Samson 3730-5 Configuration Manual
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Samson 3730-5 Configuration Manual

Series 3730, electropneumatic
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Series 3730
Electropneumatic Positioner
Type 3730-5
Configuration and operation over F
Fig. 1 · Configuration and operation over F OUNDATION™ fieldbus
fieldbus
OUNDATION™
Configuration
Manual
KH 8384-5 EN
Firmware version K 2.04/R 1.55
Edition October 2010

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  • Page 1 Series 3730 Electropneumatic Positioner Type 3730-5 Configuration and operation over F fieldbus OUNDATION™ Fig. 1 · Configuration and operation over F OUNDATION™ fieldbus Configuration Manual KH 8384-5 EN Firmware version K 2.04/R 1.55 Edition October 2010...
  • Page 2 Note concerning this Configuration Manual The rotary pushbutton on the positioner allows the Type 3730-5 Positioner to be operated and configured on site. In addition, the settings can be performed over the F fieldbus OUNDATION network or over the SAMSON SSP interface. The Mounting and Operating Instructions EB 8384-5 EN describe the mounting, start up and on-site operation as well as configuration over the SAMSON SSP interface using the TROVIS-VIEW software.

  • Page 3: Table Of Contents

    Contents Contents Page Introduction ......6 Principle of operation......7 Application type .
  • Page 4 Revisions of positioner firmware Revisions of positioner firmware in comparison to previous versions Previous Communication K 1.11 K 1.21 Leakage sensor at binary input 2 The connection of a leakage sensor at binary input 2 (by selecting LEAKAGE SENSOR in CONFIG_BINARY_INPUT2 parameter of the AO Transducer Block) causes: Information specified in XD_ERROR_EXT parameter in the AO Transducer Block and the generation of a diagnostic alarm...
  • Page 5 Revisions of positioner firmware Revisions of positioner firmware in comparison to previous versions Previous K 1.24 BUS_ADDRESS parameter The bus address has the default setting of 248. Device type In the delivery state, the device is configured as a basic device. K 1.25 Internal modifications K 2.01...

  • Page 6: Introduction

    Special features: Link Master Capability Easy attachment to common linear actuators over SAMSON direct attachment interface, over NAMUR rib or to control valves with rod-type yokes acc. to IEC 60534-6 or to ro- tary actuators according to VDI/VDE 3845...

  • Page 7: Principle Of Operation

    Principle of operation Principle of operation The electropneumatic positioner is attached to pneumatic control valves. It is used to assign the valve position (controlled variable x) to the control signal (reference variable w). The input sig- nal received from a control system is compared to the travel or rotational angle of the control valve, and a pneumatic signal pressure (output variable y) is produced.

  • Page 8: Application Type

    Principle of operation As a standard feature, the positioner comes with a binary input used to signalize process infor- mation over the F fieldbus network. OUNDATION™ The extended EXPERTplus diagnostics are integrated into the positioner. They provide informa- tion on the positioner and generate diagnostic and status messages, which allow faults to be pinpointed quickly.

  • Page 9: Additional Equipment

    Principle of operation Additional equipment Solenoid valve If the operating voltage for the solenoid valve (12) fails, the supply pressure for the i/p module is vented to the atmosphere. The positioner can no longer operate and the control valve moves to the fail-safe position determined by the actuator, regardless of the reference variable.

  • Page 10: Configuration Using Trovis-View Software

    Principle of operation 2.2.1 Configuration using TROVIS-VIEW software The positioner can be configured using the TROVIS-VIEW Configuration and Operator Inter- face software. The positioner is equipped with an additional digital SERIAL INTERFACE to connect the RS-232 or USB port of the computer to the positioner over an adapter cable. The TROVIS-VIEW software enables the user to easily set parameters in the positioner and view process parameters online.

  • Page 11: Foundation

    OUNDATION™ blocks. Each type of block has a different range of tasks to fulfill in the block model. The following types of blocks are implemented in the SAMSON Type 3730-5 Positioner: Resource Block (RES) The Resource Block contains all the specific characteristics associated with a device on the Fieldbus, for example, device name, manufacturer number and serial number.

  • Page 12: Initialization And Zero Calibration Of The Positioner

    Initialization and zero calibration of the positioner Initialization and zero calibration of the positioner Both an initialization and a zero calibration can be started over the XD_COMMAND parame- ter of the AO Transducer Block. The relevant parameters for a MAX/NOM initialization and the diagnostic functions of EXPERTplus are listed below (also refer to EB 8389 EN): APPLICATION_TYPE_OC_CONTROL (type of application) INIT_METHOD (initialization method)

  • Page 13: Resetting The Positioner

    Resetting the positioner 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 resetting of the device data and the wiring of the function blocks to the values stipulated in OUNDATION™...

  • Page 14: Status Classification And Condensed State

    Status classification and condensed state Status classification and condensed state All status alarms are classified in the positioner to report an error that has occurred. The status classification can be changed over the following OUNDATION™ fieldbus parameters in the AO Transducer Block (AO TRD): ERROR_OPTION_INIT_FAILURE (36): Masking of the initialization error ERROR_OPTION_OPERATION_FAILURE (37):...
  • Page 15 Status classification and condensed state parameters in the AO Transducer Block (AO TRD) with another status for block errors. The fol- lowing classifications are possible: • No message • Device needs maintenance soon • Device needs maintenance now The block error (BLOCK_ERR) results from the summary of classified alarms that are active. KH 8384-5 EN...

  • Page 16: Foundation™ Fieldbus Parameters

    In the Device Description Library supplied by Fieldbus FOUNDATION upon which the de- vice description of Type 3730-5 is also based, these parameters are incorrectly specified as the unit of ms. The specified values supplied by the device are, however, always to be inter- preted as the unit of 1/32 ms.

  • Page 17: Transducer Blocks

    FOUNDATION™ fieldbus parameters 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 solenoid 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 blocks.
  • Page 18 FOUNDATION™ fieldbus parameters • 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_OPTIONS parameter: •...
  • Page 19 FOUNDATION™ fieldbus parameters Fig. 3 · Advanced Positioner Transducer Block (AO TRD) KH 8384-5 EN...

  • Page 20: Function Blocks

    FOUNDATION™ fieldbus parameters Function blocks 7.3.1 Analog Output Function Block 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 positioner).
  • Page 21 FOUNDATION™ fieldbus parameters • FSTATE_TIME defines the length of time that the AO block will wait to activate the fault state. Refer to page 88 for list of parameters. XD_SCALE 100 % READBACK PV_SCALE 0 °C SP_LO_LIM<=SP<=SP_HI_LIM Setpoint Setpoint Fault state PV, XD ramps action...

