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ST100 Series Profibus PA 

Transducer Blocks Description 

There are 3 Process Data Transducer blocks in the ST100, one for each of the process variables that the ST100 can measure, flow, temperature, and 

pressure. 

Note: 

Not every process variable is available in every ST100 model. 

Flow Transducer Block Parameters 

There are three possible flow types; but only one is active at a time. The active flow type is the only one that has valid data in that structure of the 

block. 

REL. INDEX 

PARAMETER 

SLOT 

INDEX 

DATA TYPE (LENGTH)  STORE  SIZE  READ/WRITE 

CALIBR_FACTOR 

24 

FLOAT 

RW 

LOW_FLOW_CUTOFF 

25 

FLOAT 

RW 

10 

MEASUREMENT_MODE 

26 

UNSIGNED 8 

RW 

11 

FLOW_DIRECTION 

27 

UNSIGNED 8 

RW

 12-14 

NOT USED 

28-30 

15 

NOMINAL_SIZE 

31 

FLOAT 

RW 

16 

NOMINAL_SIZE_UNITS 

32 

UNSIGNED 16 

RW 

17 

VOLUME_FLOW 

33 

101(DS-33) 

18 

VOLUME_FLOW_UNITS 

34 

UNSIGNED 16 

RW 

19 

VOLUME_FLOW_LO_LIMIT 

35 

FLOAT 

20 

VOLUME_FLOW_HI_LIMIT 

36 

FLOAT 

21 

MASS_FLOW 

37 

101(DS-33) 

22 

MASS_FLOW_UNITS 

38 

UNSIGNED 16 

RW 

23 

MASS_FLOW_LO_LIMIT 

39 

FLOAT 

24 

MASS_FLOW_HI_LIMIT 

40 

FLOAT 

R

 25-42 

NOT USED 

41-58

 43-52 

RESERVED BY PI 

59-68 

53 

VELOCITY_FLOW 

6

 69 

101(DS-33) 

54 

VELOCITY_UNITS 

6

 70 

UNSIGNED 16 

RW 

55 

VELOCITY_LO_LIMIT 

6

 71 

FLOAT 

RW 

56 

VELOCITY_HI_LIMIT 

6

 72 

FLOAT 

RW 

57 

DEVICE_VARIABLE_CODE 

6

 73 

UNSIGNED 8 

The following parameters are in the block for compatibility with the profile for flow but perform no real function since the method of measurement 

used by the ST100 does not use those parameters. The parameters are CALIBR_FACTOR, LOW_FLOW_CUTOFF, MEASUREMENT_MODE, and 

FLOW_DIRECTION. 
The NOMINAL_SIZE, and the NOMINAL_SIZE_UNITS parameters are used by the Volume flow and the Mass flow. These parameters are associated 

with the pipe dimensions and units. NOMINAL_SIZE is the diameter of the pipe. 
The DEVICE_VARIABLE_CODE is use to identify the active flow type that the instrument is operating in. The Volume Code = 0, the Mass Flow 

code = 3, and the velocity flow code = 4. 

Fluid Components International LLC 

Содержание ST100 series

Страница 1: ...PROFIBUS PA Manual ST100 Series Thermal Mass Flow Meter Fluid Components International LLC FCI All rights reserved...

Страница 2: ...u is expressly conditioned upon your assent that its use is limited to use within your company only and does not include manufacture or processing uses Any other use is strictly prohibited without the...

Страница 3: ...cription 7 Flow Transducer Block Parameters 7 Analog Input Blocks Description 10 Totalizer Blocks Description 13 PROFIBUS PA Profile Totalizer Block 14 Totalizer Analog Input Block 14 Configuration 15...

Страница 4: ...ii Fluid Components International LLC 06EN003407 Rev ST100 Series Profius PA INTENTIONALLY LEFT BLANK...

Страница 5: ...cribe the functions of the device executing within the automation system An example of a Function Block is the Analog Input AI block Transducer Block This block contains the parameters of a device rep...

Страница 6: ...manufacture s devices Connect the Field bus cable as noted below In addition to the PROFIBUS PA connections in the back panel the ST100 also has a series of jumpers used to select other digital commu...

Страница 7: ...d last byte is the status byte The class 1 master typically a PLC handles cyclic data The ST100 PROFIBUS PA is organized as a Multi variable Device Flow 4 bytes float 4 bytes float One of three flow t...

