is set to UNCERTAIN if the actual mode is set to MAN DO FB STRATEGY 3 S...

Page 120: ...K_D 17 CAS_IN_D 18 CHANNEL 19 FSTATE_TIME 20 FSTATE_VAL_D 21 BKCAL_OUT_D 22 RCAS_IN_D 23 SHED_OPT 24 RCAS_OUT_D 25 UPDATE_EVT 26 BLOCK_ALM DO FB UPDATE_EVT 25 Storage class D read capability r Indicates whether static block data have been changed including date and time stamp DO FB XD_STATE 12 Storage class S read write capability r w supported modes ALL Status of OUT_D and READBACK_D parameters I...

Page 121: ...CK ALM Block alarm DISC ALM Write protection was changed Note The process alarms can also be deactivated in this parameter group DI FB ALERT_KEY 4 Storage class S read write capability r w supported modes O M A ID number of the plant section 1 to 255 0 Used by the fieldbus host system to sort alarms and events Note 0 is not permissible and will be rejected when transferring data to the device erro...

Page 122: ... DI FB DISC_LIM 23 Storage class S read write capability r w supported modes O M A Limit for discrete alarm 0 1 DI FB DISC_PRI 22 Storage class S read write capability r w supported modes O M A Alarm configuration behavior on reaching the DISC_LIM limit 0 The violation of the limit is not analyzed 1 No notification upon violation of the limit 2 Reserved for block alarms 3 to 7 The violation of the...

Page 123: ...y r w supported modes O M Discrete output variable value and status Code 48 I4 5 for DI1 Code 48 L4 5 for DI2 DI FB PV_D 7 Storage class D read capability r Indicates the discrete state including status used for the function block Note In AUTO mode the PV_D parameter is identical with output OUT_D DI FB PV_FTIME 16 Storage class S read write capability r w supported modes O M A Filter time constan...

Page 124: ... entering the same number in the STRATEGY parameter of each block Note These data are neither checked nor processed by the DI Function Block DI FB ST_REV 1 Storage class N read capability r Static revision number DI Note The revision number is incremented with each change of a static parameter in the block DI FB TAG_DESC 2 Storage class S read write capability r w supported modes O M A User specif...

Page 125: ...arameters 0 1 ST_REV 2 TAG_DESC 3 STRATEGY 4 ALERT_KEY 5 MODE_BLK 6 BLOCK_ERR 7 PV_D 8 OUT_D 9 SIMULATE_D 12 GRANT_DENY 13 IO_OPTS Index Parameters 14 STATUS_OPTS 15 CHANNEL 16 PV_FTIME 17 FIELD_VAL_D 18 UPDATE_EVT 19 BLOCK_ALM 20 ALARM_SUM 21 ACK_OPTIONS 22 DISC_PRI 23 DISC_LIM 24 DISC_ALM ...

Page 126: ...126 KH 8384 5 EN ...

Page 127: ...KH 8384 5 EN 127 ...

Page 128: ...SAMSON AG MESS UND REGELTECHNIK Weismüllerstraße 3 60314 Frankfurt am Main Germany Phone 49 69 4009 0 Fax 49 69 4009 1507 samson samson de www samson de KH 8384 5 EN 2018 01 23 English ...

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