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Bailey STT03E Product Instruction

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PRODUCT
Type STT03E
INSTRUCTION
Smart Transmitter Terminal
Elsag Bailey
Process Automation

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  • Page 1 PRODUCT Type STT03E INSTRUCTION  Smart Transmitter Terminal Elsag Bailey Process Automation...
  • Page 2 Preface The information in this instruction provides guidelines and procedures for installation, operation, and troubleshooting the Type STT03E Smart Trans- mitter Terminal. This instruction is a supplement to the device product instructions. The STT03E terminal interfaces to the following devices: Type AVS Smart Positioner.
  • Page 3 List of Effective Pages Total number of pages in this instruction is 156, consisting of the following: Page No. Change Date Preface Original List of Effective Pages Original iii through ix Original 1-1 through 1-6 Original 2-1 through 2-2 Original 3-1 through 3-3 Original 4-1 through 4-20...

  • Page 4: Table Of Contents

    Temperature Function Procedure ....................4-16 Status Check Procedure ..........................4-16 F1 Key (Copy Configurations to and from STC Cartridges) ..............4-17 Copy STT03E Configs to STC Cartridge ..................4-17 Copy STC Configs to STT03E Terminal ..................4-18 ERASE Configuration from STC Cartridge ...................4-19 Rerange Key ............................4-19...
  • Page 5 REPLACING TYPE STT03E TERMINAL EPROM (FIRMWARE UPGRADE)........7-3 REPLACING NVRAM ........................... 7-3 REPLACING RECHARGEABLE BATTERIES ................... 7-4 REASSEMBLING THE TYPE STT03E TERMINAL CASE................ 7-5 RECOMMENDED SPARE PARTS FOR TYPE STT03E TERMINAL ............7-5 SECTION 8 - SUPPORT SERVICES ......................8-1 INTRODUCTION ............................8-1 REPLACEMENT PARTS..........................8-1 SPARE PARTS LISTS............................
  • Page 6 Table of Contents (continued) Page APPENDIX C - EQN TEMPERATURE TRANSMITTER (continued) CALIBRATION ..............................C-5 Bench Calibration ............................C-6 D-to-A Adjust ............................C-7 APPENDIX D - EQS TEMPERATURE TRANSMITTER...............D-1 INTRODUCTION ............................D-1 EQS CONFIGURATION ..........................D-1 CREATE/MODIFY CONFIGURATION .......................D-2 CALIBRATION ..............................D-5 Bench Calibration ............................D-6 D-to-A Adjust ............................D-8 APPENDIX E - XM/SM/XE MAGNETIC FLOWMETER ..............
  • Page 7 Table of Contents (continued) Page APPENDIX H - TBN580 TRANSMITTER (continued) D-to-A Adjust ............................H-11 APPENDIX I - TBN581 (ORP/pION) TRANSMITTER................I-1 INTRODUCTION ............................I-1 TBN581 (ORP/pION) CONFIGURATION ..................... I-1 CREATE/MODIFY CONFIGURATION ......................I-2 CALIBRATION ............................... I-4 Process Calibration ........................... I-5 Bench Calibration (ORP/pION)........................ I-6 Bench Calibration (mV)..........................
  • Page 8 Smart Terminal Cartridge Nomenclature ....................1-3 1-2. STT03E Support Combinations........................1-3 1-3. Reference Documents ..........................1-4 1-4. Glossary of Terms and Abbreviations ......................1-4 1-5. STT03E Terminal Specifications ......................1-5 1-6. STC Cartridge Specifications ........................1-6 4-1. STT03E Keypad Functions........................4-2 4-2. STT03E Function Groupings........................4-4 4-3. STT03E Scroll Characters ........................4-4 5-1.
  • Page 9 Safety Summary GENERAL Equipment Environment WARNINGS All components, whether in transportation, operation or storage, must be in a noncorrosive environment. Electrical Shock Hazard During Maintenance Disconnect power or take precautions to insure that contact with energized parts is avoided when servicing. SPECIFIC Nonrechargeable batteries may explode or leak if recharged.
  • Page 10 Sommaire de Sécurité AVERTISSEMENTS Environnement de l’équipement D’ORDRE Ne pas soumettre les composants à une atmosphère corrosive lors du trans- GÉNÉRAL port, de l’entreposage ou l’utilisation. Possibilité de chocs électriques durant l’entretien Débrancher l’alimentation ou prendre les précautions pour éviter tout con- tact avec des composants sous tension durant l’entretien.

  • Page 11: Section 1 - Introduction

    Bailey-Fischer & Porter smart devices from various remote locations. The STT03E terminal has 32 keys, including 12 numeric keys. Four of the keys are arrow keys. There are ten operation keys that provide menus and screens for various functions. In addition there are two function keys, one for future use and the other used to copy configurations to and from STC car- tridges.

  • Page 12: How To Use This Instruction

    HOW TO USE THIS INSTRUCTION Read this instruction completely through in sequence. It is important to become familiar with the entire contents of this instruction before installing and using the STT03E and the STC cartridges. Once complete: Perform the steps in Section 3.

  • Page 13: Reference Documents

    STC2ME STC3ME STC4ME Magflow TBN480 TBN580 TBN581 REFERENCE DOCUMENTS Table lists the instructions related to the STT03E terminal. Table 1-3. Reference Documents Number Document I-E21-31 Smart Electronic Pressure Transmitter Type BCN1 I-E21-32 Smart Electronic Pressure Transmitter Type BCN2/3/4/5/6/8 I-E21-37 Smart Electronic Level Transmitter Type BCN7...

  • Page 14: Glossary Of Terms And Abbreviations

    Table is a glossary of terms and abbreviations used in this instruction. It contains those terms and abbreviations that are unique to Bailey-Fischer & Porter or have a definition that is different from standard industry usage. Table 1-4. Glossary of Terms and Abbreviations...

  • Page 15: Specifications

    INTRODUCTION Table 1-5. STT03E Terminal Specifications Property Characteristic/ Value Configuration storage 70 configurations capacity Keyboard type Tactile feedback embossed membrane; 32 keys Cable length 1.8 m (5 ft 10 in.) Temperature limits Operating 0° to 50°C (32° to 122°F) Storage -20°...

  • Page 16: Options And Accessories

    53 g (1.9 oz) SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE OPTIONS AND ACCESSORIES Type STC Smart Terminal Cartridges are available to allow the STT03E ter- minal to interface to other devices. Order STC cartridges by nomenclature (Table 1-1). Refer to...

  • Page 17: Section 2 - Description And Operation

    FUNCTIONAL OPERATION The STT03E terminal operates with a field device by attaching clip leads from the terminal to the signal wires of the field device. Communication occurs over the signal wires and can support up to fifteen devices when interfacing the Bailey-Fischer &...

