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Setup

3.1 Sensor settings

FST030

Function Manual, 04/2017, A5E35693328-AA

3.1.7

User calibration

3.1.7.1

Slope

Description
A single point flow correction applied to volume flow equally at any flow rate.
Q = Q * Slope (e.g. Slope of 0.99 = -1% correction)

Setting 0.5 to 2.0
Default 1.0

Path

Setup → Sensor settings → User calibration → Slope

3.1.7.2

Path 1 offset

Description
User calibrated zero offset for path 1.
Delta time offset correction value, which can be determined at zero flow.

Setting -1250ns to 1250ns
Default 0.0

Path

Setup → Sensor settings → User calibration → Path 1 offset

3.1.7.3

Path 2 offset

Description
User calibrated zero offset for path 2.
Delta time offset correction value, which can be determined at zero flow.

Setting -1250ns to 1250ns
Default 0.0

Path

Setup → Sensor settings → User calibration → Path 2 offset

Summary of Contents for SITRANS F

Page 1: ...Function Manual Answers for industry 04 2017 Edition Ultrasonic Flowmeters FST030 SITRANS F ...

Page 2: ......

Page 3: ...on Manual This Function Manual applies to Siemens products SITRANS FST030 with order codes commencing 7ME372 04 2017 A5E35693328 AA Introduction 1 Quick Start 2 Setup 3 Maintenance and diagnostics 4 Communication 5 Security 6 Language 7 Support A ...

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: ...1 Pipe class 23 3 1 2 2 Pipe size 23 3 1 2 3 Outer pipe diameter 23 3 1 2 4 Wall thickness 24 3 1 2 5 Pipe material 24 3 1 2 6 Wall sound velocity 24 3 1 2 7 Liner settings 25 3 1 2 8 Inner pipe roughness 25 3 1 2 9 Inner pipe diameter 26 3 1 2 10 Active compensations 26 3 1 2 11 Active compensations settings 26 3 1 3 Upstream and downstream conditions 26 3 1 3 1 Disturbed flow profile compensatio...

Page 6: ...hs 33 3 1 6 2 Path 1 34 3 1 6 3 Path 2 36 3 1 6 4 Necessary number of measuring paths 37 3 1 6 5 Necessary number of measuring paths settings 37 3 1 7 User calibration 38 3 1 7 1 Slope 38 3 1 7 2 Path 1 offset 38 3 1 7 3 Path 2 offset 38 3 1 8 Multipoint calibration 39 3 1 8 1 Enable multipoint calibration 39 3 1 8 2 Asymmetric calibration table 39 3 1 8 3 Calibration point 39 3 1 8 4 Multipoint c...

Page 7: ...aces 55 3 2 4 5 Low flow cut off 55 3 2 4 6 Alarm and warning limits 55 3 2 5 Sound velocity 57 3 2 5 1 Units 57 3 2 5 2 Custom units 57 3 2 5 3 Custom conversion factor 57 3 2 5 4 Decimal places 58 3 2 5 5 Alarm and warning limits 58 3 2 6 LiquIdent 60 3 2 6 1 Alarm and warning limits 60 3 2 6 2 Temperature slope factor 61 3 2 6 3 Pressure slope factor 61 3 2 7 Density 62 3 2 7 1 Units 62 3 2 7 2...

Page 8: ...3 3 3 1 3 Custom units 83 3 3 1 4 Custom conversion factor 83 3 3 1 5 Decimal places 84 3 3 1 6 Direction 84 3 3 1 7 Fail safe behaviour 84 3 3 1 8 Reset 84 3 3 1 9 Preset 85 3 3 1 10 Alarm and warning limits 85 3 3 2 Totalizer 2 87 3 3 2 1 Process value 87 3 3 2 2 Units 87 3 3 2 3 Custom units 88 3 3 2 4 Custom conversion factor 88 3 3 2 5 Decimal places 88 3 3 2 6 Direction 89 3 3 2 7 Fail safe ...

Page 9: ...ulse output 120 3 4 4 7 Status output 124 3 4 5 Channel 3 input output 131 3 4 5 1 Operation mode 131 3 4 5 2 Change operation mode 131 3 4 5 3 Active operation read only 132 3 4 5 4 Fail safe activation condition 132 3 4 5 5 Current output 132 3 4 5 6 Frequency output 136 3 4 5 7 Pulse output 139 3 4 5 8 Status output 143 3 4 5 9 Digital input 151 3 4 5 10 Current input 153 3 4 6 Channel 3 relay ...

Page 10: ...ms 1 192 3 4 8 4 Sensor alarms 2 193 3 4 8 5 Process alarms 1 193 3 4 8 6 Process alarms 2 193 3 4 8 7 Process alarms 3 194 3 4 8 8 Process alarms 4 194 3 4 8 9 Totalizer alarms 195 3 4 8 10 Device alarms 195 3 4 8 11 Channel 1 alarms 195 3 4 8 12 Input output alarms 196 3 4 8 13 Simulation alarms 196 3 4 8 14 Alarm class 196 3 4 8 15 NAMUR status signal 197 3 4 8 16 Polarity 197 3 4 8 17 On delay...

Page 11: ...ss value 211 3 6 6 6 4th process value 211 3 6 6 7 5th process value 211 3 6 6 8 6th process value 212 3 6 6 9 Trend scale mode 212 3 6 6 10 Trend log time window 212 3 6 6 11 Trend scale lower limit 213 3 6 6 12 Trend scale upper limit 213 3 6 7 View 3 214 3 6 7 1 Enable or disable 214 3 6 7 2 View 214 3 6 7 3 1st value 214 3 6 7 4 Graphic scale mode 215 3 6 7 5 2nd process value 215 3 6 7 6 3rd ...

Page 12: ... 3 1st process value 228 3 6 10 4 2nd process value 228 3 6 10 5 3rd process value 229 3 6 10 6 4th process value 229 3 6 10 7 5th process value 229 3 6 10 8 6th process value 230 3 6 10 9 Trend scale mode 230 3 6 10 10 Trend log time window 231 3 6 10 11 Trend scale lower limit 231 3 6 10 12 Trend scale upper limit 231 3 6 11 Status icons 232 4 Maintenance and diagnostics 233 4 1 Identification 2...

Page 13: ... diagnostic events 243 4 2 2 Diagnostic log 243 4 2 3 Clear diagnostic log 244 4 2 4 Acknowledge mode 244 4 2 5 Transmitter detailed events read only 244 4 2 6 Suppression time 245 4 2 7 Enable alarms 245 4 2 7 1 Sensor events 1 245 4 2 7 2 Sensor events 2 246 4 2 7 3 Process events 1 246 4 2 7 4 Process events 2 247 4 2 7 5 Process events 3 247 4 2 7 6 Process events 4 247 4 2 7 7 Totalizer event...

Page 14: ...nnel 4 relay 273 4 4 3 7 Calibration picture 273 4 5 Peak values 274 4 5 1 Process value 1 274 4 5 1 1 Process value 274 4 5 1 2 Maximum 274 4 5 1 3 Timestamp at maximum value 274 4 5 1 4 Minimum 275 4 5 1 5 Timestamp at minimum value 275 4 5 1 6 Reset peak values 275 4 5 2 Process value 2 276 4 5 2 1 Process value 276 4 5 2 2 Maximum 276 4 5 2 3 Timestamp at maximum value 276 4 5 2 4 Minimum 277 ...

Page 15: ...286 4 8 1 3 Channel 3 input output 287 4 8 1 4 Relay 3 289 4 8 1 5 Channel 4 Input output 290 4 8 1 6 Channel 4 relay 291 4 8 2 Simulation process values 292 4 8 2 1 Enable simulation 292 4 8 2 2 Volume flow 293 4 8 2 3 Mass flow 293 4 8 2 4 Standard volume flow 294 4 8 2 5 Flow velocity 294 4 8 2 6 Sound velocity 294 4 8 2 7 LiquIdent 295 4 8 2 8 Density 295 4 8 2 9 Kinematic viscosity 296 4 8 2 ...

Page 16: ...10 5 2 4 HART device type read only 311 5 2 5 HART device revision 311 5 2 6 Response preambles 311 5 2 7 Dynamic variable mapping 311 5 2 7 1 SV process value 312 5 2 7 2 TV process value 313 5 2 7 3 QV process value 314 5 2 8 Hart units 315 5 2 8 1 Volume flow units 315 5 2 8 2 Mass flow units 315 5 2 8 3 Standard volume flow unit 315 5 2 8 4 Flow velocity units 316 5 2 8 5 Sound velocity units ...

Page 17: ...y unit 325 5 3 8 5 Sound velocity unit 325 5 3 8 6 Density unit 326 5 3 8 7 Kinematic viscosity unit 326 5 3 8 8 Pressure unit 326 5 3 8 9 Temperature units 327 5 3 8 10 Totalizer 1 unit 327 5 3 8 11 Totalizer 2 unit 328 5 3 8 12 Totalizer 3 unit 328 5 3 8 13 Service Channel USB 329 6 Security 331 6 1 Change user PIN 331 6 2 Change expert PIN code expert 331 6 3 Recovery ID 331 6 4 PIN recovery 33...

Page 18: ...Table of contents FST030 16 Function Manual 04 2017 A5E35693328 AA ...

Page 19: ...chapter titles The default settings and the setting ranges are listed in tables for each parameter Furthermore the relation if any between parameters is described As of chapter 3 Setup Page 23 the chapter and subchapter numbers equal the parameter numbers in the HMI structure For parameters with access level other than User for example Read only or Expert the access level is stated in parenthesis ...

Page 20: ... 00 or later EDD 1 00 00 or later EDD 1 00 00 or later EDD 1 00 00 or later Edition Remarks Product compatibil ity Compatibility of device integration package 04 2017 First edition Modbus FW 1 00 00 HW 02 SIMATIC PDM V8 2 or later AMS Device Manager 12 0 or later SITRANS DTM V4 1 Field communicator V3 8 EDD 1 00 00 or later EDD 1 00 00 or later EDD 1 00 00 or later EDD 1 00 00 or later 1 6 Documen...

Page 21: ...strument tech nicians plant operators On documentation disk Available for download from homepage Hardcopy can be purchased via PIA Life Cycle Portal Sensor Installa tion Manual Contains all information needed to install Clamp on sensors Mechanical and electrical install ers instrument technicians Included in the delivery On documentation disk Available for download from homepage Compact Operat ing...

Page 22: ...Introduction 1 7 Device documentation package FST030 20 Function Manual 04 2017 A5E35693328 AA ...

Page 23: ...cation 2 2 Sensor settings Description The sensor settings wizard will guide you through configuration of essential parameters 2 3 Process values The Process values wizard will guide you through setup of process values for your application The prioritizing of the process values automatically configures the measurement views on the display The process value configured as 1st process value appears a...

Page 24: ...Quick Start 2 5 Copy configuration FST030 22 Function Manual 04 2017 A5E35693328 AA ...

Page 25: ...ription Pipe class Read only Can only be changed via the Sensor Wizard Indicates the pipe class chosen from the pipe data library included in the sensor setup wizard 3 1 2 2 Pipe size Description Pipe size Read only Can only be changed via the Sensor Wizard Indicates the pipe class chosen from the pipe data library included in the sensor setup wizard 3 1 2 3 Outer pipe diameter Description Externa...

Page 26: ... Stainless steel ABS plastic Aluminum Black iron Brass Cast iron Copper nickel 70 30 Copper nickel 90 10 Copper Ductile iron FRP plastic Glass Hastelloy Inconel Kynar plastic Monel Nickel Polyethylene PVC plastic Teflon Titani um Default Can only be changed via the Sensor wizard Related Path Setup Sensor settings Pipe settings Pipe material 3 1 2 6 Wall sound velocity Description Pipe wall materia...

Page 27: ...ly Can only be changed via the Sensor Wizard Setting Read only Custom Cement Coal tar Enamel Glass Plastic Hi_dens_Poly PTFE Rub ber Default Custom Related Path Setup Sensor settings Pipe settings Liner settings Liner material Liner sound velocity Description Liner material sound velocity clamp on Setting 200 0 m s to 4000 0 m s Default 2000 0 m s Related Path Setup Sensor settings Pipe settings L...

Page 28: ...lt 0 0 m Related Path Setup Sensor settings Pipe settings Inner pipe diameter 3 1 2 10 Active compensations Description Active compensations 3 1 2 11 Active compensations settings Setting Pipe expansion due to temperature Pipe expansion due to pressure Default Multiselection Related Path Setup Sensor settings Pipe settings Active compensations 3 1 3 Upstream and downstream conditions 3 1 3 1 Distu...

Page 29: ...ow Double elbow in plane Double elbow out of plane Reducer Expansion Default Straight run Related Path Setup Sensor settings Upstream and downstream conditions Type of upstream condition 3 1 3 4 Upstream distance Description The distance to the upstream flow disturbance The distance is given in pipe diameters Used for clamp on flow profile compensation 3 1 3 5 Upstream distance settings Setting 0 ...

Page 30: ...ipe diameters Used for clamp on flow profile compensation 3 1 3 8 Downstream distance settings Setting 0 to 40 Default 0 Related Path Setup Sensor settings Upstream and downstream conditions Downstream distance 3 1 4 Medium characteristics 3 1 4 1 Process medium type Description Process medium types Read only Can only be changed via the Sensor Wizard Indicates the fluid medium type chosen from the...

Page 31: ...p Sensor settings Medium characteristics Process temperature 3 1 4 4 Process pressure Description Pressure value used for compensation Input during setup Setting 0 0 Pa to 100000000 0 Pa Default 700000 0 Pa Related Path Setup Sensor settings Medium characteristics Process pressure 3 1 4 5 Kinematic viscosity Description Viscosity of media used for compensation Input during setup Setting 0 00 m s t...

Page 32: ... be the same Read only Can only be changed via the Sensor Wizard Indicates the Sensor model chosen from the sensor setup wizard Setting Read only FSS200 high precision FSS200 1011 Universal FSS200 991 high tempera ture 1011 high precision liquid Default FSS200 1011 Universal Related Path Setup Sensor settings Sensor selection Sensor model 3 1 5 2 Clamp on sensor size Description Installed sensor s...

Page 33: ... m Related Path Setup Sensor settings Sensor settings Sensor crystal projection 3 1 5 5 Sensor phase velocity Description The velocity at which the wave fronts traverse the interface between the wedge and pipe Access level Expert user only Setting 1000 0 m s to 20000 0 m s Default 3695 5 m s Related Path Setup Sensor settings Sensor settings Sensor phase velocity 3 1 5 6 Sensor inactive wedge Desc...

Page 34: ...g hole offset Description Distance between spacer hole and sensor front face Setting 0 0 m to 0 05 m Default 0 00953 m Related Path Setup Sensor settings Sensor settings Mounting hole offset 3 1 5 9 Spacing offset Description Sensor spacing offset Setting MIN NOM MAX and A B C D for High Temperature sensors Default MIN Related Path Setup Sensor settings Sensor selection Spacing offset 3 1 5 10 Tem...

Page 35: ...sor selection Temperature compensation factor 3 1 5 12 Length of sensor cables Description Length of sensor cable between transmitter DSL and any sensors All cables must have the same length Setting 0 0 m to 20 0 m Default 0 0 m Related Path Setup Sensor settings Sensor selection Length of sensor cables 3 1 6 Path settings 3 1 6 1 Installed paths Description Bit encoded value containing installed ...

Page 36: ...r path 1 Read only Setting 80000 0 Hz to 4000000 0 Hz Default Related Path Setup Sensor settings Path settings Path 1 Sensor frequency 3 1 6 2 2 Path geometry Description The number of crossings the signal makes through the pipe Reflect or Direct geometry for Path 1 For example Direct 1 traverse Reflect 2 traverse Direct 3 traverse Reflect 4 traverse Setting 1 to 10 Default 1 Related Path Setup Se...

Page 37: ...oint adjustment Description Zero point adjustment Can only be changed via the Sensor Wizard Note Important Please stop all flow in the pipe and perform this function The flow velocity is measured prior and after the function has been applied Setting 5 to 300 Default 10 Related Path Setup Sensor settings Path settings Path 1 Zero point adjustment Time duration 3 1 6 2 5 Serial number Description Se...

Page 38: ...uency 3 1 6 3 2 Path geometry Description The number of crossings the signal makes through the pipe Reflect or direct geometry for path 2 E g Z path 1 V path 2 W path 4 Setting 1 to 10 Default 1 Related Path Setup Sensor settings Path settings Path 2 Path geometry 3 1 6 3 3 Sensor spacing Description Sensor spacing Distance between the front faces of the sensors for path 2 Setting 100 0 m to 100 0...

Page 39: ...Setup Sensor settings Path settings Path 2 Zero point adjustment Time duration 2 1 6 3 5 Serial number Description Serial number of sensor clamp on Setting Default Related Path Setup Sensor settings Path settings Path 2 Serial number 3 1 6 4 Necessary number of measuring paths Description List of measuring paths If less than the specified number of paths are in a measuring state the meter will rep...

Page 40: ...r calibration Slope 3 1 7 2 Path 1 offset Description User calibrated zero offset for path 1 Delta time offset correction value which can be determined at zero flow Setting 1250ns to 1250ns Default 0 0 Related Path Setup Sensor settings User calibration Path 1 offset 3 1 7 3 Path 2 offset Description User calibrated zero offset for path 2 Delta time offset correction value which can be determined ...