  • Page 22: Proportional Integral Derivative Function Block

    FOUNDATION™ fieldbus parameters 7.3.2 Proportional Integral Derivative Function Block A PID Function Block contains the input channel processing, the proportional-integral-derivative (PID) control loop and the analog output channel processing. The configuration of the PID Block (PID controller) depends on the automation task. Simple control loops, control loops with ouput value feedforwarding, cascade control and cas- cade controls with limitation in combination with another controller function block can be imple- mented.
  • Page 23 FOUNDATION™ fieldbus parameters Derivative component: In controlled systems with long delay times, e.g. in temperature control loops, it is better to use the derivative component RATE of the controller. Using the derivative component RATE, the output variable is calculated depending on the rate of change of the system de- viation.

  • Page 24: Discrete Output Function Block (Do1 + Do2)

    FOUNDATION™ fieldbus parameters 7.3.3 Discrete Output Function Block (DO1 + DO2) The DO Function Block processes a discrete signal from an upstream function block and makes it available as a discrete reference variable OUT_D over the CHANNEL. Both DO Function Blocks can be assigned to various applications over the SELECT_DO_1…2 parameter in the Resource Block.
  • Page 25 FOUNDATION™ fieldbus parameters • Set local op. write protection This command locks the local operation of the positioner (see also LOCAL_ OP_ENA pa- rameter of the RES Block). This state is indicated on the positioner display by a blinking 'FF' when Code 3 is selected. •...

  • Page 26: Discrete Input Function Block (Di1 + Di2)

    FOUNDATION™ fieldbus parameters 7.3.4 Discrete Input Function Block (DI1 + DI2) The DI Function Block processes single discrete signals and makes them available to other func- tion blocks with the OUT_D parameter. The positioner has two DI Function Blocks which provide the application options described below.
  • Page 27 FOUNDATION™ fieldbus parameters 0 No message 1 Maintenance required 2 Maintenance demanded 3 Maintenance alarm 7 Function check Refer to page 117 for the list of parameters. SELECT_DI1...2 PV_D Bin2 Simulate Optional Filter CHANNEL SIMULATE_D Invert PV_FTIME POS_D Output Out_D FIELD_VAL_D Condensed State MODE...

  • Page 28: Input Selector Function Block

    FOUNDATION™ fieldbus parameters 7.3.5 Input Selector Function Block The IS Function Block is used to generate an output signal from maximum four input signal val- ues. The SELECT_TYPE parameter allows the selection criterion to be determined to select which one of the input values is to be placed at the output. The following possibilities are available: •...

  • Page 29: Multiple Analog Output Function Block

    FOUNDATION™ fieldbus parameters 7.3.6 Multiple Analog Output Function Block The MAI Function Block makes analog measured variables of the positioner available to the other analog function blocks at its outputs. The following measured variables can be issued to the eight outputs: •...

  • Page 30: Multiple Analog Output Function Block

    FOUNDATION™ fieldbus parameters 7.3.7 Multiple Analog Output Function Block The MAO Function Block currently still has no function within the positioner. It will serve to sup- port/use future diagnostic functions. Refer to page 129 for the list of parameters. FSTATE_TIME FSTATE_VAL AUTO IN_1...8...

  • Page 31: Other Parameters

    FOUNDATION™ fieldbus parameters Other parameters 7.4.1 Stale counter The stale counter serves to judge the quality of a process variable received over a configured cy- clic connection (publisher/subscriber connection). These connections are used to transfer the process variable wired amongst the various function blocks.

  • Page 32: Parameter Lists

    FOUNDATION™ fieldbus parameters Parameter lists Legend The parameter index is written in parentheses after the parameter description in the following tables. Class of memory: Static parameter Dynamic parameter Non-volatile parameter Read/write Read capability capability: Write capability (access): Supported modes: O/S (out of service) mode MAN mode AUTO mode Cascade mode...

  • Page 33: Resource Block (Res)

    FOUNDATION™ fieldbus parameters 7.5.1 Resource Block (RES) RES: ACK_OPTIONS (38) Storage class: S · Read/write capability (r/w) · Supported modes: O/A Determines whether an alarm is to be automatically acknowledged in the Resource Block. • [UNDEFINED] · No selection • DISC ALM · Write lock has been changed •...
  • Page 34 FOUNDATION™ fieldbus parameters • DEVICE NEEDS MAINTENANCE NOW · Block alarm (BLOCK_ALM) in Resource Block is activated. Note: The assignment of error or diagnostic messages to the desired function block is deter- mined over the ERROR_OPTION parameters in the Transducer Block. RES: BUS_ADDRESS (55) Storage class: D ·...
  • Page 35 • In this case, Type 3730-5 RES: DEVICE_CERTIFICATION (45) Storage class: N · Read capability (r) Specifies whether explosion protection certification is available for Type 3730-5. RES: DEVICE_PRODUCT_NUM (48) Storage class: N · Read capability (r) Specifies the positioner’s product number.
  • Page 36 Storage class: D · Read/write capability (r/w) · Supported modes: NA RES: Grant or deny the fieldbus host system access to the field device. Note: The parameter is not processed by Type 3730-5. RES: HARD_TYPES (15) Storage class: S · Read capability (r) Indicates the types of input and output signal for the device.
  • Page 37 RES: MANUFAC_ID (10) Storage class: S · Read capability (r) Manufacturer’s identification number. • [0 x 00E099] · SAMSON AG RES: MAX_NOTIFY (31) Storage class: S · Read capability (r) Specifies the maximum number of alert reports that the device can send without getting a confirmation.
  • Page 38 FOUNDATION™ fieldbus parameters RES: MODE_BLK (5) Storage class: N · Read/write capability (r/w) · Supported modes: O/A Operating mode of the Resource Block: – Target Mode ® Code 48 S0 – Actual Mode (read only) ® Code 48 S1 – Permitted Mode –...
  • Page 39 FOUNDATION™ fieldbus parameters RES: SELECT_USAGE_IO (57) Storage class: N · Read/write capability (r/w) · Supported mode: O SELECT_DI_1 · Used to select the data to be processed in DI1 Function Block. • [5-30 VDC] · State of the standard binary contact BE1 (terminals +87/–88) 0 Input voltage Ue <...
  • Page 40 FOUNDATION™ fieldbus parameters SELECT_DO_1 · Used to select the purpose of DO1 Function Block • DO1 O/C · Open/Close (on/off) application • [VST] · Start VST (valve stroke test). See setting in the VST_MODE parameter in AO TRD. • RESET DIAG · Reset diagnosis (reset statistical information and tests, classification of status messages.
  • Page 41 FOUNDATION™ fieldbus parameters SELECT_MAO_IN_1 to SELECT_MAO_IN_8 · Signal processed over the input IN_1…IN_8 of of the MAI Function Block • FLOW SENSOR • P1 · Pressure p • P2 · Pressure p • PROC TEMP · Process temperature Default settings: [FLOW SENSOR] for SELECT_MAO_IN_1, SELECT_MAO_IN_5 [P1] for SELECT_MAO_IN_2, SELECT_MAO_IN_6 [P2] for SELECT_MAO_IN_3, SELECT_MAO_IN_7...
  • Page 42 FOUNDATION™ fieldbus parameters RES: STRATEGY (3) Storage class: S · Read/write capability (r/w) · Supported modes: O/A 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 Resource Block.
  • Page 43 FOUNDATION™ fieldbus parameters RES: WRITE_PRI (39) Storage class: S · Read/write capability (r/w) · Supported modes: O/A Used to set the priority for the WRITE_ALM parameter. • [0] · The write-lock alarm is not processed. • 1 · The write-lock alarm is not broadcast to the fieldbus host system. •...
  • Page 44 FOUNDATION™ fieldbus parameters Parameter index: Resource Block (RES) Index Parameter Index Parameter – CLR_FSTATE ST_REV MAX_NOTIFY TAG_DESC LIM_NOTIFY STRATEGY CONFIRM_TIME ALERT_KEY WRITE_LOCK MODE_BLK UPDATE_EVT BLOCK_ERR BLOCK_ALM RS_STATE ALARM_SUM TEST_RW ACK_OPTIONS DD_RESOURCE WRITE_PRI MANUFAC_ID WRITE_ALM DEV_TYPE ITK_VER DEV_REV FIRMWARE_REVISION DD_REV HW_REVISION GRANT_DENY DEVICE_SER_NUM HARD_TYPES...