  • Page 18: Digital Field Bus Wiring

    DESCRIPTION AND OPERATION TERMINA TION FIELD BUS MFP/MFC SIGNAL WIRES UNIT I/O MODULE STT03E TRANSMITTER 1 TRANSMITTER 7 TRANSMITTER 8 TP30242B Figure 2-2. Digital Field Bus Wiring PHYSICAL OPERATION 2 - 2 WBPEEUI110501A0...

  • Page 19: Section 3 - Installation

    Inspect for punctures, tears or other dam- age that penetrates the outer container, and for evidence of water damage. Examine the exterior of the STT03E terminal for cracks, scratches, or any physical defects that may be present.

  • Page 20: Smart Terminal Cartridge Installation

    48 hours. The terminal can operate while recharging is in progress. Smart Terminal Cartridge Installation The basic firmware of the STT03E terminal interfaces two device types: PTS and EQS transmitters. STC cartridges are available that allow the STT03E terminal to address other devices (refer to NOMENCLATURE in Section 1).
  • Page 21 INSTALLATION Turn the STT03E terminal on. The device type selection in the configu- ration sequence will list the devices of the cartridge. NOTES: Do not attempt to edit an existing configuration that is supported by a STC cartridge without having the cartridge installed.

  • Page 22: Section 4 - Operating Procedures

    SECTION 4 - OPERATING PROCEDURES INTRODUCTION This section covers the functions of the various keys on the Type STT03E Smart Transmitter Terminal. Step-by-step procedures illustrate each func- tion. This section covers: Key function table. • Send configurations. • Get configurations.

  • Page 23: Operator/Interface Controls

    Use procedure tables to step through the functions. OPERATOR/INTERFACE CONTROLS Table provides a description of functions for the various keys on the STT03E terminal. Functions of the terminal have been divided into the fol- lowing three categories: configuration, calibration and operation (Table 4-2). NOTE: can function with-...

  • Page 24: Stt03E Function Groupings

    OPERATING PROCEDURES Table 4-1. STT03E Keypad Functions (continued) Function Monitors primary input or output, secondary output or the ambient temperature of the selected field device. OUTPUT Displays field device status based on results of continuous self-diagnostics. STATUS 1. Changes engineering units.

  • Page 25: Initial Start-Up

    INITIAL START-UP The sequence of screens described will appear when the STT03E terminal is powered up for the first time and is not connected to a field device, or when a configuration is created and stored in the terminal.

  • Page 26: Send Configuration

    CHOOSE A TAG the back of this instruction for configuration procedures READY for all Bailey-Fischer & Porter smart devices. SEND CONFIGURATION The send configuration function allows the user to select a configuration from the terminal memory and send it to a connected device.

  • Page 27: Get Configuration

    GET CONFIGURATION This function key allows the user to view and save the configuration of a connected field device. Get configuration requires that the STT03E terminal be connected to a device. It also allows the user to review the configuration of a device.

  • Page 28: View Configuration

    OPERATING PROCEDURES Display Comments Lower and upper range values are displayed. LOWER RANGE VAL. nn.nn UNITS ENTER UPPER RANGE VAL. nn.nn UNITS Indicator points to the configured initialization mode. INITIALIZE MODE: → LOW ENTER HIGH Indicator points to the configured fail mode. FAIL MODE: →...

  • Page 29: Erase Configuration

    UPPER TEMP ALARM 120.00°C CONFIG. ID TAG READY ENTER ERASE CONFIGURATION This procedure allows the user to erase a selected configuration from STT03E terminal memory. NOTE: This procedure is identical for all device types. ERASE CONFIGURATION 4 - 8 WBPEEEUI110501A0...

  • Page 30: Changing Working Configuration

    ENTER nal ON. The Bailey logo and STT03E software revision level will be displayed for a few seconds followed by the READY prompt. ALL CON- FIGURATIONS STORED IN THE INTERNAL MEMORY HAVE BEEN ERASED.
  • Page 31 CONFIG-1. Use the up and down arrow keys to [CONFIG-1 ENTER select a transmitter. To access configurations that are CONFIG-2 stored in the STT03E terminal, press CLEAR Use the arrow keys to choose the configuration. STT03 CONFIG. [CONFIG-1 CLEAR...

  • Page 32: Operational Functions

    OPERATING PROCEDURES OPERATIONAL FUNCTIONS The operational functions of the STT03E terminal apply to all transmitter types. The following functions are covered in this section: Special feature key functions. • Output key functions. • Status key functions. • F1 key (copying configurations to and from STC cartridges).

  • Page 33: Lcd Setup Procedure

    OPERATING PROCEDURES Display Comments The output remains at a fixed value until CANCEL FIX CONFIG. ID TAG OUT is selected. READY ENTER LCD SETUP PROCEDURE This function allows the user to choose the variable to be displayed on the LCD of the field device. Display the output in secondary units, primary units, percentage of output, or if interfacing a PTS pressure transmitter, dis- play the cell temperature.
  • Page 34 OPERATING PROCEDURES Display Comments Use the arrow keys to select STANDARD CONFG. FIX OUTPUT SPECIAL CANCEL FIX OUT. FEATURE LCD SETUP → STANDARD CONFG Select YES. RESET TO STD. CONFIGURATION ENTER → YES OUTPUT WILL BE AFFECTED Select YES. PROCEED? ENTER →...

  • Page 35: Output Key

    OPERATING PROCEDURES Output Key has different functions for each transmitter. Refer to the specific OUTPUT product instruction for output key information. An example of the PTS trans- mitter is explained in this section. allows the user to perform the following functions. OUTPUT Monitor field device output.

  • Page 36: Temperature Function Procedure

    OPERATING PROCEDURES Display Comments Select MONITOR INPUT using the down arrow key. MONITOR OUTPUT → MONITOR INPUT OUTPUT SECONDARY UNITS TEMPERATURE The input is displayed in primary engineering units. The CONFIG. ID TAG display is updated every second. To exit the monitor input PRIMARY INPUT: ENTER function, press...

  • Page 37: Status Check Procedure

    F1 Key (Copy Configurations to and from STC Cartridges) The STT03E terminal allows the user to copy (a single or all) configurations to and from STC cartridges. Multiple configuration copies overwrite existing configurations on the terminal or cartridge, regardless of the amount of...

  • Page 38: Copy Stt03E Configs To Stc Cartridge

    → TO CARTRIDGE FROM CARTRIDGE ERASE 1 CONFIG Select OVERWRITE ALL. COPY CONFIGS This selection will copy all the existing STT03E terminal ENTER COPY ONE configurations to the STC cartridge. → OVERWRITE ALL NOTE: For a detailed screen flow of COPY ONE selec-...