Страница 8: ...d a corresponding number of analog input blocks support the acyclic data operation of the ST100 See diagram below for a quick overview of the process ST100 PROCESS VARIABLES PROFIBUS PA PROCESS VARIAB...

Страница 9: ...M 0 28 VISIBLESTRING C 16 R 13 DIAGNOSIS 0 29 OCTETSTRING D 4 R 14 DIAGNOSIS_EXTENSION 0 30 OCTETSTRING D 6 R 15 DIAGNOSIS_MASK 0 31 OCTETSTRING C 4 R 16 DIAGNOSIS_MASK_EXTENSION 0 32 OCTETSTRING C 6...

Страница 10: ...va tion of the ST100 FCI TOTALIZER And finally for the multi point models of the ST100 this block allows viewing of each individual sensor variables for the purpose of troubleshooting REL INDEX PARAME...

Страница 11: ...I_LIMIT 6 36 FLOAT S 4 R 21 MASS_FLOW 6 37 101 DS 33 D 5 R 22 MASS_FLOW_UNITS 6 38 UNSIGNED 16 S 2 RW 23 MASS_FLOW_LO_LIMIT 6 39 FLOAT S 4 R 24 MASS_FLOW_HI_LIMIT 6 40 FLOAT S 4 R 25 42 NOT USED 6 41...

Страница 12: ...MEAS_TYPE 7 28 UNSIGNED 8 S 1 RW 13 INPUT_RANGE 7 29 UNSIGNED 8 S 1 RW 14 LIN_TYPE 7 30 UNSIGNED 8 S 1 RW 15 18 NOT USED 7 31 34 19 BIAS_1 7 35 FLOAT S 4 RW 20 NOT USED 7 36 21 UPPER_SENSOR_LIMIT 7 37...

Страница 13: ...R 17 SENSOR_SERIAL_NUMBER 8 33 UNSIGNED 32 4 N R 18 PRIMARY_VALUE 8 34 101 DS 33 5 D R 19 PRIMARY_VALUE_UNIT 8 35 UNSIGNED 16 2 S RW 20 PRIMARY_VALUE_TYPE 8 36 UNSIGNED 8 1 S RW 21 32 NOT USED 8 37 48...

Страница 14: ...IGNED16 N 2 R 2 TAG_DESC 1 18 OCTETSTRING S 32 RW 3 STRATEGY 1 19 UNSIGNED16 S 2 RW 4 ALERT_KEY 1 20 UNSIGNED 8 S 1 RW 5 TARGET_MODE 1 21 UNSIGNED 8 S 1 RW 6 MODE_BLK 1 22 DS 37 S 3 R 7 ALARM_SUM 1 23...

Страница 15: ...23 DS 42 D 8 R 8 BATCH 2 24 DS 67 S 10 RW 10 OUT TEMP 2 26 DS 33 D 5 R 11 PV_SCALE 2 27 FLOAT S 8 R W 12 OUT_SCALE 2 28 DS36 S 11 R W 13 LIN_TYPE 2 29 UNSIGNED 8 S 1 R W 14 CHANNEL 2 30 UNSIGNED16 S 2...

Страница 16: ...3 23 DS 42 D 8 R 8 BATCH 3 24 DS 67 S 10 RW 10 OUT PRESS 3 26 DS 33 D 5 R 11 PV_SCALE 3 27 FLOAT S 8 R W 12 OUT_SCALE 3 28 DS36 S 11 R W 13 LIN_TYPE 3 29 UNSIGNED 8 S 1 R W 14 CHANNEL 3 30 UNSIGNED16...

Страница 17: ...ZE READ WRITE 1 ST_REV 5 17 UNSIGNED16 N 2 R 2 TAG_DESC 5 18 OCTETSTRING S 32 RW 3 STRATEGY 5 19 UNSIGNED16 S 2 RW 4 ALERT_KEY 5 20 UNSIGNED 8 S 1 RW 5 TARGET_MODE 5 21 UNSIGNED 8 S 1 RW 6 MODE_BLK 5...

Страница 18: ...RW 3 STRATEGY 4 19 UNSIGNED16 S 2 RW 4 ALERT_KEY 4 20 UNSIGNED 8 S 1 RW 5 TARGET_MODE 4 21 UNSIGNED 8 S 1 RW 6 MODE_BLK 4 22 DS 37 S 3 R 7 ALARM_SUM 4 23 DS 42 D 8 R 8 BATCH 4 24 DS 67 S 10 RW 10 TOTA...