Page 41: ...alibrationTable 0 AND PID_EnableUserCalibrationTable 1 Usage of the calibration table Unidirectional All 20 calibration points are used for positive flow calibration and are then mirrored for negative flow Bidirectional The first 10 calibration points are used for positive flow calibration and the 10 last calibration points are used for negative flow calibration Setting Unidirectional Bidirectiona...

Page 42: ...ess level Expert user only Note Only available for PID_ProtectCalibrationTable 1 OR PID_EnableUserCalibrationTable 1 Setting 0 0 m3 s to 100000 0 m3 s Default 0 0 m3 s Related Path Setup Sensor settings Multipoint calibration Multipoint calibration table Calibration points 1 20 3 1 8 4 2 Calibration value 1 20 Description Calibration correction factor that is associated to Calibration points 1 thr...

Page 43: ...direction 3 1 10 Miscellaneous 3 1 10 1 Preamplifier Setting Description Preamplifier settings Access level Expert user only Auto default Will automatically turn on the pre amplifier if the sensor type is clamp on Off Turns off the pre amplifier regardless of the sensor type inline or clamp on On Turns on the pre amplifier regardless of the sensor type inline or clamp on Half transmit amplitude Re...

Page 44: ... ringdown delay setting for optimized signal processing is 2000 000122 μs 3 1 10 4 Electronic time delay Description The time delay induced by the DSL electronics Access level Expert user only Read only The time delay induced by the DSL electronincs is 0 519 μs 3 1 11 Configuration of test blocks 3 1 11 1 About Description NOTICE Configuration data overwrite error Running the test block configurat...

Page 45: ...ize Sensor path A1 Path 1 Path 2 A2 Path 1 Path 2 B1 Path 1 Path 2 B2 Path 1 Path 2 B3 Path 1 Path 2 C1 Path 1 Path 2 C2 Path 1 Path 2 C3 Path 1 Path 2 D1 Path 1 Path 2 D2 Path 1 Path 2 D3 Path 1 Path 2 Save settings After settings are complete press the right arrow to save sensor test block settings 3 2 Process values 3 2 1 Volume flow 3 2 1 1 Units Description Select units for displayed volume f...

Page 46: ...L42 d million barrels per day BBL31 5 s 1 barrel 31 5 US gallons BBL31 5 min 1 barrel 31 5 US gallons BBL31 5 h 1 barrel 31 5 US gallons BBL31 5 d 1 barrel 31 5 US gallons ft s cubic feet per second ft min cubic feet per minute ft h cubic feet per hour ft d cubic feet per day Mft3 d million cubic feet per day af min acre feet per minute af h acre feet per hour af d acre feet per day in3 sec cubic ...

Page 47: ...p Process values Standard volume flow Decimal places 3 2 1 5 Low flow cut off Description Volume flow limit for low flow cut off Below limit volume flow output is forced to zero Setting 0 00 m3 h to 896 40 m3 h depends on sensor Default 0 1 of maximum flow depends on sensor Related Path Setup Process values Volume flow Low flow cut off 3 2 1 6 Alarm and warning limits 3 2 1 6 1 Upper alarm limit D...

Page 48: ...40 m3 h Default 896 40 m3 h Related Path Setup Process values Volume flow Alarm and warning limits Lower warning limit 3 2 1 6 4 Lower alarm limit Description Set Lower alarm limit Alarm is triggered if measured value is below the limit Setting 896 40 m3 h to 896 40 m3 h Default 896 40m3 h Related Path Setup Process values Volume flow Alarm and warning limits Lower alarm limit 3 2 1 6 5 Hysteresis...

Page 49: ...ay t min 1 t 1000 kg t h 1 t 1000 kg t d 1 t 1000 kg STon min 1 STon 2000 lb STon h 1 STon 2000 lb STon d 1 STon 2000 lb T h 1 T 2240 lb T d 1 T 2240 lb lb s pounds per second lb min pounds per minute lb h pounds per hour lb d pounds per day custom units see Custom units Custom conversion factor Default kg h kilograms per hour Related Path Setup Process values Mass flow Units 3 2 2 2 Custom units ...

Page 50: ...Path Setup Process values Mass flow Decimal places 3 2 2 5 Low flow cut off Description Mass flow limit for low flow cut off Below limit mass flow output is forced to zero Setting 0 00 to 3682800 00 kg h depends on sensor Default 0 1 of maximum mass flow depends on sensor Related Path Setup Process values Mass flow Low flow cut off 3 2 2 6 Alarm and warning limits 3 2 2 6 1 Upper alarm limit Descr...

Page 51: ...tting 3682800 00 kg h to 3682800 00 kg h Default 3682800 00 kg h Related Path Setup Process values Mass flow Alarm and warning limits Lower warning limit 3 2 2 6 4 Lower alarm limit Description If mass flow value falls below this limit an alarm is triggered Setting 3682800 00 kg h to 3682800 00 kg h Default 3682800 00 kg h Related Path Setup Process values Mass flow Alarm and warning limits Lower ...

Page 52: ...ters per day Sft s standard cubic feet per sec Sft min standard cubic feet per min Sft h standard cubic feet per hour Sft d standard cubic feet per day Sin3 sec cubic inches per second Sin3 min cubic inches per min Sin3 h cubic inches per hour Sin3 d cubic inches per day Custom units see Custom units Custom conversion factor Default Sm s Related Path Setup Process values Standard volume flow Units...

Page 53: ...mal places 5 decimal places 6 decimal places Default 2 decimal places Related Path Setup Process values Standard volume flow Decimal places 3 2 3 5 Low flow cut off Description Standard volume flow limit for low flow cut off Below limit standard volume flow output is forced to zero Setting Min 0 0 Sm3 s Default 0 0 Sm3 s Related Path Setup Process values Standard volume flow Low flow cut off 3 2 3...

Page 54: ...ard volume flow Alarm and warning limits Upper warning limit 3 2 3 6 3 Lower warning limit Description Falling below this limit causes a warning Setting 10800000 00 Sm3 h to 10800000 00 Sm3 h Default 3600 00 Sm3 h Related Path Setup Process values Standard volume flow Alarm and warning limits Lower warning limit 3 2 3 6 4 Lower alarm limit Description Falling below this limit causes an alarm Setti...

Page 55: ... the standard process values Setting 0 0 C 32 F to 100 0 C 212 0 F Default 15 0 C 59 0 F Related Path Setup Process values Standard volume flow Standard temperature Units 3 2 3 8 Standard pressure Description Standard pressure This value is used to calculate standard process values Setting 100000 0 Pa to 200000 0 Pa Default 101325 0 Pa pascal Related Path Setup Process values Standard volume flow ...

Page 56: ...r second in min inches per minute ft s feet per second ft min feet per minute custom units see Custom units Custom conversion factor Default m s meters per second Related Path Setup Process values Flow velocity Units 3 2 4 2 Custom units Description User specific text string to define custom unit values The custom unit can then be selected in the flow velocity units Setting Default Related Path Se...

Page 57: ...ult 2 decimal places Related Path Setup Process values Flow velocity Decimal places 3 2 4 5 Low flow cut off Description Flow velocity limit for low flow cut off Below limit flow velocity output is forced to zero Setting Min 0 00 Default 0 0 m s Related Path Setup Process values Flow velocity Low flow cut off 3 2 4 6 Alarm and warning limits 3 2 4 6 1 Upper alarm limit Description If process value...

Page 58: ...g 9999997952 m s to 9999997952 m s Default 9999997952 m s Related Path Setup Process values Flow velocity Alarm and warning limits Lower warning limit 3 2 4 6 4 Lower alarm limit Description If the process value falls below this limit an alarm is triggered Setting 9999997952 m s to 9999997952 m s Default 9999997952 m s Related Path Setup Process values Flow velocity Alarm and warning limits Lower ...

Page 59: ...r minute ft s feet per second ft min feet per minute Custom units see Custom units Custom conversion factor Default m s meters per second Related Path Setup Process values Sound velocity Units 3 2 5 2 Custom units Description User specific text string to define a name for custom unit values The custom unit can then be selected in the sound velocity units Setting Default Related Path Setup Process ...

Page 60: ...ces Related Path Setup Process values Sound velocity Decimal places 3 2 5 5 Alarm and warning limits 3 2 5 5 1 Upper alarm limit Description If process value exceeds this limit an alarm is triggered Setting 9999997952 m s to 9999997952 m s Default 9999997952 m s Related Path Setup Process values Sound velocity Alarm and warning limits Upper alarm limit 3 2 5 5 2 Upper warning limit Description If ...

Page 61: ...arm limit Description If the process value falls below this limit an alarm is triggered Setting 9999997952 m s to 9999997952 m s Default 9999997952 m s Related Path Setup Process values Sound velocity Alarm and warning limits Lower alarm limit 3 2 5 5 5 Hysteresis Description Sets the hysteresis for alarm and warning limits The hysteresis is the distance between the limits for activation and deact...

Page 62: ...larm and warning limits Upper alarm limit 3 2 6 1 2 Upper warning limit Description Exceeding this limit causes a warning Setting 9999997952 m s to 9999997952 m s Default 9999997952 m s Related Path Setup Process values LiquIdent Alarm and warning limits Upper warning limit 3 2 6 1 3 Lower warning limit Description Falling below this limit causes a warning Setting 9999997952 m s to 9999997952 m s ...

Page 63: ...9997952 m s Default 0 0 m s Related Path Setup Process values LiquIdent Alarm and warning limits Hysteresis 3 2 6 2 Temperature slope factor Description Temperature slope factor This factor is used in connection with the standard condition temperature for calculating LiquIdent Setting 0 0 m s K to 8 0 m s K Default 4 1 m s K Related Path Setup Process values LiquIdent Temperature slope factor 3 2 ...

Page 64: ...lograms per liter kg m kilograms per cubic meter lb in pounds per cubic inch lb gal pounds per US gallon lb ft pounds per cubic foot STon yd 1 STon 2000 lb custom units see Custom units Custom conversion factor Default kg m kilograms per cubic meter Related Path Setup Process values Density Units 3 2 7 2 Custom units Description User specific text string to define custom unit values The custom uni...

Page 65: ...lt 2 decimal places Related Path Setup Process values Density Decimal places 3 2 7 5 Alarm and warning limits 3 2 7 5 1 Upper alarm limit Description If density value exceeds this limit an alarm is triggered Setting 0 00 kg m to 10000 00 kg m Default 900 00 kg m Related Path Setup Process values Density Alarm and warning limits Upper alarm limit 3 2 7 5 2 Upper warning limit Description If density...

Page 66: ...alls below this limit an alarm is triggered Setting 0 00 kg m to 10000 00 kg m Default 1 00 kg m Related Path Setup Process values Density Alarm and warning limits Lower alarm limit 3 2 7 5 5 Hysteresis Description Sets the hysteresis for alarm and warning limits The hysteresis is the distance between the limits for activation and deactivation of an alarm warning Setting 0 00 kg m to 10000 00 kg m...

Page 67: ...places 3 decimal places 4 decimal places 5 decimal places 6 decimal places Default 2 decimal places Related Path Setup Process values Kinematic viscosity Decimal places 3 2 8 3 Alarm and warning limits 3 2 8 3 1 Upper alarm limit Description If process value exceeds this limit an alarm is triggered Setting 9999997952 m s to 9999997952 m s Default 9999997952 m s Related Path Setup Process values St...

Page 68: ...limits Lower warning limit 3 2 8 3 4 Lower alarm limit Description If process value falls below this limit an alarm is triggered Setting 9999997952 m s to 9999997952 m s Default 9999997952 m s Related Path Setup Process values Kinematic viscosity Alarm and warning limits Lower alarm limit 3 2 8 3 5 Hysteresis Description Sets the hysteresis for alarm and warning limits The hysteresis is the distan...

Page 69: ... C mH2O meters of water at 4 C cmHg centimeters of mercury at 0 C mHg meters of mercury at 0 C gf cm grams force per square cm kg m kil ograms per square meter lb ft pounds per square foot ftH2O feet water at 4 C ftH2O feet water at 60 F Default Pa pascals Related Path Setup Process values Pressure Units 3 2 9 2 Decimal places Description Sets the decimal places for the process value displayed in ...

Page 70: ...ressure Alarm and warning limits Upper warning limit 3 2 9 3 3 Lower warning limit Description If the process value falls below this limit a warning is triggered Setting 9999997952 Pa to 9999997952 Pa Default 9999997952 Pa Related Path Setup Process values Pressure Alarm and warning limits Lower warning limit 3 2 9 3 4 Lower alarm limit Description if process value falls below this limit an alarm ...

Page 71: ...3 2 10 1 Units Description Select units for displayed temperature Units are not applied at communication interface Setting C degrees Celsius F degrees Fahrenheit R degrees Rankine K kelvins Default C degrees Celsius Related Path Setup Process values Medium temperature Units 3 2 10 2 Decimal places Description Sets the decimal places for the process value displayed in the local display Setting Auto...

Page 72: ...warning limits Upper alarm limit 3 2 10 3 2 Upper warning limit Description Exceeding this limit causes a warning Related Setting 272 77 to 400 00 C Default 270 00 C Related Path Setup Process values Medium temperature Alarm and warning limits Upper warn ing limit 3 2 10 3 3 Lower warning limit Description Falling below this limit causes a warning Setting 272 77 00 to 400 00 C Default 270 00 C Rel...

Page 73: ... 0 00 C to 200 00 C Default 0 00 C Related Path Setup Process values Medium temperature Alarm and warning limits Hysteresis 3 2 11 Standard density 3 2 11 1 Units Description Select units for displayed standard density Units are not applied at communication interface Related Setting μg l micrograms per liter μg m micrograms per cubic meter mg l milligrams per liter g ml grams per milliliter g cm g...

Page 74: ...ath Setup Process values Standard density Decimal places 3 2 11 3 Alarm and warning limits 3 2 11 3 1 Upper alarm limit Description Exceeding this limit causes an alarm Setting 0 00 kg m to 10000 00 kg m Default 900 00 kg m Related Path Setup Process values Standard density Alarm and warning limits Upper alarm limit 3 2 11 3 2 Upper warning limit Description Exceeding this limit causes a warning S...

Page 75: ...limits Lower warning limit 3 2 11 3 4 Lower alarm limit Description Falling below this limit causes an alarm Setting 0 00 kg m to 10000 00 kg m Default 1 00 kg m Related Path Setup Process values Standard density Alarm and warning limits Lower alarm limit 3 2 11 3 5 Hysteresis Description Hysteresis that affects the alarm and warning limits Setting 0 00 kg m to 10000 00 kg m Default 0 00 kg m Rela...

Page 76: ... Units 3 2 12 2 Decimal places Description Sets the decimal places for the process value displayed in the local display Setting Auto No decimal place 1 decimal place 2 decimal places 3 decimal places 4 decimal places 5 decimal places 6 decimal places Default 2 decimal places Related Path Setup Process values Standard kinematic viscosity Decimal places 3 2 12 3 Alarm and Warning limits 3 2 12 3 1 U...

Page 77: ...ng Setting 9999997952 m s to 9999997952 m s Default 9999997952 m s Related Path Setup Process values Standard kinematic viscosity Alarm and warning limits Lower warning limit 3 2 12 3 4 Lower alarm limit Description Falling below this limit causes an alarm Setting 9999997952 m s to 9999997952 m s Default 9999997952 m s Related Path Setup Process values Standard kinematic viscosity Alarm and warnin...

Page 78: ...ption Exceeding this limit causes an alarm Setting 9999997952 API to 9999997952 API Default 9999997952 API Related Path Setup Process values API gravity Alarm and warning limits Upper alarm limit 3 2 13 1 2 Upper warning limit Description Exceeding this limit causes a warning Setting 9999997952 API to 9999997952 API Default 9999997952 API Related Path Setup Process values API gravity Alarm and war...

Page 79: ...Setting 9999997952 API to 9999997952 API Default 9999997952 API Related Path Setup Process values API gravity Alarm and warning limits Lower alarm limit 3 2 13 1 5 Hysteresis Description Hysteresis that affects the alarm and warning limits Setting 0 00 API to 9999997952 API Default 0 00 API Related Path Setup Process values API gravity Alarm and warning limits Hysteresis 3 2 14 Standard API gravit...

Page 80: ...I to 9999997952 API Default 9999997952 API Related Path Setup Process values Standard API gravity Alarm and warning limits Upper warn ing limit 3 2 14 1 3 Lower warning limit Description Falling below this limit causes a warning Setting 9999997952 API to 9999997952 API Default 9999997952 API Related Path Setup Process values Standard API gravity Alarm and warning limits Lower warn ing limit 3 2 14...

Page 81: ...Path Setup Process values Standard API gravity Alarm and warning limits Hysteresis 3 2 15 Specific gravity 3 2 15 1 Alarm and warning limits 3 2 15 1 1 Upper alarm limit Description Exceeding this limit causes an alarm Setting 9999997952 SGU to 9999997952 SGU Default 9999997952 SGU Related Path Setup Process values Specific gravity Alarm and warning limits Upper alarm limit 3 2 15 1 2 Upper warnin...