  • Page 39: Copy Stc Configs To Stt03E Terminal

    OPERATING PROCEDURES COPY STC CONFIGS TO STT03E TERMINAL The following procedure explains how to copy configurations from the STC cartridge to the STT03E terminal. Display Comments Select FROM CARTRIDGE. COPY CONFIGS TO CARTRIDGE → FROM CARTRIDGE ERASE 1 CONFIG Select COPY ONE.
  • Page 40 The chosen configuration has been erased. CONFIG ID TAG READY ENTER NOTE: To erase a configuration from the STT03E termi- nal, refer to ERASE CONFIGURATION. transmitter the upper and lower temperature alarm values can be changed.
  • Page 41 ENTER SENDING RANGES ENTER will update the field device configuration, not RERANGE CONFIG. ID TAG the STT03E terminal internal configuration. To update the READY internal STT03E terminal configuration, perform and save it in the STT03E terminal. GET CONFIG OPERATIONAL FUNCTIONS...

  • Page 42: Section 5 - Troubleshooting

    STT03E terminal revision. TOO LARGE revision level. CELL Damage to cell Turn the STT03E terminal off and then on. If CHARACTERIZATION characterization board. error still exists, replace cell (refer to repair/ BOARD replacement section of the appropriate product EEPROM FAILURE instruction for procedure).
  • Page 43 TROUBLESHOOTING Table 5-1. STT03E Error Messages (continued) AffectedD Message Probable Cause Corrective Action evice CELL TEMPERATURE Cell temperature input is Remove the source of temperature extreme. OVER LIMIT over/under factory specified limits. CELL TEMPERATURE UNDER LIMIT COMMAND ABORTED STT03E pressed before Try function again.
  • Page 44 When the retainer is unplugged, there is a 2-minute time out period until the STT03E terminal will be allowed to change parameters. After the 2-minute period, the transmitter al- lows the STT03E terminal access.
  • Page 45 TROUBLESHOOTING Table 5-1. STT03E Error Messages (continued) AffectedD Message Probable Cause Corrective Action evice FIELD DEVICE Abnormal power up Remove power from the field device and EPROM occurred. reapply. CHECKSUM ERROR Program chip on microcom- Replace microcomputer board. Refer to puter board is bad.
  • Page 46 Noise on field wiring. Turn off STT03E terminal. ID tags appear on screen. Select the ID tag of the transmitter or, select the one appearing within brackets if unsure of ID tag. Press .
  • Page 47 NO SMART STT03E No configuration exists in Create configurations or copy configurations FIELD DEVICE the STT03E terminal from STC to STT03E terminal. Refer to CONFIGURATIONS memory. COPY STC CONFIGS TO STT03E TER- PRESENT MINAL in Section 4 .
  • Page 48 STT03E STT03E terminal memory is Erase some configurations or copy some con- NVRAM FULL full. figurations to a STC cartridge. Refer to COPY STT03E CONFIGS TO STC CAR- TRIDGE in Section 4. STT03 RECEIVE STT03E Checksum from device was Try again or check data.
  • Page 49 TROUBLESHOOTING Table 5-1. STT03E Error Messages (continued) AffectedD Message Probable Cause Corrective Action evice VALUES OUT OF Value specified in the con- Refer to the appropriate product instruction ACCEPTABLE figuration is below the limit. for the value limits. RANGE FOR Check 4 to 20 mA input.

  • Page 50: Section 6 - Maintenance

    Periodically the batteries require charging. Refer to Charging STT03E Terminal in Section 3. If the Type STT03E terminal is inoperative, or if operation is faulty, refer to the troubleshooting section of this manual. CLEANING Do not allow cleaning solution or any other liquid to enter the terminal CAUTION case as it will damage internal components.

  • Page 51: Section 7 - Repair/Replacement And Upgrade

    SECTION 7 - REPAIR/REPLACEMENT AND UPGRADE INTRODUCTION This section provides special handling procedures for MOS devices, and dis- assembly procedures for various components of the Type STT03E terminal. Also included, is a list of kits available for replaceable components. SPECIAL HANDLING PROCEDURES FOR MOS DEVICES Metal oxide semiconductor (MOS) devices are subject to damage by static electricity.

  • Page 52: Disassembly Of Type Stt03E Terminal Case

    Turn the power off by pressing on the keypad. Place the Type STT03E terminal on a table or smooth surface with the keypad facing down. Remove the four screws from the lower case of the terminal. Carefully lift the lower case off the PC board.

  • Page 53: Replacing Nvram

    REPAIR/REPLACEMENT AND UPGRADE SPARE PARTS FOR TYPE STT03E TERMINAL). To replace the EPROM chip: Complete the DISASSEMBLY OF TYPE STT03E TERMINAL CASE section. Using an integrated circuit (IC) removal tool, carefully remove the EPROM chip. Refer to Figure for EPROM location.

  • Page 54: Replacing Rechargeable Batteries

    Remove the battery housing using the following procedure (Fig. 7-1): Complete the DISASSEMBLY OF TYPE STT03E TERMINAL CASE in this section. Remove screw securing the battery housing (Fig. 7-1). Place thumbs on the battery housing clips. Push the clips away from the battery housing.

  • Page 55: Reassembling The Type Stt03E Terminal Case

    RECOMMENDED SPARE PARTS FOR TYPE STT03E TERMINAL Table lists the available spare parts for the Type STT03E terminal. Use the kit or part number to order components from your Bailey-Fischer & Por- ter sales representative. Table 7-1. List of Spare Parts...

  • Page 56: Section 8 - Support Services

    SECTION 8 - SUPPORT SERVICES INTRODUCTION Bailey-Fischer & Porter is ready to help in the use, application and repair of its products. Contact your nearest sales office to make requests for sales, applications, installation, repair, overhaul and maintenance contract services.

  • Page 57: Appendix A - Avs Smart Positioner

    This is done at the INFI 90 OPEN console. ® Interfacing AVS positioner requires a Type STC1 Smart Terminal Cartridge. The cartridge inserts into the bottom of the STT03E terminal. For an installa- tion procedure of the STC cartridge, refer to Smart Terminal Cartridge Installation in Section 3.

  • Page 58: Configuration Flowchart (Avs

    SEND CONFIG A series of n s may appear in the Display column of this instruction where alphanumeric characters can be displayed or entered. The STT03E terminal is assumed to be in the READY state when beginning the following proce- dures.

