Siemens SITRANS F Series Operating Instructions Manual Download Page 115

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Diagnosing and troubleshooting

9.4 Fault codes and corrective actions

SITRANS F Ultrasonic flowmeters FST030 (Modbus)
Operating Instructions, 08/2017, A5E37367739-AC

113

ID/

Icons

Diagnostic

Action

Comment

305

Specific gravity

Value simulated. Disable 'Simulation' to return

to normal operation.

Only hydrocarbon and water

306

Standard specific gravity

Value simulated. Disable 'Simulation' to return

to normal operation.

Only hydrocarbon and water

Summary of Contents for SITRANS F Series

Page 1: ...Operating Instructions Answers for industry 08 2017 Edition Ultrasonic Flowmeters FST030 Modbus SITRANS F ...

Page 2: ......

Page 3: ...ansmitters for use in flowmeter systems with order codes commencing 7ME372 08 2017 A5E37367739 AC Introduction 1 Safety notes 2 Description 3 Installing Mounting 4 Connecting 5 Commissioning 6 Operating 7 Service and maintenance 8 Diagnosing and troubleshooting 9 Technical data 10 Dimension drawings 11 Modbus communication A Certificates and support B SIMATIC PDM C ...

Page 4: ...ay be operated only by personnel qualified for the specific task in accordance with the relevant documentation in particular its warning notices and safety instructions Qualified personnel are those who based on their training and experience are capable of identifying risks and avoiding potential hazards when working with these products systems Proper use of Siemens products Note the following WAR...

Page 5: ... device 15 2 1 2 Improper device modifications 15 2 2 Laws and directives 16 2 2 1 FCC Conformity 16 2 2 2 Conformity with European directives 16 2 3 Requirements for special applications 17 2 4 Use in hazardous areas 17 2 4 1 Use in hazardous areas 18 2 4 2 Loss of safety of device with type of protection Intrinsic safety Ex i 18 2 4 3 Dust layers above 5 mm 19 2 5 Installation in hazardous areas...

Page 6: ...ection 41 5 5 1 Preparing for the connections 42 5 5 2 Connecting Modbus 43 5 5 3 Connecting channels 2 to 4 44 5 5 3 1 Input output configuration 46 5 5 4 Connecting channels 5 and 6 47 5 5 5 Connecting the power supply 48 5 6 Finishing the transmitter connection 49 6 Commissioning 51 6 1 Basic safety notes 51 6 1 1 Opening device in energized state 51 6 2 General requirements 52 6 3 Power up 52 ...

Page 7: ...1 1 Impermissible repair of explosion protected devices 83 8 2 Recalibration 83 8 3 Cleaning 84 8 4 Electrostatic charge 84 8 5 Maintenance and repair work 84 8 5 1 Service and maintenance information 84 8 6 Return procedure 85 8 7 Disposal 86 9 Diagnosing and troubleshooting 87 9 1 Unexpected behavior 87 9 2 Application questionnaire 89 9 3 Device status icons 90 9 4 Fault codes and corrective ac...

Page 8: ...1 A 9 4 7 Selectable values dependent on the view type 282 A 9 4 8 Process value filter masks 285 A 9 5 Maintenance and diagnostics 286 A 9 5 1 Maintenance diagnostics 286 A 9 5 2 Identification 286 A 9 6 Diagnostic events 290 A 9 6 1 Active events 290 A 9 6 2 Diagnostic log 294 A 9 6 3 Alarm items 295 A 9 7 Diagnostics 302 A 9 7 1 Sensor 302 A 9 7 2 DSL 308 A 9 7 3 Temperature monitoring 308 A 9 ...

Page 9: ...hnical support 341 B 3 QR code label 342 C SIMATIC PDM 343 C 1 Commissioning with PDM 343 C 1 1 Functions in SIMATIC PDM 343 C 1 2 Supported SIMATIC PDM versions 343 C 1 3 Initial setup 343 C 1 4 Integrating the EDD 344 C 1 5 Adding device to communication network 345 C 1 6 Configuring a new device 346 C 1 7 Wizard Quick Start via PDM 347 C 1 8 Wizard Clamp On Configuration 348 C 1 9 Wizard Zero p...

Page 10: ...Table of contents SITRANS F Ultrasonic flowmeters FST030 Modbus 8 Operating Instructions 08 2017 A5E37367739 AC ...

Page 11: ...id 17317 lc en WW 1 1 Purpose of this documentation These instructions contain all information required to commission and use the device Read the instructions carefully prior to installation and commissioning In order to use the device correctly first review its principle of operation The instructions are aimed at persons mechanically installing the device connecting it electronically configuring ...

Page 12: ...ator V3 8 1 00 00 or later 1 3 Document history The following table shows major changes in the documentation compared to the previous edition The most important changes in the documentation when compared with the respective previous edition are given in the following table Edition Note 08 2017 Chapter Safety notes Use in hazardous areas Special conditions for safe use Added Must be installed in ac...

Page 13: ...ycle Portal only English and German versions Compact Operating Instructions Ex Contains all information needed to satisfy the Special conditions for instal lation of Ex certified products Instrument techni cians plant opera tors with special training in systems for hazardous are as On documentation disk Available for download from homepage Hardcopy can be ordered via PIA Life Cycle Portal Function...

Page 14: ...o the United States by the user SIEMENS expressly prohibits customers from using importing or buying products with the SD Card Mass Storage functionality in the United States or performing any acts to enable the SD Card Mass Storage functionality on products sold by SIEMENS with this feature disabled 1 6 Checking the consignment 1 Check the packaging and the delivered items for visible damage 2 Re...

Page 15: ...duct updates as soon as available and to always use the latest product versions Use of product versions that are no longer supported and failure to apply latest updates may increase customer s exposure to cyber threats To stay informed about product updates subscribe to the Siemens Industrial Security RSS Feed under http www siemens com industrialsecurity 1 8 Transportation and storage To guarante...

Page 16: ...commitment or legal relationship The sales contract contains all obligations on the part of Siemens as well as the complete and solely applicable warranty conditions Any statements regarding device versions described in the manual do not create new warranties or modify the existing warranty The content reflects the technical status at the time of publishing Siemens reserves the right to make techn...

Page 17: ... or symbols from the device Always keep the information and symbols in a completely legible state 2 1 1 Warning symbols on the device Symbol Explanation Consult operating instructions 2 1 2 Improper device modifications WARNING Improper device modifications Risk of explosion in hazardous areas May cause death or serious injury Risk to personnel system and environment can result from modifications ...

Page 18: ...d in accordance with the operating instructions may cause harmful interference to radio communications Operation of this equipment in a residential area is likely to cause harmful interference to radio communications in which case the user will be required to correct the interference at his own expense 2 2 2 Conformity with European directives The CE marking on the device symbolizes the conformity...

Page 19: ...ered by these instructions contact your local Siemens office or company representative Note Operation under special ambient conditions We highly recommend that you contact your Siemens representative or our application department before you operate the device under special ambient conditions as can be encountered in nuclear power plants or when the device is used for research and development purpo...

Page 20: ...n observed the safety of the device is no longer ensured for use in hazardous areas There is a risk of explosion Connect the device with type of protection Intrinsic safety solely to an intrinsically safe circuit Observe the specifications for the electrical data on the certificate and or in Technical data Page 115 Special conditions for safe use In general it is required that The terminal space m...

Page 21: ...s must satisfy the requirements for having a proof voltage of at least 500 V AC applied between the conductor ground conductor shield and shield ground Connect the devices that are operated in hazardous areas as per the stipulations applicable in the country of operation WARNING Field wiring installation Risk of explosion in hazardous areas May cause death or serious injury Ensure that the nationa...

Page 22: ...ual and in the Ex certificate are followed Hazardous area approvals The device is approved for use in hazardous area according to the lists below Special conditions for safe installation and operation specified by each approval authority are included in the relevant certificate Table 2 1 ATEX approval Device Gas Dust FST030 transmitter Zone 2 Zone 22 FSS200 sensor Zone 0 Zone 20 21 FM approval Tra...

Page 23: ...ardous areas SITRANS F Ultrasonic flowmeters FST030 Modbus Operating Instructions 08 2017 A5E37367739 AC 21 Installation variations Note Requirements for safe installation The sensors can be installed in Zone 0 Div 1 as Intrinsically Safe ...

Page 24: ...Safety notes 2 5 Installation in hazardous areas SITRANS F Ultrasonic flowmeters FST030 Modbus 22 Operating Instructions 08 2017 A5E37367739 AC ...

Page 25: ...B service channel and a local display It also adds functionalities such as totalizers access control diagnostics and configuration The local user interface consists of a display and four buttons for user interaction The transmitter has a modular design with discrete replaceable electronic modules and connection boards to maintain separation between functions and facilitate field service All module...

Page 26: ...tus Channels 3 and 4 Signal output Current output 0 4 20 mA Pulse output Frequency output Alarm status Pulse or frequency redundancy mode only channel 3 Channels 3 and 4 Relay output Alarm status Channels 3 and 4 Signal input can be parameterized as Current input 4 20 mA Totalizer control resetting of totalizers Zero adjustment Freezing of process values Forcing of outputs Channels 5 and 6 Tempera...

Page 27: ...via input channels 3 and 4 Medium temperature Pressure Kinematic viscosity Density Configurable upper and lower alarm and warning limits for nearly all process values Independent low flow cut off settings for volume flow and mass flow Zero point adjustment initiated by host system Process noise damping using digital signal processing DSP Three totalizers for summation of flow process values Simula...

Page 28: ...VAC industry Petrochemical industry Irrigation systems Plants transporting non conductive liquids Power industry Processing industry 3 4 Approvals Note For further details see Approvals Page 121 The device is available with approvals for general purpose and for hazardous areas In all cases check the nameplate on your device and confirm the approval rating 3 5 Modbus communication This device suppo...

Page 29: ... temperature that are indicated on the device nameplate label will not be exceeded Aggressive atmospheres Ensure that the device is suitable for the application and that it is installed where there is no risk of penetration of aggressive vapors Direct sunlight Prevent the device from overheating or materials becoming brittle due to UV exposure by protecting it from direct sunlight Make sure that t...

Page 30: ...ns SITRANS F Ultrasonic flowmeters FST030 Modbus 28 Operating Instructions 08 2017 A5E37367739 AC 4 2 Installation instructions 4 2 1 Wall mount housing transmitter CAUTION Opening lid Care must be taken when opening the lid to avoid the lid falling ...

Page 31: ... Ultrasonic flowmeters FST030 Modbus Operating Instructions 08 2017 A5E37367739 AC 29 Mounting on wall 1 Prepare holes for the four screws M6x100 or equivalent Screw head diameter max 13 5 mm screw shaft diameter max 6 mm 2 Mount transmitter and tighten screws ...

Page 32: ...c flowmeters FST030 Modbus 30 Operating Instructions 08 2017 A5E37367739 AC Note Mounting on pipe or in panel For mounting on pipe or in panel see the installation instructions given in the instruction A5E38640586 which is provided with the optional mounting bracket kit ...

Page 33: ...on Page 49 For connection of the sensor see the relevant sensor Installation Manual 5 1 Basic safety notes 5 1 1 Missing PE ground connection WARNING Missing PE ground connection Risk of electric shock May cause death or serious injury Depending on the device version connect the power supply as follows Power plug Ensure that the used socket has a PE ground conductor connection Check that the PE gr...

Page 34: ... When replacing cable glands use only cable glands of the same type After installation check that the cables are seated firmly 5 1 3 Lack of equipotential bonding WARNING Lack of equipotential bonding Risk of explosion through compensating currents or ignition currents through lack of equipotential bonding May cause death or serious injury Ensure that the device is potentially equalized Exception ...

Page 35: ...uits WARNING Insufficient isolation of intrinsically safe and non intrinsically safe circuits Risk of explosion in hazardous areas May cause death or serious injury When connecting intrinsically safe and non intrinsically safe circuits ensure that isolation is carried out properly in accordance with local regulations for example IEC 60079 14 Ensure that you observe the device approvals applicable ...

Page 36: ... close proximity to the equipment and within easy reach of the operator It must be marked as the disconnecting device for the equipment 5 2 Disconnecting device Overvoltage Category II Connect mains supply through a switch or circuit breaker max 15 A in close proximity to the transmitter and within easy reach of the operator Mark it as the disconnecting device for the transmitter 5 3 Device namepl...

Page 37: ...wmeters FST030 Modbus Operating Instructions 08 2017 A5E37367739 AC 35 Transmitter nameplate Product name Transmitter product name System order no Device specific system order number transmitter and sensor Transm order no Transmitter replacement order number ...

Page 38: ...l 1 Ch2 Ch3 Ch4 Ch5 Ch6 Input output setup of channels 2 to 6 if ordered WEEE symbol see Disposal Page 86 Consult the Operating Instructions C QR code C tick logo and product specific QR code Figure 5 1 Transmitter nameplate example See also Approvals Page 121 Installation in hazardous areas Page 20 5 4 Integrating the FST030 with Modbus system This chapter provides information on how to integrate...

Page 39: ... 08 2017 A5E37367739 AC 37 5 4 1 System configuration Non hazardous areas The following figures show examples of installations in point to point and multidrop configurations in non hazardous areas Figure 5 2 Point to point configuration in non hazardous locations Figure 5 3 Multidrop configuration branch in non hazardous area ...

Page 40: ...Operating Instructions 08 2017 A5E37367739 AC Figure 5 4 Multidrop configuration Daisy chain in non hazardous area Hazardous areas The following figures show examples of installations in point to point and multidrop configurations in hazardous areas Figure 5 5 Point to point configuration in hazardous area ...

Page 41: ...lation in hazardous areas 5 4 2 System wiring The device is slave in a 2 wire Modbus RTU RS 485 bus system Terminal A on the device must be connected to terminal A on the master host system Terminal B on the device must be connected to terminal B on the master host system This corresponds to a half duplex communication where the slave will only reply to a request from the master This example shows...

Page 42: ... cable along which devices are connected directly daisy chaining or by short branch cables Note Multidrop examples in this document show a trunk cable with short branch cables Maximum cable lengths The end to end length of the trunk cable must be limited The maximum length depends on the baud rate the cable gauge capacitance or characteristic impedance the number and types of loads on the daisy ch...

Page 43: ...739 AC 41 Figure 5 7 Maximum cable lengths in multidrop configuration Device description files Available EDD drivers SIMATIC PDM The drivers can be downloaded here Software downloads http www siemens com processinstrumentation downloads 5 5 Transmitter power supply communications and I Os connection For sensor connection see relevant sensor installation manual ...

Page 44: ...oosen spring screws on housing lid 3 Open housing lid A label showing the configuration is placed on the outside of the transmitter housing Power supply connec tions L Terminal 1 N Terminal 2 Terminal 3 Key to symbols A Configured as active input output P Configured as passive input output NO Connected as normally open contact NC Connected as normally closed contact Updates to be filled in on firm...

Page 45: ...ers see Input output configuration Page 46 More information can be found in the Function Manual Figure 5 8 Termination configuration overview Ex and non Ex versions For Ex versions active or passive current output is preselected at ordering and cannot be changed Non Ex versions can be connected as either active or passive 5 5 2 Connecting Modbus Current output Modbus 1 Open housing lid 2 Remove bl...

Page 46: ...ore ferrule and tighten cap to lightly hold cable in place 5 Connect wires to terminals using a screwdriver Modbus B A Termination of channel 1 The numbers refer to the terminal layout see Preparing for the connections Page 42 6 Tighten cable gland 5 5 3 Connecting channels 2 to 4 Channel 2 is for output only and channels 3 to 4 can be connected as either inputs outputs or relays see Preparing for...

Page 47: ...able in place 4 Fold signal cable screen back over outer sheath and ground beneath cable clamp In case of shielded cables use metal cable glands for proper connection 5 Connect wires to terminals using screwdriver 6 Tighten cable gland The numbers in the graphics below refer to table Preparing for the connections Page 42 If connected as input or output channels 2 to 4 Active configuration Passive ...

Page 48: ...t channel Configura tion Software configuration Channel 2 3 4 Output Active Current output Frequency output Pulse output Status output Alarm class Alarm item NAMUR status signals X X X Active Output Passive Current output Frequency output Pulse output Status output Alarm class Alarm item NAMUR status signals X X X Passive Input Active Digital input Reset totalizer 1 Reset totalizer 2 Reset totaliz...

Page 49: ... Current input Passive Process values Pressure Medium temperature Viscosity Density X X Passive Relay output Normally open Alarm class Alarm item NAMUR status signals X X Normally open Relay output Normally closed Alarm class Alarm item NAMUR status signals X X Normally closed 5 5 4 Connecting channels 5 and 6 Connecting RTD Resistance Temperature Detector cable Perform the following steps for eac...