Страница 19: ...put Board and then from the pull down menu select FF Profibus Configuring Process Parameters in the TB modules The Flow Transducer TB and the Totalizer FCI TB have a number of process related paramete...

Страница 20: ...to load the hex value of 08 in to the TARGET_MODE Configuring the Profile TOTALIZER Block When using the Profile TOTALIZER block confirm that the instrument flow is in volumetric or mass flow There a...

Страница 21: ..._VALUE2 This parameter is used to enter the size of the height of the duct WRITE_PROTECT_MODE This parameter is used to limit or give access to the parameters that can be written from the instruments...

Страница 22: ...rameters for individual sensor elements SENSORS_BANK_1 supports the first 4 sensor parameters the information is presented as floating values The structure repeats for each bank Only bank 1 is active...

Страница 23: ...BUS PA in accordance with IEC 61158 MBP galvanically isolated Profile 3 Characteristics PROFIBUS PA Version 3 02 Instrument profile Multi Variable Device Flow Temperature Pressure Function Blocks 1 Ph...

Страница 24: ...ST100 Series Profibus PA 20 Fluid Components International LLC INTENTIONALLY LEFT BLANK...

Страница 25: ...c Feet per Minute 1360 SCFH Standard Cubic Feet per Hour 1361 SCFD Standard Cubic Feet per Day 1605 NCMS Normal Cubic Meters per Second 1588 NCMM Normal Cubic Meters per Minute 1589 NCMH Normal Cubic...

Страница 26: ...Meters per Day 1539 TOTALIZER UNIT CODES SCF Standard Cubic Feet 1053 NCM Normal Cubic Meters 1573 NL Normal Liters 1574 LB Pounds 1094 KG Kilograms 1088 TN Metric Tonnes 1092 PLENNUM NOMINAL SIZE UN...

Страница 27: ...RVED Not used NF 1 7 DIA_MEASUREMENT CORE averaged flow out of range of Flow Min or Flow Max 2 0 FCI RESERVED Not used NF 2 1 FCI RESERVED Not used NF 2 2 FCI RESERVED Not used NF 2 3 DIA_MEASUREMENT...

Страница 28: ..._ELECTR Any FE reports CURR_SENSORS_ADC_FAULT NF 4 3 DIA_HW_ELECTR Any FE reports HTRS_PRESSNS_ADC_FAULT NF 4 4 DIA_MEASUREMENT Any FE reports HTRS_FAULTS_ADC_FAULT F 4 5 DIA_HW_ELECTR Any FE reports...

Страница 29: ...calibration failed DIA_ZERO_ERR Zero point error limit position DIA_SUPPLY Power supply failed electrical pneumatic DIA_CONF_INVAL Configuration not valid DIA_MAINTENANCE Maintenance required DIA_CHAR...

Страница 30: ...A_MAINTENANCE_ALARM F BAD 4 0 2 4 3 1 DIA_INV_PRO_COND NF UNCERTAIN 5 0 2 4 3 2 DIA_INV_PRO_COND NF UNCERTAIN 5 0 2 4 3 3 NF 3 4 DIA_INV_PRO_COND NF UNCERTAIN 5 0 2 4 3 5 DIA_INV_PRO_COND NF UNCERTAIN...

Страница 31: ...aintenance demanded DIA_FUNCTION_CHECK Device is in function check mode or in simulation or under ocal control e g maintenance DIA_INV_PRO_COND The process conditions do not allow to return valid valu...

Страница 32: ...ST100 Series Profibus PA 28 Fluid Components International LLC INTENTIONALLY LEFT BLANK...

Страница 33: ...ber to the regional representative Again FCI is available by facsimile if all possibilities have been exhausted with the authorized factory representative Our Fax number is 1 760 736 6250 it is availa...

Страница 34: ...ST100 Series Profibus PA 30 Fluid Components International LLC NOTES...

Страница 35: ...ST100 Series Profibus PA Fluid Components International LLC 31 INTENTIONALLY LEFT BLANK...

Страница 36: ...Base Haidian District Beijing 100085 P R China Phone 86 10 82782381 Fax 86 10 58851152 Notice of Proprietary Rights This document contains confidential technical data including trade secrets and propr...

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