  • Page 59: Create/Modify Configuration

    For this example LINEAR SQUARE ROOT is the input characterization type. SQUARE NOTE: The STT03E terminal is capable of displaying 3 input characterization types on the screen. Use the up and down arrow keys to view the additional input characteriza- tion types.
  • Page 60 AVS SMART POSITIONER Display Comments Set this to YES to be alerted if the actuator has not moved VALVE STUCK AL for over two minutes with a change in the input signal. ENTER → YES NOTE: Review product instruction for details. Select pressure units.
  • Page 61 AVS SMART POSITIONER Display Comments Sets the low pressure alarm for the supply pressure. LO PRESS ALARM ENTER nn.nn UNITS Sets the high pressure alarm for the pressure at port 1 or HI PRESS ALARM port 2. ENTER nn.nn UNITS Sets the percent of span that the digital output will be acti- LO LIMIT SIGNAL vated.

  • Page 62: Calibration Flowchart (Avs

    • Automatic position calibration. • When calibrating, an AVS must be connected to the STT03E terminal. When using an IMFBS01 module (field bus), up to fifteen transmitters can be con- nected to the bus. Select the field device by using...

  • Page 63: Calibration

    AVS SMART POSITIONER Output D-to-A Calibration The D-TO-A ADJUST selection is only present when you are in the ANA- LOG communication mode, specified in the configuration procedure. This selection allows you to adjust the four to 20 milliampere output of the field device.

  • Page 64: Input A-To-D Calibration

    AVS SMART POSITIONER Input A-to-D Calibration This procedure applies to AVS Positioner configured for either ANALOG or DIGITAL. Any differences between the two are noted in the Comments col- umn. Display Comments OUTPUT WILL BE CALI- AFFECTED BRATE PROCEED? → YES Select the desired calibration.

  • Page 65: Automatic Position Calibration

    AVS SMART POSITIONER Display Comments OUTPUT WILL BE AFFECTED CALI- BRATE PROCEED? → YES Select the desired calibration. OUTPUT D/A CAL INPUT A/D CAL ENTER → MAN POS CAL AUTO POS CAL Make the proper adjustments and press ENTER ADJUST OUTPUT TO ZERO ENTER NOTE: Refer to AVS instruction for details on the cali-...
  • Page 66 AVS SMART POSITIONER Display Comments OUTPUT WILL BE AFFECTED CALI- BRATE PROCEED? → YES Select the desired calibration. OUTPUT D/A CAL INPUT A/D CAL ENTER MAN POS CAL → AUTO POS CAL Limit stops are required for the AUTO POS CAL selection. LIMIT STOPS ENTER NOTE: Refer to AVS instruction for details on the cali-...

  • Page 67: Appendix B - Bcn Pressure Transmitter

    This is done at the INFI 90 OPEN console. Interfacing BCN transmitter requires a Type STC3 Smart Terminal Car- tridge. The cartridge inserts into the bottom of the STT03E terminal. For an installation procedure of the STC cartridge, refer to...

  • Page 68: Configuration Flowchart (Bcn

    SEND CONFIG A series of n s may appear in the Display column of this instruction where numeric characters can be displayed or entered. The STT03E terminal is assumed to be in the READY state when beginning the following procedures.
  • Page 69 For this example FUNC GEN is the output type. OUTPUT TYPE 3/2 FLOW MODE NOTE: The STT03E terminal is capable of displaying 3 5/2 FLOW MODE output types on the screen. Use the up and down arrow → FUNC GEN keys to view the additional output types.
  • Page 70 BCN PRESSURE TRANSMITTER Display Comments Enter a value between 0 and 32 seconds. DAMPING: (0 - 32 SEC) ENTER _nn.nn SEC Select an engineering unit. ENGINEERING UNIT →iH20 mmHG cmH20 ENTER BARS mBARS Kgcm Input lower range value using the number keys, then press LOWER RANGE VAL.

  • Page 71: Calibration Flowchart (Bcn

    • D-to-A adjust. • When calibrating, a field device must be connected to the STT03E terminal. When using an IMFBS01 module (field bus), up to fifteen transmitters can be connected to the bus. Select the field device by using SELECT DEVICE...

  • Page 72: Bench Calibration

    BCN PRESSURE TRANSMITTER Bench Calibration This procedure applies to BCN transmitters configured for either ANALOG or DIGITAL. Any difference between the two are noted in the Comments column. Display Comments OUTPUT WILL BE CALI- AFFECTED BRATE PROCEED? → YES Select BENCH CALIB. CALIBRATION D-TO-A ADJUST ENTER...

  • Page 73: D-To-A Adjust

    THEN HIT ENTER ENTER nn.nn UNITS Apply the middle range value. This value is calculated by APPLY PRESSURE STT03E terminal using low and high values. THEN HIT ENTER ENTER nn.nn UNITS If configured digitally this adjust selection does not ADJUST TO 4 mA appear.
  • Page 74 BCN PRESSURE TRANSMITTER Display Comments OUTPUT WILL BE AFFECTED CALI- BRATE PROCEED? → YES Select REZERO. CALIBRATION: D-TO-A ADJUST ENTER If digitally configured, the D-TO-A ADJUST selection will BENCH CALIB. not appear. → REZERO Apply zero value to the transmitter. APPLY PRESSURE THEN HIT ENTER ENTER...
  • Page 75 BCN PRESSURE TRANSMITTER Display Comments CALIBRATION → D-TO-A ADJUST ENTER BENCH CALIB. REZERO e arrow keys to adjust the 4 mA signal. ADJUST TO 4 mA ENTER NOTE: When increasing or decreasing the mA signal, the increments of change increase with successive depressions THEN HIT ENTER until the maximum level of change is reached.

  • Page 76: Appendix C - Eqn Temperature Transmitter

    This is done at the INFI 90 OPEN console. Interfacing the EQN transmitter requires a Type STC3 Smart Terminal Car- tridge. The cartridge inserts into the bottom of the STT03E terminal. For an installation procedure of the STC cartridge, refer to...

  • Page 77: Appendix C - Eqn Temperature Transmitter

    SEND CONFIG A series of n s may appear in the Display column of this instruction where alphanumeric characters can be displayed or entered. The STT03E terminal is assumed to be in the READY state when beginning the following proce- dures.
  • Page 78 EQN TEMPERATURE TRANSMITTER Display Comments Use the arrow keys to select EQN. TRANSMITTER TYPE ENTER → EQN For this example select THERMOCOUPLE. TRANSMITTER MODE → THERMOCOUPLE ENTER MILLIVOLT Select N type. THERMOCOUPLE → N ENTER Select LINEAR. APPROX. METHOD: → LINEAR ENTER NON-LINEAR Choose the desired temperature unit.