Page 50: ...ct the two three or four wires to four terminal block as shown below Short circuit terminals as required 2 wire device 3 wire device 4 wire device 6 Assemble and tighten cable gland 5 5 5 Connecting the power supply 1 Open enclosure lid unscrew power supply terminal protection cover screw and remove protection cover 2 Remove blind plug and fit cable gland 3 Push cable through open gland and cable ...

Page 51: ...n Power 85 to 264 V AC 47 to 63 Hz Power 19 2 to 28 8 V DC 6 Mount power supply protection cover and fasten protection cover screw 7 Tighten cable gland 5 6 Finishing the transmitter connection Connection check up 1 Check individual wire installation by tugging firmly 2 Firmly tighten cable glands and insert blanking plugs in unused cable entries 3 Close lid 4 Tighten the four spring screws 5 Ensu...

Page 52: ...Connecting 5 6 Finishing the transmitter connection SITRANS F Ultrasonic flowmeters FST030 Modbus 50 Operating Instructions 08 2017 A5E37367739 AC ...

Page 53: ...r not properly closed The type of protection specified on the nameplate or in Technical data Page 115 is no longer guaranteed Make sure that the device is securely closed 6 1 1 Opening device in energized state WARNING Opening device in energized state Risk of explosion in hazardous areas May cause death or serious injury Only open the device in a de energized state Check prior to commissioning th...

Page 54: ...vice Devices with local display show a screen for initial startup See also Initial startup Page 53 6 4 Local display The device is commissioned operated with the touch keypad on the local display The elements are actuated by touching the glass panel on the appropriate key Pressing harder will not activate the key but using a thumb instead of a finger tip will help The text display above the operat...

Page 55: ...ess Note Operation does not require opening of the device This means that the high degree of protection of IP67 and safety in hazardous areas are guaranteed at all times 6 5 Initial startup The first time the device is powered up you will be prompted to set the language The device always starts up showing Language in English When the language has been set you will be prompted to set the date and t...

Page 56: ...oning via local display In this chapter it is described how to commission the device via the local display using the Quick commissioning wizard 6 6 1 Wizards The first wizard Quick commissioning is a guided tour through the subsequent wizards of the Quick start menu For an easy commissioning the Quick commissioning wizard is recommended The wizard illustrations in this section show an overview of ...

Page 57: ...is a description of which settings actions can be performed using the specific wizard The last view in each wizard Finished shows that the last step of the wizard was completed Table 6 1 Key functions wizards Key Function Leave menu without saving changes Scroll up in list of options Scroll down in list of options Select option Confirm selection and save setting When you reach the end of the wizar...

Page 58: ...ation Installation date The Quick commissioning wizard comprises the following subwizards Sensor settings wizard Page 56 Process values wizard Page 61 Inputs and outputs wizard Page 63 Communication wizard wizard Page 69 Each sub wizard has its own view numbering The sub wizard name and the parameter name are shown in the upper left corner of the display The view number and the total views in the ...

Page 59: ...trasonic flowmeters FST030 Modbus Operating Instructions 08 2017 A5E37367739 AC 57 Text Options Description Unit settings Select Yes to configure the display units Unit settings Set the display units of length temperature pressure kinematic viscosi ty and density ...

Page 60: ...lass Select the pipe class Pipe size Select the pips size from the options available for the selected pipe class Pipe circumference Enter pipe circumference Only available if custom pipe class is selected Outer pipe diameter Enter outer pipe diameter Only available if custom pipe class is select ed Wall thickness Enter wall thickness Only available if custom pipe class is selected Select material ...

Page 61: ...ughness Liner material Select the liner material Liner settings Set the liner sound velocity and thickness Disturbed flow Define the type of pipe configuration and the distance to the sensor Inner pipe roughness Set the inner pipe roughness Select Custom to enter non standard values Figure 6 2 1 Only for Expert Text Options Description Sensor settings Select Yes to configure the sensors Sensor set...

Page 62: ...um is selected and the process temperature pressure kinetic viscosity and density Note Important The entry of fixed process kinematic viscosity and or fixed process density in this menu will be ignored for the following cases 1 One or more analog input are enabled and assigned to either density and or kinematic viscosity This overrides the corresponding fixed process values 2 The Hydrocarbon table...

Page 63: ... Define the geometry of the path direct or reflect mode Mounting path 1 Represents the spacing offset Use Nom for most applications Path 1 Select Receiver signal to view graphical display of the receiver signal Select Next to configure next path or to select Next to finish the wizard 6 6 1 4 Process values wizard The Process values wizard will guide you through setup of process values for your app...

Page 64: ...ioning 6 6 Commissioning via local display SITRANS F Ultrasonic flowmeters FST030 Modbus 62 Operating Instructions 08 2017 A5E37367739 AC Wizard name Step name Parameter name View number Total views in wizard ...

Page 65: ...dbus Operating Instructions 08 2017 A5E37367739 AC 63 6 6 1 5 Inputs and outputs wizard The first screen in the Inputs and outputs wizard informs about the active passive operation availability It shows the application possibilities of your hardware The kind of operation depends on the wiring ...

Page 66: ...nnel to operate Choose between Off Current output Frequency output Pulse output or Status output Digital input or Current input Channel 2 provides output functionality only Channel 3 and 4 provide input or output functionality If one of the channels 3 or 4 is configured to relay the functionality of this channel is reduced to Status output Inputs Outputs Current output channels 2 to 4 Current outp...

Page 67: ... FST030 Modbus Operating Instructions 08 2017 A5E37367739 AC 65 Frequency output channels 2 to 4 Frequency output channels 2 to 4 You can assign the process value and you can set the direction the damping value the lower range value the upper range value and the fail safe behaviour ...

Page 68: ...hannels 2 to 4 Pulse output channels 2 to 4 You can assign the process value and you can set the direction the polarity the redundancy mode the pulse width pulse width units pulse units amount per pulse and the fail safe behaviour Status output channels 2 to 4 Status output channels 3 to 4 You can configure the status mode the polarity on delay and off delay ...

Page 69: ...ay SITRANS F Ultrasonic flowmeters FST030 Modbus Operating Instructions 08 2017 A5E37367739 AC 67 Relay output channels 3 and 4 Relay output channels 3 and 4 You can configure the functionality of the Relay output the polarity on delay and off delay ...

Page 70: ...rol device functions such as reset of totalizers zero point adjustment force outputs or freeze process values You can set the delay time and the polarity Analog input channels 3 to 4 Analog input channels 3 to 4 The analog input can be configured to either Totalizer reset Remote zero adjust or freeze process values force outputs 6 6 1 6 Communication wizard This wizard will guide you through the c...

Page 71: ...nique number Level 1 of the menu structure is standardized for all Siemens Process Instrumentation devices and covers the following groups 1 Quick start Lists the most important parameters for quick configuration of the device All parameters in this view can be found elsewhere in the menu 2 Setup Contains all parameters which are needed to configure the device 3 Maintenance and diagnostics Contain...

Page 72: ...ge setting the term for this parameter is always the English term Language List of menu structure items Name of the previously selected item Number of highlighted item Alarm status text Device status icon Figure 6 3 Level 1 of the menu structure You can navigate through the menu structure items in the device using the four buttons on the display as described below Table 6 2 Key functions menu stru...

Page 73: ...ws Multiple types of views are available Display of measured process values see Reading the process values Page 74 Display for totalizer operation see Operating the totalizers Page 76 Display for multipoint calibration see Operating the totalizers Page 76 Display of a list of active alarms see Handling alarms Page 77 Display of six configurable diagnostic values see Reading the diagnostic values P...

Page 74: ... customer support with the transmitter serial number see nameplate Siemens customer support will provide a code to be entered in PIN recovery 5 4 Disable access level control If logged in as Expert you can Deactivate user PIN meaning that you will always be logged in as User and will not be prompted to enter the password Enabling the access level control can be done in Activate user PIN and requir...

Page 75: ...P Medium temperature SPEC GRAVITY Specific gravity TOT1 Totalizer 1 TOT2 Totalizer 2 TOT3 Totalizer 3 S DENSITY Standard density S SPEC GRAVITY Standard specific gravity STAND FACTOR Standardizing factor LIQUIDENT This variable represents the measured liquid sonic velocity API GRAVITY API gravity S API GRAVITY Standard API gravity S KIN VISCOS Standard kinematic viscosity LIQUID IDENTIFIER Liquid ...

Page 76: ...tude down path 2 P2 PEAK AMP UP Peak amplitude up path 2 Table 7 3 Compensation values Fixed display text Diagnostic value name MEDIUM TEMP Temperature PRESSURE Pressure KIN VISCOSITY Kinematic viscosity DENSITY Density 7 2 2 Reading the process values The current value of the process values can be displayed either as one or more numeric values or as numeric value s in combination with a graph bar...

Page 77: ...erating Instructions 08 2017 A5E37367739 AC 75 Single value Three values 1 value and bargraph Note Bargraphs The bargraph limit values indicate the set lower and upper alarm limits and the vertical lines in the bargraph indicate the set lower and upper warning limits 1 value and graph ...

Page 78: ...s 08 2017 A5E37367739 AC Six values 7 2 3 Operating the totalizers When totalizer is displayed in the main view press to access the totalizer operation Table 7 5 Key functions totalizer operation Key Function Exit totalizer operation Select action to perform Select action to perform Perform selected action ...

Page 79: ...layed in the main view press to access the totalizer operation Table 7 6 Key functions totalizer operation Key Function Exit totalizer operation Select action to perform Select action to perform Perform selected action 7 2 4 Handling alarms When the alarm list is displayed in the main view press to get more detailed information about the active alarms ...

Page 80: ...olling down the selection list View more information on the selected alarm Press to exit the detailed alarm information Alarm acknowledgement There are two ways to have the alarms removed from the alarm list Manual The alarm remains in the alarm list until the alarm is manually acknowledged ack Before the alarm can be acknowledged the cause must be eliminated Press to go to the detailed alarm info...

Page 81: ...lues One of the main views can be configured to show six diagnostic values 7 3 Reading changing parameters Depending on your access level you can read the current value or edit the value of the selected parameter 7 3 1 Alphanumeric parameters Read only The view shows the set value Press to exit the view Edit Editable alphanumeric parameters are displayed as shown here ...

Page 82: ... right position If most right position is selected confirm the change and exit the parameter edit view Keep pressing the key to jump to the most right position Note Ensure that the new value is within the minimum maximum range when changing numeric values Note signs in display The display is unable to show the measured value Change the measurement units or the resolution 7 3 1 1 Changing the resol...

Page 83: ...nly Table 7 9 Key functions read only Key Function Exit parameter list No functionality No functionality No functionality Parameter list editable The help texts describe the possible adjustments of the respective parameters Table 7 10 Key functions edit Key Function Escape the view without changing the value Select the option above Select the option below Confirm selected option ...

Page 84: ...ltiselection of options Key Function Escape the view without changing the value Scroll up in the list If the uppermost position is selected highlight Save settings Scroll down in the list If the lowermost position is selected highlight Save settings Select deselect option It is possible to select deselect multiple alarms to be suppressed The marked alarms will NOT be suppressed ...

Page 85: ...ble repair of explosion protected devices Risk of explosion in hazardous areas May cause death or serious injury Repair must be carried out by Siemens authorized personnel only 8 2 Recalibration Siemens Flow Instruments offers to recalibrate the system The following calibrations are offered as standard Accredited matched pair calibration Note For recalibration the transmitter must always be return...

Page 86: ...rious injury Risk of explosion in hazardous areas if electrostatic charges develop for example when cleaning plastic surfaces with a dry cloth Prevent electrostatic charging in hazardous areas Clean only with a damp cloth 8 5 Maintenance and repair work The device is maintenance free However a periodic inspection according to pertinent directives and regulations must be carried out An inspection c...

Page 87: ...r Hardware and firmware versions Condition and setup Peak values Signal monitoring Temperature monitoring Monitoring of inputs and outputs Operating time Parameter change log FW update log Diagnostic log Service information parameters Operating time total Operating time Transmitter hardware version Display module hardware version DSL hardware version 8 6 Return procedure Enclose the bill of lading...

Page 88: ...ble or water contaminating substances you must thoroughly clean and decontaminate the device replacement part before returning it in order to ensure that all hollow areas are free from hazardous substances Check the item after it has been cleaned Any devices replacement parts returned without a decontamination declaration will be cleaned at your expense before further processing 8 7 Disposal Devic...

Page 89: ...sured values have a very high dispersion so that errors in the measuring signal evaluation is indicated It can be caused by disturbances in the flow pipe due to cavitation twist or inhomogeneity such as bubbles or foreign bodies Flow measurement unreliable The measured value on the display is set to zero and Maintenance alarm appears and the bottom of the screen Table 9 1 Error symptoms Symptoms D...

Page 90: ...lays nega tive flow Sensor cables incor rectly connected Make sure that the sensor ca bles are connected correctly 1A 1A 1B 1B 2A 2A 2B 2B Change flow direction Wrong setting of meas urement direction Make sure that the setting of menu 3 1 5 1 is Direction Pulse frequency out put does not work Error P F too high is pending menu 2 1 Internal electrical failure open circuit short circuit etc Start s...

Page 91: ...ervice support To Your local Siemens contact From Company E mail Phone no Fax no Note Sketch It is recommended to prepare a diagram sketch of the installation application explaining inlet and outlet conditions distance from pump etc Table 9 2 Application data Liquid Chemical formula Medium name Concentration Density Medium viscosity at 20 C 68 F mPa s Medium viscosity at process tem perature mPa s...

Page 92: ...isplay If several diagnostic messages are active at the same time the most critical is shown In the alarm list view all active alarms are shown as a list The alarm list combines a symbol text and an alarm ID number The alarms are arranged according to the alarm ID numbers The alarm list view can also be accessed via Active diagnostic events In the alarm history view the most recent alarms up to 10...

Page 93: ...ce required Measured signal still valid 3 Process value alarm Process value has reached an alarm limit 4 Process value warning Process value has reached a warning limit 2 Function check Change of configuration local operation or substitute value entered Output signals are temporarily invalid NAMUR status signals Icon Priority level Name Description 1 Failure Failure Invalid output signal 3 Out of ...

Page 94: ...ta exchange Device is communicating Custody transfer enabled N A Memory card Capacity is 25 used Memory card Capacity is 50 used Memory card Capacity is 75 used Memory card Capacity is 100 used 9 4 Fault codes and corrective actions Alarms and system messages support both Siemens standard alarm classes and NAMUR status signals In the following tables the alarm IDs identification numbers are listed...

Page 95: ...to replace the DSL electronics or firmware 8 DSL internal Try to repower the device If alarm still exists call service personnel It may be necessary to replace the DSL electronics or firmware Only hydrocarbon 9 Oil Density An error in the oil density calculation was de tected and the measurement accuracy can be affected Check if device is configured proper ly investigate DSL error codes to determi...

Page 96: ... based on a fixed user specified value 23 Medium temp calc The measurement of Process Temperature has failed This could be due to errors in at tached cabling or measurement equipment defect sensor frontend electronics or configura tion errors on channels 3 4 5 or 6 Investigate DSL error codes to determine precise root cause and required actions For processes with a constant temperature the process...

Page 97: ...ged via the local display menu or via an external configuration tool 32 Auxiliary input The auxiliary measurement on CH5 or CH6 has failed This could be due to errors in at tached cabling or measurement equipment defect sensor frontend electronics or configura tion errors on channels 3 4 5 or 6 Investigate DSL error codes to determine which settings are invalid 34 Invalid flow meas Signal was lost...

Page 98: ...ning limit 99 Mass flow Value below alarm limit Check process condi tions or align limit to normal operation Adjust parameter Lower alarm limit 100 Volume flow Value above alarm limit Check process condi tions or align limit to normal operation Adjust parameter Upper alarm limit 101 Volume flow Value above warning limit Check process conditions or align limit to normal operation Adjust parameter U...

Page 99: ...ck process condi tions or align limit to normal operation Adjust parameter Upper alarm limit 109 Medium temperature Value above warning limit Check process conditions or align limit to normal operation Adjust parameter Upper warning limit 110 Medium temperature Value below warning limit Check process conditions or align limit to normal operation Adjust parameter Lower warning limit 111 Medium temp...

Page 100: ... Upper alarm limit 137 Totalizer 1 Value above warning limit Check process conditions or align limit to normal operation Adjust parameter Upper warning limit 138 Totalizer 1 Value below warning limit Check process conditions or align limit to normal operation Adjust parameter Lower warning limit 139 Totalizer 1 Value below alarm limit Check process condi tions or align limit to normal operation Ad...

Page 101: ...mal operation Adjust parameter Lower alarm limit 148 Transmitter temperature Transmitter temperature above alarm limit Relocate the device if possible or lower the ambient temperature enough to cool the de vice Inspect the device for heat related dam age 149 Transmitter temperature Transmitter temperature below alarm limit Relocate the device if possible or raise the ambient temperature enough to ...