  • Page 45: Advanced Positioner Transducer Block (Ao Trd)

    FOUNDATION™ fieldbus parameters 7.5.2 Advanced Positioner Transducer Block (AO TRD) AO TRD: ACT_FAIL_ACTION (45) Storage class: S · Read/write capability (r/w) The fail-safe action to be performed by the actuator in case of a supply air failure is deter- mined automatically during initialization. •...
  • Page 46 FOUNDATION™ fieldbus parameters AO TRD: ALERT_KEY (4) Storage class: S · Read/write capability (r/w) Used to specify the identification number of the plant section. • 1 to 255, [0] This information can be used by the fieldbus host system to group alerts and events. Note: '0' is not a permissible value and will be rejected when transferring data to the device (error alarm).
  • Page 47 • 1 Linear • 2 Equal percentage • 3 Equal percentage reverse • 4 SAMSON butterfly linear • 5 SAMSON butterfly equal percentage • 6 VETEC rotary linear • 7 VETEC rotary equal percentage • 8 Segmented ball valve linear •...
  • Page 48 FOUNDATION™ fieldbus parameters AO TRD: CLOSED_POS_DEADBAND (61) Storage class: S · Read/write capability (r/w) Zero point limit [%] ® Code 48 d5 AO TRD: CLOSED_POS_SHIFT (62) Storage class: N · Read capability (r) Indicates a shift of the end position. AO TRD: CLOSING_DIRECTION (134) Storage class: S ·...
  • Page 49 FOUNDATION™ fieldbus parameters AO TRD: CUSTOM_CURVE_XY_FLOAT (65) Storage class: S · Read/write capability (r/w) · Supported modes: O/M/A Used to enter the user-defined characteristic. AO TRD: CYCLE_CNTR (38) Storage class: D · Read capability (r) Indicates the number of measured cycles since the counter was last reset. AO TRD: CYCLE_CNTR_LIM (76) Storage class: S ·...
  • Page 50 FOUNDATION™ fieldbus parameters AO TRD: DEVICE_CHARACTERISTIC (125) Storage class: S · Read/write capability (r/w) · Supported modes: O/M/A Reflects positioner-specific data. • MODEL · Actuator model • ATTACHMENT · Actuator attachment • BOOSTER • ACTUATOR_SIZE • SIGNAL_PRESSURE_LOWER_VALUE • SIGNAL_PRESSURE_UPPER_VALUE • SUPPLY_PRESSURE •...
  • Page 51 FOUNDATION™ fieldbus parameters AO TRD: DIAG_REFLAUF_INFO (211) Storage class: S · Read capability (r) Indicates the status of the reference tests in progress. AO TRD: DIAG_RESET_AFTER_TIME (155) Storage class: S · Read/write capability (r/w) · Supported modes: O/M/A Indicates the time until the next reset of the diagnosis. AO TRD: DIAG_RESET_AFTER_TIMEOUT (156) Storage class: S ·...
  • Page 52 FOUNDATION™ fieldbus parameters AO TRD: DIAGR_STELL_X_STAT_TEST_REF (217) Storage class: D · Read capability (r) Tests – Drive signal diagram steady-state (test d1) Measured values – Valve position x of the reference characteristic AO TRD: DIAGR_STELL_X_STAT_TEST_WH (219) Storage class: D · Read capability (r) Tests –...
  • Page 53 FOUNDATION™ fieldbus parameters AO TRD: DIAGR_STELL_Y_STAT_TEST_REF (216) Storage class: D · Read capability (r) Tests – Drive signal diagram steady-state (test d1) Measured values – Drive signal y of the reference characteristic AO TRD: DIAGR_STELL_Y_STAT_TEST_WH (218) Storage class: D · Read capability (r) Tests –...
  • Page 54 FOUNDATION™ fieldbus parameters AO TRD: DL_HISTOGR_E_1 (175) to DL_HISTOGR_E_4 (178) Storage class: D · Read capability (r) Statistical information – Data logger Measured values of setpoint deviation e AO TRD: DL_HISTOGR_E_LONG (186) Storage class: D · Read capability (r) Statistical information – Data logger Measured values of time t AO TRD: DL_HISTOGR_E_SCAN_RATE (188) Storage class: S ·...
  • Page 55 FOUNDATION™ fieldbus parameters AO TRD: DL_HISTOGR_Y_1 (179) to DL_HISTOGR_Y_4 (182) Storage class: D · Read capability (r) Statistical information – Data logger Measured values of drive signal y AO TRD: DL_HISTOGR_Z_LONG (189) Storage class: D · Read capability (r) Statistical information – Cycle counter histogram, long-term monitoring Readings of measured values, average value, number of measurement values and dynamic stress factor AO TRD: DL_HISTOGR_Z_SHORT (190)
  • Page 56 FOUNDATION™ fieldbus parameters AO TRD: END_POS_TREND_REF_TIME_REF (202) Storage class: D · Read capability (r) Statistical information – Trend of the travel end position – Lower end position Reference value of the lower end position, time stamp AO TRD: END_POS_TREND_REF_VALUES (204) Storage class: D ·...
  • Page 57 FOUNDATION™ fieldbus parameters AO TRD: FINAL_POSITION_VALUE (18) Storage class: D · Read capability (r) Indicates the current valve position after taking the decharacterization into account. AO TRD: FINAL_POSITION_VALUE_D (33) Storage class: D · Read capability (r) Indicates the discrete valve position after taking the direction of action into account. AO TRD: FINAL_POSITION_VALUE_LIMITS (144) Storage class: S ·...
  • Page 58 FOUNDATION™ fieldbus parameters AO TRD: FINAL_VALUE_CUTOFF_LO (17) Storage class: S · Read/write capability (r/w) · Supported modes: O/M/A Setpoint cutoff decrease (final position w <) ® Code 14 • –2.5 to 100.0 %, [1.0 %] If the reference value falls below the entered value, the valve is moved to the final position that corresponds to 0 % of the output value.
  • Page 59 FOUNDATION™ fieldbus parameters AO TRD: FRICTION (68) Storage class: N · Read capability (r) Indicates the friction in percent. AO TRD: FRICTION_LIMITS (301) Storage class: S · Read/write capability (r/w) · Supported modes: O/M/A Specifies the upper and lower friction limits. •...