Page 82: ...rocess values Specific gravity Alarm and warning limits Lower warning limit 3 2 15 1 4 Lower alarm limit Description Falling below this limit causes an alarm Setting 9999997952 SGU to 9999997952 SGU Default 9999997952 SGU Related Path Setup Process values Specific gravity Alarm and warning limits Lower alarm limit 3 2 15 1 5 Hysteresis Description Hysteresis that affects the alarm and warning limi...

Page 83: ...larm and warning limits Upper alarm limit 3 2 16 1 2 Upper warning limit Description Exceeding this limit causes a warning Setting 9999997952 SGU to 9999997952 SGU Default 9999997952 SGU Related Path Setup Process values Standard specific gravity Alarm and warning limits Upper warning limit 3 2 16 1 3 Lower warning limit Description Falling below this limit causes a warning Setting 9999997952 SGU ...

Page 84: ... limit 3 2 16 1 5 Hysteresis Description Hysteresis that affects the alarm and warning limits Setting 0 00 SGU to 9999997952 SGU Default 0 00 SGU Related Path Setup Process values Standard specific gravity Alarm and warning limits Hystere sis 3 3 Totalizers 3 3 1 Totalizer 1 3 3 1 1 Process value Description Select the process value to be totalized Setting Mass flow Volume flow Standard volume flo...

Page 85: ...BL42 1 barrel 42 US gallons in cubic inches ft cubic feet yd cubic yards bush bushels Process value Standard volume flow Nl normal liters Nm normal cubic meters Sl standard liters Sft standard cubic feet Sm standard cubic meters custom units see Custom units Custom conversion factor Default kg kilograms Related Path Setup Totalizers Totalizer 1 Units 3 3 1 3 Custom units Description User specific ...

Page 86: ...tion Totalizer 1 direction Setting Forward and backward Forward Backward Hold Default Forward Related Path Setup Totalizers Totalizer 1 Direction 3 3 1 7 Fail safe behaviour Description Behaviour of the totalizer during the occurrence of bad input value Setting RUN totalization is continued using the bad input value HOLD totalization is stopped MEMORY totalization is continued based on the last in...

Page 87: ...low 9999997952 Sm to 9999997952 Sm Setting Cancel OK Default Cancel Related Path Setup Totalizers Totalizer 1 Preset 3 3 1 10 Alarm and warning limits 3 3 1 10 1 Upper alarm limit Description Alarm is triggered if Totalizer 1 value is above the limit Setting Process value Mass flow 9999997952 kg to 9999997952 kg Process value Volume flow 9999997952 m to 9999997952 m Process value Standard volume f...

Page 88: ...cess value Mass flow 9999997952 kg to 9999997952 kg Process value Volume flow 9999997952 m to 9999997952 m Process value Standard volume flow 9999997952 Sm to 9999997952 Sm Default Process value Mass flow 9999997952 kg Process value Volume flow 9999997952 m Process value Standard volume flow 9999997952 Sm Related Path Setup Totalizers Totalizer 1 Alarm and warning limits Lower warning limit 3 3 1 ...

Page 89: ...Default Process value Mass flow 0 00 kg Process value Volume flow 0 00 m Process value Standard volume flow 0 00 Sm Related Path Setup Totalizers Totalizer 1 Alarm and warning limits Hysteresis 3 3 2 Totalizer 2 3 3 2 1 Process value Description Select the process value to be totalized Setting Mass flow Volume flow Standard volume flow only Hydrocarbon and gas applications Default Mass flow Relate...

Page 90: ...l cubic meters Sl standard liters Sft standard cubic feet Sm standard cubic meters custom units see Custom units Custom conversion factor Default kg kilograms Related Path Setup Totalizers Totalizer 2 Units 3 3 2 3 Custom units Description User specific string to define custom unit Totalizer 2 values Setting Default Related Path Setup Totalizers Totalizer 2 Custom units 3 3 2 4 Custom conversion f...

Page 91: ...ult Forward Related Path Setup Totalizers Totalizer 2 Direction 3 3 2 7 Fail safe behaviour Description Behavior of the totalizer during the occurrence of bad input value Setting RUN totalization is continued using the bad input value HOLD totalization is stopped MEMORY totalization is continued based on the last incoming good value Default RUN totalization is continued using the bad input value R...

Page 92: ...Path Setup Totalizers Totalizer 2 Preset 3 3 2 10 Alarm and warning limits 3 3 2 10 1 Upper alarm limit Description Alarm is triggered if Totalizer 2 value is above the limit Setting Process value Mass flow 9999997952 kg to 9999997952 kg Process value Volume flow 9999997952 m to 9999997952 m Process value Standard volume flow 9999997952 Sm to 9999997952 Sm Default Process value Mass flow 999999795...

Page 93: ...Process value Volume flow 9999997952 m to 9999997952 m Process value Standard volume flow 9999997952 Sm to 9999997952 Sm Default Process value Mass flow 9999997952 kg Process value Volume flow 9999997952 m Process value Standard volume flow 9999997952 Sm Related Path Setup Totalizers Totalizer 2 Alarm and warning limits Lower warning limit 3 3 2 10 4 Lower alarm limit Description Alarm is triggere...

Page 94: ...Process value Mass flow 0 00 kg Process value Volume flow 0 00 m Process value Standard volume flow 0 00 Sm Related Path Setup Totalizers Totalizer 2 Alarm and warning limits Hysteresis 3 3 3 Totalizer 3 3 3 3 1 Process value Description Select the cut off filtered process value to be totalized Setting Mass flow Volume flow Standard volume flow only Hydrocarbon and gas applications Default Mass fl...

Page 95: ...l cubic meters Sl standard liters Sft standard cubic feet Sm standard cubic meters custom units see Custom units Custom conversion factor Default kg kilograms Related Path Setup Totalizers Totalizer 3 Units 3 3 3 3 Custom units Description User specific string to define custom unit Totalizer 3 values Setting Default Related Path Setup Totalizers Totalizer 3 Custom units 3 3 3 4 Custom conversion f...

Page 96: ...efault Forward Related Path Setup Totalizers Totalizer 3 Direction 3 3 3 7 Fail safe behaviour Description Behavior of the totalizer during the occurrence of bad input value Setting RUN totalization is continued using the bad input value HOLD totalization is stopped MEMORY totalization is continued based on the last incoming good value Default RUN totalization is continued using the bad input valu...

Page 97: ...Path Setup Totalizers Totalizer 3 Preset 3 3 3 10 Alarm and warning limits 3 3 3 10 1 Upper alarm limit Description Alarm is triggered if Totalizer 3 value is above the limit Setting Process value Mass flow 9999997952 kg to 9999997952 kg Process value Volume flow 9999997952 m to 9999997952 m Process value Standard volume flow 9999997952 Sm to 9999997952 Sm Default Process value Mass flow 999999795...

Page 98: ...Process value Volume flow 9999997952 m to 9999997952 m Process value Standard volume flow 9999997952 Sm to 9999997952 Sm Default Process value Mass flow 9999997952 kg Process value Volume flow 9999997952 m Process value Standard volume flow 9999997952 Sm Related Path Setup Totalizers Totalizer 3 Alarm and warning limits Lower warning limit 3 3 3 10 4 Lower alarm limit Description Alarm is triggere...

Page 99: ...ess value Volume flow 0 00 m Process value Standard volume flow 0 00 Sm Related Path Setup Totalizers Totalizer 3 Alarm and warning limits Hysteresis 3 3 4 Reset all totalizers Description Reset command to reset totalizers 1 to 3 to zero Setting Cancel OK Default Cancel Related Path Setup Totalizers Reset all totalizers 3 4 Inputs and outputs The available configuration of the hardware functionali...

Page 100: ...requency ouput Pulse output Status output Alarm class Alarm item NAMUR status signals 3 Signal input output Inputs Current input 0 4 20 mA Digital input Totalizer reset Remote zero adjust Force outputs Freeze process values Outputs Current output 0 4 20 mA Frequency ouput Pulse output Status output Alarm class Alarm item NAMUR status signals Relay output Status Output Alarm class Alarm item NAMUR ...

Page 101: ...put Status output Alarm class Alarm item NAMUR status signals Relay output Status Output Alarm class Alarm item NAMUR status signals Current output All four channels can be configured as current output Current output configuration The following process values can be assigned to the current output Volume flow Mass flow Sound velocity Flow velocity Density Medium temperature Pressure Kinematic visco...

Page 102: ...y specific flow values Linear control range Lower saturation limit Upper saturation limit Lower fault current value Recommended setting range for lower fault current Recommended setting range for upper fault current Measuring range Figure 3 1 Current limits for NAMUR configuration The fail safe current output signal can be selected to Lower fault current defined in the Loop current scale selection...

Page 103: ...ities for a current output Positive flow with negative scaling Low flow cut off Upper range value Maximum output current Upper fault current Lower range value Lower saturation limit Span Current output setting Process value Mass flow Direction Positive Loop current scale 4 20 mA maximum 25 mA Upper range value 100 kg h Lower range value 400 kg h Fail safe behaviour Upper fault current Low flow cut...

Page 104: ...ge value Low flow cut off Upper range value Upper saturation limit Lower saturation limit Lower fault current Span Current output setting Process value Mass flow Direction Bidirectional Loop current scale 4 20 mA NAMUR Upper range value 400 kg h Lower range value 100 kg h Fail safe behaviour Upper fault current Low flow cut off 25 kg h ...

Page 105: ...er range value Low flow cut off Upper range value Upper saturation limit Lower saturation limit Lower fault current Span Current output setting Process value Mass flow Direction Bidirectional Loop current scale 4 20 mA US Upper range value 400 kg h Lower range value 100 kg h Fail safe behaviour Minimum current Low flow cut off 25 kg h ...

Page 106: ...s value Mass flow Direction Bidirectional Symmetric Loop current scale 4 20 mA NAMUR Upper range value 400 kg h Lower range value 100 kg h Fail safe behaviour Upper fault current Low flow cut off 25 kg h Pulse output The pulse output function supplies pulses equivalent to a configured amount of accumulated volume or mass The pulse width is configured and the pulse repetition is proportional to the...

Page 107: ... Pulse width must be selected with the view that remaining time is always greater than pulse width at the highest measured flow Frequency output The frequency output function supplies a frequency 50 duty cycle proportional to the selected process value Frequency is calculated as follows Example This example shows how to calculate the output frequency for any measured flowrate Frequency output conf...

Page 108: ...arms can be signaled on the output and selected from the alarm class or the alarm item lists Alarm class Alarm will be signaled if alarm within the selected alarm class occurs Alarm item Alarm will be signaled if selected alarm item occurs It is possible to select multiple alarms to be signaled Note Alarm class NAMUR status signals The options depend on the setting selected in Staus icons either N...

Page 109: ...nnel 2 shifted by 90 or 180 of the functional width of the pulse If set to redundancy mode channel 3 inherits all channel 2 settings The functional width of the pulse is two times the pulse On duration The flow direction will determine whether channel 3 is shifted before or after channel 2 The following examples describe the pulse functionalities for channel 2 and 3 in redundancy mode Channel 2 co...

Page 110: ...Off Disables the diagnosis of the current input channel Pressure Allocates the input current to the Process value Pressure Medium temperature Allocates the input current to the Process value Medium temperature Density Allocates the input current to the Process value Density Kinematic viscosity Allocates the input current to the Process value Kinematic viscosity Sensor temperature Allocates the inp...

Page 111: ...configuration Reset all totalizers simultaneously Freeze process values Freezes all currently measured values in the display and outputs Force process values Forces all outputs to adopt the value selected in the menu If the value 100 is selected the current output will show 20 mA and the frequency output will show 10 000 kHz when the external output is activated Note Changing polarity Changing the...

Page 112: ...cosity Pressure Medium temperature Standard density only hydrocarbon and gas applications Standard kinematic viscosity only hydrocarbon applications API gravity only hydrocarbon applications Standard API gravity only hydrocarbon applications Specific gravity only hydrocarbon applications Standard specific gravity only hydrocar bon and gas applications Auxiliary temperature Sensor temperature Stand...

Page 113: ...iption Sets value at 100 of measuring span and corresponds to a loop current of 20 mA Setting and Default are sensor specific depending on the setting in PV selection and depending on the Units setting Setting 10800000000 00 kg h to 10800000000 00 kg h Default 21600000000 00 kg h Related Path Setup Inputs and outputs Channel 1 output with HART Upper range value 3 4 3 7 Lower range value Descriptio...

Page 114: ...ponse to sudden changes in measurement An increase to Damping value increases response time of device and affects digital value and loop current If output values are noisy increase Damping value For faster response time decrease Damping value Find a value that meets requirements of signal stability and response time Setting 0 0 s to 100 0 s Default 0 0 s Related Path Setup Inputs and outputs Chann...

Page 115: ...hannel 1 output with HART Fail safe value 3 4 3 12 Fail safe minimum time Description Minimum time the output stays in fail safe mode Setting 0 s to 100 s Default 0 s Related Path Setup Inputs and outputs Channel 1 output with HART Fail safe minimum time 3 4 4 Channel 2 output 3 4 4 1 Operation mode Description Operation mode Sets the output functionality for channel operation Setting Off Current ...

Page 116: ...nel 2 output Fail safe activation condition 3 4 4 4 Current output 3 4 4 4 1 Process value Description Select process value for the current output Setting Volume flow Mass flow Standard volume flow only hydrocarbon and gas applications Flow velocity Sound velocity LiquIdent only hydrocarbon applications Density Kinemat ic viscosity Pressure Medium temperature Standard density only hydrocarbon and ...

Page 117: ...lower fault current lower saturation limit to upper saturation limit upper fault current Description Setting 4 to 20 mA 3 50 3 8 to 20 5 22 6 NAMUR 4 to 20 mA 3 75 4 0 to 20 8 22 6 US 4 to 20 mA 0 00 4 0 to 20 5 22 0 4 to 20 mA 2 00 4 0 to 24 0 25 0 0 to 20 mA 0 00 0 0 to 20 5 22 0 0 to 20 mA 0 00 0 0 to 24 0 25 0 Default 4 to 20 mA 3 50 3 8 to 20 5 22 6 NAMUR Related Path Setup Inputs and outputs...

Page 118: ...ange value 2 4 4 4 6 Damping value Description Sets the Damping filtering to smooth out response to sudden changes in measurement An increase to Damping value increases response time of device and affects digital value and loop current If output values are noisy increase Damping value For faster response time decrease Damping value Find a value that meets requirements of signal stability and respo...

Page 119: ...tput Current output Fail safe minimum time 3 4 4 5 Frequency output 3 4 4 5 1 Process value Description Select process value for the frequency output Setting Volume flow Mass flow Standard volume flow only hydrocarbon and gas applications Flow velocity Sound velocity LiquIdent only hydrocarbon applications Density Kinemat ic viscosity Pressure Medium temperature Standard density only hydrocarbon a...

Page 120: ...ctional symmetric Default Positive Related Path Setup Inputs and outputs Channel 2 output Frequency output Direction 3 4 4 5 3 Frequency value high Description Upper frequency value Upper nominal output range boundary Setting 0 0 Hz to 12500 0 Hz Default 10000 0 Hz Related Path Setup Inputs and outputs Channel 2 output Frequency output Frequency value high 3 4 4 5 4 Frequency value low Description...

Page 121: ...5 6 Lower range value Description Sets value at 0 of measuring span and corresponds to Frequency value low Setting and Default are sensor specific depending on the setting in Process value and depending on the Units setting Setting 0 00 kg h to 3682800 00 kg h Default 0 00 kg h Related Path Setup Inputs and outputs Channel 2 output Frequency output Lower range value 3 4 4 5 7 Damping value Descrip...

Page 122: ...red to Fail safe value Setting 0 0 Hz to 12500 0 Hz Default 0 0 Hz Related Path Setup Inputs and outputs Channel 2 output Frequency output Fail safe value 3 4 4 5 10 Fail safe minimum time Description Minimum time the output stays in fail safe mode Setting 0 s to 100 s Default 0 s Related Path Setup Inputs and outputs Channel 2 output Frequency output Fail safe minimum time 3 4 4 6 Pulse output 3 ...

Page 123: ...rial gal lons BBL31 5 1 barrel 31 5 US gallons BBL31 1 barrel 31 US gallons BBL42 1 barrel 42 US gallons in cubic inches ft cubic feet yd cubic yards bush bush els Mass g grams kg kilograms t 1 t 1000 kg STon 1 STon 2000 lb T 1 T 2240 lb oz ounces lb pounds Standard volume Nl normal liters Nm normal cubic meters Sl standard liters Sft standard cubic feet Sm standard cubic meters cus tom units see ...

Page 124: ...ate an output pulse Setting 0 0 l to 99999997952 l Default 1 00 I Related Path Setup Inputs and outputs Channel 2 output Pulse output Amount per pulse 3 4 4 6 7 Pulses per amount Description Number of pulses which will be output when configured amount is reached Setting 1 to 65535 Default 1 Related Path Setup Inputs and outputs Channel 2 output Pulse output Pulses per amount 3 4 4 6 8 Pulse width ...

Page 125: ...of pulse output Setting Active high level Active low level Default Active high level Related Path Setup Inputs and outputs Channel 2 output Pulse output Polarity 3 4 4 6 11 Fail safe behaviour Description Current output reaction in case of a fault Setting Last valid value Hold Current value Fail safe value Maximum pulses s only if CH3 oper ation mode is configured to Pulse output and CH3 redundanc...