Page 102: ...l operation 161 Volume flow Value simulated Disable Simulation before returning to normal operation 162 Density Value simulated Disable Simulation before returning to normal operation 163 Medium temperature Value simulated Disable Simulation before returning to normal operation 166 Standard volume flow Value simulated Disable Simulation before returning to normal operation Only hydrocarbon 167 Tot...

Page 103: ... A component does not have the expected FW version Start a product firmware update to update the component version or replace the component 175 IO FW invalid A component does not have the expected FW version Start a product firmware update to update the component version or replace the component 176 Sensor Sensor type incompatible Please replace sensor 177 Device is starting Please wait until star...

Page 104: ...ease check connected sensor or output source If Operation mode is config ured to Current input 186 CH3 Input current too low Check wiring and signal of connected sensor or output source to input channel If Operation mode is config ured to Current input 187 CH3 Input current too high Check wiring and signal of connected sensor or output source to input channel If Operation mode is config ured to Cu...

Page 105: ...rrent output cable connection If Operation mode is config ured to Current output 198 CH2 Frequency too low Check process conditions or align limit to normal operation Adjust chan nel 2 parameter Lower range value If Operation mode is config ured to Frequency output 199 CH2 Frequency too high Check process conditions or align limit to normal operation Adjust chan nel 2 parameter Upper range value I...

Page 106: ...nt or reduce pulse width or increase amount If Operation mode is config ured to Pulse output 207 CH4 Loop current in lower saturation Check pro cess conditions or align limit to normal opera tion Adjust channel 4 parameter Lower range value If Operation mode is config ured to Current output 208 CH4 Loop current in upper saturation Check pro cess conditions or align limit to normal opera tion Adjus...

Page 107: ...ed Disable Simulation before returning to normal operation 217 Process values frozen All process values and totalizers are frozen To return to normal operation the related input signal has to switch 218 Outputs forced Outputs are forced To return to normal opera tion the related input signal has to switch 219 CH2 Loop current deviation Check current output cable connection In passive mode check po...

Page 108: ... process conditions or align limit to normal operation Adjust parameter Upper warning limit 230 Sound velocity Value below warning limit Check process conditions or align limit to normal operation Adjust parameter Lower warning limit 231 Sound velocity Value below alarm limit Check process condi tions or align limit to normal operation Adjust parameter Lower alarm limit 232 Flow velocity Value abo...

Page 109: ...elow warning limit Check process conditions or align limit to normal operation Adjust parameter Lower warning limit 239 Pressure Value below alarm limit Check process condi tions or align limit to normal operation Adjust parameter Lower alarm limit 244 Kinematic viscosity Value above alarm limit Check process condi tions or align limit to normal operation Adjust parameter Upper alarm limit 245 Kin...

Page 110: ...imit Check process conditions or align limit to normal operation Adjust parameter Upper warning limit Only hydrocarbon 254 Standard kinematic viscosity Value below warning limit Check process conditions or align limit to normal operation Adjust parameter Lower warning limit Only hydrocarbon 255 Standard kinematic viscosity Value below alarm limit Check process condi tions or align limit to normal ...

Page 111: ...k process conditions or align limit to normal operation Adjust parameter Lower warning limit Only hydrocarbon 263 API gravity Value below alarm limit Check process condi tions or align limit to normal operation Adjust parameter Lower alarm limit Only hydrocarbon 264 Standard API gravity Value above alarm limit Check process condi tions or align limit to normal operation Adjust parameter Upper alar...

Page 112: ... process condi tions or align limit to normal operation Adjust parameter Lower alarm limit Only hydrocarbon 272 Standard specific gravity Value above alarm limit Check process condi tions or align limit to normal operation Adjust parameter Upper alarm limit Only hydrocarbon 273 Standard specific gravity Value above warning limit Check process conditions or align limit to normal operation Adjust pa...

Page 113: ... tions or align limit to normal operation Adjust parameter Lower alarm limit Only hydrocarbon 289 Sound velocity Value simulated Disable Simulation to return to normal operation Only hydrocarbon and water 290 Flow velocity Value simulated Disable Simulation to return to normal operation Only hydrocarbon and water 291 Pressure Value simulated Disable Simulation to return to normal operation Only hy...

Page 114: ...rocarbon and water 299 Standardizing factor Value simulated Disable Simulation to return to normal operation Only hydrocarbon and water 300 Standard kinematic viscosity Value simulated Disable Simulation to return to normal operation Only hydrocarbon and water 301 Standard density Value simulated Disable Simulation to return to normal operation Only hydrocarbon and water 302 LiquIdent Value simula...

Page 115: ...perating Instructions 08 2017 A5E37367739 AC 113 ID Icons Diagnostic Action Comment 305 Specific gravity Value simulated Disable Simulation to return to normal operation Only hydrocarbon and water 306 Standard specific gravity Value simulated Disable Simulation to return to normal operation Only hydrocarbon and water ...

Page 116: ...Diagnosing and troubleshooting 9 4 Fault codes and corrective actions SITRANS F Ultrasonic flowmeters FST030 Modbus 114 Operating Instructions 08 2017 A5E37367739 AC ...

Page 117: ...tage 100 to 240 V AC 47 to 63 Hz 20 to 27 V DC Power consumption 20W 22VA Environmental conditions Transient over voltages up to the levels of overvoltage category II Temporary over voltages occurring on mains supply only POLLUTION DEGREE 2 MAINS supply voltage fluctuations up to 10 of the nominal voltage Altitude up to 2 000 m Reverse polarity protection y n Y Galvanic isolation 2500 V AC 10 2 Mo...

Page 118: ...urrent input Channels 3 and 4 Description Channels 3 and 4 Signal range 0 to 20 mA EX version 0 to 25 mA non EX version Resolution 0 5 µA Load 470 Ohm EX version 770 Ohm non EX version Time constant adjustable 0 0 to 100 s Fault current Measurement range mA Minimum alarm mA Maximum alarm mA US 4 to 20 8 3 75 22 6 NAMUR 3 8 to 20 5 3 5 22 6 Customized fail safe mode Last valid value Lower fault cur...

Page 119: ...58 to 482 F Resolution 0 1 mK Accuracy 0 25 K calibrated 4 wire Input protection 25 VDC overvoltage Cabling 2 3 or 4 wire 10 4 Outputs Table 10 6 Current output Channel 1 Description Channel 1 Signal range 4 to 20 mA Resolution 0 4 μA Load Ex i 470 Ω HART 230 Ω Non Ex 770 Ω HART 230 Ω Time constant adjustable 0 0 to 100 s Fault current Measurement range mA Lower fault current mA Upper fault curren...

Page 120: ...4 20 NAMUR 4 0 20 5 2 0 22 0 4 20 US 4 0 24 0 2 0 25 0 0 20 NAMUR 0 0 20 5 0 0 22 0 0 20 US 0 0 24 0 0 0 25 0 Customized fail safe mode Last valid value Lower fault current Upper fault current Fail safe value Current value Galvanic isolation All inputs and outputs are galvanically isolated PELV circuits with 60 V DC isolation from each other and ground Maximum test voltage 500 V AC Cable Standard ...

Page 121: ...e 10 10 Designated use Description Specification Measurement of process medium Fluid Group 1 suitable for dangerous fluids Aggregate state Paste light slurry liquid and gas Table 10 11 System design Description Specification Measuring principle Ultrasonic System architecture Wall mount enclosure with internal DSL Device design Table 10 12 Wall mount enclosure transmitter design Description Specifi...

Page 122: ...T glands When using NPT glands the user must take care to use the supplied NPT thread adaptors 10 6 Operating conditions Table 10 14 Basic conditions Description Specification Ambient temperature Humidity max 90 Operation Transmitter without display Display 40 to 60 C 40 to 140 F 20 to 60 C 4 to 140 F Ambient temperature Humidity max 90 Storage 40 to 70 C 40 to 158 F Climate class DIN 60721 3 4 Al...

Page 123: ...5 to 2335 psi Process medium viscosity Gases and non compressible liquids 10 7 Approvals Note Always refer to nameplates on the device for device specific approvals 10 8 Approvals Table 10 16 Approvals Description Specification ATEX The transmitter can be installed in Zone 2 for gas and Zone 22 for dust Certificate FM 17ATEXyyyyX II 3 1 GD Ex ec ia ia Ga IIC T5 Gc Ex tc ia Da IIIC T85 C Dc IECEx T...

Page 124: ...tion Specification SD card S 300u SD card Class 4 with adapter Capacity 4 GB 4 GB File system support FAT32 8 3 FAT32 8 3 Temperature range Operation Storage 40 to 85 C 40 to 185 F 40 to 100 C 40 to 212 F 25 to 85 C 13 to 185 F 40 to 85 C 40 to 185 F Note SensorFlash functions support Only the supplied 4 GB SD cards are supported for backup restore logging and firmware update ...

Page 125: ...SITRANS F Ultrasonic flowmeters FST030 Modbus Operating Instructions 08 2017 A5E37367739 AC 123 Dimension drawings 11 11 1 Transmitter Wall mount housing Dimensions in mm ...

Page 126: ...Dimension drawings 11 1 Transmitter SITRANS F Ultrasonic flowmeters FST030 Modbus 124 Operating Instructions 08 2017 A5E37367739 AC ...

Page 127: ...ta type Size in bytes Parameter Description Default value units units register Value range Setting options Access level 8291 Unsigned 2 Restart com munication Restarts the communication using configured slave address baud rate and parity framing 0 Cancel 1 Restart Write only 8005 Unsigned 2 Slave address HW DIP switch setting on the transmitter cassette Address is used if DIP switch is set to a va...

Page 128: ... Value range Setting options Access level 8298 Unsigned 2 Baud rate Baud rate of Modbus interface 19200 Bit s 0 9600 Bit s 1 19200 Bit s 2 115200 Bit s 3 Reserved 4 38400 Bit s 5 57600 Bit s 6 76800 Bit s 7 1200 Bit s 8 2400 Bit s 9 4800 Bit s Read write 8299 Unsigned 2 Parity and framing Parity and framing of the Modbus communication interface Even pari ty 1 stop 0 Even parity 1 stop 1 Odd pari t...

Page 129: ... bitmask 1 to determine the coil value false or true A register value of 65535 specifies that this coil mapping is unde fined Undefined 0 65535 Read write 10302 Unsigned 4 Modbus coil bitmask 1 Bit mask which is compared against the register value specified with Modbus coil register 1 to determine the coil value If any bit of the register value is set which is also set in the bit mask then the coi...

Page 130: ...the coil value If any bit of the register value is set which is also set in the bit mask then the coil value is true other wise false 0 0 4294967295 Read write 10309 Unsigned 2 Modbus coil length 2 Output parameter that in forms about size in bytes of parameter that is specified by Modbus coil address 2 Could be used to identify the rele vant bits of the Modbus coil bitmask 2 Read only 10399 Unsig...

Page 131: ... Bit 0 Requested register 1 Tar get register 1 Bit 19 Requested register 20 Target register 20 0 0 1048575 Read write 10450 Unsigned 2 Register 1 source Modbus register that ap pears within Modbus re quest is redirected to the parameter specified by Target register 1 65535 0 65535 Read write 10451 Unsigned 2 Register 1 target Register of an existing product parameter to which a Modbus request is r...

Page 132: ...SB MSB little endian MSB most significant byte high byte LSB least significant byte low byte MSB LSB big endian 0 1 Read write A 6 Float byte order The device is able to adjust the byte order of floating point values Table A 5 Float byte order Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting op tions Access level 8296 Unsigned 2 ...

Page 133: ...e ID command com mand 17 request from the master by giving information about device type vendor and revision level 23 Read Write Multiple Registers Combined Write Multiple Registers Read Holding Registers call Function code 7 Read exception status The device provides the content of the parameter Global alarm status as exceptions Function code 8 Diagnostics The diagnostics function provides means f...

Page 134: ...e parameter that is desired to be modified then the attempt to modify the parameter is rejected by the device If the device is defined as a custody transfer CT device and the CT write protection DIP switch is ON locked the device will deny all writes to CT parameters independent of the access control Table A 7 Access control Access level Description Read only The Modbus master is not able to modif...

Page 135: ... The device is set to SIL mode The used Modbus register address is wrong A 9 1 Process values Table A 8 Process values for standard applications Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level 3000 Float 4 Volume flow Measured volume flow m s 7500 Read only 3004 Float 4 Mass flow Measured mass flow kg s 7400...

Page 136: ...ts units regis ter Value range Setting options Access level 7533 Float 4 Standard vol ume flow Measured standard volume flow rate Sm h 7964 Read only 3070 Float 4 Standardizing factor Measured standardiz ing factor Read only 3054 Float 4 Standard ki inematic viscos ity Measured standard kinematic viscosity m2 s 7524 Read only 3056 Float 4 Standard densi ty Measured standard density kg m3 7600 Read...

Page 137: ...range Setting options Access level 8803 Float 4 Loop current CH2 Calculated current at output channel 2 mA Read only 8900 Float 4 Output frequen cy CH2 Calculated frequency at output channel 2 Hz Read only 8969 Float 4 Amount on CH2 Current totalized amount according to pulse output channel 2 Mass 7400 Volume 7500 Standard Volume 7964 Read only 8840 Unsigned 2 Status output CH2 Calculated status a...

Page 138: ...nly 9400 Float 4 Output frequen cy CH4 Calculated frequency at output channel 4 Hz Read only 9469 Float 4 Amount on CH4 Current totalized amount according to pulse output channel 4 Mass 7400 Volume 7500 Standard Volume 7964 Read only 9340 Unsigned 2 Status output CH4 Calculated status at output channel 4 0 1 Read only 10603 Float 4 Input current CH4 Measured current at input channel 4 mA Read only...

Page 139: ... 1 set Run reset or preset totalizer 1 0 0 Totalize 1 Reset 2 Preset to Totalizer 1 preset value Read write 8304 Unsigned 2 Totalizer 1 direction Totalizer 1 direction 1 0 Balanced 1 Positive 2 Negative 3 Hold Read write 8316 Float 4 Totalizer 1 preset value Preset value which will be used when Totalizer 1 set is set to 2 8321 8320 8322 Read write 8319 Unsigned 2 Totalizer 1 target mode Sets the d...

Page 140: ...t is set to 2 8321 8320 8322 Read write 8419 Unsigned 2 Totalizer 2 target mode Sets the desired mode for the totalizer 8 8 Auto the totalizer algorithm running 16 Man the totalizer algorithm is stopped The totalizer value can be written Read write 8500 Float 4 Totalizer 3 value Totalized value of totalizer 3 Units de pends on the selected process value the totalizer is configured to Write access ...

Page 141: ...s regis ter Value range Setting options Access level 8519 Unsigned 2 Totalizer 3 target mode Sets the desired mode for the totalizer 8 8 Auto the totalizer algorithm running 16 Man the totalizer algorithm is stopped The totalizer value can be written Read write 8549 Unsigned 2 Reset all total izers Reset command for totalizers 1 to 3 0 0 Run 1 Reset all totalizers 11 Reset totalizer 1 12 Reset tot...

Page 142: ...FST030 Modbus 140 Operating Instructions 08 2017 A5E37367739 AC A 9 3 Units Table A 13 Units settings for values and quantities communicated via Modbus Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level ...

Page 143: ...ay 24 l s liters per second 25 Ml d million liters per day 26 ft s cubic feet per second 27 ft d cubic feet per day 28 m s cubic meters per sec ond 29 m d cubic meters per day 30 i gal h Imperial gallons per hour 31 i gal d Imperial gallons per day 130 ft h cubic feet per hour 131 m min cubic meters per minute 132 BBL42 s 1 barrel 42 US gallons 133 BBL42 min 1 barrel 42 US gallons 134 BBL42 h 1 ba...

Page 144: ...values 75 70 g s grams per second 71 g min grams per min 72 g h grams per hour 73 kg s kilograms per second 74 kg min kilograms per mi nute 75 kg h kilograms per hour 76 kg d kilograms per day 77 t min 1 t 1000 kg 78 t h 1 t 1000 kg 79 t d 1 t 1000 kg 80 lb s pounds per second 81 lb min pounds per minute 82 lb h pounds per hour 83 lb d pounds per day 84 STon min 1 STon 2000 lb 85 STon h 1 STon 200...

Page 145: ... per day 175 Nl min normal liters per minute 176 Nl s normal liters per sec ond 177 Sl d standard liters per day 178 Sl h standard liters per hour 179 Sl min standard liters per minute 180 Sl s standard liters per second 181 Nm d normal cubic meters per day 182 Nm min normal cubic meters per minute 183 Nm s normal cubic meters per second 184 Sft d standard cubic feet per day 185 Sft h standard cub...

Page 146: ...locity values 21 20 ft s feet per second 21 m s meters per second 114 in s inches per second 115 in min inches per minute 116 ft min feet per minute 120 m h meters per hour 253 custom units see Custom velocity units string 8494 fac tor 8492 Read write 7600 Unsigned 2 Density units Units for density values 92 91 g cm grams per cubic centimeters 92 kg m kilograms per cubic meter 93 lb gal pounds per...