  • Page 60 FOUNDATION™ fieldbus parameters AO TRD: FST_DIAGR_X1 (281) to FST_DIAGR_X4 (284) Storage class: D · Read capability (r) Statistical information – Data logger: Measured values of valve position x AO TRD: FST_DIAGR_Y1 (293) bis FST_DIAGR_Y4 (296) Storage class: D · Read capability (r) Statistical information –...
  • Page 61 FOUNDATION™ fieldbus parameters • 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 (269) Storage class: D · Read/write capability (r/w) · Supported modes: O/M/A Settings of the full stroke test (FST) •...
  • Page 62 FOUNDATION™ fieldbus parameters • FST_PRESSURE_FRICTION · Aborted due to supply pressure/friction • FST_CURRENT_TOO_LOW · Test aborted – current too low AO TRD: HIS_TEMPERATURE (148) Storage class: D · Read capability (r) Reading in hours (per hour or fraction thereof) • HIS_T_ZEIT_MIN_TEMPERATURE · Operating hours counter: Lowest temperature inside the positioner •...
  • Page 63 FOUNDATION™ fieldbus parameters AO TRD: IDENT_OPTIONS (118) Storage class: D · Read capability (r) Indicates which optional components (additional equipment) are installed. 1 Internal solenoid valve 2 Binary input 1 3 Binary input 2 4 Inductive limit switch 5 Leakage sensor 6 External position sensor AO TRD: INIT_METHOD (128) Storage class: S ·...
  • Page 64 FOUNDATION™ fieldbus parameters AO TRD: INTERNAL_TEMP_UNITS (99) Storage class: S · Read/write capability (r/w) · Supported modes: O/M/A Specifies the unit for the temperature inside the positioner. • [°C] • °F AO TRD: KP_STEP (140) Storage class: S · Read/write capability (r/w) Specifies proportional gain factor KP (step) ®...
  • Page 65 FOUNDATION™ fieldbus parameters AO TRD: LS_ALARM_LIMIT_1 (307) to LS_ALARM_LIMIT_3 (309) Storage class: S · Read/write capability (r/w) Leakage sensor LS_ALARM_LIMIT_1 (307) = First alarm limit in dB LS_ALARM_LIMIT_2 (308) = Second alarm limit in dB LS_ALARM_LIMIT_3 (309) = Third alarm limit in dB AO TRD: LS_ALARM_RELEASE (304) Storage class: S ·...
  • Page 66 FOUNDATION™ fieldbus parameters AO TRD: MODE_BLK (5) Storage class: S · Read/write capability (r/w) Operating mode: – Target Mode ® Code 48 t0 – Actual Mode (read only) ® Code 48 t1 – Permitted Mode – Normal Mode (read only) •...
  • Page 67 FOUNDATION™ fieldbus parameters AO TRD: POS_FEATURES (44) Storage class: D · Read capability (r) Parameter groups supported by AO Transducer Block. AO TRD: POSITIONER_MODEL (122) Storage class: D · Read capability (r) Indicates the positioner model. AO TRD: PRESSURE_LIMIT (138) Storage class: S ·...
  • Page 68 FOUNDATION™ fieldbus parameters AO TRD: PST_COMPLETION_TIMEOUT (85) Storage class: S · Read/write capability (r/w) · Supported modes: O/M/A Cancelation condition of the partial stroke test (PST): Max. test duration (user-defined) AO TRD: PST_DIAGR_E1 (261) to PST_DIAGR_E4 (264) Storage class: D · Read capability (r) Statistical information –...
  • Page 69 FOUNDATION™ fieldbus parameters AO TRD: PST_INITIAL_START_TIME (79) · This parameter is not supported AO TRD: PST_INTERVAL (80) Storage class: S · Read/write capability (r/w) · Supported modes: O/M/A Specifies the time until the partial stroke test automatically starts (PST_TESTMODE_TARGET must be set to 'PST Auto') AO TRD: PST_MEAS_DATA1 (243) to PST_MEAS_DATA3 (245) Storage class: D ·...
  • Page 70 FOUNDATION™ fieldbus parameters • PST_RAMP_TIME_RISING · Ramp time (rising) • PST_RAMP_TIME_FALLING · Ramp time (falling) • PST_SETTLING_TIME_BEFORE_TEST · Settling time before test start • PST_SCAN_RATE · Scan rate • PST_STEP_RESPONSE · Number of steps AO TRD: PST_STRK_TRAV (83) Storage class: S · Read capability (r) Step height during partial stroke test (PST) AO TRD: PST_STRK_TRAV_TIMEOUT (84) Storage class: S ·...
  • Page 71 FOUNDATION™ fieldbus parameters AO TRD: PST_TESTMODE_TARGET (237) Storage class: D · Read/write capability (r/w) · Supported modes: O/M/A Required test mode of the partial stroke test (PST) • [PST Man] • PST Auto AO TRD: RATED_TRAVEL (26) Storage class: S · Read/write capability (r/w) Rated travel ®...
  • Page 72 FOUNDATION™ fieldbus parameters AO TRD: SELECT_OPTIONS (119) Storage class: S · Read/write capability (r/w) · Supported modes: O/M/A Read/change the installed options that are not automatically recognized (IDENT_LIMIT_SWITCHES, IDENT_EXT_LEAKAGE_SENSOR, IDENT LEAKAGE DETECTION, IDENT_EXT_POS_SENSOR) AO TRD: SET_FAIL_SAFE_POS (126) Storage class: S · Read/write capability (r/w) Set fail-safe position •...
  • Page 73 FOUNDATION™ fieldbus parameters • Data logger • Tests (d1 to d6 and d9) AO TRD: STAT_KENNL_R (227) Storage class: D · Read capability (r) Tests – Static characteristic: reading • STAT_KENNL_R_TEST_INFO · Current status of the test • STAT_KENNL_R_STEP_HEIGTH · Step height •...
  • Page 74 FOUNDATION™ fieldbus parameters AO TRD: STOP_LO_POS_ON (142) Storage class: S · Read/write capability (r/w) · Supported modes: O/M/A Enable travel/angle lower limit ® Code 10 • ON • [OFF] AO TRD: STRATEGY (3) Storage class: S · Read/write capability (r/w) Permits strategic grouping and thus faster processing of blocks.
  • Page 75 FOUNDATION™ fieldbus parameters AO TRD: SUB_MOD_INIT (130) Storage class: D · Read capability (r) Indicates whether the initialization was performed in SUB mode (subsitition calibration). AO TRD: TAG_DESC (2) Storage class: S · Read/write capability (r/w) Assigns a unique description to each block for clear identification •...
  • Page 76 FOUNDATION™ fieldbus parameters AO TRD: TRANSDUCER_TYPE_VER (11) Storage class: D · Read capability (r) Transducer Block for positioner according to Specification FF-906 AO TRD: TRAVEL_ACCUM (29) Storage class: D · Read capability (r) Total valve travel: totaled double valve travel. ® Code 23 AO TRD: TRAVEL_ACCUM_DEADBAND (73) ·...