Page 126: ...escription Minimum time the output stays in fail safe mode Short events will be prolonged Setting 0 s to 100 s Default 0 s Related Path Setup Inputs and outputs Channel 2 output Pulse output Fail safe minimum time 3 4 4 7 Status output 3 4 4 7 1 Status mode Description Select the functionality for the status output Setting Alarm class Alarm item Default Alarm class Related Path Setup Inputs and ou...

Page 127: ...6 Configuration 2 37 DSL system monitor Default None Related Path Setup Inputs and outputs Channel 2 output Status output Sensor alarms 2 3 4 4 7 4 Process alarms 1 Description Selection of alarm items that impact the output Applicable if Status mode Alarm item Setting 96 Mass flow above alarm limit 97 Mass flow above warning limit 98 Mass flow below warning limit 99 Mass flow below alarm limit 10...

Page 128: ...ound velocity above alarm limit 229 Sound velocity above warning limit 230 Sound velocity below warning limit 231 Sound velocity below alarm limit 232 Flow velocity above alarm limit 233 Flow velocity above warning limit 234 Flow velocity below warning limit 235 Flow velocity below alarm limit 236 Pressure above alarm limit 237 Pressure above warning limit 238 Pressure below warning limit 239 Pres...

Page 129: ...below alarm limit Default None Related Path Setup Inputs and outputs Channel 2 output Status output Process alarms 4 3 4 4 7 8 Totalizer alarms Description Selection of alarm items that impact the output Applicable if Status mode Alarm item Setting 136 Totalizer 1 above alarm limit 137 Totalizer 1 above warning limit 138 Totalizer 1 below warning limit 139 Totalizer 1 below alarm limit 140 Totaliz...

Page 130: ... output frequency too high 200 CH2 pulse overflow 201 CH3 loop cur in lower saturation 202 CH3 loop cur in upper saturation 203 CH3 cable break 204 CH3 output frequency too low 205 CH3 output fre quency too high 206 CH3 pulse overflow 207 CH4 loop cur in lower saturation 208 CH4 loop cur in upper saturation 209 CH4 cable break 210 CH4 output frequency too low 211 CH4 output frequency too high 212 ...

Page 131: ...alarms 2 Setting 289 Sound velocity simulated 290 Flow velocity simulated 291 Pressure simulated 292 Kin viscosity simulated 293 Aux temperature simulated 294 Sensor temperature simu lated 296 CH5 simulated 297 CH6 simulated 298 Std volume flow simulated 299 Standardizing factor simulated 300 Std kin viscosity simulated 301 Std density simulat ed 303 API gravity simulated 304 Std API gravity simul...

Page 132: ...utput Each diagnostic event is allocated to a NAMUR status signal Application if Status mode Alarm class and Status icons NAMUR Setting Failure Function check Out of specification Maintenance required Default None Related Path Setup Inputs and outputs Channel 2 output Status output NAMUR status signal 3 4 4 7 17 Polarity Description Logical polarity of status output Setting Active high level Activ...

Page 133: ...hannel 2 output Status output Off delay 3 4 5 Channel 3 input output 3 4 5 1 Operation mode Description Shows the configured Operation mode Use Change operation mode to set the mode Read only Setting Off Current output Frequency output Pulse output Status output Digital input Current input Default Off Related Path Setup Inputs and outputs Channel 3 input output Operation mode 3 4 5 2 Change operat...

Page 134: ...nt loop Default Related Path Setup Inputs and outputs Channel 3 input output Active operation 3 4 5 4 Fail safe activation condition Description Defines the condition the fail safe behaviour of the channel becomes active and determines the channel availability Setting Invalid process value Maintenance alarm or Failure NAMUR Default Maintenance alarm or Failure NAMUR Related Path Setup Inputs and o...

Page 135: ...3 input output Current output Process value 3 4 5 5 2 Direction Description Flow direction filter applicable for process values mass flow volume flow flow velocity standard volume flow rate only hydrocarbon and gas applications Setting Positive Negative Bidirectional Bidirectional symmetric Default Positive Related Path Setup Inputs and outputs Channel 3 input output Current output Direction 3 4 5...

Page 136: ...ing and Default are sensor specific depending on the setting in Process value and depending on the Units setting Setting 10800000000 0 kg h to 10800000000 0 kg h Default 0 00 kg h Related Path Setup Inputs and outputs Channel 3 input output Current output Lower range value 3 4 5 5 6 Damping value Description Sets the Damping filtering to smooth out response to sudden changes in measurement An incr...

Page 137: ...input output Current output Fail safe behav iour 3 4 5 5 8 Fail safe value Description Output value in case of a fault and when fail safe behaviour configured to Fail safe value Setting 0 0 mA to 25 0 mA Default 0 0 mA Related Path Setup Inputs and outputs Channel 3 input output Current output Fail safe value 3 4 5 5 9 Fail safe minimum time Description Minimum time the output stays in fail safe m...

Page 138: ...ns Flow velocity Sound velocity LiquIdent only hydrocarbon applications Density Kinemat ic viscosity Pressure Medium temperature Standard density only hydrocarbon and gas applications Standard kinematic viscosity only hydrocarbon applications API gravity only hydrocarbon applications Standard API gravity only hydrocarbon applications Specific gravity only hydrocarbon applications Standard specific...

Page 139: ...ncy value low Description Lower frequency value Lower nominal output range boundary Setting 0 0 Hz to 12500 0 Hz Default 0 0 Hz Related Path Setup Inputs and outputs Channel 3 input output Frequency output Frequency value low 3 4 5 6 6 Upper range value Description Sets value at 100 of measuring span and corresponds to Frequency value high Setting and Default are sensor specific depending on the s...

Page 140: ... output Lower range value 3 4 5 6 8 Damping value Description Time constant of damping filter for frequency output signal Setting 0 0 s to 100 0 s Default 0 0 s Related Path Setup Inputs and outputs Channel 3 input output Frequency output Damping value 3 4 5 6 9 Fail safe behaviour Description Frequency output reaction in case of a fault Setting Minimum frequency Maximum frequency Last valid value...

Page 141: ...puts and outputs Channel 3 input output Frequency output Fail safe value 3 4 5 7 Pulse output 3 4 5 7 1 Redundancy mode Description Sets the redundancy mode The pulses on channel 3 will follow pulses on channel 2 with 90 or 180 shift Setting Off Channel 3 runs in independently 90 Channel 3 follows pulses on channel 2 with a 90 shift 180 Channel 3 follows pulses on channel 2 with a 180 shift Defaul...

Page 142: ...duration values of Ch3 in pulse mode Setting Volume l liters hl hectoliters m cubic meters gal US gallons i gal Imperial gal lons BBL31 5 1 barrel 31 5 US gallons BBL31 1 barrel 31 US gallons BBL42 1 barrel 42 US gallons in cubic inches ft cubic feet yd cubic yards bush bush els Mass g grams kg kilograms t 1 t 1000 kg STon 1 STon 2000 lb T 1 T 2240 lb oz ounces lb pounds Standard volume Nl normal ...

Page 143: ...s Channel 3 output Pulse outputs Custom conversion factor 3 4 5 7 7 Amount per pulse Description Amount of value to generate an output pulse Setting 0 0 l to 99999997952 l Default 1 00 I Related Path Setup Inputs and outputs Channel 3 input output Pulse output Amount per pulse 3 4 5 7 8 Pulses per amount Description Number of pulses which will be output when configured amount is reached Setting 1 ...

Page 144: ...10 Pulse width Description Pulse duration Setting 0 00 s to 4 00 s Default 0 10 s Related Path Setup Inputs and outputs Channel 3 input output Pulse output Pulse width 3 4 5 7 11 Polarity Description Logical polarity of pulse output Setting Active high level Active low level Default Active high level Related Path Setup Inputs and outputs Channel 3 input output Pulse output Polarity 3 4 5 7 12 Fail...

Page 145: ...lses s Related Path Setup Inputs and outputs Channel 3 input output Pulse output Fail safe value 3 4 5 7 14 Fail safe minimum time Description Minimum time the output stays in fail safe mode Setting 0 s to 100 s Default 0 s Related Path Setup Inputs and outputs Channel 3 input output Pulse output Fail safe minimum time 3 4 5 8 Status output 3 4 5 9 1 Status mode Description Select the functionalit...

Page 146: ...he output Mainly sensor alarms Applicable if Status mode Alarm item Setting 32 Auxiliary input 34 Invalid flow meas 35 Failure on CH5 or CH6 36 Configuration 2 37 DSL system monitor Default None Related Path Setup Inputs and outputs Channel 3 input output Status output Sensor alarms 2 3 4 5 8 4 Process alarms 1 Description Selection of alarm items that impact the output Applicale if Stats mode Ala...

Page 147: ...larm item For hydrocarbon and gas applications only Setting 228 Sound velocity above alarm limit 229 Sound velocity above warning limit 230 Sound velocity below warning limit 231 Sound velocity below alarm limit 232 Flow velocity above alarm limit 233 Flow velocity above warning limit 234 Flow velocity below warning limit 235 Flow velocity below alarm limit 236 Pressure above alarm limit 237 Press...

Page 148: ...ath Setup Inputs and outputs Channel 3 input output Status output Process alarms 4 3 4 5 8 8 Totalizer alarms Description Selection of alarm items that impact the output Applicable if Status mode Alarm item For hydrocarbon and gas applications only Setting 136 Totalizer 1 above alarm limit 137 Totalizer 1 above warning limit 138 Totalizer 1 below warning limit 139 Totalizer 1 below alarm limit 140...

Page 149: ...tting 195 CH2 loop cur in lower saturation 196 CH2 loop cur in upper saturation 197 CH2 cable break 198 CH2 output frequency too low 199 CH2 output frequency too high 200 CH2 pulse overflow 201 CH3 loop cur in lower saturation 202 CH3 loop cur in upper saturation 203 CH3 cable break 204 CH3 output frequency too low 205 CH3 output frequency too high 206 CH3 pulse overflow 207 CH4 loop cur in lower ...

Page 150: ...h 191 CH4 external failure Default None Related Path Setup Inputs and outputs Channel 3 input output Status output Input output alarms 2 3 4 5 8 13 Simulation alarms 1 Description Selection of alarm items that impact the output Applicable if Status mode Alarm item Setting 160 Mass flow simulated 161 Volume flow simulated 162 Density simulated 163 Medium temp simulated 166 Std volume flow simulated...

Page 151: ...larm class Description Selection of alarm classes which impact the status output Each diagnostic event is allocated to an alarm class Applicable if Status mode Alarm class and Status icons Standard 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 Setting Maintenance alarm Functi...

Page 152: ... Inputs and outputs Channel 3 input output Status output Polarity 3 4 5 8 18 On delay Description Sets the time delay between alarm condition and activating the output Setting 0 0 s to 100 0 s Default 0 0 s Related Path Setup Inputs and outputs Channel 3 input output Status output On delay 3 4 5 8 19 Off delay Description Set the time delay between resetting alarm condition and de activating the o...

Page 153: ...lated Path Setup Inputs and outputs Channel 3 input output Digital input Input function 3 4 5 9 2 Forced value Ch1 Description Forced value when forcing is active Only applicable for HART option Setting 3 50 mA to 25 00 mA Default 4 00 mA Related Path Setup Inputs and outputs Channel 3 input output Digital input Forced value Ch1 3 4 5 9 3 Forced value Ch2 Description Forced value when forcing is a...

Page 154: ...put output Digital input Forced value Ch2 3 4 5 9 4 Forced value Ch4 Description Forced value when forcing is active Setting 3 50 mA to 25 00 mA Default 4 00 mA Current output Setting 0 0 Hz to 12500 00 Hz Default 1 00 Hz Frequency output Setting 0 00 pulses s to 12500 00 pulses s Default 1 00 pulses s Pulse output Setting 0 1 Default 0 Status output Related Path Setup Inputs and outputs Channel 3...

Page 155: ...Description Logical polarity of discrete input signal Setting Active high level Active low level Default Active high level Related Path Setup Inputs and outputs Channel 3 input output Digital input Polarity 3 4 5 10 Current input 3 4 5 10 1 Process value Description Assignment of the current input value to a process value Read only Setting Off Pressure Density Kinematic viscosity Medium temperatur...

Page 156: ...surement range and fail safe mode Setting 4 to 20 mA 3 50 3 8 to 20 5 22 6 NAMUR 4 to 20 mA 3 75 4 0 to 20 8 22 6 US 4 to 20 mA 0 00 4 0 to 20 5 22 0 4 to 20 mA 2 00 4 0 to 24 0 25 0 0 to 20 mA 0 00 0 0 to 20 5 22 0 0 to 20 mA 0 00 0 0 to 24 0 25 0 Default 4 to 20 mA 3 50 3 8 to 20 5 22 6 NAMUR Related Path Setup Inputs and outputs Channel 3 input output Current input Loop current scale 3 4 5 10 4...

Page 157: ... outputs Channel 3 input output Current input Lower range value 3 4 5 10 6 Medium temperature Description Medium temperature Setting 50 0 C to 200 0 C Default 200 0 C Related Path Setup Inputs and outputs Channel 3 input output Current input Medium tempera ture 3 4 5 10 7 Density Description Density Setting 14000 00 kg m to 14000 00 kg m Default 14000 00 kg m Related Path Setup Inputs and outputs ...

Page 158: ...sor temperature Setting 50 0 C to 200 0 C Default 200 0 C Related Path Setup Inputs and outputs Channel 3 input output Current input Sensor tempera ture 3 4 5 10 10 Medium temperature Description Medium temperature Setting 50 0 C to 200 0 C Default 50 0 C Related Path Setup Inputs and outputs Channel 3 input output Current input Medium tempera ture 3 4 5 10 11 Density Description Density Setting 1...

Page 159: ...input output Current input Kinematic vis cosity 3 4 5 10 13 Sensor temperature Description Sensor temperature Setting 50 0 C to 200 0 C Default 200 0 C Related Path Setup Inputs and outputs Channel 3 input output Current input Sensor tempera ture 3 4 5 10 14 Fail safe behaviour Description Reaction in case of a fault at the current input Setting Last valid value Fail safe value Default Last valid ...

Page 160: ...outputs Channel 3 input output Current input Fail safe value 4 5 3 10 16 Fail safe minimum time Description Minimum time the input stays in fail safe mode Setting 0 s to 100 s Default 0 s Related Path Setup Inputs and outputs Channel 3 input output Current input Fail safe mini mum time 3 4 6 Channel 3 relay 3 4 6 1 Operation mode Description Select the operation mode for the relay output Setting A...

Page 161: ...al 09 Oil Density 10 Oil Viscosity 11 Oil spec gravity 14 Path 1 No signal 15 Path 2 No signal 16 Path 3 No signal 17 Path 4 No signal 19 Electronics temp 22 Density calculation 23 Medium temp calc 24 Pressure calculation 25 Viscosity calculation 26 Sensor temp comp 28 Default None Related Path Setup Inputs and outputs Channel 3 relay Sensor alarms 1 3 4 6 4 Sensor alarms 2 Description Selection o...

Page 162: ... impact the output Applicable if Status mode Alarm item For hydrocarbon and gas applications only Setting 132 Std vol flow above alarm limit 133 Std vol flow above warning limit 134 Std vol flow below warning limit 135 Std vol flow below alarm limit Default None Related Path Setup Inputs and outputs Channel 3 relay Process alarms 2 3 4 6 7 Process alarms 3 Description Selection of alarm items that...

Page 163: ...ow warning limit 271 Specific gravity below alarm limit 272 Std spec grav above alarm limit 273 Std spec grav above warning limit 274 Std spec grav bel warning limit 275 Std spec grav bel alarm limit 276 LiquIdent above alarm limit 277 LiquIdent above warning limit 278 LiquIdent below warning limit 279 LiquIdent below alarm limit Default None Related Path Setup Inputs and outputs Channel 3 relay P...

Page 164: ...ransmitter Default None Related Path Setup Inputs and outputs Channel 3 relay Device alarms 3 4 6 12 Channel 1 alarms Description Channel 1 alarms The output is active when one of the alarm items occurs Setting 153 CH1 loop cur in lower saturation 154 CH1 loop cur in upper saturation 155 CH1 loop current deviation 158 CH1 cable break Default None Related Path Setup Inputs and outputs Channel 3 rel...

Page 165: ... CH4 pulse overflow 214 Channel 2 simulated 215 Channel 3 simulated 216 Channel 4 simulated 217 Process values frozen 218 All outputs forced 219 CH2 loop current deviation 220 CH3 loop current deviation 221 CH4 loop current deviation 222 Invalid register mapping 223 Invalid coil configuration Default None Related Path Setup Inputs and outputs Channel 3 relay Input output alarms 3 4 6 14 Input outp...

Page 166: ...atus mode Alarm item Setting 289 Sound velocity simulated 290 Flow velocity simulated 291 Pressure simulated 292 Kin viscosity simulated 293 Aux temperature simulated 294 Sensor temperature simu lated 296 CH5 simulated 297 CH6 simulated 288 Std volume flow simulated 299 Standardizing factor simulated 300 Std Kin viscosity simulated 301 Std density simulat ed 302 LiquIdent simulated 303 API gravity...