Page 147: ...68 F 4 mmH2O millimeters of water at 68 F 5 mmHg millimeters of mercury at 0 C 6 psi pounds per square inch 7 bar 8 mbar 9 gf cm grams force per square cm 10 kgf cm kilogram force per square cm 11 Pa pascal 12 kPa kilopascal 13 torr 14 atm atmosphere 170 cmH2O centimeters of water at 4 C 171 mH2O meters of water at 4 C 172 cmHg centimeters of mer cury at 0 C 173 lb ft pounds per square foot 174 hP...

Page 148: ...es 45 44 ft feet 45 m meters 47 in inches 48 cm centimeters 49 mm millimeters Read write 8564 Unsigned 2 Acceleration units Units for accelera tion values 172 171 ft s feet per second squared 172 m s meters per second squared Read write 8321 Unsigned 2 Totalizer 1 units Units for volume quantities of totalizer 1 totalizer 1 is config ured to volume flow 41 40 US gallons 41 l liters 42 i gal Imperi...

Page 149: ...476 factor 8474 Read write 8322 Unsigned 2 Totalizer 1 units Units for standard volume quantities of totalizer 1 totalizer 1 is config ured to standard volume flow 171 166 Nm normal cubic meters 167 Nl normal liters 168 Sft standard cubic feet 171 Sl standard liters 172 Sm standard cubic me ters Read write 8421 Unsigned 2 Totalizer 2 units Units for volume quantities of totalizer 2 totalizer 2 is ...

Page 150: ...76 factor 8474 Read write 8422 Unsigned 2 Totalizer 2 units Units for standard volume quantities of totalizer 2 totalizer 2 is config ured to standard volume flow 171 166 Nm normal cubic meters 167 Nl normal liters 168 Sft standard cubic feet 171 Sl standard liters 172 Sm standard cubic me ters Read write 8521 Unsigned 2 Totalizer 3 units Units for volume quantitites of totalizer 3 totalizer 3 is ...

Page 151: ...o mass flow 61 60 g grams 61 kg kilograms 62 t 1 t 1000 kg 63 lb pounds 64 STon 1 STon 2000 lb 65 T 1 T 2240 lb 125 oz ounces 253 custom units see Custom mass units string 8476 factor 8474 Read write 8522 Unsigned 2 Totalizer 3 units Units for standard volume quantities of totalizer 3 totalizer 3 is config ured to standard volume flow 171 166 Nm normal cubic meters 167 Nl normal liters 168 Sft sta...

Page 152: ...arrel 31 5 US gallons 170 BBL31 1 barrel 31 US gallons 236 hl hectoliters 253 custom units see Custom volume units string 8452 fac tor 8450 Read write 8992 Unsigned 2 Mass units CH2 Units for mass quan tities relat ed to CH2 if in pulse mode 61 60 g grams 61 kg kilograms 62 t 1 t 1000 kg 63 lb pounds 64 STon 1 STon 2000 lb 65 T 1 T 2240 lb 125 oz ounces 253 custom units see Custom mass units strin...

Page 153: ...rel 31 5 US gallons 170 BBL31 1 barrel 31 US gallons 236 hl hectoliters 253 custom units see Custom volume units string 8452 fac tor 8450 Read write 9292 Unsigned 2 Mass units CH3 Units for mass quan tities relat ed to CH3 if in pulse mode 61 60 g grams 61 kg kilograms 62 t 1 t 1000 kg 63 lb pounds 64 STon 1 STon 2000 lb 65 T 1 T 2240 lb 125 oz ounces 253 custom units see Custom mass units string ...

Page 154: ... 5 1 barrel 31 5 US gallons 170 BBL31 1 barrel 31 US gallons 236 hl hectoliters 253 custom units see Custom volume units string 8452 fac tor 8450 Read write 9492 Unsigned 2 Mass units CH4 Units for mass quan tities relat ed to CH4 if in pulse mode 61 60 g grams 61 kg kilograms 62 t 1 t 1000 kg 63 lb pounds 64 STon 1 STon 2000 lb 65 T 1 T 2240 lb 125 oz ounces 253 custom units see Custom mass units...

Page 155: ...lume flow values Read write 7516 Float 4 Custom stand ard volume flow units factor Conversion factor for user specif ic standard volume flow values related to Sm3 s 1 0 Read write 8458 String 8 Custom mass flow units string User spe cific string for mass flow values Read write 8456 Float 4 Custom mass flow units factor Conversion factor for user specif ic mass flow values related to kg s 1 0 Read ...

Page 156: ...its factor Conversion factor for user specif ic velocity values related to m s 1 0 Read write 8452 String 8 Custom volume units string User spe cific string for volume quantities Read write 8450 Float 4 Custom volume units factor Conversion factor for user specif ic volume quantities related to m3 1 0 Read write 8476 String 8 Custom mass units string User spe cific string for mass quantities Read ...

Page 157: ...ion Default positive flow direction is indicated by an arrow on the sen sor 1 0 Negative The flow is measured in de fault negative direc tion and in default positive direction 1 Positive The flow is measured in de fault positive direction and in default neg ative direction Read write Pipe settings clamp on Table A 15 Pipe settings Modbus register Data type Size in bytes Parameter Description Defau...

Page 158: ...l 3 Stainless steel 4 ABS plastic 5 Aluminum 6 Black iron 7 Brass 8 Case iron 9 Copper nickel 70 30 10 Copper nickel 90 10 11 Copper 12 Ductile iron 13 FRP plastic 14 Glass 15 Hastelloy 16 Inconel 17 Kynar plastic 18 Monel 19 Nickel 20 Polyethylene 21 PVC plastic 22 Teflon 23 Titanium Read write 1204 Float 4 Wall sound velocity Pipe wall material sound velocity Use the shear velocity for metallic ...

Page 159: ...2000 0 m s 7648 200 0 4000 0 Read write 1214 Float 4 Inner pipe roughness Roughness of inner pipe liner material 0 0001 m 8556 0 0 0 01 Read write 1216 Float 4 Inner pipe di ameter Calculated inner diam eter of pipe m 8556 Read only 1715 Float 4 Calibration reference tem perature Setup parameter for specifying the process medium temperature at which the flow calibra tion of the meter is performed ...

Page 160: ...loat 4 Pipe modulus elasticity Setup parameter for specifying the pipe material modulus of expansion The value is used for compensa tion of pipe expansion due to pressure 200 0E 9 Pa 8015 1 0E 6 1 0E 12 Read write Upstream and downstream conditions Table A 16 Upstream and downstream conditions Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value r...

Page 161: ...s medium characteristics Table A 17 Process medium characteristics Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level 1825 Float 4 Expected sound velocity Expected sound veloci ty in the medium at medium temperature 1500 0 m s 7648 100 0 2500 0 Read write 1701 Float 4 Fixed medium temperature Fixed medium tempe...

Page 162: ...ensor settings Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level 1324 Unsigned 2 Sensor model Installed sensor model for multi path all must be the same 2 0 None 1 1011 High precision 2 1011 Universal 3 991 Universal High tem perature 4 Custom clamp on Lamb wave 5 Custom clamp on Shear wave Read write ...

Page 163: ...gh precision 3 A3H High precision 4 B1H High precision 5 B2H High precision 6 B3H High precision 7 C1H High precision 8 C2H High precision 9 D1H High precision 10 D2H High precision 11 D3H High precision 12 D4H High precision 13 A1 Universal 14 A2 Universal 15 B1 Universal 16 B2 Universal 17 B3 Universal 18 C1 Universal 19 C2 Universal 20 C3 Universal 21 D1 Universal 22 D2 Universal 23 D3 Universa...

Page 164: ...5 m s 7648 2000 0 10000 0 Read write 1316 Float 4 Sensor inactive wedge The part of the wedge that is not part of the sound path 0 00076 m 8556 0 0 0 05 Read write 1318 Float 4 Sensor fixed time Fixed time in sensor wedge 10 61E 6 s 2 0E 6 200 0E 6 Read write 1320 Float 4 Mounting hole offset Distance be tween spacer hole and sensor front face 0 00953 m 8556 0 0 0 05 Read write 1322 Unsigned 2 Pip...

Page 165: ...Bit 2 Path 3 installed Bit 3 Path 4 installed Bit 4 Path 5 installed Read write 1401 Unsigned 2 Path mode Measurement mode of paths 1 0 Auto Auto switch between Doppler and Transit Time 1 Transit Time 2 Doppler Read write 1402 Unsigned 2 Pre amp selec tion Enable or disable pre amplifiers on all paths 0 0 Based on register 1300 Sensor type on for clamp on 1 Off 2 On 3 Half TX signal amplitude Read...

Page 166: ...form frequency sweep on path 1 2 Perform frequency sweep on path 2 3 Perform frequency sweep on path 3 4 Perform frequency sweep on path 4 5 Perform frequency sweep on path 5 Read write Sensor spacing Table A 20 Sensor spacing settings Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level 1426 Unsigned 2 Recommend...

Page 167: ...mended spac ing distance LTN corresponding to rec ommended spacing index between clamp on sensors for path X Calculated on request 0 0 m 8556 Read only 1425 Unsigned 2 Recommended spacing index Recommended spac ing index between clamp on sensors for path X for the given spacing method Cal culated on request 0 0 to 255 Read only 1442 Unsigned 2 Calculate spac ing Command to calculate recommended sp...

Page 168: ...Spacing offset Spacing offset LTN between clamp on sensors for path 1 0 0 m 8556 100 0 100 0 Read write 1459 Float 4 Path weight Fixed weighting factor associ ated with path 1 For clamp on systems the in stalled paths weightings should be identical but not zero For inline systems the sum of the installed paths weightings should be 1 0 1 0 0 01 2 0 Read write Expert Path 2 settings Table A 22 Path ...

Page 169: ...d write Expert Path 3 settings Table A 23 Path 3 settings Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level 1550 Float 4 Sensor fre quency Desired sensor frequency for path 3 1100000 Hz 80000 0 4000000 0 Read write 1558 Unsigned 2 Path geometry The number of crossings the signal makes through the pipe Reflect ...

Page 170: ...Spacing offset Spacing offset LTN between clamp on sensors for path 4 0 0 m 8556 100 0 100 0 Read write 1609 Float 4 Path weight Fixed weighting factor associ ated with path 4 For clamp on systems the in stalled paths weightings should be identical but not zero For inline systems the sum of the installed paths weightings should be 1 0 1 0 0 01 2 0 Read write Expert Path 5 settings Table A 25 Path ...

Page 171: ...pert User calibration Table A 26 User calibration Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level 1000 Float 4 Slope correc tion factor Define positive and negative flow direction Default positive flow direction is indicated by the arrow on the sen sor 1 0 0 5 2 0 Read write 1006 Float 4 Path 1 offset User c...

Page 172: ...E 6 Read write 1022 Float 4 Path 5 offset User calibrated zero offset for path 5 Calibrated delta time delta time Path 5 factory offset Path 5 offset 0 0 s 1 25E 6 1 25E 6 Read write 1004 Float 4 Path 1 factory offset Factory calibrated zero offset for path 1 0 0 s Read only 1008 Float 4 Path 2 factory offset Factory calibrated zero offset for path 2 0 0 s Read only 1012 Float 4 Path 3 factory off...

Page 173: ...rm ZOA on path 1 2 Perform ZOA on path 2 3 Perform ZOA on path 3 4 Perform ZOA on path 4 5 Perform ZOA on path 5 6 Perform ZOA on all installed paths 7 Revert to last good factory offset values Read write 951 Unsigned 2 Perform zero adjust user Command to start an automatic user zero offset ad justment Queued command 0 0 Automatic factory ZOA done not running 1 Perform ZOA on path 1 2 Perform ZOA ...

Page 174: ...ment Bit enu merated Each bit set to 1 equals an error Note Path X error indicates that path entered signal search freq sweep or was unin stalled during the ZOA exe cution Results may not be optimal 0 Bit 0 Path 1 zero offset limit exceeded Bit 1 Path 2 zero offset limit exceeded Bit 2 Path 3 zero offset limit exceeded Bit 3 Path 4 zero offset limit exceeded Bit 4 Path 5 zero offset limit exceeded...

Page 175: ...fy the multipoint calibration table Read write Expert 1052 Unsigned 2 Enable mul tipoint calibra tion Enable or disable the Multipoint calibration 0 0 Disabled 1 Enabled Read write 1053 Unsigned 2 Asymmetric calibration table Usage of the calibra tion table 0 0 Unidirectional All 20 calibration points are used for positive flow calibration and are then mirrored for negative flow 1 Bidirectional Th...

Page 176: ...f register Calibration table protection is 0 1 20 Transfer cali bration data specified in registers Calibra tion point and Cali bration value to according entry of the multipoint calibration table 21 Perform sanity check of the calibra tion table calibration point values must be in nominal ascending order 22 Reset calibration table to default val ues all Calibration point X values set to 0 0 and a...

Page 177: ... 0 the calibration point is not used 0 0 m3 s 7500 0 0 100000 0 Read write Expert 1072 Float 4 Calibration value 1 Calibration correction factor that is associat ed to Calibration point 1 1 0 0 5 2 0 Read write Expert 1074 Float 4 Calibration point 2 Calibration point 2 for undirectional flow or calibration point 2 for bidirectional positive flow If 0 0 the calibration point is not used 0 0 m3 s 7...

Page 178: ...rt 1088 Float 4 Calibration value 5 Calibration correction factor that is associat ed to Calibration point 5 1 0 0 5 2 0 Read write Expert 1090 Float 4 Calibration point 6 Calibration point 6 for undirectional flow or calibration point 6 for bidirectional positive flow If 0 0 the calibra tion point is not used 0 0 m3 s 7500 0 0 100000 0 Read write Expert 1092 Float 4 Calibration value 6 Calibratio...

Page 179: ...point 10 for undirectional flow or calibration point 10 for bidirectional positive flow If 0 0 the calibra tion point is not used 0 0 m3 s 7500 0 0 100000 0 Read write Expert 1108 Float 4 Calibration value 10 Calibration correction factor that is associat ed to Calibration point 10 1 0 0 5 2 0 Read write Expert 1110 Float 4 Calibration point 11 Calibration point 11 for undirectional flow or calibr...

Page 180: ...124 Float 4 Calibration value 14 Calibration correction factor that is associat ed to Calibration point 14 1 0 0 5 2 0 Read write Expert 1126 Float 4 Calibration point 15 Calibration point 15 for undirectional flow or calibration point 15 for bidirectional positive flow If 0 0 the calibra tion point is not used 0 0 m3 s 7500 0 0 100000 0 Read write Expert 1128 Float 4 Calibration value 15 Calibrat...

Page 181: ...140 Float 4 Calibration value 18 Calibration correction factor that is associat ed to Calibration point 18 1 0 0 5 2 0 Read write Expert 1142 Float 4 Calibration point 19 Calibration point 19 for undirectional flow or calibration point 19 for bidirectional positive flow If 0 0 the calibra tion point is not used 0 0 m3 s 7500 0 0 100000 0 Read write Expert 1144 Float 4 Calibration value 19 Calibrat...

Page 182: ... flow m3 s 7500 max volume flow max volume flow Read write 7505 Float 4 Lower warning limit Falling below this limit causes a warning max volume flow m3 s 7500 max volume flow max volume flow Read write 7507 Float 4 Lower alarm limit Falling below this limit causes an alarm max volume flow m3 s 7500 max volume flow max volume flow Read write 7512 Float 4 Hysteresis Hysteresis that affects the alar...

Page 183: ... flow Read write Standard volume flow settings Table A 31 Standard volume flow settings only hydrocarbon applications Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level 1723 Float 4 Standard condi tion tempera ture Specifies temperature for standard conditions The value is used to calculate standard process val...

Page 184: ...rite 7958 Float 4 Lower alarm limit Falling below this limit causes an alarm max stand ard volume flow Sm3 h 7964 max standard volume flow max standard volume flow Read write 7965 Float 4 Hysteresis Hysteresis that affects the alarm and warning limits 0 Sm3 h 7964 0 max standard vol ume flow Read write Flow velocity settings Table A 32 Flow velocity settings Modbus register Data type Size in bytes...

Page 185: ...ble A 33 Sound velocity settings Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level 7624 Float 4 Upper alarm limit Exceeding this limit causes an alarm Max floating point value m s 7648 Read write 7626 Float 4 Upper warning limit Exceeding this limit causes a warning Max floating point value m s 7648 Read write...

Page 186: ...rite 1729 Float 4 LiquIdent pres sure slope factor Specifies a pressure slope factor used in connection with the standard condition temperature for calcu lating liquident 0 00000435 0 0 0 00003 Read write 7040 Float 4 Upper alarm limit Exceeding this limit causes an alarm Max floating point value m s 8014 Read write 7042 Float 4 Upper warning limit Exceeding this limit causes a warning Max floatin...