  • Page 77 • ROTARY · (control valves with rotating closure members) • OTHER · (treated like a globe valve) Note: The Type 3730-5 differentiates merely between linear and rotary valves, “UNINITIALIZED“ and “OTHER“ are treated like a globe valve. AO TRD: VST_COMMAND (56) Storage class: D ·...
  • Page 78 FOUNDATION™ fieldbus parameters AO TRD: WORKING_POS (19) Storage class: D · Read capability (r) Actual valve position in % AO TRD: WORKING_POS_D (34) Storage class: D · Read capability (r) Actual discrete valve position AO TRD: WORKING_SP (20) Storage class: N · Read capability (r) Reference variable after scaling, characterization and the end position function Corresponds to the reference variable of the control algorithm for the AO Function Block in the closed-loop mode.
  • Page 79 FOUNDATION™ fieldbus parameters 6 Abort zero point adjustment 7 Search device AO TRD: XD_COMMAND_FLAGS (75) · This parameter is not supported AO TRD: XD_COMMAND_STATE (42) Storage class: D · Read capability (r) Status of initialization. AO TRD: XD_ERROR (12) Storage class: D · Read capability (r) Errors listed in the Transducer Block •...
  • Page 80 FOUNDATION™ fieldbus parameters • 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 •...
  • Page 81 FOUNDATION™ fieldbus parameters 24 Working range 25 Temperature error 26 PST/FST status 27 Open/close status AO TRD: XD_FSTATE_OPT (37) Storage class: S · Read/write capability (r/w) · Supported modes: O/M/A Action on detection of an error in AO Transducer Block •...
  • Page 82 FOUNDATION™ fieldbus parameters AO TRD: Y_HYST_TEST_INFO (221) Storage class: D · Read capability (r) Tests – Drive signal diagram hysteresis (test d2): Test status AO TRD: Y_HYST_TEST_PROGRESS (222) Storage class: D · Read capability (r) Tests – Drive signal diagram hysteresis (test d2): Progress of test in % AO TRD: Y_HYST_TESTINFO (197) Storage class: D ·...
  • Page 83 FOUNDATION™ fieldbus parameters Parameter index: AO Transducer Block Index Parameter Index Parameter ADVANCED_PV_BASIC XD_FSTATE_VAL ST_REV FINAL_VALUE_D TAG_DESC FINAL_POSITION_VALUE_D STRATEGY WORKING_POS_D ALERT_KEY WORKING_SP_D MODE_BLK XD_FSTATE_VAL_D BLOCK_ERR XD_FSTATE_OPT UPDATE_EVT CYCLE_CNTR BLOCK_ALM SIGNAL_ACTION TRANSDUCER_DIRECTORY READBACK_SELECT TRANSDUCER_TYPE XD_COMMAND TRANSDUCER_TYPE_VER XD_COMMAND_STATE XD_ERROR XD_OOS_OPTS COLLECTION_DIRECTORY POS_FEATURES FINAL_VALUE ACT_FAIL_ACTION FINAL_VALUE_RANGE...
  • Page 84 FOUNDATION™ fieldbus parameters Index Parameter Index Parameter CLOSED_POS_SHIFT TRAVEL_ACCUM_LIM CUSTOM_CURVE_DESCRIPTION TRAVEL_ACCUM_UNITS CUSTOM_CURVE_XY INTERNAL_TEMP CUSTOM_CURVE_XY_FLOAT INTERNAL_TEMP_MIN CYCLE_COUNTER_DEADBAND INTERNAL_TEMP_MAX FRICTION_UNITS INTERNAL_TEMP_UNITS FRICTION ERROR_OPTION_INIT_FAILURE HYSTERESIS ERROR_OPTION_OPERATION_FAILURE POS_DEADBAND ERROR_OPTION_HW_FAILURE STROKE_TIME_CLOSED ERROR_OPTION_DATA_FAILURE STROKE_TIME_OPEN ERROR_OPTION_ENH_DIAGNOSTIC_1 TRAVEL_ACCUM_DEADBAND ERROR_OPTION_ENH_DIAGNOSTIC_2 TRIP_TIMEOUT ERROR_OPTION_ENH_DIAGNOSTIC_3 XD_COMMAND_FLAGS ERROR_OPTION_ENH_DIAGNOSTIC_4 CYCLE_CNTR_LIM ERROR_OPTION_ENH_DIAGNOSTIC_5 PST_BREAKOUT_TIME ALARM_OPTIONS PST_BREAKOUT_TIMEOUT SIMULATION_MESSAGE PST_INITIAL_START_TIME SIMULATION_ENABLE...
  • Page 85 FOUNDATION™ fieldbus parameters Index Parameter Index Parameter SET_FAIL_SAFE_POS LIMIT_VALUE_TIME_ANALYSIS TRANS_PIN_POS LIMIT_TIME_TRAVEL_ANALYSIS INIT_METHOD ANALYSIS_OPEN_CLOSE INIT_WITH_REF_TEST DL_CONFIG_R SUB_MOD_INIT DL_CONFIG_WR OPTI_SUB_INIT DL_HISTOGR_TIME_1 DEVICE_INIT_STATE DL_HISTOGR_TIME_2 DEVICE_STATUS_INIT DL_HISTOGR_TIME_3 CLOSING_DIRECTION DL_HISTOGR_TIME_4 FINAL_VALUE_CUTOFF_LO_ON DL_HISTOGR_VENTILST_1 FINAL_VALUE_CUTOFF_HI_ON DL_HISTOGR_VENTILST_2 BLOCKING_POSITION DL_HISTOGR_VENTILST_3 PRESSURE_LIMIT DL_HISTOGR_VENTILST_4 SELECT_EMERGENCY_MODE DL_HISTOGR_W_1 KP_STEP DL_HISTOGR_W_2 TV_STEP DL_HISTOGR_W_3 STOP_LO_POS_ON DL_HISTOGR_W_4 STOP_HI_POS_ON DL_HISTOGR_E_1...
  • Page 86 FOUNDATION™ fieldbus parameters Index Parameter Index Parameter DL_HISTOGR_Z_SHORT Y_HYST_TEST_PROGRESS DIAGR_STELL_Y_STAT_LONG DIAGR_STELL_Y_HYST_TEST_REF DIAGR_STELL_Y_STAT_KURZ DIAGR_STELL_X_HYST_TEST_REF DIAGR_STELL_Y_STAT_SHORT DIAGR_STELL_Y_HYST_TEST_WH DIAGR_VALVE_POS_STAT_SHORT DIAGR_STELL_X_HYST_TEST_WH Y_HYST_MIN_TIME_DISTANCE STAT_KENNL_R Y_HYST_TOLERANCE_BAND STAT_KENNL_W Y_HYST_TESTINFO DIAGR_STAT_KENNL_VENTILST1 HYST_SHORT_DIFF_Y DIAGR_STAT_KENNL_VENTILST2 HYST_VALVE_POS DIAGR_STAT_KENNL_VENTILST3 DIAGR_STELL_Y_HYSTERESE_WH DIAGR_STAT_KENNL_VENTILST4 END_POS_TREND_REF_VALUES_REF DIAGR_STAT_KENNL_W1 END_POS_TREND_REF_TIME_REF DIAGR_STAT_KENNL_W2 END_POS_TREND_REF_DRIVE_SIG_REF DIAGR_STAT_KENNL_W3 END_POS_TREND_REF_VALUES DIAGR_STAT_KENNL_W4 END_POS_TREND_REF_TIME PST_TESTMODE_TARGET END_POS_TREND_REF_DRIVE_SIG PST_AUTOSTART_READ THRESHOLD_END_POS_RECORDING PST_TEST_INFO...
  • Page 87 FOUNDATION™ fieldbus parameters Index Parameter Index Parameter PST_DIAGR_X2 FST_DIAGR_W2 PST_DIAGR_X3 FST_DIAGR_W3 PST_DIAGR_X4 FST_DIAGR_W4 PST_DIAGR_W1 FST_DIAGR_E1 PST_DIAGR_W2 FST_DIAGR_E2 PST_DIAGR_W3 FST_DIAGR_E3 PST_DIAGR_W4 FST_DIAGR_E4 PST_DIAGR_E1 FST_DIAGR_Y1 PST_DIAGR_E2 FST_DIAGR_Y2 PST_DIAGR_E3 FST_DIAGR_Y3 PST_DIAGR_E4 FST_DIAGR_Y4 PST_DIAGR_Y1 FLOAT_STR PST_DIAGR_Y2 UNS_INT_STRUCTURE PST_DIAGR_Y3 UNS_SHORT_STRUCTURE PST_DIAGR_Y4 UNS_CHAR_STRUCTURE FST_SETTINGS FRICTION_LIMITS FST_DISPLAY FST_TEST_INFO FST_MEAS_DATA1 LS_LEAKAGE_LEVEL...