  • Page 79: Calibration

    It READY ENTER becomes the working configuration. CALIBRATION This section details the calibration functions of the STT03E terminal while interfacing an EQN temperature transmitter. There are two types of calibra- tion functions: Bench calibration. •...

  • Page 80: Calibration Flowchart (Eqn

    EQN TEMPERATURE TRANSMITTER When calibrating, a device must be connected to the STT03E transmitter. When using an IMFBS01 module (field bus), up to fifteen transmitters can be connected to the bus. Select the transmitter by using SELECT DEVICE NOTE: To change calibration or configuration parameters of a smart trans- mitter that is connected to an IMFBS01 module, the transmitter must be taken off-line.
  • Page 81 EQN TEMPERATURE TRANSMITTER Display Comments Select BENCH CALIB. CALIBRATION D-TO-A ADJUST ENTER → BENCH CALIB. Apply 0 mV to the transmitter. APPLY 0 mV SIGNAL ENTER THEN HIT ENTER Apply 25 mV to the transmitter. APPLY 25 mV SIGNAL ENTER THEN HIT ENTER Enter the field device ambient temperature in degrees Cel- ENTER XMITTER...
  • Page 82 EQN TEMPERATURE TRANSMITTER Display Comments OUTPUT WILL BE AFFECTED! CALI- BRATE PROCEED? → YES CALIBRATION → D-TO-A ADJUST ENTER BENCH CALIB. he arrow keys to adjust the 4 mA signal. ADJUST TO 4 mA ENTER NOTE: When increasing or decreasing the mA signal, the increments of change increase with successive depressions THEN HIT ENTER until the maximum level of change is reached.

  • Page 83: Appendix D - Eqs Temperature Transmitter

    APPENDIX D - EQS TEMPERATURE TRANSMITTER INTRODUCTION This appendix covers the configuration and calibration functions of the EQS Smart Temperature Transmitter. EQS CONFIGURATION Procedures explain the following functions: Create a configuration. • Calibration. • The following functions apply to all devices and are similar or identical for all devices.

  • Page 84: Configuration Flowchart (Eqs

    SEND CONFIG A series of ns may appear in the Display column of this instruction where alphanumeric characters can be displayed or entered. The STT03E terminal is assumed to be in the READY state when beginning the following proce- dures.
  • Page 85 EQS TEMPERATURE TRANSMITTER Display Comments For this example select ANALOG. SELECT MODE: → ANALOG ENTER DIGITAL Use the arrow keys to select EQS. TRANSMITTER TYPE ENTER → EQS For this example select T/C. SENSOR TYPE: → T/C RTD ENTER mV OHMS Select N type.

  • Page 86: Bench Calibration

    It becomes READY ENTER the working configuration. CALIBRATION This section details the calibration functions of the STT03E terminal while interfacing an EQS temperature transmitter. There are two types of calibra- tion functions: Bench calibration. •...

  • Page 87: Calibration Flowchart (Eqs

    EQS TEMPERATURE TRANSMITTER When calibrating, a device must be connected to the terminal. When using an IMFBS01 module (field bus), up to 15 devices can be connected to the bus. Select the transmitter by using SELECT DEVICE NOTE: To change calibration or configuration parameters of a field device that is connected to an IMFBS01 module, the device must be taken off-line.
  • Page 88 EQS TEMPERATURE TRANSMITTER Display Comments OUTPUT WILL BE AFFECTED! CALI- BRATE Select YES. PROCEED? → YES Select BENCH CALIB with the down arrow key. CALIBRATION ENTER D-TO-A ADJUST → BENCH CALIB. Enter the low and high calibration voltages. LOW CALIB n.nnn mV ENTER HIGH CALIB...
  • Page 89 EQS TEMPERATURE TRANSMITTER Display Comments Use the arrow keys to adjust the 4 mA signal. ADJUST TO 4 mA ENTER NOTE: When increasing or decreasing the mA signal, the increments of change increase with successive depressions THEN HIT ENTER until the maximum level of change is reached. By chang- ing direction you will return to the smallest increment of change.
  • Page 90 EQS TEMPERATURE TRANSMITTER Display Comments Use the arrow keys to adjust the 20 mA signal. ADJUST TO 20 mA ENTER THEN HIT ENTER CONFIG. ID TAG READY ENTER CALIBRATION D - 8 WBPEEUI110501A0...

  • Page 91: Appendix E - Xm/Sm/Xe Magnetic Flowmeter

    This is done at the INFI 90 OPEN console. Interfacing the XM/SM/XE Mag Flow Meter requires a Type STC4 Smart Terminal Cartridge. The cartridge inserts into the bottom of the STT03E ter- minal. For an installation procedure of the STC cartridge, refer to...

  • Page 92: Configuration Flowchart (Xm/Sm/Xe Mag Flow

    SEND CONFIG A series of ns may appear in the Display column of this instruction where numeric characters can be displayed or entered. The STT03E terminal is assumed to be in the READY state when beginning the following procedures. Display Comments Select NEW to create a new configuration.
  • Page 93 XM/SM/XE MAGNETIC FLOWMETER Display Comments Choose XM/SM/XE. TRANSMITTER TYPE ENTER → XM/SM/XE Move the indicator to your selection. FLOW DIRECTION: Refer to the Magnetic Flowmeter XM/SM/XE instruction → FORWARD ENTER for an explanation of terms. REVERSED Enter a value between 0 and 32 seconds. DAMPING: (0 - 32 SEC) ENTER...
  • Page 94 XM/SM/XE MAGNETIC FLOWMETER Display Comments Input range value 1 using the number keys, then press RANGE VAL 1:. . Input range value 2. The UNITS displayed will ENTER nnn.nn UNITS ENTER be those designated in the previous screens. RANGE VAL 2: nnn.nn UNITS Make a selection using the arrow keys.

  • Page 95: Empty Pipe Detector

    Empty pipe detector. • D-to-A adjust. • When calibrating, a field device must be connected to the STT03E terminal. Up to fifteen transmitters can be connected to the IMFBS01 module (field bus) bus. Select the field device by using SELECT DEVICE...

  • Page 96: Calibration Flowchart (Xm/Sm/Xe Mag Flow

    XM/SM/XE MAGNETIC FLOWMETER DTO A ADJUST TO ADJUST TO ADJUST 4 mA 20 mA CALIBRA TION COMPLETE ADJUST ENTER EMPTY PIPE FREQUENCY THRESHOLD DETECTOR V ALUE V ALUE TP81007A Figure E-2. Calibration Flowchart (XM/SM/XE Mag Flow) Empty Pipe Detector This procedure applies to XM/SM/XE Mag Flow meters configured for either ANALOG or DIGITAL.
  • Page 97 XM/SM/XE MAGNETIC FLOWMETER Display Comments Empty pipe detector calibration is complete. CONFIG. ID TAG READY ENTER D-to-A Adjust The D-TO-A ADJUST selection is only present when you are in the ANA- LOG communication mode, specified in the configuration procedure. This selection allows you to adjust the four to 20 milliampere output of the field device.