Page 167: ... status output Each diagnostic event is allocated to a NAMUR status signal Application if Status mode Alarm class and Status icons NAMUR Setting Failure Function Check Out of specification Maintenance Required Default None Related Path Setup Inputs and outputs Channel 3 relay NAMUR status signal 3 4 6 20 Polarity Description Logical polarity of status output Setting Active high level Active low le...

Page 168: ...annel 3 relay Off delay 3 4 7 Channel 4 input output 3 4 7 1 Operation mode Description Shows the configured Operation mode Use Change operation mode to set the mode Read only Setting Off Current output Frequency output Pulse output Signal output Discrete input Analog input Default Off Related Path Setup Inputs and outputs Channel 4 input output Operation mode 3 4 7 2 Change operation mode Descrip...

Page 169: ...t loop Default Related Path Setup Inputs and outputs Channel 4 input output Active operation 3 4 7 4 Fail safe activation condition Description Defines the condition the fail safe behaviour of the channel becomes active and determines the channel availability Setting Invalid process value Maintenance alarm or Failure NAMUR Default Maintenance alarm or Failure NAMUR Related Path Setup Inputs and ou...

Page 170: ...4 input output Current output Process value 3 4 7 5 2 Direction Description Flow direction filter applicable for process values mass flow volume flow flow velocity standard volume flow rate only hydrocarbon and gas applications Setting Positive Negative Bidirectional Bidirectional symmetric Default Positive Related Path Setup Inputs and outputs Channel 4 input output Current output Direction 3 4 7...

Page 171: ...ing and Default are sensor specific depending on the setting in Process value and depending on the Units setting Setting 10800000000 0 kg h to 10800000000 0 kg h Default 0 00 kg h Related Path Setup Inputs and outputs Channel 4 input output Current output Lower range value 3 4 7 5 6 Damping value Description Sets the Damping filtering to smooth out response to sudden changes in measurement An incr...

Page 172: ...4 7 5 8 Fail safe value Description Output value in case of a fault and when fail safe mode configured to Fail safe value Setting 0 0 mA to 25 0 mA Default 0 0 mA Related Path Setup Inputs and outputs Channel 4 input output Current output Fail safe value 3 4 7 5 9 Fail safe minimum time Description Minimum time the output stays in fail safe mode Setting 0 s to 100 s Default 0 s Related Path Setup ...

Page 173: ...zing factor only hydrocarbon and gas applications Default Volume flow Related Path Setup Inputs and outputs Channel 4 input output 4 Frequency output Process value 3 4 7 6 2 Direction Description Flow direction filter applicable for process values mass flow volume flow flow velocity standard volume flow rate only hydrocarbon and gas applications Setting Positive Negative Bidirectional Bidirectiona...

Page 174: ...ing 10800000000 00 kg h to 10800000000 00 kg h Default 10800000000 00 kg h Related Path Setup Inputs and outputs Channel 4 input output Frequency output Upper range value 3 4 7 6 6 Lower range value Description Sets value at 0 of measuring span and corresponds to Frequency value low Setting and Default are sensor specific depending on the setting in Process value and depending on the Units setting...

Page 175: ...value Current valid fail safe value Default Last valid value Related Path Setup Inputs and outputs Channel 4 input output Frequency output Fail safe behaviour 3 4 7 7 9 Fail safe minimum time Description Minimum time the output stays in fail safe mode Setting 0 s to 100 s Default 0 s Related Path Setup Inputs and outputs Channel 4 input output Frequency output Fail safe minimum time 3 4 7 6 10 Fai...

Page 176: ...Bidrectional Bidirectional symmetric Default Positive Related Path Setup Inputs and outputs Channel 4 input output Pulse output Direction 3 4 7 7 3 Pulse units Description Units of pulse duration values of Ch4 in pulse mode Setting Volume l liters hl hectoliters m cubic meters gal US gallons i gal Imperial gal lons BBL31 5 1 barrel 31 5 US gallons BBL31 1 barrel 31 US gallons BBL42 1 barrel 42 US ...

Page 177: ...and outputs Channel 4 input output Pulse output Custom units 3 4 7 7 5 Custom conversion factor Description Conversion factor for user specific pulse values Setting Default Related Path Setup Inputs and outputs Channel 4 input output Pulse outputs Custom conver sion factor 3 4 7 7 6 Amount per pulse Description Amount of value to generate an output pulse Setting 0 0 l to 99999997952 l Default 1 00...

Page 178: ...ue used to configure Ch4 pulse width Setting s seconds ms milliseconds μs micro seconds Default s seconds Related Path Setup Inputs outputs Channel 4 input output Pulse output Pulse width units 3 4 7 7 9 Polarity Description Logical polarity of pulse output Setting Active high level Active low level Default Active high level Related Path Setup Inputs and outputs Channel 4 input output Pulse output...

Page 179: ...lses s Related Path Setup Inputs and outputs Channel 4 input output Pulse output Fail safe value 3 4 7 7 12 Fail safe minimum time Description Minimum time the output stays in fail safe mode Setting 0 s to 100 s Default 0 s Related Path Setup Inputs and outputs Channel 4 input output Pulse output Fail safe minimum time 3 4 7 8 Status output 3 4 7 8 1 Status mode Description Select the functionalit...

Page 180: ...he output Mainly sensor alarms Applicable if Status mode Alarm item Setting 32 Auxiliary input 34 Invalid flow meas 35 Failure on CH5 or CH6 36 Configuration 2 37 DSL system monitor Default None Related Path Setup Inputs and outputs Channel 4 input output Status output Sensor alarms 2 3 4 7 8 4 Process alarms 1 Description Selection of alarm items that impact the output Applicale if Stats mode Ala...

Page 181: ... Alarm item For hydrocarbon and gas applications only Setting 228 Sound velocity above alarm limit 229 Sound velocity above warning limit 230 Sound velocity below warning limit 231 Sound velocity below alarm limit 232 Flow velocity above alarm limit 233 Flow velocity above warning limit 234 Flow velocity below warning limit 235 Flow velocity below alarm limit 236 Pressure above alarm limit 237 Pre...

Page 182: ...ath Setup Inputs and outputs Channel 4 input output Status output Process alarms 4 3 4 7 8 8 Totalizer alarms Description Selection of alarm items that impact the output Applicable if Status mode Alarm item For hydrocarbon and gas applications only Setting 136 Totalizer 1 above alarm limit 137 Totalizer 1 above warning limit 138 Totalizer 1 below warning limit 139 Totalizer 1 below alarm limit 140...

Page 183: ...cur in lower saturation 196 CH2 loop cur in upper saturation 197 CH2 cable break 198 CH2 output frequency too low 199 CH2 output frequency too high 200 CH2 pulse overflow 201 CH3 loop cur in lower saturation 202 CH3 loop cur in upper saturation 203 CH3 cable break 204 CH3 output frequency too low 205 CH3 output frequency too high 206 CH3 pulse overflow 207 CH4 loop cur in lower saturation 208 CH4 ...

Page 184: ...h 191 CH4 external failure Default None Related Path Setup Inputs and outputs Channel 4 input output Status output Input output alarms 2 3 4 7 8 13 Simulation alarms 1 Description Selection of alarm items that impact the output Applicable if Status mode Alarm item Setting 160 Mass flow simulated 161 Volume flow simulated 162 Density simulated 163 Medium temp simulated 166 Std volume flow simulated...

Page 185: ...larm class Description Selection of alarm classes which impact the status output Each diagnostic event is allocated to an alarm class Applicable if Status mode Alarm class and Status icons Standard 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 Setting Maintenance alarm Functi...

Page 186: ...up Inputs and outputs Channel 4 input output Status output Polarity 3 4 7 8 18 On delay Description Sets the time delay between alarm condition and activating the output Setting 0 0 s to 100 0 s Default 0 0 s Related Path Setup Inputs outputs Channel 4 input output Status output On delay 3 4 7 8 19 Off delay Description Set the time delay between resetting alarm condition and de activating the out...

Page 187: ...d Path Setup Inputs and outputs Channel 4 input output Digital input Input function 3 4 7 9 2 Forced vlaue Ch1 Description Forced value when forcing is active Only applicable for HART option Setting 3 50 mA to 25 00 mA Default 4 00 mA Related Path Setup Inputs and outputs Channel 4 input output Digital input Forced value Ch1 3 4 7 9 3 Forced value Ch2 Description Forced value when forcing is activ...

Page 188: ...ption The debounce time used to delay the hardware input signal can be configured Setting 0 0 ms 0 5 ms 1 ms 1 5 ms 2 ms 2 5 ms 3 ms 3 5 ms 4 ms 4 5 ms 5 ms 5 5 ms 6 ms 6 5 ms 7 ms 7 5 ms Default 0 0 ms Related Path Setup Inputs and outputs Channel 4 input output Digital input Delay time 3 4 7 9 6 Polarity Description Logical polarity of discrete input signal Setting Active high level Active low l...

Page 189: ...ge process value selection enable the changing of the process value Setting Off Pressure Medium temperature Density Kinematic viscosity Sensor temperature Auxiliary temperature Default Off Related Path Setup Inputs and outputs Channel 4 input output Current input Change process value 3 4 7 10 3 Loop current scale Description Loop current scale Selects current input scaling according to desired mea...

Page 190: ...lated Path Setup Inputs and outputs Channel 4 input output Current input Upper range value 3 4 7 10 5 Lower range value Description Lower pressure value that is mapped to the upper nominal range boundary selected by current mode Applicable if process value Pressure Setting Default 0 0 Pa Related Path Setup Inputs and outputs Channel 4 input output Current input Lower range value 3 4 7 10 6 Medium ...

Page 191: ... Kinematic viscosity Description Kinematic viscosity Setting Default 1 00 m s Related Path Setup Inputs and outputs Channel 4 input output Current input Kinematic vis cosity 3 4 7 10 9 Sensor temperature Description Sensor temperature Setting 50 0 C to 200 0 C Default 200 0 C Related Path Setup Inputs and outputs Channel 3 input output Current input Sensor tempera ture 3 4 7 10 10 Medium temperatu...

Page 192: ... m Related Path Setup Inputs and outputs Channel 3 input output Current input Density 3 4 7 10 12 Kinematic viscosity Description Kinematic viscosity Setting Default 0 00 m s Related Path Setup Inputs and outputs Channel 4 input output Current input Kinematic vis cosity 3 4 7 10 13 Sensor temperature Description Sensor temperature Setting 50 0 C to 200 0 C Default 200 0 C Related Path Setup Inputs...

Page 193: ...ehav iour 3 4 7 10 15 Fail safe value Description Input value in case of a fault and when fail safe behaviour is configured to Fail safe value Applicable if process value Fail safe value Setting Default 0 0 Pa Related Path Setup Inputs and outputs Channel 4 input output Current input Fail safe value 3 4 7 10 16 Fail safe minimum time Description Minimum time the input stays in fail safe mode Setti...

Page 194: ...Path Setup Inputs and outputs Channel 4 relay Status mode 3 4 8 3 Sensor alarms 1 Description Selection of alarm items that impact the output Mainly sensor alarms Applicable if Status mode Alarm item Setting 05 DSL voltages 06 DSL Storage 07 Flow measurement 08 DSL internal 09 Oil Density 10 Oil Viscosity 11 Oil spec gravity 14 Path 1 No signal 15 Path 2 No signal 16 Path 3 No signal 17 Path 4 No ...

Page 195: ... limit 105 Density above warning limit 106 Density below warning limit 107 Density below alarm limit 108 Medium temp above alarm limit 109 Medium temp above warning limit 110 Medium temp below warning limit 111 Medium temp below alarm limit Default None Related Path Setup Inputs and outputs Channel 4 relay Process alarms 1 3 4 8 6 Process alarms 2 Description Selection of alarm items that impact t...

Page 196: ...ocess alarms 3 3 4 8 8 Process alarms 4 Description Selection of alarm items that impact the output Applicable if Status mode Alarm item For hydrocarbon and gas applications only Setting 256 Standard density above alarm limit 257 Standard density above warning limit 258 Standard density below warning limit 259 Standard density below alarm limit 260 API gravity above alarm limit 261 API gravity abo...

Page 197: ...talizer 3 below alarm limit Default None Related Path Setup Inputs and outputs Channel 4 relay Totalizer alarms 3 4 8 10 Device alarms Description Device alarms If one of the selected events appears this affects the status icon the related status output and the alarm on the communication interface Setting 148 Transm temp above alarm limit 149 Transm temp below alarm limit 150 Sensor signal disrupt...

Page 198: ... impact the output Mainly simulation alarms Applicable if Status mode Alarm item Setting 160 Mass flow simulated 161 Volume flow simulated 162 Density simulated 163 Medium temp simulated 166 Std volume flow simulated 167 Totalizer 1 simulated 168 Totalizer 2 simulated 169 Totalizer 3 simulated 170 Loop current simulated Default None Related Path Setup Inputs and outputs Channel 4 relay Simulation ...

Page 199: ...c event is allocated to a NAMUR status signal Application if Status mode Alarm class and Status icons NAMUR Setting Failure Function check Out of specification Maintenance required Default None Related Path Setup Inputs and outputs Channel 4 relay NAMUR status signal 3 4 8 16 Polarity Description Logical polarity of status output Setting Active high level Active low level Default Active high level...

Page 200: ...h Setup Inputs and outputs Channel 4 relay Off delay 3 4 9 Channel 5 input 3 4 9 1 Process value Description Assignment of the current input value to a process value Setting Off Medium temperature RTD Sensor temperature RTD Auxiliary temperature RTD Default Off Related Path Setup Inputs and outputs Channel 5 Input Process value 3 4 9 2 RTD configuration 3 4 9 2 1 RTD type Description Type of conne...

Page 201: ...Path Setup Inputs and outputs Channel 5 input RTD configuration RTD wire configu ration 3 4 9 2 3 RTD wire resistance Description Resistance of cables in a 2 wire RTD system Setting 0 0 ohms to 50 0 ohms Default 0 0 ohms Related Path Setup Inputs and outputs Channel 5 input RTD configuration RTD wire re sistance 3 4 9 3 Calibration 3 4 9 3 1 Offset Description Calibration offset Setting 100 C 148 ...

Page 202: ... Description Assignment of the current input value to a process value Setting Off Medium temperature RTD Sensor temperature RTD Auxiliary temperature RTD Default Off Related Path Setup Inputs and outputs Channel 6 input Process value 3 4 10 2 RTD configuration 3 4 10 2 1 RTD type Description Type of connected RTD Setting 100 ohms RTD 500 ohms RTD 1000 ohms RTD Default 100 ohms RTD Related Path Set...

Page 203: ... RTD wire configu ration 3 4 10 2 3 RTD wire resistance Description Resistance of cables in a 2 wire RTD system Setting 0 0 ohms to 50 0 ohms Default 0 0 ohms Related Path Setup Inputs and outputs Channel 6 input RTD configuration RTD wire re sistance 3 4 10 3 Calibration 3 4 10 3 1 Offset Description Calibration offset Setting 100 C 148 F to 100 C 212 F Default 0 C 32 F Related Path Setup Inputs ...

Page 204: ...e Description Displays the current date and time Read only Setting Default Related Path Setup Date and time Current date and time 3 5 2 Set date and time Description Sets current date and time for the device This date and time is used for all timestamps of logged information Setting Default Related Path Setup Date and time Set date and time 3 6 Local display The system can be configured to show up...

Page 205: ...aph 1 value and graph Six values Operation view Totalizer Alarm view Alarm list Diagnostic view Six diagnostic values 3 6 1 Brightness Description Adjust backlight level to improve local display conditions Setting 0 10 20 30 40 50 60 70 80 90 100 Default 50 Related Path Setup Local display Brightness 3 6 2 Backlight Description Select between always on or backlight switch off after 10 minutes Sett...

Page 206: ...Damping 3 6 4 1 Damping value Description The damping filter time constant Setting 0 0 to 100 0 Default 10 s Related Path Setup Local display Damping Damping value 3 6 4 2 Process values 1 Description Available process values for the meter Setting Volume flow Mass flow Totalizer 1 Totalizer 2 Totalizer 3 Sound velocity Flow velocity Pressure Kinematic viscosity Standard volume flow Standardizing f...

Page 207: ...hree values 1 value and bargraph 1 value and graph Six values Six diag nostic values Default Three values Related If Single value is selected 1st process value must be configured If Three values is selected 1st process value 2nd process value and 3rd process value must be configured If 1 value and bargraph is selected 1st process value must be configured If 1 value and graph is selected 1st proces...

Page 208: ...d API gravity Specific gravity Standard specific gravity Default Volume flow Related Path Setup Local display View 1 1st value 3 6 5 3 Graph scale mode Description Graph scale mode Setting Auto Fixed Default Auto Related Path Setup Local display View 1 Graph scale mode 3 6 5 4 2nd value Description The display 2nd process value can be selected Setting Volume flow Mass flow Flow velocity Sound velo...

Page 209: ...ting Volume flow Mass flow Flow velocity Sound velocity Density Process viscosity Process pressure Fluid temperature Reference density Totalizer 1 Totalizer 2 Totalizer 3 Default Sound velocity Related This parameter is only available if View 1 is set to Six values or Six diagnostic values Path Setup Local display View 1 4th process value 3 6 5 7 5th process value Description The display 5th proce...