  • Page 88: Analog Output Function Block

    FOUNDATION™ fieldbus parameters 7.5.3 Analog Output Function Block ALERT_KEY (4) Storage class: S · Read/write capability (r/w) · Supported modes: O/M/A Used to specify the identification number of the plant section. • 1 to 255, [0] This information can be used by the fieldbus host system to group alerts and events. Note: '0' is not a permissible value and will be rejected when transferring data to the device (error alarm).
  • Page 89 FOUNDATION™ fieldbus parameters CHANNEL (22) Storage class: S · Read/write capability (r/w) · Supported mode: O Assignment between the output of the AO Function Block and the logical hardware channels (Transducer Block) • [3] Note: In order to be able to put the AO Function Block into operation, CHANNEL must be set to '3' so that it can be assigned to the AO Transducer Block.
  • Page 90 FOUNDATION™ fieldbus parameters • FAULT STATE TO VALUE · FSTATE_VAL is used as the set point when the fault state is acti- vated (see FSTATE_VAL, FSTATE_TIME). • USE FAULT STATE VALUE ON RESTART · FSTATE_VAL is used for the set point until there is a valid value on restarting the device.
  • Page 91 FOUNDATION™ fieldbus parameters PV (7) Storage class: D · Read capability (r) Process variable of the function block (value and status) • Unit from XD_SCALE parameter group Note: If OUT READBACK is set in the FEATURES_SEL parameter in the Resource Block, PV contains the current valve position (same as FINAL_POSITION_VALUE).
  • Page 92 FOUNDATION™ fieldbus parameters • [UNINITIALIZED] · Not initialized • NORMAL SHED_NORMAL RETURN · On failure of remote connection, change to next pos- sible mode until RCAS mode is restored. • NORMAL SHED_NO RETURN · On failure of remote connection, change to next possible mode.
  • Page 93 FOUNDATION™ fieldbus parameters SP_HI_LIM (20) Storage class: S · Read/write capability (r/w) · Supported modes: ALL Upper limit of the reference variable • Value and range from PV_SCALE ±10 %, [100 %] Note: This value must be adapted correspondingly if the scale end setting is changed in PV_SCALE parameter.
  • Page 94 FOUNDATION™ fieldbus parameters STRATEGY (3) Storage class: S · Read/write capability (r/w) · Supported modes: ALL Grouping to allow 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 Function Block.
  • Page 95 FOUNDATION™ fieldbus parameters Parameter index: AO Function Block Index Parameter Index Parameter – READBACK ST_REV CAS_IN TAG_DESC SP_RATE_DN STRATEGY SP_RATE_UP ALERT_KEY SP_HI_LIM MODE_BLK SP_LO_LIM BLOCK_ERR CHANNEL FSTATE_TIME FSTATE_VAL BKCAL_OUT SIMULATE RCAS_IN PV_SCALE SHED_OPT XD_SCALE RCAS_OUT GRANT_DENY UPDATE_EVT IO_OPTS BLOCK_ALM STATUS_OPTS KH 8384-5 EN...