Page 187: ...kg m3 7600 0 max density Read write 7612 Float 4 Hysteresis Hysteresis that affects the alarm and warning limits 0 kg m3 7600 0 max density Read write Standard density settings Table A 36 Standard density settings only hydrocarbon applications Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level 11510 Float 4 Upp...

Page 188: ...warning Min floating point value cSt 7524 Read write 7688 Float 4 Lower alarm limit Falling below this limit causes an alarm Min floating point value cSt 7524 Read write 7690 Float 4 Hysteresis Hysteresis that affects the alarm and warning limits 0 0 cSt 7524 Read write Standard viscosity settings Table A 38 Standard viscosity settings only hydrocarbon applications Modbus register Data type Size i...

Page 189: ... Table A 39 Pressure settings Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level 7662 Float 4 Upper alarm limit Exceeding this limit causes an alarm Max floating point value Pa 8015 Read write 7664 Float 4 Upper warning limit Exceeding this limit causes a warning Max floating point value Pa 8015 Read write 7666...

Page 190: ...it causes a warning min medium temperature C 7700 min medium temperature max medium temperature Read write 7707 Float 4 Lower alarm limit Falling below this limit causes an alarm min medium temperature C 7700 min medium temperature max medium temperature Read write 7712 Float 4 Hysteresis Hysteresis that affects the alarm and warning limits 0 0 K 0 0 200 0 Read write API gravity settings Table A 4...

Page 191: ...mit Exceeding this limit causes an alarm Max floating point value API Read write 11532 Float 4 Upper warning limit Exceeding this limit causes a warning Max floating point value API Read write 11534 Float 4 Lower warning limit Falling below this limit causes a warning Min floating point value API Read write 11536 Float 4 Lower alarm limit Falling below this limit causes an alarm Min floating point...

Page 192: ... Read write Standard specific gravity settings Table A 44 Standard specific gravity settings only hydrocarbon applications Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level 11550 Float 4 Upper alarm limit Exceeding this limit causes an alarm Max floating point value SGU Read write 11552 Float 4 Upper warning l...

Page 193: ...the bad input value 1 HOLD totalization is stopped 2 MEMORY totali zation is continued based on the last in coming good value Read write 8323 Float 4 Volume upper alarm limit Exceeding this limit causes an alarm when volume flow is selected as input Max floating point value m3 8321 Read write 8325 Float 4 Volume upper warning limit Exceeding this limit causes a warning when volume flow is selected...

Page 194: ...is selected as input Min floating point value kg 8320 Read write 8314 Float 4 Mass alarm hysteresis Hysteresis that affects the alarm and warning limits when mass flow is selected as input 0 0 kg 8320 Read write 8333 Float 4 Standard vol ume upper alarm limit Exceeding this limit causes an alarm when volume flow is selected as input Max floating point value Sl 8322 Read write 8335 Float 4 Standard...

Page 195: ... based on the last in coming good value Read write 8423 Float 4 Volume upper alarm limit Exceeding this limit causes an alarm when volume flow is selected as input Max floating point value m3 8421 Read write 8425 Float 4 Volume upper warning limit Exceeding this limit causes a warning when volume flow is selected as input Max floating point value m3 8421 Read write 8427 Float 4 Volume lower warnin...

Page 196: ...4 Mass alarm hysteresis Hysteresis that affects the alarm and warning limits when mass flow is selected as input 0 0 kg 8420 Read write 8433 Float 4 Standard vol ume upper alarm limit Exceeding this limit causes an alarm when volume flow is selected as input Max floating point value Sl 8422 Read write 8435 Float 4 Standard vol ume upper warning limit Exceeding this limit causes a warning when volu...

Page 197: ... based on the last in coming good value Read write 8523 Float 4 Volume upper alarm limit Exceeding this limit causes an alarm when volume flow is selected as input Max floating point value m3 8521 Read write 8525 Float 4 Volume upper warning limit Exceeding this limit causes a warning when volume flow is selected as input Max floating point value m3 8521 Read write 8527 Float 4 Volume lower warnin...

Page 198: ...4 Mass alarm hysteresis Hysteresis that affects the alarm and warning limits when mass flow is selected as input 0 0 kg 8520 Read write 8533 Float 4 Standard vol ume upper alarm limit Exceeding this limit causes an alarm when volume flow is selected as input Max floating point value Sl 8522 Read write 8535 Float 4 Standard vol ume upper warning limit Exceeding this limit causes a warning when volu...

Page 199: ...ration mode Operation mode 0 0 Off 1 Current output 2 Frequency output 3 Pulse output 4 Signal output Read write 7420 Unsigned 2 Active passive operation Shows application possibilities 0 Active operation not possible use passive wiring 1 Active operation possible hardware is able to drive the cur rent loop Read only 9590 Unsigned 2 Fail safe activa tion condition Fail safe activation condition 1 ...

Page 200: ...ters FST030 Modbus 198 Operating Instructions 08 2017 A5E37367739 AC Channel 2 current output settings Table A 49 Channel 2 current output settings Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level ...

Page 201: ...low velocity 20 Pressure 21 Viscosity 22 RTD temperature 1 23 RTD temperature 2 24 Medium concen tration 25 Measured current Channel 5 26 Measured current Channel 6 27 Standard volume flow rate only hydro carbon and gas ap plications 28 Standardizing factor only hydro carbon and gas ap plications 29 Base viscosity only hydrocarbon applications 30 Base density only hydrocarbon applications 31 LiquI...

Page 202: ...2 6 NAMUR 1 4 20 mA 3 75 4 0 20 8 22 6 US 2 4 20 mA 2 0 4 0 20 5 22 0 3 4 20 mA 2 0 4 0 24 0 25 0 4 0 20 mA 0 0 0 0 20 5 22 0 5 0 20 mA 0 0 0 0 24 0 25 0 Read write 8866 Float 4 Upper range value volume flow Upper volume flow value that is mapped to the upper nominal range boundary se lected by Current mode 8806 Applicable if Process value 8802 1 0 004 max volume flow m3 s 7500 Read write 8868 Flo...

Page 203: ...at 4 Lower range value density Lower process density value that is mapped to the lower nominal range boundary se lected by Current mode 8806 Applicable if Process value 8802 2 0 08 kg m3 7600 Read write 8874 Float 4 Upper range value tempera ture Upper medium tem perature value that is mapped to the upper nominal range bounda ry selected by Current mode 8806 Applica ble if Process value 8802 3 Max...

Page 204: ... or 31 1 0 m s 8014 7648 Read write 10002 Float 4 Lower range value velocity Lower velocity value that is mapped to the lower nominal range boundary selected by Current mode 8806 Applicable if Process value 8802 18 19 or 31 0 0 m s 8014 7648 Read write 10004 Float 4 Upper range value pressure Upper process pres sure value that is mapped to the upper nominal range bounda ry selected by Current mode...

Page 205: ...e 8802 25 or 26 20 0 mA Read write 10014 Float 4 Lower range value current Lower current value that is mapped to the lower nominal range boundary selected by Current mode 8806 Applicable if Process value 8802 25 or 26 4 0 mA Read write 10016 Float 4 Upper range value viscosity Upper process viscosi ty value that is mapped to the upper nominal range boundary se lected by Current mode 8806 Applicabl...

Page 206: ...ior Current output reaction in case of a fault 0 0 Lower fault current 1 Upper fault current 2 Last valid value 3 Disabled 4 Custom value Read write 8815 Float 4 Fail safe value Output value in case of a fault and when Fail safe behavior 8814 is configured to 4 0 0 mA 0 0 25 0 Read write 7146 Float 4 Forced value Forced value when forcing is active 4 0 mA 3 5 25 0 Read write 8886 Float 4 Offset ad...

Page 207: ...rs FST030 Modbus Operating Instructions 08 2017 A5E37367739 AC 205 Channel 2 frequency output settings Table A 50 Channel 2 frequency output settings Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level ...

Page 208: ...low velocity 20 Pressure 21 Viscosity 22 RTD temperature 1 23 RTD temperature 2 24 Medium concen tration 25 Measured current Channel 5 26 Measured current Channel 6 27 Standard volume flow rate only hydro carbon and gas ap plications 28 Standardizing factor only hydro carbon and gas ap plications 29 Base viscosity only hydrocarbon applications 30 Base density only hydrocarbon applications 31 LiquI...

Page 209: ... output range boundary 0 0 Hz 0 0 12500 0 Read write 8915 Float 4 Upper range value volume flow Upper volume flow value that is mapped to the upper nominal range boundary se lected by Frequency value high 8935 Applicable if Process value 8904 1 0 4 max volume flow m3 s 7500 Read write 8917 Float 4 Lower range value volume flow Lower volume flow value that is mapped to the lower nominal range bound...

Page 210: ...d by Frequency value low 8937 Ap plicable if Process value 8904 2 600 kg m3 7600 Read write 8923 Float 4 Upper range value tempera ture Upper medium tem perature value that is mapped to the upper nominal range bounda ry selected by Fre quency value high 8935 Applicable if Process value 8904 3 Max medium temperature C 7700 Read write 8925 Float 4 Lower range value tempera ture Lower medium tem pera...

Page 211: ...e upper nominal range boundary selected by Frequency value high 8935 Applicable if Process value 8904 18 19 or 31 1 0 m s 8014 7648 Read write 10026 Float 4 Lower range value velocity Lower velocity value that is mapped to the lower nominal range boundary selected by Frequency value low 8937 Applicable if Process value 8904 18 19 or 31 0 0 m s 8014 7648 Read write 10028 Float 4 Upper range value p...

Page 212: ...t is mapped to the lower nominal range boundary se lected by Frequency value low 8937 Ap plicable if Process value 8904 28 32 33 34 or 36 0 0 Read write 10036 Float 4 Upper range value current Upper current value that is mapped to the upper nominal range boundary selected by Frequency value high 8935 Applicable if Process value 8904 25 or 26 20 0 mA Read write 10038 Float 4 Lower range value curre...

Page 213: ...cted by Frequency value high 8935 Applicable if Process value 8904 36 1 0 m s 8564 Read write 10070 Float 4 Lower range value ROC Lower rate of change value that is mapped to the lower nominal range boundary se lected by Frequency value low 8937 Ap plicable if Process value 8904 36 0 0 m s 8564 Read write 8908 Float 4 Damping value Time constant of damping filter for fre quency output signal 0 0 s...

Page 214: ...ve direction 1 Negative direction 2 Positive and nega tive directions Read write 8965 Float 4 Amount of vol ume Amount value to gen erate an output pulse Applicable if Process value 8960 is set to 1 0 001 m3 8993 Read write 8963 Float 4 Amount of mass Amount value to gen erate an output pulse Applicable if Process value 8960 is set to 0 1 0 kg 8992 Read write 8967 Float 4 Amount of standard vol um...

Page 215: ... configured to 4 0 0 pulses s 0 0 12500 0 Read write 7151 Float 4 Forced value Forced value when forcing is active 1 0 pulses s 0 0 12500 0 Read write Channel 2 status output settings Table A 52 Channel 2 status output settings Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level 8841 Unsigned 2 Status mode Selec...

Page 216: ...ut Mainly sensor alarms See Alarm items Page 295 Applicable if Status mode 1 0 Read write 8844 Unsigned 4 Alarm items 2 Bit encoded selection of alarm items that impact the output Mainly sensor alarms See Alarm items Page 295 Applicable if Status mode 1 0 Read write 8848 Unsigned 4 Alarm items 4 Bit encoded selection of alarm items that impact the output See Alarm items Page 295 Applicable if Stat...

Page 217: ... Applicable if Status mode 1 0 Read write 8852 Unsigned 4 Alarm items 6 Bit encoded selection of alarm items that impact the output Mainly simulation alarms See Alarm items Page 295 Applicable if Status mode 1 0 Read write 8859 Unsigned 2 Polarity Logical polarity of sta tus output 0 0 Active high level 1 Active low level Read write 8860 Float 4 On delay Time to delay the lead ing edge of the outp...

Page 218: ...meter Description Default value units units regis ter Value range Setting options Access level 9101 Unsigned 2 Operation mode Operation mode 0 0 Off 1 Current output 2 Frequency output 3 Pulse output 4 Signal output 5 Discrete input 6 Analog input Read write 7430 Unsigned 2 Active passive operation Shows application possibilities 0 Active operation not possible use passive wiring 1 Active operatio...

Page 219: ...ters FST030 Modbus Operating Instructions 08 2017 A5E37367739 AC 217 Channel 3 current output settings Table A 54 Channel 3 current output settings Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level ...

Page 220: ...Flow velocity 20 Pressure 21 Viscosity 22 RTD temperature 1 23 RTD temperature 2 24 Medium concen tration 25 Measured current Channel 5 26 Measured current Channel 6 27 Standard volume flow rate only hydro carbon and gas ap plications 28 Standardizing factor only hydro carbon and gas ap plications 29 Base viscosity only hydrocarbon applications 30 Base density only hydrocarbon applications 31 Liqu...

Page 221: ...2 6 NAMUR 1 4 20 mA 3 75 4 0 20 8 22 6 US 2 4 20 mA 2 0 4 0 20 5 22 0 3 4 20 mA 2 0 4 0 24 0 25 0 4 0 20 mA 0 0 0 0 20 5 22 0 5 0 20 mA 0 0 0 0 24 0 25 0 Read write 9166 Float 4 Upper range value volume flow Upper volume flow value that is mapped to the upper nominal range boundary se lected by Current mode 9106 Applicable if Process value 9102 1 0 4 max volume flow m3 s 7500 Read write 9168 Float...

Page 222: ... 4 Lower range value density Lower process density value that is mapped to the lower nominal range boundary se lected by Current mode 9106 Applicable if Process value 9102 2 0 08 kg m3 7600 Read write 9174 Float 4 Upper range value tempera ture Upper medium tem perature value that is mapped to the upper nominal range bounda ry selected by Current mode 9106 Applica ble if Process value 9102 3 Max m...

Page 223: ... or 31 1 0 m s 8014 7648 Read write 10102 Float 4 Lower range value velocity Lower velocity value that is mapped to the lower nominal range boundary selected by Current mode 9106 Applicable if Process value 9102 18 19 or 31 0 0 m s 8014 7648 Read write 10104 Float 4 Upper range value pressure Upper process pres sure value that is mapped to the upper nominal range bounda ry selected by current mode...

Page 224: ...e 9102 25 or 26 20 0 mA Read write 10114 Float 4 Lower range value current Lower current value that is mapped to the lower nominal range boundary selected by Current mode 9106 Applicable if Process value 9102 25 or 26 4 0 mA Read write 10116 Float 4 Upper range value viscosity Upper process viscosi ty value that is mapped to the upper nominal range boundary se lected by Current mode 9106 Applicabl...

Page 225: ...er for cur rent output signal 0 0 s 0 0 100 0 Read write 9591 Unsigned 2 Filter safe acti vation condition Fail safe activation condition 1 0 Bad status of se lected process value 1 Active Mainte nance alarm or Fail ure NAMUR Read write 9281 Unsigned 2 Fail safe min time Minimum time the output stays in fail safe behavior 0 s 0 100 Read write 9114 Unsigned 2 Fail safe behav ior Current output reac...

Page 226: ...options Access level 9186 Float 4 Offset adjust ment Command to trim the lower range value of the loop current Simulate a loop current of 4 0 mA measure the current with an ampere meter and write the measured value to this register 0 25 Write only 9188 Float 4 Gain adjust ment Command to trim the upper range value of the loop current Simulate a loop current of 20 0 mA measure the current with an a...

Page 227: ...55 Channel 3 frequency output settings Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level 9299 Unsigned 2 Redundancy mode Redundancy mode 0 0 Off Channel 3 runs independently 1 90 Channel 3 follows frequency on channel 2 with a 90 shift 2 180 Channel 3 follows frequency on channel 2 with a 180 shift Read write ...

Page 228: ...Flow velocity 20 Pressure 21 Viscosity 22 RTD temperature 1 23 RTD temperature 2 24 Medium concen tration 25 Measured current Channel 5 26 Measured current Channel 6 27 Standard volume flow rate only hydro carbon and gas ap plications 28 Standardizing factor only hydro carbon and gas ap plications 29 Base viscosity only hydrocarbon applications 30 Base density only hydrocarbon applications 31 Liqu...

Page 229: ...tput range boundary 0 0 Hz 0 0 12500 0 Read write 9215 Float 4 Upper range value volume flow Upper volume flow value that is mapped to the upper nominal range boundary se lected by Frequency value high 9235 Applicable if Process value 9204 1 0 4 max volume flow m3 s 7500 Read write 9217 Float 4 Lower range value volume flow Lower volume flow value that is mapped to the lower nominal range boundary...

Page 230: ...cted by Frequency value low 9237 Ap plicable if Process value 9204 2 0 08 kg m3 7600 Read write 9223 Float 4 Upper range value tempera ture Upper medium tem perature value that is mapped to the upper nominal range bounda ry selected by Fre quency value high 9235 Applicable if Process value 9204 3 Max medium temperature C 7700 Read write 9225 Float 4 Lower range value tempera ture Lower medium tem ...