Page 210: ...ue 3 6 5 9 Trend scale mode Description The Trend scale mode can be selected with automatic scaling or fixed scaling Setting Auto Fixed Default Auto Related This parameter is only available if View is set to 1 value and graph If Fixed is selected Trend scale lower limit and Trend scale upper limit must be configured Path Setup Local display View 1 Trend scale mode 3 6 5 10 Trend log time window De...

Page 211: ... 3 6 5 12 Trend scale upper limit Description The Trend scale upper limit defines the scaling upper limit of the value axis for the fixed mode Setting options Default setting 0 Related This parameter is only available if Trend scale mode is set to Fixed Path Setup Local display View 1 Trend scale upper limit 3 6 6 View 2 3 6 6 1 Enable or disable Description In this parameter View 2 can be enabled...

Page 212: ...s value must be configured If Six values or Six diagnostic values is selected 1st process value 2nd process value 3rd process value 4th process value 5th process value and 6th process value must be configured Path Setup Local display View 2 View 3 6 6 3 1st value Description The display 1st Process Value can be selected This process value is shown in all view types Setting Volume flow Mass flow St...

Page 213: ...e Corrected Volume flow Reference Density Totalizer 1 Totalizer 2 Totalizer 3 Default Fluid Temperature Related This parameter is only available if View is set to Three Values Six Values or Six Diagnostic Values Path Setup Display View 2 3rd Process Value 3 6 6 6 4th process value Description The display 4th Process Value can be selected Setting Mass flow Volume flow Density Fluid Temperature Corr...

Page 214: ...d Volume flow Reference Density Totalizer 1 Totalizer 2 Totalizer 3 Default Totalizer 2 Related This parameter is only available if View is set to Six Values or Six Diagnostic Values Path Setup Display View 2 6th Process Value 3 6 6 9 Trend scale mode Description The Trend Scale Mode can be selected with automatic scaling or fixed scaling Setting Auto Fixed Default Auto Related This parameter is o...

Page 215: ...n The Trend Scale Lower Limit defines the scaling lower limit of the value axis for the fixed mode Setting Default 0 Related This parameter is only available if Trend Scale Mode is set to Fixed Path Setup Display View 2 Trend Scale Lower Limit 3 6 6 12 Trend scale upper limit Description The Trend Scale Upper Limit defines the scaling upper limit of the value axis for the fixed mode Setting option...

Page 216: ...ue and bargraph Related If Single value or Dosing is selected 1st process value must be configured If Three values is selected 1st process value 2nd process value and 3rd process value must be configured If Totalizer or 1 value and graph is selected 1st process value Trend scale mode and Trend log time window must be configured If 1 value and bargraph is selected 1st process value must be configur...

Page 217: ...ixed Default Auto Related Path Setup Display View 3 Graphic scale mode 3 6 7 5 2nd process value Description The display 2nd Process Value can be selected Setting Volume flow Mass flow Standard volume flow Flow velocity Sound velocity Liquid identi fier LiquIdent Density Kinematic viscosity Totalizer 1 Totalizer 2 Totalizer 3 Pressure Medium Temperature Standard density Standard kinematic viscosit...

Page 218: ...rocess Value 3 6 7 7 4th process value Description The display 4th Process Value can be selected Setting Mass flow Volume flow Density Fluid Temperature Corrected Volume flow Reference Density Totalizer 1 Totalizer 2 Totalizer 3 Default Volumeflow Related This parameter is only available if View is set to Six Values or Six Diagnostic Values Path Setup Display View 3 4th Process Value 3 6 7 8 5th p...

Page 219: ...tion The Trend Scale Mode can be selected with automatic scaling or fixed scaling Setting Auto Fixed Default Auto Related This parameter is only available if View is set to Totalizer or 1 Value and Graph If Fixed is selected Trend Scale Lower Limit and Trend Scale Upper Limit must be configured Path Setup Display View 3 Trend Scale Mode 3 6 7 11 Trend log time window Description The Trend log time...

Page 220: ...mit 3 6 7 13 Trend scale upper limit Description The Trend Scale Upper Limit defines the scaling upper limit of the value axis for the fixed mode Setting options Default setting 0 Related This parameter is only available if Trend Scale Mode is set to Fixed Path Setup Display View 3 Trend Scale Upper Limit 3 6 8 View 4 3 6 8 1 Enable or disable Description In this parameter View 4 can be enabled Se...

Page 221: ...ss Value 3rd Process Value 4th Process Value 5th Process Value and 6th Process Value must be configured Path Setup Display View 4 View 3 6 8 3 1st value Description The display 1st Process Value can be selected This process value is shown in all view types Setting Transmitter internal temperature DSL temperature Measured current CH5 Measured current CH6 Ch1 value Ch3 value Ch4 value Auxiliary temp...

Page 222: ... or Six Diagnostic Values Path Setup Display View 4 2nd Value 3 6 8 5 3rd value Description The display 3rd Process Value can be selected Setting Transmitter internal temperature DSL temperature Measured current CH5 Measured current CH6 Ch1 value Ch3 value Ch4 value Auxiliary temperature Sensor temperature Reynolds number RxGain up path 1 RxGain down path 1 SNR up path 1 SNR down path 1 Sound velo...

Page 223: ...or temperature Reynolds number RxGain up path 1 RxGain down path 1 SNR up path 1 SNR down path 1 Sound velocity path 1 Flow velocity path 1 Delta time path 1 Travel time up path 1 Travel time down path 1 Correlation factor path 1 Percentage of bursts accepted path1 Peak amplitude up path 1 Peak amplitude down path 1 Min acc travel time path 1 Min acc travel time path 1 Max acc travel time path 1 D...

Page 224: ...h If Fixed is selected Trend Scale Lower Limit and Trend Scale Upper Limit must be configured Path Setup Display View 4 Trend Scale Mode 3 6 8 10 Trend log time window Description The Trend log time window logging period time axis length can be selected Setting 1 Minute 5 Minutes 15 Minutes 30 Minutes 1 Hour 2 Hours 3 Hours Default 5 Minutes Related This parameter is only available if View is set ...

Page 225: ...This parameter is only available if Trend Scale Mode is set to Fixed Path Setup Display View 4 Trend Scale Upper Limit 3 6 9 View 5 3 6 9 1 Enable or disable Description In this parameter View 5 can be enabled Setting Disabled Enabled Default Enabled Related If Enabled is selected all parameters for View 5 must be configured Path Setup Display View 5 Enable or disable 3 6 9 2 View Description The ...

Page 226: ...and 6th Process Value must be configured Path Setup Local display View 5 View 3 6 9 3 1st value Description The display 1st Process Value can be selected This process value is shown in all view types Setting Volume flow Mass flow Flow velocity Sound velocity Density Kinematic viscosity Total izer 1 Totalizer 2 Totalizer 3 Pressure Medium temperature Default Totalizer 1 Related Path Setup Display V...

Page 227: ...isplay 4th Process Value can be selected Setting Mass flow Volume flow Density Fluid Temperature Corrected Volume flow Reference Density Totalizer 1 Totalizer 2 Totalizer 3 Default Volumeflow Related This parameter is only available if View is set to Six Values or Six Diagnostic Values Path Setup Display View 5 4th Process Value 3 6 9 7 5th process value Description The display 5th Process Value c...

Page 228: ...tion The Trend Scale Mode can be selected with automatic scaling or fixed scaling Setting Auto Fixed Default Auto Related This parameter is only available if View is set to Totalizer or 1 Value and Graph If Fixed is selected Trend Scale Lower Limit and Trend Scale Upper Limit must be configured Path Setup Display View 5 Trend Scale Mode 3 6 9 10 Trend log time window Description The Trend log time...

Page 229: ...it 3 6 9 12 Trend scale upper limit Description The Trend Scale Upper Limit defines the scaling upper limit of the value axis for the fixed mode Setting options Default setting 0 Related This parameter is only available if Trend Scale Mode is set to Fixed Path Setup Display View 5 Trend Scale Upper Limit 3 6 10 View 6 3 6 10 1 Enable or disable Description In this parameter View 6 can be enabled S...

Page 230: ...s selected 1st Process Value must be configured If Six Values or Six Diagnostic Values is selected 1st Process Value 2nd Process Value 3rd Process Value 4th Process Value 5th Process Value and 6th Process Value must be configured Path Setup Local display View 6 View 3 6 10 3 1st process value Description The display 1st Process Value can be selected This process value is shown in all view types Se...

Page 231: ...ew is set to Three Values Six Values or Six Diagnostic Values Path Setup Display View 6 3rd Process Value 3 6 10 6 4th process value Description The display 4th Process Value can be selected Setting Mass flow Volume flow Density Fluid Temperature Corrected Volume flow Reference Density Totalizer 1 Totalizer 2 Totalizer 3 Default Volumeflow Related This parameter is only available if View is set to...

Page 232: ...erence Density Totalizer 1 Totalizer 2 Totalizer 3 Default Totalizer 2 Related This parameter is only available if View is set to Six Values or Six Diagnostic Values Path Setup Display View 6 6th Process Value 3 6 10 9 Trend scale mode Description The Trend Scale Mode can be selected with automatic scaling or fixed scaling Setting Auto Fixed Default Auto Related This parameter is only available if...

Page 233: ...og time window 3 6 10 11 Trend scale lower limit Description The Trend Scale Lower Limit defines the scaling lower limit of the value axis for the fixed mode Setting Default 0 Related This parameter is only available if Trend Scale Mode is set to Fixed Path Setup Display View 6 Trend Scale Lower Limit 3 6 10 12 Trend scale upper limit Description The Trend Scale Upper Limit defines the scaling upp...

Page 234: ... FST030 232 Function Manual 04 2017 A5E35693328 AA 3 6 11 Status icons Description Sets the type of status icons used for diagnostic events Setting Standard NAMUR Default Standard Related Path Setup Local display Status icons ...

Page 235: ...Path Maintenance and diagnostics Identification Long tag 4 1 2 Tag Description Sets a unique short tag name for device or measurement point Limited to 8 characters Setting User configurable Default characters A B C X Y Z 1 2 3 7 8 9 Related Path Maintenance diagnostics Identification Tag 4 1 3 Descriptor Description Sets a unique description for the measurement point Limited to 16 characters Setti...

Page 236: ...2 characters A B C X Y Z 1 2 3 7 8 9 Related Path Maintenance and diagnostics Identification Message 4 1 5 Location Description Sets device location Limited to 32 characters Setting User configurable Default 32 characters A B C X Y Z 1 2 3 7 8 9 Related Path Maintenance and diagnostics Identification Location 4 1 6 Installation date Description Sets the installation date of the device Setting User...

Page 237: ...ys name of product Also shown on device nameplate Setting Default SITRANS FS230 Related Path Maintenance and diagnostics Identification Product name 4 1 9 Version read only Description The product Version according to order can be viewed Setting Default WM int DSL Related Path Maintenance and diagnostics Identification Version 4 1 10 Order number read only Description System order number MLFB can ...

Page 238: ...tion Displays transmitter serial number Also shown on the device nameplate Setting Default Related Path Maintenance and diagnostics Identification Serial number 4 1 12 FW version Description Displays the firmware version of the device Setting Default Related Path Maintenance and diagnostics Identification FW version 4 1 13 HW version Description Displays the electronics hardware version of the dev...

Page 239: ...components used in final device assembly Setting 0 to 4294967295 Default 0 Related Path Maintenance and diagnostics Identification Final assembly number 4 1 15 System type Description System type Setting SITRANS FUS SITRANS FUH Default SITRANS FUS Related Path Maintenance and diagnostics Identification System type 4 1 16 Transmitter electronics 4 1 16 1 HW version Description Displays the electron...

Page 240: ...ification FW version 4 1 16 3 Serial number Description Displays transmitter serial number Also shown on the device nameplate Setting Default Related Path Maintenance and diagnostics Identification Transmitter Serial number 4 1 16 4 Order number Description Displays the order number of the current device configuration Setting Default Related Path Maintenance and diagnostics Identification Transmit...

Page 241: ...display Description Local display Setting HW version 1 01 00 Default Setting FW version 1 04 13 09 Default Setting HMI cfg version 1 00 01 39 Default Related Path Maintenance and diagnostics Identification Local display 4 1 18 I O electronics Description I O electronics Setting HW version Default Setting FW version Default Setting Serial number Default Related Path Maintenance and diagnostics Iden...

Page 242: ...tion The name of the digital sensor Path Maintenance and diagnostics Identification Sensor Type 4 1 20 2 Sensor type read only Description Identification of the sensor type Used by the transmitter to enable technology specific functionalities Path Maintenance and diagnostics Identification Sensor Sensor type 4 1 20 3 Serial number read only Description Unique frontend serial number Setting Default...

Page 243: ...Serial number read only Description Unique serial number of sensor set path 2 clamp on Setting Default Related Path Maintenance and diagnostics Identification Sensor Sensors serial number path 2 4 1 20 6 Serial number read only Description Unique serial number of sensors set path 3 clamp on Setting Default Related Path Maintenance and diagnostics Identification Sensor Sensors serial number path 3 ...

Page 244: ...p on SITRANS FSS600 Clamp on Default Related Path Maintenance and diagnostics Identification Sensor Sensor type 4 1 20 9 Sensor firmware version read only Description Sensor firmware version Setting Default Related Path Maintenance and diagnostics Identification Sensor Sensor firmware version 4 1 20 10 Sensor hardware version read only Description Sensor hardware version Setting Default Related Pa...

Page 245: ...riant 4 1 20 12 Serial number read only Description Unique frontend PCBA serial number Setting Default Related Path Maintenance and diagnostics Identification Sensor Frontend PCBA serial number 4 2 Diagnostic events 4 2 1 Active diagnostic events Description Displays list of active events Path Maintenance and diagnostics Diagnostic events Active events 4 2 2 Diagnostic log Description Displays lis...

Page 246: ...e and diagnostics Diagnostic events Clear diagnostic log 4 2 4 Acknowledge mode Description The system can be configured to acknowledge the alarms automatically when they are gone Auto or it can be configured to require an acknowledgement from the operator Manual Setting Auto Manual Default Auto Path Maintenance and diagnostics Diagnostic events Acknowledge mode 4 2 5 Transmitter detailed events r...

Page 247: ...ule not found Path Maintenance and diagnostics Diagnostic events Transmitter detailed events 4 2 6 Suppression time Description A coming event can be suppressed in order to prevent alarm flooding Setting 0 to 300 s Default 0 s Path Maintenance and diagnostics Diagnostic events Suppression time 4 2 7 Enable alarms 4 2 7 1 Sensor events 1 Description Various sensor alarms can be enabled to show in t...

Page 248: ...h Maintenance and diagnostics Diagnostic events Enable alarms Sensor events 2 4 2 7 3 Process events 1 Description Various sensor alarms can be enabled to show in the display and on the output if they occur Setting 228 Sound velocity above alarm limit 229 Sound velocity above warning limit 230 Sound velocity below warning limit 231 Sound velocity below alarm limit 232 Flow velocity above alarm lim...

Page 249: ...arning limit 230 Sound velocity below warning limit 231 Sound velocity below alarm limit 232 Flow velocity above alarm limit 233 Flow velocity above warning limit 234 Flow velocity below warning limit 235 Flow velocity below alarm limit 236 Pressure above alarm limit 237 Pressure above warning limit 238 Pressure below warning limit 239 Pressure below alarm limit 244 Kin viscosity above alarm limit...

Page 250: ...elow alarm limit 144 Totalizer 3 above alarm limit 145 Totalizer 3 above warning limit 146 Totalizer 3 below warning limit 147 Totalizer 3 below alarm limit Default Related The selected events will be shown in the display when they occur Furthermore they will be indicated on the output if Output 2 Input output 3 and or Input output 4 is set to Status output and Status mode is set to Alarm item Pat...

Page 251: ...simulated 292 Kin viscosity simulated 293 Aux temperature simulated 294 Sensor temperature simu lated 296 CH5 simulated 297 CH6 simulated 298 Std volume flow simulated 299 Standardizing factor simulated 300 Std Kin viscosity simulated 301 Std density simulat ed 302 LiquIdent simulated 303 API gravity simulated 304 Std API gravity simulated 305 Specific gravity simulated 306 Std spec grav simulated...

Page 252: ...cation interface Setting 186 CH3 input current too low 187 CH3 input current too high 188 CH3 external failure Default Related The selected events will be shown in the display when they occur Furthermore they will be indicated on the output if Output 2 Input output 3 and or Input output 4 is set to Status output and Status mode is set to Alarm item Path Maintenance and diagnostics Diagnostic event...

Page 253: ...ilure Default Process value alarm PA resp Out of specification Path Maintenance and diagnostics Diagnostic events Assign alarm class 148 Transm temp above alarm limit 4 2 8 4 149 Transm temp below alarm limit Description This event can be mapped to an alarm class respective NAMUR status signal Setting Process value alarm PA resp Out of specification Maintenance alarm resp Failure Default Process a...

Page 254: ...ce transmitter 4 3 2 1 2 Replace transmitter cassette Description Replace transmitter cassette Only Siemens authorized personnel may replace spare parts This action will restore the data from the SensorFlash on the transmitter cassette module Access level Expert user only Setting Cancel OK Default Cancel Path Maintenance and diagnostics Maintenance Spare part replacement Transmitter Replace transm...