  • Page 96: Proportional Integral Derivative Function Block

    FOUNDATION™ fieldbus parameters 7.5.4 Proportional Integral Derivative Function Block PID: ACK_OPTIONS (46) Storage class: S · Read/write capability (r/w) · Supported modes: ALL Determines whether an alarm is to be automatically acknowledged in the PID Function Block • [UNDEFINED] · No selection •...
  • Page 97 FOUNDATION™ fieldbus parameters PID: ALERT_KEY (4) Storage class: S · Read/write capability (r/w) · Supported modes: ALL Used to specify the identification number of the plant section. • 1 to 255, [0] This information can be used by the fieldbus host system to group alerts and events. Note: '0' is not a permissible value and will be rejected when transferring data to the device (alarm).
  • Page 98 FOUNDATION™ fieldbus parameters PID: BLOCK_ALM (44) Storage class: D · Read/write capability (r/w) · Supported modes: ALL Indicates the current block state with details on all configuration, hardware or system prob- lems in the block including details on the date and time of the alarm when the fault occurred. PID: BLOCK_ERR (6) Storage class: D ·...
  • Page 99 FOUNDATION™ fieldbus parameters PID: DV_HI_ALM (64) Storage class: D · Read/write capability (r/w) · Supported modes: ALL Deviation high alarm (DV_HI_LIM) including details of time of alarm (date and time stamp) as well as the value that activated the alarm. Note: An active block alarm can also be acknowledged manually in this parameter group.
  • Page 100 FOUNDATION™ fieldbus parameters PID: DV_LO_PRI (58) Storage class: S · Read/write capability (r/w) · Supported modes: ALL Determines the action to be taken when the value for the deviation low alarm is exceeded (DV_LO_LIM) • [0] · The limit for deviation low alarm is not processed. •...
  • Page 101 FOUNDATION™ fieldbus parameters PID: HI_ALM (61) Storage class: D · Read capability (r) Indicates high alarm status (HI_LIM) including details of time of alarm (date and time stamp) as well as the value that activated the alarm. • Unit from PV_SCALE PID: HI_HI_ALM (60) Storage class: D ·...
  • Page 102 FOUNDATION™ fieldbus parameters PID: HI_PRI (50) Storage class: S · Read/write capability (r/w) · Supported modes: ALL Determines the action to be taken when the value for the high alarm is exceeded (HI_LIM). • [0] · The limit for high alarm is not processed. •...
  • Page 103 FOUNDATION™ fieldbus parameters PID: LO_LO_PRI (54) Storage class: S · Read/write capability (r/w) · Supported modes: ALL Determines the action to be taken when the value for the low low alarm is exceeded (LO_LO_LIM). • [0] · The limit for low low alarm is not processed. •...
  • Page 104 FOUNDATION™ fieldbus parameters • RCAS · The AO Function Block receives the reference variable directly from the fieldbus host system for internal calculation of the output value. The AO Block is implemented. • ROUT · The PID Function Block receives the output value directly from the fieldbus host system over the ROUT_IN parameter.
  • Page 105 FOUNDATION™ fieldbus parameters PID: PV_SCALE (10) Storage class: S · Read/write capability (r/w) · Supported modes: O Definition of the range for the process variable PV (start, end, unit and decimal point) • [0 to 100 %] PID: RATE (26) Storage class: S ·...
  • Page 106 FOUNDATION™ fieldbus parameters ROUT_OUT is provided by the fieldbus host system to perform back calculation to allow ac- tion to be taken under mode changes or limited signals. Note: This parameter is only active in the ROUT mode. PID: SHED_OPT (34) Storage class: S ·...
  • Page 107 FOUNDATION™ fieldbus parameters • Range and value from PV_SCALE ±10 %, [100] Note: This value must be adapted correspondingly if the scale end setting is changed in PV_SCALE parameter. PID: SP_LO_LIM (22) Storage class: S · Read/write capability (r/w) · Supported modes: ALL Lower limit of the reference variable.
  • Page 108 FOUNDATION™ fieldbus parameters • USE UNCERTAIN AS GOOD · The status UNCERTAIN is used as GOOD. • TARGET IN MANUAL IF BAD IN · Reverts to MAN mode if the input value changes status to BAD. PID: STRATEGY (3) Storage class: S · Read/write capability (r/w) · Supported modes: ALL Permits strategic grouping and thus faster processing of blocks.
  • Page 109 FOUNDATION™ fieldbus parameters Parameter index: PID Function Block Index Parameter Index Parameter – OUT_LO_LIM ST_REV BKCAL_HYS TAG_DESC BKCAL_OUT STRATEGY RCAS_IN ALERT_KEY ROUT_IN MODE_BLK SHED_OPT BLOCK_ERR RCAS_OUT ROUT_OUT TRK_SCALE TRK_IN_D PV_SCALE TRK_VAL OUT_SCALE FF_VAL GRANT_DENY FF_SCALE CONTROL_OPTS FF_GAIN STATUS_OPTS UPDATE_EVT BLOCK_ALM PV_FTIME ALARM_SUM BYPASS...
  • Page 110 FOUNDATION™ fieldbus parameters Index Parameter DV_LO_PRI DV_LO_LIM HI_HI_ALM HI_ALM LO_ALM LO_LO_ALM DV_HI_ALM DV_LO_ALM KH 8384-5 EN...

  • Page 111: Discrete Output Function Block

    FOUNDATION™ fieldbus parameters 7.5.5 Discrete Output Function Block ALERT_KEY (4) Storage class: S · Read/write capability (r/w) · Supported modes: ALL Used to specify the identification number of the plant section. • 1 to 255, [0] This information can be used by the fieldbus host system to group alerts and events. Note: '0' is not a permissible value and will be rejected when transferring data to the device (error alarm).
  • Page 112 FOUNDATION™ fieldbus parameters Note: In order to be able to put the DO1 Function Block into operation, CHANNEL must be set to '6' so that it can be assigned to the DO1 TRD. In order to be able to put the DO2 Func- tion Block into operation, CHANNEL must be set to '7' so that it can be assigned to the DO2 TRD.
  • Page 113 FOUNDATION™ fieldbus parameters MODE_BLK (5) Storage class: N · Read/write capability (r/w) · Supported modes: ALL Type of mode of DO Function Block – Target Mode – Actual Mode (read only) – Permitted Mode – Normal Mode (read only) • AUTO · The set point entered by the user is used over the SP_D parameter on implementa- tion of the DO Block •...
  • Page 114 FOUNDATION™ fieldbus parameters RCAS_OUT_D (24) Storage class: D · Read capability (r) Discrete reference variable after ramping (value and status) RCAS_OUT_D is provided by the fieldbus host system for back calculation to allow action to be taken under mode changes or limited signals. Note: This parameter is only active in the RCAS mode.
  • Page 115 FOUNDATION™ fieldbus parameters • 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. The DO Func- tion Block cannot be set to the RCAS mode when the value is set to Uninitialized.
  • Page 116 FOUNDATION™ fieldbus parameters TAG_DESC (2) Storage class: S · Read/write capability (r/w) · Supported modes: ALL Assigns a unique description to each block for clear identification. • Max. 32 characters, [no text] UPDATE_EVT (25) Storage class: D · Read capability (r) Indicates that static data were changed, including date and time stamp.