Page 231: ...e upper nominal range boundary selected by Frequency value high 9235 Applicable if Process value 9204 18 19 or 31 1 0 m s 8014 7648 Read write 10126 Float 4 Lower range value velocity Lower velocity value that is mapped to the lower nominal range boundary selected by Frequency value low 9237 Applicable if Process value 9204 18 19 or 31 0 0 m s 8014 7648 Read write 10128 Float 4 Upper range value p...

Page 232: ...t is mapped to the lower nominal range boundary se lected by Frequency value low 9237 Ap plicable if Process value 9204 28 32 33 34 or 36 0 0 Read write 10136 Float 4 Upper range value current Upper current value that is mapped to the upper nominal range boundary selected by Frequency value high 9235 Applicable if Process value 9204 25 or 26 20 0 mA Read write 10138 Float 4 Lower range value curre...

Page 233: ...igh 9235 Applicable if Process value 9204 36 1 0 m s 8564 Read write 10170 Float 4 Lower range value ROC Lower rate of change value that is mapped to the lower nominal range boundary se lected by Frequency value low 9237 Ap plicable if Process value 9204 36 0 0 m s 8564 Read write 9208 Float 4 Damping value Time constant of damping filter for fre quency output signal 0 0 s 0 0 100 0 Read write 959...

Page 234: ...its units regis ter Value range Setting options Access level 9280 Unsigned 2 Redundancy mode Redundancy mode 0 0 Off Channel 3 runs independently 1 90 Channel 3 follows pulses on channel 2 with a 90 shift 2 180 Channel 3 follows pulses on channel 2 with a 180 shift Read write 9260 Unsigned 2 Process value Select process value for the pulse output 0 0 Mass flow 1 Volume flow 27 Standard volume flow...

Page 235: ...arity Logical polarity of pulse output 0 0 Active high level 1 Active low level Read write 9591 Unsigned 2 Fail safe activa tion condition Fail safe activation condition 1 0 Bad status of se lected process value 1 Active Mainte nance alarm or Fail ure NAMUR Read write 9281 Unsigned 2 Fail safe min time Minimum time the output stays in fail safe behavior 0 s 0 100 Read write 9261 Unsigned 2 Fail sa...

Page 236: ...licable if Status mode 0 0 Bit 0 Process value alarm PA Bit 1 Process value warning PW Bit 2 Maintenance alarm MA Bit 3 Maintenance warning MW Bit 4 Maintenance required MR Bit 5 Function check FC Read write 9199 Unsigned 2 NAMUR status signals Bit encoded selection of NAMUR status sig nals which impacts the status output Applicable if Status mode 0 NAMUR status is derived from Alarm class 9158 0 ...

Page 237: ...Applicable if Status mode 1 0 Read write 10156 Unsigned 4 Alarm items 9 Bit encoded selection of alarm items that impact the output See Alarm items Page 295 Applicable if Status mode 1 0 Read write 9154 Unsigned 4 Alarm items 7 Bit encoded selection of alarm items that impact the output See Alarm items Page 295 Applicable if Status mode 1 0 Read write 9152 Unsigned 4 Alarm items 6 Bit encoded sele...

Page 238: ...y for the leading edge of the active discrete input signal 0 0 Off 6 Reset totalizer 1 7 Reset totalizer 2 8 Reset totalizer 3 9 Reset all totalizers 10 Start zero point adjustment 11 Force outputs 12 Freeze process values 13 Stop forcing out puts 14 Unfreeze process values Read write 9132 Unsigned 2 Input trailing edge function Select the functionality for the trailing edge of the active discrete...

Page 239: ... Default value units units regis ter Value range Setting options Access level 9135 Unsigned 2 Polarity Logical polarity of dis crete input signal 0 0 Active high level 1 Active low level Read write 9139 Unsigned 2 Debounce time Debounce time to filter the input signal 0 0 0 ms 1 0 5 ms 2 1 ms 3 1 5 ms 4 2 ms 5 2 5 ms 6 3 ms 7 3 5 ms 8 4 ms 9 4 5 ms 10 5 ms 11 5 5 ms 12 6 ms 13 6 5 ms 14 7 ms 15 7 ...

Page 240: ...23 Unsigned 2 Process value Assignment of the current input value to a process value 0 0 Pressure 1 Temperature 2 Density 3 Viscosity Read write 10525 Float 4 Upper range value pressure Upper process pres sure value that is mapped to the upper nominal range bounda ry selected by Current mode 10522 Appli cable if Process value 10523 0 100000 0 Pa 7548 Read write 10527 Float 4 Lower range value pres...

Page 241: ...39 Float 4 Lower range value density Lower process density value that is mapped to the lower nominal range boundary se lected by Current mode 10522 Applicable if Process value 10523 2 0 08 kg m3 7600 Read write 10543 Float 4 Upper range value viscosity Upper process viscosi ty value that is mapped to the upper nominal range boundary se lected by Current mode 10522 Applicable if Process value 10523...

Page 242: ...ior 10524 configured to 1 Appli cable if Process value 10523 2 600 0 kg m3 7600 Read write 10547 Float 4 Fail safe value viscosity Input value in case of a fault and when Fail safe behavior 10524 configured to 1 Appli cable if Process value 10523 3 0 0 m2 s 7524 Read write 10520 Float 4 Trimmed input value Provides the measured current value Read only 10508 Float 4 Offset adjust ment Command to tr...

Page 243: ...eter Description Default value units units regis ter Value range Setting options Access level 9301 Unsigned 2 Operation mode Operation mode 0 0 Off 1 Current output 2 Frequency output 3 Pulse output 4 Signal output 5 Discrete input 6 Analog input Read write 7440 Unsigned 2 Active passive operation Shows application possibilities 0 Active operation not possible use passive wir ing 1 Active operatio...

Page 244: ...ters FST030 Modbus 242 Operating Instructions 08 2017 A5E37367739 AC Channel 4 current output settings Table A 61 Channel 4 current output settings Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level ...

Page 245: ...Flow velocity 20 Pressure 21 Viscosity 22 RTD temperature 1 23 RTD temperature 2 24 Medium concen tration 25 Measured current Channel 5 26 Measured current Channel 6 27 Standard volume flow rate only hydro carbon and gas ap plications 28 Standardizing factor only hydro carbon and gas ap plications 29 Base viscosity only hydrocarbon applications 30 Base density only hydrocarbon applications 31 Liqu...

Page 246: ...2 6 NAMUR 1 4 20 mA 3 75 4 0 20 8 22 6 US 2 4 20 mA 2 0 4 0 20 5 22 0 3 4 20 mA 2 0 4 0 24 0 25 0 4 0 20 mA 0 0 0 0 20 5 22 0 5 0 20 mA 0 0 0 0 24 0 25 0 Read write 9366 Float 4 Upper range value volume flow Upper volume flow value that is mapped to the upper nominal range boundary se lected by Current mode 9306 Applicable if Process value 9302 1 0 4 max volume flow m3 s 7500 Read write 9368 Float...

Page 247: ... 4 Lower range value density Lower process density value that is mapped to the lower nominal range boundary se lected by Current mode 9306 Applicable if Process value 9302 2 0 08 kg m3 7600 Read write 9374 Float 4 Upper range value tempera ture Upper medium tem perature value that is mapped to the upper nominal range bounda ry selected by Current mode 9306 Applica ble if Process value 9302 3 Max m...

Page 248: ... or 31 1 0 m s 8014 7648 Read write 10202 Float 4 Lower range value velocity Lower velocity value that is mapped to the lower nominal range boundary selected by Current mode 9306 Applicable if Process value 9302 18 19 or 31 0 0 m s 8014 7648 Read write 10204 Float 4 Upper range value pressure Upper process pres sure value that is mapped to the upper nominal range bounda ry selected by Current mode...

Page 249: ...e 9302 25 or 26 20 0 mA Read write 10214 Float 4 Lower range value current Lower current value that is mapped to the lower nominal range boundary selected by Current mode 9306 Applicable if Process value 9302 25 or 26 4 0 mA Read write 10216 Float 4 Upper range value viscosity Upper process viscosi ty value that is mapped to the upper nominal range boundary se lected by Current mode 9306 Applicabl...

Page 250: ...er for cur rent output signal 0 0 s 0 0 100 0 Read write 9592 Unsigned 2 Filter safe acti vation condition Fail safe activation condition 1 0 Bad status of se lected process value 1 Active Mainte nance alarm or Fail ure NAMUR Read write 9481 Unsigned 2 Fail safe min time Minimum time the output stays in fail safe behavior 0 s 0 100 Read write 9314 Unsigned 2 Fail safe behav ior Current output reac...

Page 251: ...options Access level 9386 Float 4 Offset adjust ment Command to trim the lower range value of the loop current Simulate a loop current of 4 0 mA measure the current with an ampere meter and write the measured value to this register 0 25 Write only 9388 Float 4 Gain adjust ment Command to trim the upper range value of the loop current Simulate a loop current of 20 0 mA measure the current with an a...

Page 252: ...rs FST030 Modbus 250 Operating Instructions 08 2017 A5E37367739 AC Channel 4 frequency output settings Table A 62 Channel 4 frequency output settings Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level ...

Page 253: ...Flow velocity 20 Pressure 21 Viscosity 22 RTD temperature 1 23 RTD temperature 2 24 Medium concen tration 25 Measured current Channel 5 26 Measured current Channel 6 27 Standard volume flow rate only hydro carbon and gas ap plications 28 Standardizing factor only hydro carbon and gas ap plications 29 Base viscosity only hydrocarbon applications 30 Base density only hydrocarbon applications 31 Liqu...

Page 254: ... output range boundary 0 0 Hz 0 0 12500 0 Read write 9415 Float 4 Upper range value volume flow Upper volume flow value that is mapped to the upper nominal range boundary se lected by Frequency value high 9435 Applicable if Process value 9404 1 0 4 max volume flow m3 s 7500 Read write 9417 Float 4 Lower range value volume flow Lower volume flow value that is mapped to the lower nominal range bound...

Page 255: ...cted by Frequency value low 9437 Ap plicable if Process value 9404 2 0 08 kg m3 7600 Read write 9423 Float 4 Upper range value tempera ture Upper medium tem perature value that is mapped to the upper nominal range bounda ry selected by Fre quency value high 9435 Applicable if Process value 9404 3 Max medium temperature C 7700 Read write 9425 Float 4 Lower range value tempera ture Lower medium tem ...

Page 256: ...upper nominal range boundary selected by Frequency value high 9435 Applicable if Process value 9404 18 19 or 31 1 0 m s 8014 7648 Read write 10226 Float 4 Lower range value velocity Lower velocity value that is mapped to the lower nominal range boundary selected by Frequency value low 9437 Applicable if Process value 9404 18 19 or 31 0 0 m s 8014 7648 Read write 10228 Float 4 Upper range value pre...

Page 257: ...t is mapped to the lower nominal range boundary se lected by Frequency value low 9437 Ap plicable if Process value 9404 28 32 33 34 or 36 0 0 Read write 10236 Float 4 Upper range value current Upper current value that is mapped to the upper nominal range boundary selected by Frequency value high 9435 Applicable if Process value 9404 25 or 26 20 0 mA Read write 10238 Float 4 Lower range value curre...

Page 258: ...gh 9435 Applicable if Process value 9404 36 1 0 m s 8564 Read write 10270 Float 4 Lower range value ROC Lower rate of change value that is mapped to the lower nominal range boundary se lected by Frequency value low 9437 Ap plicable if Process value 9404 36 0 0 m s 8564 Read write 9408 Float 4 Damping filter Time constant of damping filter for fre quency output signal 0 0 s 0 0 100 0 Read write 959...

Page 259: ...460 Unsigned 2 Process value Select process value for the pulse output 0 0 Mass flow 1 Volume flow 27 Standard volume flow rate only hydro carbon and gas ap plications Read write 9462 Unsigned 2 Flow direction Flow direction filter 0 0 Positive direction 1 negative direction 2 Positive and nega tive directions Read write 9465 Float 4 Amount of vol ume Amount value to gen erate an output pulse Appl...

Page 260: ...activation condition 1 0 Bad status of se lected process value 1 Active Mainte nance alarm or Fail ure NAMUR Read write 9481 Unsigned 2 Fail safe min time Minimum time the output stays in Fail safe behavior 0 s 0 100 Read write 9461 Unsigned 2 Fail safe behav ior Pulse output reaction in case of a fault 0 0 Last valid value 1 Hold Value 0 0 substitutes the actual input value 2 Disabled 3 Custom va...

Page 261: ...g PW Bit 2 Maintenance alarm MA Bit 3 Maintenance warning MW Bit 4 Maintenance required MR Bit 5 Function check FC Read write 9399 Unsigned 2 NAMUR status signals Bit encoded selection of NAMUR status sig nals which impacts the status output Applica ble if Status mode 1 NAMUR status is de rived from Alarm class 9358 0 Bit 0 Out of specifi cation PA PW Bit 1 Failure MA Bit 2 Maintenance required MR...

Page 262: ...coded selection of alarm items that impact the output See Alarm items Page 295 Applicable if Status mode 1 0 Read write 9354 Unsigned 4 Alarm items 7 Bit encoded selection of alarm items that impact the output See Alarm items Page 295 Applicable if Status mode 1 0 Read write 9352 Unsigned 4 Alarm items 6 Bit encoded selection of alarm items that impact the output Mainly simulation alarms See Alarm...

Page 263: ...y for the leading edge of the active discrete input signal 0 0 Off 6 Reset totalizer 1 7 Reset totalizer 2 8 Reset totalizer 3 9 Reset all totalizers 10 Start zero point adjustment 11 Force outputs 12 Freeze process values 13 Stop forcing out puts 14 Unfreeze process values Read write 9332 Unsigned 2 Input trailing edge function Select the functionality for the trailing edge of the active discrete...

Page 264: ... Default value units units regis ter Value range Setting options Access level 9335 Unsigned 2 Polarity Logical polarity of dis crete input signal 0 0 Active high level 1 Active low level Read write 9339 Unsigned 2 Debounce time Debounce time to filter the input signal 0 0 0 ms 1 0 5 ms 2 1 ms 3 1 5 ms 4 2 ms 5 2 5 ms 6 3 ms 7 3 5 ms 8 4 ms 9 4 5 ms 10 5 ms 11 5 5 ms 12 6 ms 13 6 5 ms 14 7 ms 15 7 ...

Page 265: ...23 Unsigned 2 Process value Assignment of the current input value to a process value 0 0 Pressure 1 Temperature 2 Density 3 Viscosity Read write 10625 Float 4 Upper range value pressure Upper process pres sure value that is mapped to the upper nominal range bounda ry selected by current mode 10622 Appli cable if process value 10623 0 100000 0 Pa 7548 Read write 10627 Float 4 Lower range value pres...

Page 266: ...10639 Float 4 Lower range value density Lower process density value that is mapped to the lower nominal range boundary se lected by current mode 10622 Applicable if process value 10623 2 0 08 kg m3 7600 Read write 10643 Float 4 Upper range value viscosity Upper process viscosi ty value that is mapped to the upper nominal range boundary se lected by current mode 10622 Applicable if process value 10...

Page 267: ...havior config ured to 1 Applicable if process value 10623 2 0 08 kg m3 7600 Read write 10647 Float 4 Fail safe value viscosity Input value in case of a fault and when Fail safe behavior config ured to 1 Applicable if process value 10623 3 0 0 m2 s 7524 Read write 10620 Float 4 Trimmed input value Provides the measured current value Read only 10608 Float 4 Offset adjust ment Command to trim the low...

Page 268: ...write 2034 Float 4 Upper range value pressure Upper process pres sure value that is mapped to the upper nominal range bounda ry selected by current mode 2020 Applica ble if process value 2002 1 700000 0 Pa 7548 100000 0 100000000 0 Read write 2032 Float 4 Lower range value pressure Lower process pres sure value that is mapped to the lower nominal range bounda ry selected by current mode 9306 Appli...

Page 269: ...0 0 Read write 2040 Float 4 Upper range value medium temperature Upper process tem perature value that is mapped to the upper nominal range bounda ry selected by current mode 2020 Applica ble if process value 2002 4 20 0 C 7700 50 0 250 0 Read write 2038 Float 4 Lower range value medium temperature Lower process tem perature value that is mapped to the lower nominal range bounda ry selected by cur...

Page 270: ...by current mode 2020 Applica ble if process value 2002 6 20 0 C 7700 50 0 250 0 Read write 2036 Float 4 Fail safe value pressure Input value in case of a fault and when Fail safe behavior is con figured to 1 Applicable if process value 2002 1 700000 0 Pa 7548 100000 0 100000000 0 Read write 2060 Float 4 Fail safe value density Input value in case of a fault and when Fail safe behavior is con figur...