Page 255: ...ly Setting Cancel OK Default Cancel Path Maintenance and diagnostics Maintenance Spare part replacement Sensor Re place sensor 4 3 2 3 Operating time 4 3 2 3 1 Operating time Description Operating time Indicates the operating time of the transmitter since the last power up 4 3 2 3 2 Operating time total Description Operating time total Indicates the total operating time of the transmitter since th...

Page 256: ...thorized personnel may replace spare parts Setting Cancel OK Default Cancel Path Maintenance and diagnostics Maintenance Electronic part identification Transmitter cassette HW version 4 3 3 1 2 FW version expert Description Only Siemens authorized personnel may replace spare parts Setting Cancel OK Default Cancel Path Maintenance and diagnostics Maintenance Electronic part identification Transmitt...

Page 257: ...ance Electronic part identification Transmitter cassette Comm HW version 4 3 3 1 5 Comm serial number expert Description Only Siemens authorized personnel may replace spare parts Setting Cancel OK Default Cancel Path Maintenance and diagnostics Maintenance Electronic part identification Transmitter cassette Comm serial number 4 3 3 2 Local display 4 3 3 2 1 HW version expert Description Only Sieme...

Page 258: ... Description Only Siemens authorized personnel may replace spare parts Setting Cancel OK Default Cancel Path Maintenance and diagnostics Maintenance Electronic part identification Local dis play HMI config version 4 3 3 3 I O cassette 4 3 3 3 1 HW version expert Description Only Siemens authorized personnel may replace spare parts Setting Cancel OK Default Cancel Path Maintenance and diagnostics M...

Page 259: ...ts Setting Cancel OK Default Cancel Path Maintenance and diagnostics Maintenance Electronic part identification I O cassette Serial number 4 3 3 4 Sensor cassette 4 3 3 4 1 HW version expert Description Only Siemens authorized personnel may replace spare parts Setting Cancel OK Default Cancel Path Maintenance and diagnostics Maintenance Electronic part identification Sensor cassette HW version 4 3...

Page 260: ...d personnel may replace spare parts Setting Cancel OK Default Cancel Path Maintenance and diagnostics Maintenance Electronic part identification Sensor cassette Serial number 4 4 Diagnostics 4 4 1 Sensor 4 4 1 1 Receiver signal Description Receiver signal Path Maintenance and diagnostics Diagnostics Sensor Receiver signal 4 4 1 2 Reynolds number read only Description Calculated Reynolds number Pat...

Page 261: ...iagnostics Diagnostics Sensor Path 1 RxGain down 4 4 1 3 3 SNR up read only Description Signal to noise ration of upstream signal Path Maintenance and diagnostics Diagnostics Sensor Path 1 SNR up 4 4 1 3 4 SNR down read only Description Signal to noise ration of downstream signal Path Maintenance and diagnostics Diagnostics Sensor Path 1 SNR down 4 4 1 3 5 Sound velocity read only Description Soun...

Page 262: ... Diagnostics Sensor Path 1 Travel time up 4 4 1 3 9 Travel time down read only Description Travel time of downstream signal Path Maintenance and diagnostics Diagnostics Sensor Path 1 Travel time down 4 4 1 3 10 Correlation factor read only Description Correlation factor Path Maintenance and diagnostics Diagnostics Sensor Path 1 Correlation factor 4 4 1 3 11 Actual sensor frequency read only Descri...

Page 263: ... 4 1 4 1 RxGain up read only Description Rx gain of upstream signal Path Maintenance and diagnostics Diagnostics Sensor Path 2 RxGain up 4 4 1 4 2 RxGain down read only Description Rx gain of downstream signal Path Maintenance and diagnostics Diagnostics Sensor Path 2 RxGain down 4 4 1 4 3 SNR up read only Description Signal to noise ration of upstream signal Path Maintenance and diagnostics Diagn...

Page 264: ...time path 2 read only Description Delta time Path Maintenance and diagnostics Diagnostics Sensor Path 2 Delta time 4 4 1 4 8 Travel time up read only Description Travel time of upstream signal Path Maintenance and diagnostics Diagnostics Sensor Path 2 Travel time up 4 4 1 4 9 Travel time down read only Description Travel time of downstream signal Path Maintenance and diagnostics Diagnostics Sensor...

Page 265: ...time of frontend since last power up Path Maintenance and diagnostics Diagnostics Sensor Path 2 Peak amplitude down 4 4 1 4 13 Peak amplitude down read only Description Operating time of frontend since last power up Path Maintenance and diagnostics Diagnostics Sensor Path 2 Peak amplitude down 4 4 2 Temperature monitoring 4 4 2 1 Medium temperature Description Medium temperature Setting 4 00 C Def...

Page 266: ...ure Minimum 4 4 2 2 3 Timestamp at minimum value read only Description Shows timestamp of recorded minimum transmitter internal temperature Path Maintenance and diagnostics Diagnostics Temperature monitoring Transmitter elec tronics temperature Timestamp at minimum value 4 4 2 2 4 Maximum read only Description Drag indicator of maximum transmitter internal temperature Path Maintenance and diagnost...

Page 267: ...g 0 0 C Default Related Path Maintenance and diagnostics Diagnostic DSL temperature Current value 4 4 2 3 2 Minimum Description Minimum DSL temperature Setting 200 0 C Default Related Path Maintenance and diagnostics Diagnostics DSL temperature Minimum 4 4 2 3 3 Maximum Description Maximum DSL temperature Setting 200 0 C Default Related Path Maintenance and diagnostics Diagnostics DSL temperature ...

Page 268: ...utput with HART Loop current 4 4 3 1 2 Error status read only Description Fault status if configured to current output Options Upper saturation Lower saturation Fail safe behaviour active Cable break Loop current deviation Related Path Maintenance and diagnostics Diagnostics Inputs and outputs Channel 1 output with HART Error status 4 4 3 2 Channel 2 output 4 4 3 2 1 Operation mode read only Descr...

Page 269: ...Related if Operation mode is set to Current output this parameter will show the current output value if Operation mode is set to Frequency output this parameter will show the frequency output value if Operation mode is set to Pulse output this parameter will show the pulse output value if Operation mode is set to Status output this parameter will show the status output value Path Maintenance diagn...

Page 270: ...e and diagnostics Diagnostics Inputs and outputs Channel 2 output Error status 4 4 3 2 5 Pulse counter read only Description This parameter shows the number of pulses since startup last reset Related This parameter is only available if Operation mode is set to Pulse output Path Maintenance and diagnostics Diagnostics Inputs and outputs Channel 2 output Pulse counter 4 4 3 2 6 Reset pulse counter D...

Page 271: ...ut Path Maintenance and diagnostics Diagnostics Inputs and outputs Channel 3 input output Operation mode 4 4 3 3 2 Current input value read only Description Current input value Read only Options Read only Related Path Maintenance and diagnostics Diagnostics Inputs and outputs Channel 3 input output Current input value 4 4 3 3 3 Error status read only Description The error status of the channel can...

Page 272: ...e pulse output value if Operation mode is set to Status output this parameter will show the status output value Path Maintenance and diagnostics Diagnostics Inputs and outputs Channel 3 in put output Channel value 4 4 3 3 5 Pulse counter read only Description This parameter shows the number of pulses since startup last reset Related Path Maintenance and diagnostics Diagnostics Inputs and outputs C...

Page 273: ...viewed in this parameter Setting Off Current output Frequency output Pulse output Status output Digital input Current input Default Off Related In this parameter the setting of Operation mode is read only Path Maintenance and diagnostics Diagnostics Inputs and outputs Channel 4 in put output Operation mode 4 4 3 5 2 Channel value read only Description The channel value can be viewed in this parame...

Page 274: ...e behaviour is activated Operation mode is set to Frequency output Options The pulse output has reached maximum pulse output frequency Fail safe behaviour is activated Operation mode is set to Pulse output Options The pulse output has reached maximum pulse output frequency Fail safe behaviour is activated Operation mode is set to Pulse output Options Loop current too high Loop current too low Fail...

Page 275: ...t Cancel Related This parameter is only available if Operation mode is set to Pulse output Path Maintenance and diagnostics Diagnostics Inputs and outputs Channel 4 in put output Reset pulse counter 4 4 3 6 Channel 4 relay 4 4 3 6 1 Status output signal read only Description The channel value can be viewed in this parameter Related This parameter is only available if Operation mode is set to On Pa...

Page 276: ...e RTD Auxiliary temperature RTD Totalizer 1 Totalizer 2 Totalizer 3 Default Disabled Related If this parameter is set to any other setting than Disabled parameters Maximum value Timestamp at maximum value Minimum value Timestamp at Minimum value and Reset logging will be available Path Maintenance and diagnostics Peak values Process value 1 Process value 4 5 1 2 Maximum Description Displays maximu...

Page 277: ...ue 1 Minimum value 4 5 1 5 Timestamp at minimum value Description Displays the timestamp when minimum value was measured Related This parameter is only available if Process value is not set to Disabled Path Maintenance and diagnostics Peak values Process value 1 Minimum value timestamp 4 5 1 6 Reset peak values Description This command is used to reset the logging of the recorded maximum and minim...

Page 278: ...ting than Disabled parameters Maximum value Maximum value timestamp Minimum value Minimum value timestamp and Reset logging will be available Path Maintenance and diagnostics Peak values Process value 2 Process value 4 5 2 2 Maximum Description Displays maximum measured value Related This parameter is only available if Process value is not set to Disabled Path Maintenance and diagnostics Peak valu...

Page 279: ...s parameter is only available if Process value is not set to Disabled Path Maintenance and diagnostics Peak values Process value 2 Minimum value timestamp 4 5 2 6 Reset peak values Description This command is used to reset the logging of the recorded maximum and minimum values monitored The drag pointers will be set to the current value Setting Cancel Ok Default Cancel Related This parameter is on...

Page 280: ...e and diagnostics Peak values Process value 3 Process value 4 5 3 2 Maximum Description Displays maximum measured value Related This parameter is only available if Process value is not set to Disabled Path Maintenance and diagnostics Peak values Process value 3 Maximum value 4 5 3 3 Timestamp at maximum value Description Displays the timestamp when maximum value was measured Related This parameter...

Page 281: ...elated This parameter is only available if Process value is not set to Disabled Path Maintenance and diagnostics Peak values Process value 3 Reset logging 4 5 4 Process value 4 4 5 4 1 Process value Description Assign the process value to be monitored Setting Disabled Volume flow Mass flow Standard volume flow Sound velocity Flow velocity LiquIdent Density Medium temperature Pressure Kinematic vis...

Page 282: ...eter is only available if Process value is not set to Disabled Path Maintenance and diagnostics Peak values Process value 4 Maximum value timestamp 4 5 4 4 Minimum Description Displays minimum measured value Related This parameter is only available if Process value is not set to Disabled Path Maintenance and diagnostics Peak values Process value 4 Minimum value 4 5 4 5 Timestamp at minimum value D...

Page 283: ...isabled Path Maintenance and diagnostics Peak values Process value 4 Reset logging 4 6 Characteristics 4 6 1 Transmitter 4 6 1 1 Design read only Description Information about the main design features of the transmitter Path Maintenance and diagnostics Characteristics Transmitter Design 4 6 1 2 Hazardous area approval read only Description Text describing the hazardous area approval of the transmi...

Page 284: ...n Eject Sensor Flash card Setting Cancel Ok Default Cancel Related Path Maintenance and diagnostics SensorFlash Eject 4 7 2 Installed read only Description Shows the status of the SD card Setting SensorFlash not installed SensorFlash installed SensorFlash used as mass storage de vice Default SensorFlash installed Related Path Maintenance and diagnostics SensorFlash Installed 4 7 3 Capacity total r...

Page 285: ...acity of installed SensorFlash Shows INSERT CARD if card is not installed Setting Default GB Related Path Maintenance and diagnostics SensorFlash Capacity available 4 7 5 Data logging 4 7 5 1 Activation Description Activation turns on and off data logging activation Setting Off On Default Off Related If this parameter is set to Enabled the parameters Logging value 1 through Logging value 20 can be...

Page 286: ... 4 h 6 h 12 h 24 h Default 5 s Related Path Maintenance and diagnostics SensorFlash Data logging Logging interval 4 7 5 4 Process values Logging value 1 20 Description The process value to be logged can be selected in this parameter Logged process values are an indicator that you have to stop logging before you can change the logged process values Setting Disabled Volume flow Mass flow Standard vo...

Page 287: ...ensorFlash Data logging Advance logging expert Register 1 90 4 8 Simulation 4 8 1 Simulation inputs and outputs 4 8 1 1 Channel 1 output with HART 4 8 1 1 1 Simulation Description Enable or disable simulation of the current output Setting Disabled Enabled Default Disabled Related If this parameter is set to Enabled the parameter Simulation value can be configured Path Maintenance and diagnostics S...

Page 288: ...ate Setting Off Current output Frequency output Pulse output Status output Default Off Related The setting of this parameter affects the setting options in parameter Simulation value Path Maintenance and diagnostics Simulation Simulation inputs and outputs Channel 2 output Operation mode 4 8 1 2 2 Simulation Description Enables or disables simulation of channel 2 current output Setting Disabled En...

Page 289: ...tput simulation is enabled Setting 0 mA to 25 mA Default 0 mA Operation mode is set to Current output Setting 0 0 Hz to 12500 0 Hz Default 1 0 Hz Operation mode is set to Frequency output Setting 0 0 pulses s to 12500 0 pulses s Default Operation mode is set to Pulse output Setting 0 1 Default Operation mode is set to Status output Related Only if parameter Simulation is set to Enabled the setting...

Page 290: ...elated Only if this parameter is set to Enabled then the setting of parameter Simulation value will be relevant Path Maintenance and diagnostics Simulate Simulate inputs and outputs Channel 3 input output Simulation 4 8 1 3 3 Simulation value Description Set the current value to be output on the channel when current output or current input simulation is enabled Set the frequency value to be output...

Page 291: ...ting of this parameter will be relevant Path Maintenance and diagnostics Simulation Simulation inputs and outputs Channel 3 input output Simulation value 4 8 1 4 Relay 3 4 8 1 4 1 Simulation Description Enables or disables simulation of channel 3 relay output Setting Disabled Enabled Default Disabled Related Only if this parameter is set to Enabled then the setting of parameter Simulation value wi...

Page 292: ...g Off Current output Frequency output Pulse output Status output Digital input Current input Default Off Related The setting of this parameter affects the setting options in parameter Simulation value Path Maintenance and diagnostics Simulation Simulation inputs and outputs Channel 4 input output Operation mode 4 8 1 5 2 Simulation Description Enables or disables simulation of Channel 4 input outp...

Page 293: ...put simulation is enabled Setting 0 mA to 25 mA Default 0 mA Operation mode is set to Current output or Current input Setting 0 0 Hz to 12500 0 Hz Default 1 0 Hz Operation mode is set to Frequency output Setting 0 0 pulses s to 12500 0 pulses s Default 0 0 Operation mode is set to Pulse output Setting 0 1 Default 0 Operation mode is set to Status output or Digital input Related Only if parameter S...

Page 294: ...ated Only if parameter Simulation is set to Enabled then the setting of this parameter will be relevant Path Maintenance and diagnostics Simulation Simulation inputs and outputs Channel 4 relay Simulated value 4 8 2 Simulation process values 4 8 2 1 Enable simulation Description Select the process value s to be simulated Setting Volume flow Mass flow Standard volume flow Flow velocity Sound veloci...

Page 295: ...if Volume flow is marked in Enable simulation then the setting of this parameter will be relevant The range and default setting are dependent on the selected Unit Path Maintenance and diagnostics Simulation Simulation process values Volume flow Simulation value 4 8 2 3 Mass flow 4 8 2 3 1 Simulation value Description Set the Mass flow value to be simulated Setting 10800000000 000001 kg h to 108000...

Page 296: ...ted Unit Path Maintenance and diagnostics Simulation Simulation process values Standard vol ume flow Simulation value 4 8 2 5 Flow velocity 4 8 2 5 1 Simulation value Description Set the Flow velocity value to be simulated Setting 400 m s to 400 m s Default 0 0 m s Related Only if Flow velocity is marked in Enable simulation then the setting of this parameter will be relevant The range and default...

Page 297: ... values Sound velocity Simulation value 4 8 2 7 LiquIdent 4 8 2 7 1 Simulation value Description Set the Liquident value to be simulated Note Available with Oil Software option only Setting 100 0 m s to 2500 0 m s Default 1500 0 m s Related Only if Liquident is marked in Enable simulation then the setting of this parameter will be relevant Path Maintenance and diagnostics Simulation Simulation pro...

Page 298: ...the HMI Default 0 000001 m2 s Related Only if Kinematic viscosity is marked in Enable simulation then the setting of this parameter will be relevant The range and default setting are dependent on the selected Unit Path Maintenance and diagnostics Simulation Simulation process values Kinematic vis cosity Simulation value 4 8 2 10 Pressure 4 8 2 10 1 Simulation value Description Set the Pressure val...