  • Page 117: Discrete Input Function Block (Di1 + Di2)

    FOUNDATION™ fieldbus parameters 7.5.6 Discrete Input Function Block (DI1 + DI2) ACK_OPTIONS (21) Storage class: S · Read/write capability (r/w) · Supported modes: O/M/A Determines whether an alarm is to be automatically acknowledged, i.e. without intervention of the fieldbus host system. •...
  • Page 118 FOUNDATION™ fieldbus parameters CHANNEL (15) Storage class: S · Read/write capability (r/w) · Supported modes: O Assignment between the output of the DI Function Block and the logical hardware channels (Transducer Block) • [1] in DI1 Function Block and [2] in DI2 Function Block Note: In order to be able to put the DI1 Function Block into operation, CHANNEL must be set to '1' so that it can be assigned to the DI1 TRD.
  • Page 119 FOUNDATION™ fieldbus parameters IO_OPTS (13) Storage class: S · Read/write capability (r/w) · Supported modes: O Used to select how the input/output is processed in the DI Function Block. • INVERT · Used to logically invert the value of FIELD_VAL_D before it is stored as OUT_D. MODE_BLK (5) Storage class: N ·...
  • Page 120 FOUNDATION™ fieldbus parameters STATUS_OPTS (14) Storage class: S · Read/write capability (r/w) · Supported modes: O Status options to determine the handling and processing of the status. • [UNINITIALIZED] · Not initialized • PROPAGATE FAIL FWD · Fault state is passed on to the downstream function block. STRATEGY (3) Storage class: S ·...
  • Page 121 FOUNDATION™ fieldbus parameters Parameter index: DI1 Function Block and DI2 Function Block Index Parameter Index Parameter – IO_OPTS ST_REV STATUS_OPTS TAG_DESC CHANNEL STRATEGY PV_FTIME ALERT_KEY FIELD_VAL_D MODE_BLK UPDATE_EVT BLOCK_ERR BLOCK_ALM PV_D ALARM_SUM OUT_D ACK_OPTIONS SIMULATE_D DISC_PRI – DISC_LIM – DISC_ALM GRANT_DENY KH 8384-5 EN...

  • Page 122: Input Selector Function Block

    FOUNDATION™ fieldbus parameters 7.5.7 Input Selector Function Block ALERT_KEY (4) Storage class: S · Read/write capability (r/w) · Supported modes: O/M/A Used to specify the identification number of the plant section. • 1 to 255, [0] This information can be used by the fieldbus host system to group alerts and events. Note: '0' is not a permissible value and will be rejected when transferring data to the device (error alarm).
  • Page 123 FOUNDATION™ fieldbus parameters MODE_BLK (5) Storage class: N · Read/write capability (r/w) · Supported modes: O/M/A Betriebsart IS Function Block – Target Mode – Actual Mode (read only) – Permitted Mode – Normal Mode (read only) • AUTO · The analog input values selected from IN_1 to IN_4 are processed by the function block and issued as OUT.
  • Page 124 FOUNDATION™ fieldbus parameters ST_REV (1) Storage class: N · Read capability (r) Indicates the revision number of static data. Note: The revision state is incremented by one each time a static parameter in the block is written. STATUS_OPTS (10) Storage class: S · Read/write capability (r/w) · Supported modes: O Options for the status treatment •...
  • Page 125 FOUNDATION™ fieldbus parameters Parameter index: IS Function Block Index Parameter Index Parameter – IN_3 ST_REV IN_4 TAG_DESC DISABLE_1 STRATEGY DISABLE_2 ALERT_KEY DISABLE_3 MODE_BLK DISABLE_4 BLOCK_ERR SELECT_TYPE MIN_GOOD OUT_RANGE SELECTED GRANT_DENY OP_SELECT STATUS_OPTS UPDATE_EVT IN_1 BLOCK_ALM IN_2 KH 8384-5 EN...

  • Page 126: Multiple Analog Input Function Block

    FOUNDATION™ fieldbus parameters 7.5.8 Multiple Analog Input Function Block MAI: ALERT_KEY (4) Storage class: S · Read/write capability (r/w) · Supported modes: ALL Used to specify the identification number of the plant section. • 1 to 255, [0] This information can be used by the fieldbus host system to group alerts and events. Note: '0' is not a permissible value and will be rejected when transferring data to the device (error alarm).
  • Page 127 FOUNDATION™ fieldbus parameters • MAN · The output values of the MAI Function Block can be directly entered by the operator over the OUT_1 to OUT_8 parameters. • O/S · The MAI Function Block is not executed. The last value is issued at the output OUT_1 to OUT_8.
  • Page 128 FOUNDATION™ fieldbus parameters Parameter index: MAI Function Block Index Parameter Index Parameter – OUT_3 ST_REV OUT_4 TAG_DESC OUT_5 STRATEGY OUT_6 ALERT_KEY OUT_7 MODE_BLK OUT_8 BLOCK_ERR UPDATE_EVT CHANNEL BLOCK_ALM OUT_1 OUT_2 KH 8384-5 EN...

  • Page 129: Multiple Analog Output Function Block

    FOUNDATION™ fieldbus parameters 7.5.9 Multiple Analog Output Function Block MAO: ALERT_KEY (4) Storage class: S · Read/write capability (r/w) · Supported modes: ALL Used to specify the identification number of the plant section. • 1 to 255, [0] This information can be used by the fieldbus host system to group alerts and events. Note: '0' is not a permissible value and will be rejected when transferring data to the device (alarm).
  • Page 130 FOUNDATION™ fieldbus parameters • [0] Note: The fault state is activated when the fault still exists after the time interval has elapsed. The fault state of the MAO Function Block is set in the MO_OPTS parameter of this block. MAO: FSTATE_VAL1 (18) to FSTATE_VAL8 (25) Storage class: S ·...
  • Page 131 FOUNDATION™ fieldbus parameters MAO: ST_REV (1) Storage class: N · Read capability (r) Revision state of static data Note: The revision state is incremented by one each time a static parameter in the block is written. MAO: STRATEGY (3) Storage class: S · Read/write capability (r/w) · Supported modes: ALL Grouping to allow faster processing of blocks •...
  • Page 132 FOUNDATION™ fieldbus parameters Parameter index: MAO Function Block Index Parameter Index Parameter – IN_8 ST_REV MO_OPTS TAG_DESC FSTATE_TIME STRATEGY FSTATE_VAL1 ALERT_KEY FSTATE_VAL2 MODE_BLK FSTATE_VAL3 BLOCK_ERR FSTATE_VAL4 CHANNEL FSTATE_VAL5 IN_1 FSTATE_VAL6 IN_2 FSTATE_VAL7 IN_3 FSTATE_VAL8 IN_4 FSTATE_STATUS IN_5 UPDATE_EVT IN_6 BLOCK_ALM IN_7 KH 8384-5 EN...
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