  • Page 98: Appendix F - Pts Pressure Transmitter

    APPENDIX F - PTS PRESSURE TRANSMITTER INTRODUCTION This appendix covers the configuration and calibration functions of the PTS pressure, differential pressure and level transmitters. NOTE: The examples use the pressure transmitter, although the same pro- cedure is used for all three PTS transmitters. PTS CONFIGURATION FUNCTION PROCEDURES Procedures explain the following functions.

  • Page 99: Configuration Flowchart (Pts

    SEND CONFIG A series of n s may appear in the Display column of this instruction where alphanumeric characters can be displayed or entered. The STT03E terminal is assumed to be in the READY state when beginning the following proce- dures.
  • Page 100 PTS PRESSURE TRANSMITTER Display Comments Select PTS. TRANSMITTER TYPE → PTS ENTER In this example FUNC GENERATOR is chosen as an out- OUTPUT TYPE put. Five input and output points need to be specified as a 3/2 FLOW MODE ENTER percentage of input.
  • Page 101 PTS PRESSURE TRANSMITTER Display Comments Input lower range value using the arrow keys, then press LOWER RANGE VAL. . Input the upper range value. ENTER nn.nn UNITS ENTER UPPER RANGE VAL. nn.nn UNITS Refer to the Platinum Standard Series Smart Pressure INITIALIZE MODE: Transmitter Type PTS instruction for mode description.

  • Page 102: Bench Calibration

    PTS PRESSURE TRANSMITTER CALIBRATION This section details the calibration functions of the STT03E terminal while interfacing a PTS pressure transmitter. There are three types of calibration functions: Bench calibration. • Rezero. • D-to-A adjust. • When calibrating, a device must be connected to the STT03E transmitter.
  • Page 103 PTS PRESSURE TRANSMITTER Bench Calibration This procedure applies to PTS pressure transmitters configured for either ANALOG or DIGITAL. Any difference between the two are noted in the Comments column. Display Comments OUTPUT WILL BE CALI- AFFECTED! BRATE PROCEED? → YES Select BENCH CALIB.

  • Page 104: Rezero

    PTS PRESSURE TRANSMITTER Display Comments Adjust the transmitter output using the up and down arrow ADJUST TO 20 mA keys. ENTER THEN HIT ENTER Bench calibration is complete. CONFIG. ID TAG READY ENTER Rezero The rezero procedure allows you to zero the transmitter without going through the complete bench calibration procedure.
  • Page 105 PTS PRESSURE TRANSMITTER D-to-A Adjust The D-TO-A ADJUST selection is only present when you are in the ANA- LOG communication mode, specified in the configuration procedure. This selection allows you to adjust the four to 20 milliampere output of the field device.

  • Page 106: Appendix G - Tbn480 Conductivity Transmitter

    This is done at the INFI 90 OPEN console. Interfacing TBN480 transmitter requires a Type STC1 Smart Terminal Car- tridge. The cartridge inserts into the bottom of the STT03E terminal. For an installation procedure of the STC cartridge, refer to...

  • Page 107: Configuration Flowchart (Tbn480

    SEND CONFIG A series of n s may appear in the Display column of this instruction where alphanumeric characters can be displayed or entered. The STT03E terminal is assumed to be in the READY state when beginning the following proce- dures.
  • Page 108 TBN480 CONDUCTIVITY TRANSMITTER Display Comments Select analyzer type. ANALYZER TYPE → GENERAL ENTER PURE H2O COND CONCENTRATION Refer to Smart Conductivity Transmitter Series TBN480 SENSOR GROUP instruction for description. → A ENTER Refer to Smart Conductivity Transmitter Series TBN480 RANGE JUMPER instruction for description.

  • Page 109: Process Calibration

    (using ) to a device before SEND CONFIG calibrating. CALIBRATION This section details the calibration functions of the STT03E terminal while interfacing a TBN480 conductivity transmitter. There are three types of cali- bration functions: Process calibration. • Edit calibration.

  • Page 110: Calibrate Process Conductivity

    TBN480 CONDUCTIVITY TRANSMITTER Process Calibration This procedure applies to TBN480 Transmitters configured for either ANA- LOG or DIGITAL. Any differences between the two are noted in the Com- ments column. PROCESS CAPTURE ADJUST TO TEMPERATURE ACTUAL DESIRED CONDUCTIVITY CORRECT CONDUCTIVITY CONDUCTIVITY PROCESS CHANGE...
  • Page 111 TBN480 CONDUCTIVITY TRANSMITTER Display Comments OUTPUT WILL BE AFFECTED CALI- BRATE Select YES. PROCEED? → YES Select PROCESS CAL. CALIBRATION → PROCESS CAL ENTER EDIT CAL RESET CAL Select CONDUCTIVITY. PROCESS CAL ENTER → CONDUCTIVITY TEMPERATURE If the temperature value is not correct, go back and cali- PROCESS TEMP brate the process temperature before proceeding.
  • Page 112 TBN480 CONDUCTIVITY TRANSMITTER Display Comments OUTPUT WILL BE CALI- AFFECTED BRATE Select YES. PROCEED? → YES Select PROCESS CAL. CALIBRATION → PROCESS CAL ENTER EDIT CAL RESET CAL Select TEMPERATURE. PROCESS CAL ENTER CONDUCTIVITY → TEMPERATURE Use the numeric keys to enter the process temperature. CHANGE TEMP FOR CAL- IBRATION ENTER...

  • Page 113: Editing The Calibration Constants

    TBN480 CONDUCTIVITY TRANSMITTER Editing the Calibration Constants These functions are for recording or modifying slope or offset calibration constants. EDIT CONDUCTIVITY This procedure steps through the modification of the conductivity. Display Comments OUTPUT WILL BE CALI- AFFECTED BRATE Select YES. PROCEED? →...

  • Page 114: Edit Temperature

    TBN480 CONDUCTIVITY TRANSMITTER Display Comments Calibration complete. CONFIG ID TAG ENTER READY EDIT TEMPERATURE This procedure steps through the modification of the temperature. Display Comments OUTPUT WILL BE CALI- AFFECTED BRATE Select YES. PROCEED? → YES Select EDIT CAL. CALIBRATION PROCESS CAL ENTER →...