Page 271: ...configuration settings Table A 68 Channel 5 RTD configuration settings Modbus register Data type Size in bytes Parameter Description Default value units units regis ter Value range Setting options Access level 2102 Float 4 RTD wire re sistance Resistance of cables in a 2 wire RTD system 0 ohm 0 0 50 0 Read write 2106 Float 4 Offset Calibration offset 0 C 7700 100 0 100 0 Read write 2108 Float 4 Sl...

Page 272: ...th before Set time command is carried out 1 1 12 Read write 6187 Unsigned 2 Day Holds current day after Get time command was carried out Holds day before Set time command is car ried out 1 1 31 Read write 6188 Unsigned 2 Hours Holds current hours after Get time com mand was carried out Holds hours before Set time command is car ried out 0 0 23 Read write 6189 Unsigned 2 Minutes Holds current minut...

Page 273: ...l settings Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 9002 Unsigned 2 Language Language 0 0 English 1 German Read write 9098 Unsigned 2 Backlight Duration of backlight activity after last key press 30 s 0 240 Read write 9094 Unsigned 2 Inactivity timeout Duration of display activity after last key press 10...

Page 274: ...s 2 Bit encoded selection group 2 of process values the display damping filter impacts See Process value filter masks Page 285 0x00001E7F Read write View 1 settings Table A 72 View 1 settings Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 9007 Unsigned 2 View Type of appearance 3 1 Single value 3 Three values ...

Page 275: ...e 9077 Unsigned 2 6th value Selection of the sixth value Depending on the number of values 12 See Selectable values dependent on the view type Page 282 Read write 8050 Unsigned 2 Trend scale mode Scaling mode for the graph and totalizer view 0 0 Automatic scaling 1 Fixed scaling de fined by Trend scale lower limit 8052 and Trend scale upper limit 8054 Read write 8051 Unsigned 2 Trend log time wind...

Page 276: ... Selection of the second value Depending on the number of values 0 See Selectable values dependent on the view type Page 282 Read write 9023 Unsigned 2 3rd value Selection of the third value Depending on the number of values 3 See Selectable values dependent on the view type Page 282 Read write 9078 Unsigned 2 4th value Selection of the fourth value Depending on the number of values 1 See Selectab...

Page 277: ...e 8056 is set to 1 0 0 Read write 8060 Float 4 Trend scale upper limit Scaling of the y axis Upper limit Effective when Trend scale mode 8056 is set to 1 0 0 Read write View 3 settings Table A 74 View 3 settings Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 9014 Unsigned 2 Enable or disa ble Enable or disable...

Page 278: ... 9082 Unsigned 2 5th value Selection of the fifth value Depending on the number of values 11 See Selectable values dependent on the view type Page 282 Read write 9083 Unsigned 2 6th value Selection of the sixth value Depending on the number of values 12 See Selectable values dependent on the view type Page 282 Read write 8062 Unsigned 2 Trend scale mode Scaling mode for the graph and totalizer vie...

Page 279: ... Selection of the second value Depending on the number of values 2 See Selectable values dependent on the view type Page 282 Read write 9029 Unsigned 2 3rd value Selection of the third value Depending on the number of values 3 See Selectable values dependent on the view type Page 282 Read write 9084 Unsigned 2 4th value Selection of the fourth value Depending on the number of values 0 See Selectab...

Page 280: ...e 8068 is set to 1 0 0 Read write 8072 Float 4 Trend scale upper limit Scaling of the y axis Upper limit Effective when Trend scale mode 8068 is set to 1 0 0 Read write View 5 settings Table A 76 View 5 settings Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 9016 Unsigned 2 Enable or disa ble Enable or disable...

Page 281: ...e 9088 Unsigned 2 5th value Selection of the fifth value Depending on the number of values 0 See Selectable values dependent on the view type Page 282 Read write 9089 Unsigned 2 6th value Selection of the sixth value Depending on the number of values 12 See Selectable values dependent on the view type Page 282 Read write 8074 Unsigned 2 Trend scale mode Scaling mode for the graph and totalizer vie...

Page 282: ...e Selection of the second value Depending on the number of values 2 See Selectable values dependent on the view type Page 282 Read write 9035 Unsigned 2 3rd value Selection of the third value Depending on the number of values 3 See Selectable values dependent on the view type Page 282 Read write 9090 Unsigned 2 4th value Selection of the fourth value Depending on the number of values 1 See Selecta...

Page 283: ... options Access level 8081 Unsigned 2 Trend log time window Scaling of the time axis Effective when Trend scale mode 8080 is set to 1 1 0 1 min 1 5 min 2 15 min 3 30 min 4 1 h 5 2 h 6 3 h Read write 8082 Float 4 Trend scale lower limit Scaling of the y axis Lower limit Effective when Trend scale mode 8080 is set to 1 0 0 Read write 8084 Float 4 Trend scale upper limit Scaling of the y axis Upper l...

Page 284: ...19 Flow velocity 20 Pressure 21 Viscosity 24 Medium concentration 27 Standard volume flow rate only hydrocarbon and gas applications 28 Standardizing factor only hydrocarbon and gas applications 29 Standard viscosity only hydrocarbon applications 30 Standard density only hydrocarbon applications 31 Liquident only hydrocarbon applications 32 API gravity only hydrocarbon applications 33 Standard API...

Page 285: ...ntration 27 Standard volume flow rate only hydrocarbon applications 28 Standardizing factor only hydrocarbon applications 29 Standard viscosity only hydrocarbon applications 30 Standard density only hydrocarbon applications 31 Liquident only hydrocarbon applications 32 API gravity only hydrocarbon applications 33 Standard API gravity only hydrocarbon applications 34 Specific gravity only hydrocarb...

Page 286: ...frequency path 1 59 Downstream peak amplitude path 1 60 Upstream peak amplitude path 1 61 SNR upstream path 2 62 SNR downstream path 2 63 Sound velocity path 2 64 Delta time path 2 65 Path 2 percentage of bursts accepted 66 Downstream peak amplitude path 2 67 Upstream peak amplitude path 2 68 SNR upstream path 3 69 SNR downstream path 3 70 Sound velocity path 3 71 Delta time path 3 72 Path 3 perce...

Page 287: ...3 Bit 18 Sound velocity Bit 19 Flow velocity Bit 20 Pressure Bit 21 Viscosity Bit 24 Medium concentration Bit 27 Standard volume flow rate only hydrocarbon and gas ap plications Bit 28 Standardizing factor only hydrocarbon and gas applica tions Bit 29 Base viscosity only hydrocarbon applications Bit 30 Base density only hydrocarbon applications Bit 31 Liquident only hydrocarbon applications Proces...

Page 288: ... unit unit register Value range Setting op tions Access level 6592 String 12 Manufacturer Device manufacturer SIEMENS Read only 6104 String 32 Product name Product name Also shown on the device nameplate SITRANS F Read only 6020 String 16 Version Product version according to order Read only 6120 String 32 System order number System order number part 1 MLFB Also shown on the device nameplate Read o...

Page 289: ...ocation Device location in the plant Read write 8168 String 16 Installation date Installation date of the de vice Read write Transmitter Transmitter FT030 Table A 82 Transmitter FT030 Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting op tions Access level 8104 String 32 Transmitter order number Transmitter order number part 1 MLFB Re...

Page 290: ...isplay Table A 84 Local display Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 9041 String 16 HW version Hardware version of the module Read only 9063 String 16 FW version Firmware version of the module Read only 7475 String 16 HMI config version Version of the HMI configuration Read only I O cassette Table A ...

Page 291: ...unit register Value range Setting options Access level 4010 String 16 Sensor type Name of the sensor Read only 4210 String 20 Frontend serial number Serial number of front end Read only 4033 String 20 Sensor serial number Sensor serial number of inline sensor Read only 4043 String 20 Sensors serial number path 1 Serial number of sen sor set path 1 clamp on Read only 4053 String 20 Sensors serial n...

Page 292: ...c events A 9 6 1 Active events Active events Table A 88 Active events Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 6200 Unsigned 4 Active alarm items 1 Bitwise indication of active alarms in alarm items 1 See Alarm items Page 295 Read only 6202 Unsigned 4 Active alarm items 2 Bitwise indication of active ala...

Page 293: ... 295 Read only Supported events Table A 89 Supported events Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 6250 Unsigned 4 Supported alarm items 1 Bitwise indication of supported alarms in alarm items 1 See Alarm items Page 295 Read only 6252 Unsigned 4 Supported alarm items 2 Bitwise indication of supported a...

Page 294: ...0 Enable events Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 6266 Unsigned 4 Active alarm items 1 Bitwise indication of active alarms in alarm items 1 See Alarm items Page 295 Read write 6268 Unsigned 4 Active alarm items 2 Bitwise indication of active alarms in alarm items 2 See Alarm items Page 295 Read wr...

Page 295: ...dication of active alarms in alarm items 9 See Alarm items Page 295 Read write Acknowledge events Table A 91 Acknowledge events Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 6248 Unsigned 2 Acknowledge mode Mode to acknowledge active events 1 0 Manual alarm acknowledge indica tion will remain even when event ...

Page 296: ...of this event to an alarm class respective NAMUR status signal 1 1 Process alarm PA resp Out of specification 4 Maintenance alarm MA resp Failure Read write A 9 6 2 Diagnostic log Table A 93 Diagnostic log Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 6600 Unsigned 2 Newest entry number Entry number of new es...

Page 297: ...an be ignored Read only 6625 Unsigned 2 Alarm class Alarm class of the entry specified by Entry number See Alarm items Page 295 65335 specifies an empty entry that can be ignored 1 Process value alarm PA 2 Process value warning PW 4 Maintenance alarm MA 8 Maintenance warn ing MW 16 Maintenance required MR 32 Function check FC Read only 6638 Unsigned 2 Available en tries Current number of available...

Page 298: ...r above warning limit 21 22 Density calculation failure 22 23 Medium temperature calculation failure 23 24 Pressure calculation failure 24 25 Viscosity calculation failure 25 26 Sensor temperature compensation failure 26 27 Scraper pig detected 27 28 Configuration error 1 28 29 Aeration detected 29 30 Turbulence detected 30 31 Sensor temperature out of specification 31 Alarm items 2 Sensor alarms ...

Page 299: ...d volume flow above warning limit 133 PW 6 Standard volume flow below warning limit 134 PW 7 Standard volume flow below alarm limit 135 PA 8 Totalizer 1 above alarm limit 136 PA 9 Totalizer 1 above warning limit 137 PW 10 Totalizer 1 below warning limit 138 PW 11 Totalizer 1 below alarm limit 139 PA 12 Totalizer 2 above alarm limit 140 PA 13 Totalizer 2 above warning limit 141 PW 14 Totalizer 2 be...

Page 300: ...A 12 Transmitter FW incompatible 172 MA 13 Sensor FW incompatible 173 MA 14 Display FW incompatible 174 MA 15 IO FW incompatible 175 MA 16 Sensor type incompatible 176 MA 17 Device is starting 177 FC 18 Display configuration version mismatch 178 MA 19 Alarm class simulation enabled 179 20 Reserved 180 21 SensorFlash Chkdsk failed 181 MA 23 Reserved 183 24 Reserved 184 25 Reserved 185 26 Channel 3 ...

Page 301: ...ion 207 If channel configured to current output PA 16 Channel 4 loop current in upper satura tion 208 PA 17 Channel 4 cable break 209 MA 18 Channel 4 output frequency too low 210 If channel configured to frequency output PA 19 Channel 4 output frequency too high 211 PA 20 Channel 4 pulse overflow 212 If channel configured to pulse output PA 21 Reserved 213 22 Channel 2 simulated 214 If channel con...

Page 302: ...ns PA 25 Rate of change above warning limit 249 PW 26 Reserved 250 27 Reserved 251 28 Standard kinematic viscosity above alarm limit 252 Only hydrocarbon applications PA 29 Standard kinematic viscosity above warn ing limit 253 PW 30 Standard kinematic viscosity below warn ing limit 254 PW 31 Standard kinematic viscosity below alarm limit 255 PA Alarm items 9 Process alarms 4 0 Standard density abo...

Page 303: ...c gravity below warning limit 274 PW 19 Standard specific gravity below alarm limit 275 PA 20 LiquIdent above alarm limit 276 Only hydrocarbon applications PA 21 LiquIdent above warning limit 277 PW 22 LiquIdent below warning limit 278 PW 23 LiquIdent below alarm limit 279 PA 24 Reserved 280 25 Reserved 281 26 Reserved 282 27 Reserved 283 28 Reserved 284 29 Reserved 285 30 Reserved 286 31 Reserved...

Page 304: ... 1 5 Bit 0 1 Path 1 Bit 2 3 Path 2 Bit 4 5 Path 3 Bit 6 7 Path 4 Bit 8 9 Path 5 00 Not installed 01 Signal Search 10 Frequency Search 11 Measurement Read only Table A 96 Path 1 diagnostics Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 3400 Float 4 RxGain up path 1 Rx gain of upstream signal Read only 3402 Flo...

Page 305: ... Float 4 Actual sensor frequency path 1 Sensor frequency Read only 3429 Float 4 Upstream peak amplitude path 1 Upstream signal peak amplitude Read only 3427 Float 4 Downstream peak amplitude path 1 Downstream signal peak amplitude Read only 3431 Float 4 Fluid refraction angle path 1 Calculated fluid refrac tion angle on path 1 clamp on only Read only Table A 97 Path 2 diagnostics Modbus register D...

Page 306: ... down re ceived sets or bursts The percentage of accepted bursts is one measure of the appli cation s health Read only 3475 Float 4 Actual sensor frequency path 2 Sensor frequency Read only 3479 Float 4 Upstream peak amplitude path 2 Upstream signal peak amplitude Read only 3477 Float 4 Downstream peak amplitude path 2 Downstream signal peak amplitude Read only 3481 Float 4 Fluid refraction angle ...

Page 307: ...ge path 3 of bursts accepted path 3 Based on various di agnostic input i e correlation strength gain level SNR etc the meter may reject specific up down re ceived sets or bursts The percentage of accepted bursts is one measure of the appli cation s health Read only 3525 Float 4 Actual sensor frequency path 3 Sensor frequency Read only 3529 Float 4 Upstream peak amplitude path 3 Upstream signal pea...

Page 308: ...p path 4 Travel time of up stream signal Read only 3566 Float 4 Travel time down path 4 Travel time of down stream signal Read only 3568 Float 4 Correlation factor path 4 Correlation factor Read only 3574 Unsigned 2 Accepted burst percentage path 4 of bursts accepted path 4 Based on various di agnostic input i e correlation strength gain level SNR etc the meter may reject specific up down re ceive...

Page 309: ... only 3612 Float 4 Delta time path 5 Delta time Read only 3614 Float 4 Travel time up path 5 Travel time of up stream signal Read only 3616 Float 4 Travel time down path 5 Travel time of down stream signal Read only 3618 Float 4 Correlation factor path 5 Correlation factor Read only 3624 Unsigned 2 Accepted burst percentage path 5 of bursts accepted path 5 Based on various di agnostic input i e co...

Page 310: ...d only 3802 Unsigned 4 Low level errors 2 Every bit represents an active low level error signaled in the SEN Firmware Read only 3804 Unsigned 4 Low level errors 3 Every bit represents an active low level error signaled in the SEN Firmware Read only 3806 Unsigned 4 Low level errors 4 Every bit represents an active low level error signaled in the SEN Firmware Read only A 9 7 3 Temperature monitoring...

Page 311: ...imum transmitter internal temperature Read only 10918 Float 4 Maximum value Drag indicator of max imum transmitter inter nal temperature Min floating point value C Read only 10920 String 32 Maximum value timestamp Shows timestamp of recorded maximum transmitter internal temperature Read only DSL temperature Table A 104 DSL temperature Modbus register Data type Size in bytes Parameter Description D...

Page 312: ...001 200 0 to 800 0 Read write 3282 Float 4 DSL temp max value Warranty pointer for DSL temperature Maximum DSL tem perature encountered during the device life time 200 0 C 1001 200 0 to 800 0 Read write A 9 7 4 Inputs and outputs General Table A 105 General Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 8799 U...

Page 313: ...ble break Bit 4 Output current cannot be estab lished read back de viation 0 1 mA Read only 8840 Unsigned 2 Status output Status value if config ured to status output 0 1 Read only 8969 Float 4 Pulse status output Amount done if config ured to pulse output Read only 8972 Unsigned 2 Error status Error status if config ured to pulse output Bit 0 The pulse put put has reached the maximum pulse out pu...

Page 314: ...lished read back de viation 0 1 mA Read only 9140 Unsigned 2 Status output Status value if config ured to status output 0 1 Read only 9269 Float 4 Pulse status output Amount done if config ured to pulse output Read only 9272 Unsigned 2 Error status Error status if config ured to pulse output Bit 0 The pulse out put has reached the maximum pulse out put frequency Bit 1 Fail mode is activated Read o...