Page 299: ...nd diagnostics Simulation Simulation process values Medium tem perature Simulation value 4 8 2 12 Standard density 4 2 8 12 1 Simulation value Description Set the Standard density value to be simulated Setting 0 0 kg m3 to 100000 0 kg m3 Default 1000 0 kg m3 Related Only if Standard density is marked in Enable simulation then the setting of this parameter will be relevant The range and default set...

Page 300: ...tion process values Standard kine matic viscosity Simulation value 4 8 2 14 API gravity 4 8 2 14 1 Simulation value Description Set the API gravity value to be simulated Setting 150 0 API to 200 API Default 0 0 API Related Only if API gravity is marked in Enable simulation then the setting of this parameter will be relevant Path Maintenance and diagnostics Simulation Simulation process values API ...

Page 301: ... SGU Default 0 0 SGU Related Only if Specific gravity is marked in Enable simulation then the setting of this parameter will be relevant Path Maintenance and diagnostics Simulation Simulation process values Specific gravity Simulation value 4 8 2 17 Standard specific gravity 4 8 2 17 1 Simulation value Description Set the Standard specific gravity value to be simulated Setting 0 0 SGU to 10 0 SGU ...

Page 302: ...ing are dependent on the selected Unit Path Maintenance and diagnostics Simulation Simulation process values Auxiliary tem perature Simulation value 4 8 2 19 Standardizing factor 4 8 2 19 1 Simulation value Description Standardizing factor Setting 0 0 to 1000000 0 Default 0 0 Related Only if Standardizing factor is marked in Enable simulation then the setting of this parameter will be relevant The...

Page 303: ...ms 4 8 3 1 Simulation mode Description The alarm simulation mode can be configured in this parameter Setting Off Simulate alarm ID number Simulate alarm class Default Off Related If Simulation mode is set to Simulate alarm ID number Alarms and its subcategories will be available If Simulation mode is set to Simulate alarm class Alarm class will be available Path Maintenance and diagnostics Simulat...

Page 304: ...lable if Simulation mode is set to Simulate alarm ID number Path Maintenance and diagnostics Simulation Simulation alarms Alarms Sensor alarms 2 4 8 3 2 3 Process alarms 1 Description The simulation of single and multiple Process alarms 1 can be configured Setting Various process alarms can be selected Default None selected Related This parameter is only available if Simulation mode is set to Simu...

Page 305: ...larms 4 Description The simulation of single and multiple Process alarms 4 can be configured Setting Various process alarms can be selected Default None selected Related This parameter is only available if Simulation mode is set to Simulate alarm ID number Path Maintenance and diagnostics Simulation Simulation alarms Alarms Process alarms 4 4 8 3 2 7 Totalizer alarms Description The simulation of ...

Page 306: ... mode is set to Simulate alarm ID number Path Maintenance and diagnostics Simulation Simulation alarms Alarms Channel 1 alarms 4 8 3 2 9 Input output alarms Description The simulation of single and multiple Input output alarms can be configured Setting Various input output alarms can be selected Default None selected Related This parameter is only available if Simulation mode is set to Simulate al...

Page 307: ...ance required Default None selected Related This parameter can only be accessed if Status icons is set to NAMUR Path Maintenance and diagnostics Simulation Simulation alarms Alarm class 4 9 Audit trail 4 9 1 Parameter change log Description Displays list of logged parameter changes Log shows parameter value before the change not the current value Path Maintenance and diagnostics Audit trail Parame...

Page 308: ...irmware update change log 4 9 4 Clear FW update change log expert Description The firmware update log can be reset using this parameter Setting Cancel Ok Default Cancel Related Path Maintenance and diagnostics Audit trail Clear FW update change log 4 10 Self test 4 10 1 Display test Description The display can be tested using a wizard Path Maintenance and diagnostics Self test Display test 4 11 Re...

Page 309: ...tenance and diagnostics Resets Set to default 4 11 2 Device restart write only Description Command to restart device Setting Cancel Ok Default Cancel Related Path Maintenance and diagnostics Resets Device restart 4 12 Firmware update Description The firmware of the device can be updated using a wizard Path Maintenance and diagnostics Firmware update ...

Page 310: ...Maintenance and diagnostics 4 12 Firmware update FST030 308 Function Manual 04 2017 A5E35693328 AA ...

Page 311: ...ice channel USB USB mode 5 1 2 Auto mode Description The Auto mode can be enabled disabled When auto mode is enabled a device connected via a USB cable is always considered an MSD Setting Disabled Enabled Default Related Path Communications Service channel USB Auto mode 5 1 3 MSD connect write only Description This command is used to connect disconnect to a mass storage device for example a PC Set...

Page 312: ...ss Setting 0 to 63 Default 0 Path Communication HART Channel 1 Polling address SW 5 2 2 Polling address HW read only Description Hardware device address The HW device address is configured by DIP switch in the device Path Communication HART Channel 1 Polling address HW 5 2 3 TAG Description A unique short TAG name for the device or measurement point can be entered Setting User configurable Default...

Page 313: ...nel 1 HART revision 5 2 6 Response preambles Description The number of response preambles can be defined Setting 5 to 20 Default 5 Path Communication HART Channel 1 Response preambles 5 2 7 Dynamic variable mapping Mapping of measured process variables The assignment of the measured process values to HART device variables PV primary variable SV secondary variable TV tertiary variable and QV quater...

Page 314: ...PI gravity Base API gravity Specific gravity Base specific gravity Current output channel 1 Current output channel 2 Pulse output channel 2 Frequency output channel 2 Status output channel 2 Current input chan nel 3 Digital input channel 3 Current output channel 3 Pulse output channel 3 Fre quency output channel 3 Status output channel 3 Current input channel 4 Digital input channel 4 Current outp...

Page 315: ...ic gravity Base specific gravity Current output channel 1 Current output channel 2 Pulse output channel 2 Frequency output channel 2 Status output chan nel 2 Current input channel 3 Digital input channel 3 Current output channel 3 Pulse output channel 3 Frequency output channel 3 Status output channel 3 Current input channel 4 Digital input channel 4 Current output channel 4 Pulse output chan nel ...

Page 316: ...fic gravity Base specific gravity Current output channel 1 Current output channel 2 Pulse output channel 2 Frequency output channel 2 Status output chan nel 2 Current input channel 3 Digital input channel 3 Current output channel 3 Pulse output channel 3 Frequency output channel 3 Status output channel 3 Current input channel 4 Digital input channel 4 Current output channel 4 Pulse output chan nel...

Page 317: ... ft3 h ft3 d Imperial gallons i gal s i gal min i gal h i gal d Default m3 h Related Path Communications HART Channel 1 HART units Volume flow units 5 2 8 2 Mass flow units Description The mass flow unit for the communication interface mass time can be configured Setting Metric Gram g s g min g h Kilogram kg s kg min kg h kg d Tonne t min t h t d US Short ton STon min STon h STon d Ton long ton T ...

Page 318: ...The flow velocity units for the communication interface length time can be configured Setting Metric m m s m h US Inches in s in min Feet ft s ft min Default m s Related Path Communication HART Channel 1 HART units Flow velocity units 5 2 8 5 Sound velocity units Description The sound velocity units for the communication interface length time can be configured Setting Metric m m s m h US Inches in...

Page 319: ... 8 Pressure units Description The pressure units for the communication interface can be configured Setting Metric mbar bar Pa kPa hPa MPa kgf cm2 mmH2O millimeters of water at 68 F mmH2O millimeters of water at 4 C mmHg millimeters of mercury at 0 C hPa hectopascal atm torr cmH2O centimeters of water at 4 C mH2O meters of water at 4 C cmHg centimeters of mercury at 0 C mHg meters of mercury at 0 C...

Page 320: ...ed at the local display Setting Metric g grams kg kilograms t 1t 1000 kg US STon 1 STon 2000 lb T 1T 2240 lb oz ounces lb pounds Default kg Totalizer 1 Process value is set to Mass flow Setting Metric l hl m3 US gal i gal BBL31 5 BBL31 BBL42 in3 ft3 yd3 bush Default l Totalizer 1 Process value is set to Volume flow Related Path Communication HART Channel 1 HART units Totalizer 1 units 5 2 8 11 Tot...

Page 321: ...mmunication interface can be configured The unit is not applied at the local display Setting Metric g grams kg kilograms t 1 t 1000 kg US STon 1STon 2000 lb T 1 T 2240 lb oz ounces lb pounds Default kg Totalizer 3 Process value is set to Mass flow Setting Metric l hl m3 US gal i gal BBL31 5 BBL31 BBL42 in3 ft3 yd3 bush Default l Totalizer 3 Process value is set to Volume flow Related Path Communic...

Page 322: ...dizing factor Standard kine matic viscosity Standard density LiquIdent Density Medium temperature Default Volume flow Related Path Communication Modbus Channel 1 Damping Process values 1 5 2 9 3 Process values 2 Description Select the process values Setting API gravity Standard API gravity Specific gravity Standard specific gravity Rate of change Default API gravity Related Path Communication Modb...

Page 323: ...rameter This address is used if the DIP switch is set to a value 0 Options Read only Related Path Communication Modbus Channel 1 Slave address HW 5 3 3 Baud rate Description Baud rate of Modbus interface Setting 9600 Bit s 19200 Bit s 115200 Bit s 38400 Bit s 57600 Bit s 76800 Bit s 1200 Bit s 2400 Bit s 4800 Bit s Default Related Path Communication Modbus Channel 1 Baudrate 5 3 4 Parity framing D...

Page 324: ...o the right most byte Setting 1 0 3 2 0 1 2 3 2 3 0 1 3 2 1 0 Default Related Path Communication Modbus Channel 1 Floating point byte order 5 3 6 Integer byte order Description The integer byte order used in Modbus messages MSB most significant byte high byte LSB least significant byte low byte Setting MSB to LSB big endian LSB to MSB little endian Default Related Path Communication Modbus Channel...

Page 325: ...ing 5 3 7 2 Source register 1 20 Description Modbus register that appears within Modbus request is redirected to the parameter specified by Target register 1 20 Setting Default Related Path Communication Modbus Channel 1 Register mapping Source register 1 20 5 3 7 3 Target register 1 20 Description Register of an existing product parameter to which a Modbus request is redirected Setting Default Re...

Page 326: ... Communications Modbus Channel 1 Modbus units Mass flow unit 5 3 8 2 Volume flow unit Description Set the unit for volume flow values Setting Metric Litre l s l min l h l d Ml d hl s hl min hl h hl d m3 m3 s m3 min m3 h m3 d US Gallons Ugal s Ugal min Ugal h Ugal d Mgal d gal s gal min gal h gal d Barrels BBPS BBPM BBPH BBPD BOPS BOPM BOPH BOPD BLPS BLPM BLPH BLPD ft3 ft3 s ft3 min ft3 h ft3 d Cus...

Page 327: ...bus Channel 1 Modbus units Standard volume flow 5 3 8 4 Flow velocity unit Description Set the unit for flow velocity values Setting Metric Meter m s m h US Foot ft s ft min Inch in s in min Custom unit Default m s Related Path Communications Modbus Channel 1 Modbus units Flow velocity unit 5 3 8 5 Sound velocity unit Description Set the unit for sound velocity values Setting Metric Meter m s m h ...

Page 328: ...s Modbus Channel 1 Modbus units Density unit 5 3 8 7 Kinematic viscosity unit Description Set the unit for kinematic viscosity values Setting cSt Default cSt Related Path Communications Modbus Channel 1 Modbus units Kinematic viscosity unit 5 3 8 8 Pressure unit Description Set the unit for pressure values Setting Metric 0 C mmHg 0 C cmHg 0 C inHg 0 C mHg 0 C 4 C mmH2O 4 C cmH2O 4 C mH2O 4 C inH2O...

Page 329: ...ons Modbus Channel 1 Modbus units Temperature units 5 3 8 10 Totalizer 1 unit Description Set the unit for totalizer 1 quantities Setting Metric l hl m3 US Ugal gal BBL42 BBL31 BBL31 5 bush yd3 ft3 in3 Custom unit Default m3 is set to Volume flow Setting Metric g kg t US lb STon T oz Custom unit Default kg is set to Mass flow Setting Metric Nl Nm3 Sl Sm3 US Sft3 Default Nl is set to Corrected volu...

Page 330: ... Setting Metric g kg t US lb STon T oz Custom unit Default kg is set to Mass flow Setting Metric Nl Nm3 Sl Sm3 US Sft3 Default Nl is set to Corrected volume flow Related Path Communications Modbus Channel 1 Modbus units Totalizer 2 unit 5 3 8 12 Totalizer 3 unit Description Set the unit for totalizer 3 quantities Setting Metric l hl m3 US Ugal gal BBL42 BBL31 BBL31 5 bush yd3 ft3 in3 Custom unit D...

Page 331: ... Nl Nm3 Sl Sm3 US Sft3 Default Nl is set to Corrected volume flow Related Path Communications Modbus Channel 1 Modbus units Totalizer 3 unit 5 3 8 13 Service Channel USB Description The USB mode can be read in this parameter Options USB communication Mass storage device MSD Related Path Communications Service channel USB USB mode ...

Page 332: ...Communication 5 3 Modbus Channel 1 FST030 330 Function Manual 04 2017 A5E35693328 AA ...

Page 333: ...user PIN code 6 2 Change expert PIN code expert Description The Change expert PIN code function can be accessed Setting Default Related Path Security Access management Change expert PIN code 6 3 Recovery ID Description Displays an ID number required to reset PIN if lost Record this ID number for use when contacting Siemens customer support Setting Default Related Path Security Access management Un...

Page 334: ...ed Path Security Access management PUK 6 5 Activate user PIN Description The Enable access level control function can be configured Setting Disable Enable Default Enable Related Path Security Access management Enable access level control 6 6 Deactivate user PIN Description The Disable access level control function can be configured Setting Disable Enable Default Enable Related Path Security Access...

Page 335: ...ault you will not be prompted for password for 10 minutes after the last key press When the parameter is set to On you will be prompted to enter the password before each HMI operation Setting Off On Default Off Related Path Security Access management Auto logout 6 8 Logout Description The Logout function can be configured Setting Default Related Path Security Access management Logout ...

Page 336: ...Security 6 8 Logout FST030 334 Function Manual 04 2017 A5E35693328 AA ...

Page 337: ...FST030 Function Manual 04 2017 A5E35693328 AA 335 Language 7 7 1 Language Description Select the local display language Setting English Deutsch Default English Related Language Language ...

Page 338: ...Language 7 1 Language FST030 336 Function Manual 04 2017 A5E35693328 AA ...

Page 339: ... on the Internet In addition to our documentation we offer a comprehensive knowledge base online on the Internet at Service and support http www siemens com automation service support There you will find The latest product information FAQs downloads tips and tricks Our newsletter providing you with the latest information about your products Our bulletin board where users and specialists share thei...

Page 340: ...Support A 1 Technical support FST030 338 Function Manual 04 2017 A5E35693328 AA ...

Page 341: ... current option list selection When you access an option list you can move the asterisk with the Up or Down Arrows to a new selection then press ENTER to select the item CLR Clear Key Use the CLR key to erase a numeric value or clear a selection from a multiple select option list Cursor This refers to the highlighted text and the arrow cursor that you move via the arrow direction when navigating t...

Page 342: ... meter recovers its Initial Makeup parameters after a fault condition interrupts operation Installation Menu The flow meter s overall menu structure It allows you to define all aspects of operation for the flow meter Interface m s Refers to an alarm function that declares the passage of a liquid or gas interface by a comparison analysis of the relative sonic velocities of the two liquids or two ga...

Page 343: ...he estimated sonic velocity measurement This Index can not be overridden by installer Numeric Data Refers to a value entered into a menu cell An example would be the pipe outer diameter Numeric Entry Refers to a number you type into menu cell that stores numeric data Numeric Keys Use the Numeric keys to type a numeric value where appropriate Op Sys ROM The Read Only Memory that stores the basic op...

Page 344: ...arameters used by the flow meter to service a specific site or location The flow meter allows you to store several independent Site Setups Site Storage Memory Section of RAM allocated for permanent data storage This memory segment stores inactive site setups including a backup of active site The flow meter s Site Setup storage capacity depends on the dynamic memory allocation as dictated by each a...

Page 345: ...signed by the flow meter This can be overridden by the installer TOTCNT A Totalizer pulse count function used for Batching or Sampling Transducer Also known as sensor Vaer The flow meter s aeration percent output Vps The sonic propagation velocity of a pipe Vs The sonic velocity of a liquid or gas ...

Page 346: ...Glossary FST030 344 Function Manual 04 2017 A5E35693328 AA ...

Page 347: ... 337 I Inputs and outputs 97 Internet Contact person 337 Support 337 L Languages 335 P Paths 33 Pipe settings 23 Process values 43 Q Quick commissioning 21 Quick start wizards 17 S Sensor model 30 Sensor sizes 43 Sensor test blocks 43 Sensor diagnostics 258 Service 337 Service channel USB 309 329 Support 337 T Temperature monitoring 263 Totalizers 82 U User calibration 38 ...

Page 348: ...Index FST030 346 Function Manual 04 2017 A5E35693328 AA ...

Page 349: ......

Page 350: ...rives Process Automation 76181 Karlsruhe GERMANY Subject to change without prior notice Order No A5E35693328 Lit No A5E35693328 AA Siemens AG 04 2017 www siemens com processautomation A5E35693328 For more information www siemens com flow ...

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