  • Page 115: Reset To Factory Configuration

    TBN480 CONDUCTIVITY TRANSMITTER Display Comments WORKING ENTER CALIBRATION COMPLETE Calibration complete. CONFIG ID TAG READY ENTER Reset to Factory Configuration This function resets all of the device parameters to the factory settings. Refer to the product instruction for information on the factory settings. Display Comments OUTPUT WILL BE...
  • Page 116 TBN480 CONDUCTIVITY TRANSMITTER Display Comments WORKING ENTER CALIBRATION COMPLETE Calibration complete. CONFIG ID TAG READY CALIBRATION WBPEEUI110501A0 G - 11...

  • Page 117: Appendix H - Tbn580 Transmitter

    This is done at the INFI 90 OPEN console. Interfacing a TBN580 transmitter requires a Type STC1 Smart Terminal Cartridge. The cartridge inserts into the bottom of the STT03E terminal. For an installation procedure of the STC cartridge, refer to...

  • Page 118: Configuration Flowchart (Tbn580

    SEND CONFIG A series of ns may appear in the Display column of this instruction where alphanumeric characters can be displayed or entered. The STT03E terminal is assumed to be in the READY state when beginning the following proce- dures.
  • Page 119 Select 3.01 BALCO. TEMP COMP INPUT → 3.01 K BALCO ENTER When NONE is selected, the STT03E terminal branches to NONE a TEMPERATURE DISPLAY UNITS selection screen. Choose the desired temperature unit. For this example select AUTO SOLUTION.
  • Page 120 TBN580 TRANSMITTER Display Comments Refer to the Smart Specific Ion Transmitter Series OUTPUT ACTION: TBN580 instruction for description. → NORMAL ENTER REVERSE Enter a value between 0 and 32. Refer to the Smart Spe- DAMPING: cific Ion Transmitter Series TBN580 instruction for (0-32 SEC) ENTER description.

  • Page 121: Calibration Flowchart (Tbn580

    • D-to-A adjust. • When calibrating, a device must be connected to the STT03E smart terminal. When using an IMFBS01 module (field bus), up to fifteen transmitters can be connected to the bus. Select the transmitter by using SELECT DEVICE...

  • Page 122: Process Calibration

    TBN580 TRANSMITTER Process Calibration This procedure applies to TBN transmitters configured for either ANALOG or DIGITAL. Any difference between the two are noted in the Comments column. Display Comments OUTPUT WILL BE AFFECTED CALI- BRATE Select YES. PROCEED? → YES Select PROCESS CAL.

  • Page 123: Bench Calibration Ph

    TBN580 TRANSMITTER Display Comments CURRENT READING nn.nn pH ENTER ENTER DESIRED nn.nn pH CALCULATED EFFICIENCY ENTER nnn.nn% HIT ENTER This value is recalculated during each calibration. CALCULATED SENSOR OFFSET ENTER nnn.nn pH HIT ENTER This value shows the offset change over time for a particu- CUMULATIVE lar sensor.
  • Page 124 TBN580 TRANSMITTER Display Comments Select BENCH CAL pH. CALIBRATION PROCESS CAL ENTER → BENCH CAL pH BENCH CAL TEMP Select mV SOURCE. INPUT SOURCE: When selecting SAME SENSOR or NEW SENSOR, the SAME SENSOR ENTER smart terminal branched to TEMP COMP TYPE IN USE. NEW SENSOR →...

  • Page 125: Bench Calibration Temperature

    TBN580 TRANSMITTER Display Comments Displays low pH calibration value, and the uncalibrated APPLY nn.nn pH pH value as determined from the input source. nn.nn pH ENTER HIT ENTER WHEN STABLE Displays high pH calibration value, and the uncalibrated APPLY nn.nn pH pH value as determined from the input source.

  • Page 126: (Continued) D-To-A Adjust

    TBN580 TRANSMITTER Display Comments Select BENCH CAL TEMP. CALIBRATION PROCESS CAL ENTER BENCH CAL pH → BENCH CAL TEMP If in TEMP COMP TYPE, MANUAL or NONE is selected ENTER FIXED during configuration, this screen will not appear, other- PROCESS TEMP ENTER wise the next screen, CHANGE TEMP OF PROCESS? nnn.n°...
  • Page 127 TBN580 TRANSMITTER Display Comments CALIBRATION PROCESS CAL ENTER BENCH CAL pH BENCH CAL TEMP → D-TO-A ADJUST Use the arrow keys to adjust the 4 mA signal. ADJUST TO 4 mA ENTER NOTE: When increasing or decreasing the mA signal, the increments of change increase with successive depressions THEN HIT ENTER until the maximum level of change is reached.

  • Page 128: Appendix I - Tbn581 (Orp/Pion) Transmitter

    This is done at the INFI 90 OPEN console. Interfacing TBN581 transmitter requires a Type STC1 Smart Terminal Car- tridge. The cartridge inserts into the bottom of the STT03E terminal. For an installation procedure of the STC cartridge, refer to...

  • Page 129: Configuration Flowchart (Tbn581

    SEND CONFIG A series of ns may appear in the Display column of this instruction where alphanumeric characters can be displayed or entered. The STT03E terminal is assumed to be in the READY state when beginning the following proce- dures.
  • Page 130 TBN581 (ORP/pION) TRANSMITTER Display Comments Select ORP/pION. TRANSMITTER TYPE cond TBN ENTER pH TBN → ORP/pION If YES is selected enter 5 input and output points. Values OUTPUT FUNC GEN must be between 0 and 100%. → NO ENTER Refer to Smart (ORP/pION) Transmitter Series TBN581 OUTPUT ACTION: instruction for description.

  • Page 131: Process Calibration

    (using ) to a device before SEND CONFIG calibrating. CALIBRATION This section details the calibration functions of the STT03E terminal while interfacing a TBN581 ORP/pION transmitter. There are four types of cali- bration functions: Process calibration. • Bench calibration (ORP/pION).