Page 315: ...e range Setting options Access level 9303 Float 4 Current output value Output current value if configured to current output Read only 9328 Unsigned 2 Error status Error status if config ured to current output Bit 0 Overflow Bit 1 Underflow Bit 2 Fail mode acti vated Bit 3 Cable break Bit 4 Output current cannot be estab lished read back de viation 0 1 mA Read only 9340 Unsigned 2 Status output Sta...

Page 316: ...gned 2 Error status Error status if config ured to frequency out put Bit 0 Overflow Bit 1 Underflow Bit 2 Fail mode acti vated Read only 10603 Float 4 Current input value Input current value if configured to current input Read only 10658 Unsigned 2 Error status Error status if config ured to current input Bit 0 Overflow 25 mA Bit 1 Underflow 0 mA Bit 2 Measured cur rent out of measuring range Read...

Page 317: ... 3048 RTD tempera ture 1 3050 RTD tempera ture 2 65535 Disabled Read write 11226 Float 4 Maximum value Drag indicator of max imum value specified by Process value 11200 Min floating point value units depend ing on pro cess value Read only 11228 String 32 Maximum value timestamp Shows timestamp of recorded maximum value specified by Process value 11200 Read only 11208 Float 4 Minimum value Drag ind...

Page 318: ...tempera ture 1 3050 RTD tempera ture 2 65535 Disabled Read write 11262 Float 4 Maximum value Drag indicator of max imum value specified by Process value 11201 Min floating point value units depend ing on pro cess value Read only 11264 String 32 Maximum value timestamp Shows timestamp of recorded maximum value specified by Process value 11201 Read only 11244 Float 4 Minimum value Drag indicator of ...

Page 319: ...tempera ture 1 3050 RTD tempera ture 2 65535 Disabled Read write 11298 Float 4 Maximum value Drag indicator of max imum value specified by Process value 11202 Min floating point value units depend ing on pro cess value Read only 11300 String 32 Maximum value timestamp Shows timestamp of recorded maximum value specified by Process value 11202 Read only 11280 Float 4 Minimum value Drag indicator of ...

Page 320: ...tempera ture 1 3050 RTD tempera ture 2 65535 Disabled Read write 11334 Float 4 Maximum value Drag indicator of max imum value specified by Process value 11203 Min floating point value units depend ing on pro cess value Read only 11336 String 32 Maximum value timestamp Shows timestamp of recorded maximum value specified by Process value 11203 Read only 11316 Float 4 Minimum value Drag indicator of ...

Page 321: ...No 1 Yes Read only 6199 Unsigned 2 CT active Shows whether custo dy transfer mode is activated 0 No 1 Yes Read only A 9 8 2 Transmitter Table A 114 Transmitter Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 6500 String 32 Design 1 Information of design Read only 6516 String 32 Design 2 Information of design co...

Page 322: ... Parameter Description Default value unit unit register Value range Setting options Access level 6164 Unsigned 2 Installed Shows status of SD card 0 SensorFlash not installed 1 SensorFlash in stalled 2 SensorFlash used as mass storage de vice Read only 6165 Unsigned 4 Capacity total Total capacity of in stalled SensorFlash 0 kB if card is not in stalled KB Read only 6564 String 12 Capacity total T...

Page 323: ...store Command to restore backup data Coding is bitwise Bit 0 Restore sensor setup parameters Bit 1 Restore sensor application setup pa rameters Bit 2 Restore trans mitter application setup parameters Bit 3 Restore cus tomer transmitter configuration setup parameters Bit 4 Restore totaliz ers Bit 5 Restore system setup Bit 6 Restore cus tomer sensor config uration setup parameters Write only A 9 9 ...

Page 324: ... 2 Modbus register that defines the parameter to be logged Only parameter of type float or unsigned can be logged 65535 No logging 65535 Read write 11493 Unsigned 2 Register 90 Modbus register that defines the parameter to be logged Only parameter of type float or unsigned can be logged 65535 No logging 65535 Read write A 9 10 Simulation A 9 10 1 Inputs and outputs Channel 2 output current Table A...

Page 325: ...ncy Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 8905 Unsigned 2 Simulation Enables or disables simulation of channel 2 output frequency 0 0 Disabled 1 Enabled Read write 8906 Float 4 Simulated value Frequency value that is output on the channel when simulation is enabled 1 0 Hz 0 0 12500 0 Read write Channe...

Page 326: ...tput status Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 9164 Unsigned 2 Simulation Enables or disables simulation of channel 3 output status 0 0 Disabled 1 Enabled Read write 9165 Unsigned 2 Simulated value Signal level that is output on the channel when simulation is enabled 0 0 1 Read write Channel 3 outp...

Page 327: ...rrent Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 10505 Unsigned 2 Simulation Enables or disables simulation of channel 3 output current 0 0 Disabled 1 Enabled Read write 10506 Float 4 Simulated value Current value that is output on the channel when simulation is enabled 0 mA 0 25 Read write Channel 3 discr...

Page 328: ...tput status Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 9364 Unsigned 2 Simulation Enables or disables simulation of channel 4 output status 0 0 Disabled 1 Enabled Read write 9365 Unsigned 2 Simulated value Signal level that is output on the channel when simulation is enabled 0 0 1 Read write Channel 4 outp...

Page 329: ...rrent Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 10605 Unsigned 2 Simulation Enables or disables simulation of channel 4 output current 0 0 Disabled 1 Enabled Read write 10606 Float 4 Simulated value Current value that is output on the channel when simulation is enabled 0 mA 0 25 Read write Channel 4 discr...

Page 330: ...ion of multiple process values at a time 0 Set bit means enabling Bit 0 Density Bit 1 Medium tem perature Bit 2 Pressure Bit 3 Viscosity Bit 4 Xdcr tempera ture Bit 5 AUX tempera ture Bit 6 Concentration Bit 7 Base viscosity Bit 8 Base density Bit 9 Liquident Bit 10 API gravity Bit 11 Base API gravity Bit 12 Specific gravi ty Bit 13 Base specific gravity Bit 14 Rate of change Bit 15 Standardizing ...

Page 331: ... viscosity simula tion value 0 000001 m2 s 7524 0 00000001 10 0 Read write 2718 Float 4 Base density Base density simula tion value 1000 0 kg m3 7600 0 08 10000 0 Read write 2720 Float 4 Liquident Liquident simulation value 1500 0 m s 8014 100 0 2500 0 Read write 2722 Float 4 API gravity API gravity simulation value 0 0 API 150 0 200 0 Read write 2724 Float 4 Base API gravi ty Base API simulation ...

Page 332: ...imulate alarms Table A 135 Simulate alarms Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 6229 Unsigned 2 Simulation mode Defines mode of alarm simulation 0 0 Off 1 Simulate alarm item 2 Simulate alarm class Read write 6230 Unsigned 4 Alarm items 1 Bitwise enabling of alarms in alarm items 1 Set bit means alar...

Page 333: ... write 6240 Unsigned 4 Alarm items 6 Bitwise enabling of alarms in alarm items 6 Set bit means alarm item simulation activat ed See Alarm items Page 295 0 Read write 6242 Unsigned 4 Alarm items 7 Bitwise enabling of alarms in alarm items 7 Set bit means alarm item simulation activat ed See Alarm items Page 295 0 Read write 6244 Unsigned 4 Alarm items 8 Bitwise enabling of alarms in alarm items 8 S...

Page 334: ... MW Bit 4 Maintenance required MR Bit 5 Function check FC 0 0 63 Read write 6249 Unsigned 2 NAMUR status Bit encoded selection of NAMUR status sig nals Applicable if simulation mode 2 Set bit means NAMUR status signal simulation activated Bit 0 Out of specifica tion PA PW Bit 1 Failure MW Bit 2 Maintenance required MR MD Bit 3 Function check FC 0 0 15 Read write A 9 11 Audit trail A 9 11 1 Operati...

Page 335: ...e only 6750 Unsigned 2 Entry number Selection of the entry number 0 100 Read write 6751 String 16 Time stamp Time stamp of the parameter change log entry specified by Entry number Format is YYYY MM DD hh mm Read only 10832 String 32 Time stamp Time stamp of the parameter change log entry specified by Entry number Format is YYYY MM DD hh mm ss Read only 6759 Unsigned 2 Modbus register Modbus regist...

Page 336: ...ication Read only 6783 Unsigned 2 New value unsigned8 Parameter value of type unsigned8 after modification Read only 6784 Unsigned 2 New value unsigned16 Parameter value of type unsigned16 after modification Read only 6785 Unsigned 4 New value unsigned32 Parameter value of type unsigned32 after modification Read only 6787 Float 4 New value float Parameter value of type float after modifi cation Un...

Page 337: ... Time stamp of the parameter change log entry specified by Entry number Format is YYYY MM DD hh mm Read only 6927 String 16 Version Version string specified by Entry number Read only 6952 Unsigned 2 Available en tries Current number of available firmware updates log entries Read only 6953 Unsigned 2 Clear parame ter change log Command to clear the parameter change log 1 Clear log Write only Expert...

Page 338: ...not executing 1 Transfer infor mation to oil table 2 Read information from oil table 3 Perform sanity check 4 Store table to flash 5 Erase flash 6 Reload latest valid table from flash Read write 751 Unsigned 2 Command status Status of last per formed Command 0 0 STATUS_OK command executed successfully 1 SANITY_CHECK_FA ILED sanity check failed during com mand execution 2 MEMORY_FULL out of flash s...

Page 339: ...erence viscosity 1 Reference viscosity 1 value in lookup table 0 000001 m2 s 7524 0 00000001 10 0 Read write 760 Float 4 Reference viscosity 2 Reference viscosity 2 value in lookup table 0 000001 m2 s 7524 0 00000001 10 0 Read write 762 Float 4 Liquident coef ficient K0 LiquIdent coefficient K0 value in lookup table 0 0 0 0 2000 0 Read write 764 Float 4 Liquident coef ficient K1 LiquIdent coeffici...

Page 340: ...SB cable is plugged 0 Disabled 1 Enabled Read write 9596 Unsigned 2 MSD connect Command to connect disconnect to PC 0 Cancel 1 Connect 2 Disconnect Write only A 9 15 Security A 9 15 1 Access management Table A 142 Access management Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 8292 Unsigned 2 User PIN Input o...

Page 341: ...5E37367739 AC 339 Modbus register Data type Size in bytes Parameter Description Default value unit unit register Value range Setting options Access level 7326 Unsigned 2 Unique ID code Unique ID code need ed to request a PUK from Siemens custom er support Read only 6177 Unsigned 2 PUK PUK to reset all PINs to default values Write only ...

Page 342: ...Modbus communication A 9 Modbus holding registers tables SITRANS F Ultrasonic flowmeters FST030 Modbus 340 Operating Instructions 08 2017 A5E37367739 AC ...

Page 343: ...formation about our Technical Support is available at Technical Support http www siemens com automation csi service Internet Service Support In addition to our documentation Siemens provides a comprehensive support solution at Services Support http www siemens com automation service support Personal contact If you have additional questions about the device please contact your Siemens personal cont...

Page 344: ...T030 Modbus 342 Operating Instructions 08 2017 A5E37367739 AC B 3 QR code label A QR code label can be found on the device With the use of a smart phone the QR code provides a direct link to a website with information specific to the device such as manuals FAQs certificates etc ...

Page 345: ... simulate process device data also to set schedules for calibration and maintenance Parameters are identified by name and organized into function groups See the Function Manual for the complete HMI structure 1 and Changing parameter settings using SIMATIC PDM Page 349 for more details See Parameters accessed via drop down menus Page 349 for parameters that do not appear in the menu structure in SI...

Page 346: ...programs You must accept the license agreement to be able to use the Device Integration Manager 3 Select File Read device descriptions from source directory or File Read device descriptions from compressed source 4 Navigate to the folder with the device descriptions in the tree structure Note Device Library DVD The Device Library DVD is supplied with SIMATIC PDM Select the drive containing the DVD...

Page 347: ...al or IrDA infrared Serial The interface must be set accordingly on the PC station IrDA No additional setting required Once the device is within range it is available for Modbus communication Only one infrared device can be coupled to Modbus at a given time Several devices can be coupled under Windows Response time General timeout within which the device is allowed to report If the timeout is too ...

Page 348: ...Properties menu command in the shortcut menu Select the Communication tab in the displayed dialog and enter the new short address Start SIMATIC PDM by double clicking the newly inserted Modbus device in the right window Select the relevant device in the menu tree only required for the first call and assign parameters for the device Figure C 2 Set COM port Note Multiple PCs in one project If there ...

Page 349: ...es an easy multistep procedure that configures the device for a simple application Please consult the SIMATIC PDM operating instructions or online help for details on using SIMATIC PDM Quick start Note The Quick Start wizard settings are inter related and changes apply only after you click on Apply at the end of the wizard to transfer settings to the device Do not use the Quick Start Wizard to mod...

Page 350: ...follow the steps The clamp on configuration wizard takes the user through the necessary steps to install the sensors to achieve proper operation C 1 9 Wizard Zero point adjustment Open the menu Device Wizard Inline Configuration and follow the steps Although the device zero is very stable from the factory the user has the ability to remove any residual zero offset that may exist by performing the ...

Page 351: ...eing updated Many parameters are accessed via the online menus in PDM see Parameters accessed via drop down menus for the others 1 Launch SIMATIC PDM connect to the appropriate device and upload data 2 Adjust parameter values in the parameter value field then click on Enter The status fields read Changed 3 Open the Device menu click on Download to device then use File Save to save settings offline...

Page 352: ... 3 Multipoint calibration The multipoint calibration allows the user to set a calibra tion curve if deemed necessary at various flow rates across the range of operation FW update A FW update is a firmware update This function allows the user to install firmware that has been placed on the SD card Maintenance online dialog Setup of maintenance functions Suppress Alarms Suppresses individual alarms ...

Page 353: ...ignal to gauge the quality performance of the device Toolbar online dialog Shows hides the toolbar Status Bar Shows hides the status bar Update Updates the content of the active window C 1 12 Process variables 1 To compare outputs in real time select View Process variables to see all process values totalizers and loop current 2 Verify that the process values show the expected values Trend view Ope...

Page 354: ...SIMATIC PDM C 1 Commissioning with PDM SITRANS F Ultrasonic flowmeters FST030 Modbus 352 Operating Instructions 08 2017 A5E37367739 AC ...

Page 355: ...5 Channel 3 output current 324 Channel 3 output frequency 324 Channel 3 output pulse 325 Channel 3 output status 324 Channel 3 pulse output settings 232 Channel 3 status output settings 234 259 Channel 4 313 Channel 4 analog intput settings 263 Channel 4 current output settings 242 Channel 4 discrete input settings 261 Channel 4 discrete input signal 327 Channel 4 frequency output settings 250 Cha...

Page 356: ...ngs 180 Medium temperature 308 Medium temperature settings 188 Modbus Network 345 Modbus communication 115 Modbus holding registers Access control 132 Access management 338 Acknowledge events 293 Active events 290 Additional process values for gas applications 135 Additional process values for hydrocarbon applications 134 Alarm items 295 API gravity settings 188 Assign alarm class 294 Auto offset ...

Page 357: ...ium temperature 308 Medium temperature settings 188 Modbus register mapping 129 Multipoint calibration 173 Oil table settings 336 Operating time 332 Parameter change log 333 Path 1 diagnostics 302 Path 1 settings 166 Path 2 diagnostics 303 Path 2 settings 166 Path 3 diagnostics 304 Path 3 settings 167 Path 4 diagnostics 305 Path 4 settings 168 Path 5 diagnostics 307 Path 5 settings 168 Pressure se...

Page 358: ...duct 319 Q QR code label 342 Qualified personnel 17 R Recalibration 83 Relay output 119 S Scope of delivery 12 Selectable values dependent on the view type 282 Sensor 289 Sensor cassette 289 Sensor diagnostic events 93 Sensor diagnostics 302 Path 1 diagnostics 302 Path 2 diagnostics 303 Path 3 diagnostics 304 Path 4 diagnostics 305 Path 5 diagnostics 307 Sensor frontend 320 SensorFlash 122 320 Ser...

Page 359: ... Transducer spacing settings 164 Transmitter 319 Wall mounting 29 Transmitter cassette 287 Transmitter diagnostic events 96 Transmitter FT030 287 Transmitter temperature 309 U Unit settings for values and quantities communicated via Modbus 140 Upstream and downstream conditions 158 User calibration 169 V View 1 settings 272 View 2 settings 274 View 3 settings 275 View 4 settings 277 View 5 setting...

Page 360: ...Index SITRANS F Ultrasonic flowmeters FST030 Modbus 358 Operating Instructions 08 2017 A5E37367739 AC ...

Page 361: ......

Page 362: ...rives Process Automation 76181 Karlsruhe GERMANY Subject to change without prior notice Order No A5E37367739 Lit No A5E37367739 AC Siemens AG 08 2017 www siemens com processautomation A5E35971532 For more information www siemens com flow ...

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Summary of Contents for SITRANS F Series

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Summary of Contents for SITRANS F Series

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