  • Page 132: Calibration Flowchart (Tbn581

    TBN581 (ORP/pION) TRANSMITTER ENTER NEW CALCULA TED CUMULA TIVE CALCULA TED PROCESS NEW SENSOR DESIRED SENSOR OFFSET EFFICIENCY READING OFFSET CHANGE ENTER APPL Y SAME OR NEW CALIBRA TION LOW/HIGH LOW/HIGH SENSOR COMPLETE mV V ALUES mVVALUES BENCH INPUT SOURCE ENTER APPL Y mV SOURCE...
  • Page 133 TBN581 (ORP/pION) TRANSMITTER Display Comments This value is recalculated during each calibration. CALCULATED SENSOR OFFSET ENTER nnn.nn pH HIT ENTER This value shows the offset change over time for a particu- CUMULATIVE lar sensor. Value resets to 0.00 pH if installing a new sen- OFFSET CHANGE ENTER sor.
  • Page 134 TBN581 (ORP/pION) TRANSMITTER Display Comments Displays low mV calibration value, and the uncalibrated APPLY nn.nn mV mV values determined from the input source. nn.nn ENTER HIT ENTER WHEN STABLE Displays high mV calibration value, and the uncalibrated APPLY nn.nn mV mV values determined from the input source.
  • Page 135 TBN581 (ORP/pION) TRANSMITTER Display Comments Select BENCH CAL. CALIBRATION PROCESS CAL ENTER → BENCH CAL D-TO-A ADJUST Select mV SOURCE. INPUT SOURCE: SAME SENSOR ENTER NEW SENSOR → mV SOURCE Low default value: -1000 mV. ENTER LO mV CAL High default value: +1000 mV. nn.nn mV ENTER Enter low mV value and press...
  • Page 136 TBN581 (ORP/pION) TRANSMITTER Display Comments PROCEED? → YES CALIBRATION → D-TO-A ADJUST ENTER BENCH CALIB. Use the arrow keys to adjust the 4 mA signal. ADJUST TO 4 mA ENTER NOTE: When increasing or decreasing the mA signal, the increments of change increase with successive depressions THEN HIT ENTER until the maximum level of change is reached.
  • Page 137 Worksheet STT03E Type AVS Smart Positioner Configuration IDTAG ( ≤14 digits, alphanumeric) MODE Analog Digital ___ Channel Number INPUT Linear Square root Square Equal % Function Generator CHARACTERISTICS Quick Act FUNCTION GENERATOR Input Output _____ % Point 0 _____ %...
  • Page 138 Worksheet STT03E Type BCN Smart Electronic Pressure Transmitter Configuration IDTAG ( ≤14 digits, alphanumeric) MODE Analog Digital ___ Channel Number OUTPUT TYPE Linear Square root 3/2 Flow Mode 5/2 Flow Mode Vol./Sphere Vol./Cylinder Function Generator FUNCTION GENERATOR Input _____ %...
  • Page 139 Worksheet STT03E Type EQN Smart Electronic Temperature Transmitter Configuration IDTAG ( ≤14 digits, alphanumeric) MODE Analog Digital ___ Channel Number TRANSMITTER MODE Thermocouple Millivolt THERMOCOUPLE 100 ohms 100 ohms OHMS MODE (pt 385) (pt 392) RTD TYPE 2 wire 3 wire...
  • Page 140 Worksheet STT03E Type EQS Platinum Standard Series Smart Temperature Transmitter IDTAG ( ≤14 digits, alphanumeric) MODE Analog Digital ___ Channel Number TRANSMITTER MODE Thermocouple Millivolt Ohms THERMOCOUPLE RTD TYPE 100 ohms 100 ohms OHMS MODE (pt 385) (pt 392) # OF ELEMENTS...
  • Page 141 Worksheet STT03E XM/SM/XE Magnetic Flowmeter Configuration IDTAG ( ≤14 digits, alphanumeric) MODE Analog Digital ___ Channel Number FLOW DIRECTION Normal Reverse DAMPING ______ sec (0.00 to 32.00 sec) SELECT PV EU User Defined EU DESCRIPTOR __________________ EU FACTOR __________ TIME RELATION...
  • Page 142 Worksheet STT03E Type PTS Smart Electronic Pressure Transmitter Configuration IDTAG ( ≤14 digits, alphanumeric MODE Analog Digital ___ Channel Number OUTPUT TYPE Linear Square root 3/2 Flow Mode 5/2 Flow Mode Vol/Sphere Vol/Cylinder Function Generator FUNCTION GENERATOR Input _____ %...
  • Page 143 Worksheet STT03E Type TBN480 Smart Conductivity Transmitter Configuration IDTAG ( ≤14 digits, alphanumeric) MODE Analog Digital ___ Channel Number ANALYZER TYPE General Pure H O Cond. Concentration SENSOR GROUP RANGE JUMPER High Medium 0-99.9 µS/cm 0−9.99 µS/cm ANALYZER RANGE TEMPERATURE COMP.
  • Page 144 Worksheet STT03E Type TBN580 Smart pH Transmitter Configuration IDTAG ( ≤14 digits, alphanumeric) MODE Analog Digital ___ Channel Number pH SENSOR INPUT Standard Antimony TEMP. COMP. INPUT 3.01K Balco None TEMP. COMP. TYPE Manual Auto Nernstian Auto Solution Auto Pure H...
  • Page 145 Worksheet STT03E Type TBN581 Smart ORP/pION Transmitter Configuration IDTAG ( ≤14 digits, alphanumeric) MODE Analog Digital ___ Channel Number OUTPUT TYPE Function generator Input _____ % Point 1 _____ % Point 2 _____ % Point 3 _____ % Point 4...
  • Page 146 Process temperature ..........G-7 STT03E ................1-5 TBN580 ................ H-5 Copy Bench, pH............... H-8 Configuration to cartridge ..........4-17 Bench, temperature ..........H-10 STC configuration to STT03E ........4-18 D/A............... H-11 Process ..............H-6 TBN581 ................I-4 A/D................I-9 Description, STT03E ............1-1 Bench, mV ............... I-8 Device status...............4-16...
  • Page 147 Instruction content ............... 1-1 F1 key ................4-17 LCD setup ................4-12 Copy configuration to cartridge........4-17 Copy STC configuration to STT03E......4-18 Erase configuration from STC........4-19 Field bus................2-1 MagFlow calibration function ..........E-6 Field bus wiring ..............2-2 MagFlow configuration functions ........
  • Page 148 TBN480 PTS configuration procedures ..........F-1 Calibration procedures ..........G-5 Configuration process ...........G-1 Reset to factory configuration ........G-11 TBN580 Reassembly of STT03E ............7-5 Calibration procedures ..........H-5 Recommended spare parts ........... 7-5 Configuration procedure ..........H-1 Reference documents ............1-4 TBN581 Replacement parts..............8-1 Calibration procedures ...........
  • Page 149 Telefax 65-753-6549 Telefax 49-6023-943- Form WBPEEUI110501A0 Litho in U.S.A. 596 Elsag Bailey Copyright © 1996 by Elsag Bailey Process Automation, As An Unpublished Work ® Registered Trademark of Elsag Bailey Process Automation Process Automation ™ Trademark of Elsag Bailey Process Automation...

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