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Siemens SITRANS F US SONOKIT Operating Instructions Manual Download Page 38

Commissioning 

 

6.4 Commissioning via PDM 

 

SITRANS FUS080 transmitter 

36

 

Operating Instructions, 07/2012, A5E03059912-02 

 

To view possible settings, right-click and select "Help". 
For overview of the parameters see "Parameter list" (Page 69). 

Summary of Contents for SITRANS F US SONOKIT

Page 1: ...SITRANS F Ultrasonic flowmeters SITRANS FUS080 transmitter for use with sensor type SITRANS F US SONOKIT Operating Instructions 07 2012 ...

Page 2: ......

Page 3: ...80 transmitter 5 Connecting 6 Commissioning Operating Instructions 7 Functions 8 Service and maintenance 9 Troubleshooting FAQs 10 Technical data 11 Qualification certificate A Parameter lists B Settings Ultrasonic flow transmitter type FUS080 for use with sensor type SITRANS F US SONOKIT 07 2012 A5E03059912 02 ...

Page 4: ... 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 WARNING Siemens products may only be used for the applications described in the catalog and in the relevant technical documentation If products and components from other manufacturers are use...

Page 5: ...ling FUS080 19 5 Connecting 21 5 1 Wiring the transducer cables 22 5 2 Wiring the power supply and the output 25 5 2 1 Wiring the power supply 25 5 2 2 Wiring the pulse output 28 5 2 3 Mounting the transmitter 28 6 Commissioning 29 6 1 Operating the local display 29 6 2 Navigating the menu structure 31 6 3 Start up routine 31 6 4 Commissioning via PDM 32 6 4 1 Installing and connecting the IrDA in...

Page 6: ...8 7 Disposal 54 9 Troubleshooting FAQs 55 9 1 Error codes 55 9 2 Diagnosing with PDM 57 10 Technical data 61 10 1 SITRANS FUS080 61 10 2 Battery 62 10 3 Sensor geometrical data 63 10 4 Dimensions 64 11 Qualification certificate 65 A Parameter lists 69 A 1 Identification 69 A 2 Output 71 A 3 Diagnostic 73 A 4 Meter setup 78 A 5 Human Interface 80 A 6 Unit conversion table 81 B Settings 83 B 1 Facto...

Page 7: ...Table of contents SITRANS FUS080 transmitter Operating Instructions 07 2012 A5E03059912 02 5 B 6 Dimension dependent settings SONOKIT 1 path 89 B 7 Ordering 90 Index 91 ...

Page 8: ...Table of contents SITRANS FUS080 transmitter 6 Operating Instructions 07 2012 A5E03059912 02 ...

Page 9: ... personnel before installing the device 1 1 Items supplied SITRANS FUS080 transmitter Wall pipe mounting kit with bracket and terminal box SITRANS F US literature CD Transducer coaxial cables Application label SONOKIT installation kit not shown Operating Instructions Operating Instructions Note The scope of delivery may vary depending on version and add ons The contents list in the package lists a...

Page 10: ... following the system nameplate is described 6LHPHQV 6 ORZ QWUXPHQWV 0DGH LQ UDQFH 6 75 16 86 6212 7 7UDFN 6 67 0 1R 0 9 6 7 7 1 7UDQVPLWWHU LPHQVLRQ 4PD 4QRP 4PLQ 3XOVH 9DOXH 3XOVH LGWK DEOH HQJWK DO DFWRU 3URG HDU 0 1 1 P K P K P K P SXOVH PV P System number order code identifying selected options and system serial number Transmitter production code and serial number Dimension nominal size order...

Page 11: ...ication label 1 2 History The contents of these instructions are regularly reviewed and corrections are included in subsequent editions We welcome all suggestions for improvement The following table shows the most important changes in the documentation compared to each previous edition Edition Remarks FW version EDD version 07 2012 First edition 2 03 01 02 07 The documentation of this edition is a...

Page 12: ...e Siemens homepage where further information on the range of SITRANS F flowmeters may also be found Product information on the internet http www siemens com flow Worldwide contact person If you need more information or have particular problems not covered sufficiently by these Operating Instructions get in touch with your contact person You can find contact information for your local contact perso...

Page 13: ... 2 1 Laws and directives General requirements Installation of the equipment must comply with national regulations For example EN 60079 14 for the European Community Instrument safety standards The device has been tested at the factory based on the safety requirements In order to maintain this condition over the expected life of the device the requirements described in these Operating Instructions ...

Page 14: ...ctrically or mechanically This is in most circumstances associated with the generation of excessive heat where internal pressure may cause the cell to rupture Thus the following basic precautions should be observed when handling and using lithium batteries Do not short circuit recharge or connect with false polarity Do not expose to temperature beyond the specified temperature range or incinerate ...

Page 15: ...nsmitter Operating Instructions 07 2012 A5E03059912 02 13 2 4 Certificates Certificates are posted on the Internet and on the documentation CD ROM shipped with the device See also Certificates http www siemens com processinstrumentation certificates ...

Page 16: ...Safety notes 2 4 Certificates SITRANS FUS080 transmitter 14 Operating Instructions 07 2012 A5E03059912 02 ...

Page 17: ...in the transmitter PDM Process Device Manager software programing tool Main applications The main application for flowmeters with the transmitter SITRANS FUS080 is measurement of water flow in district heating plants local networks boiler stations substations chiller plants irrigations plants and other general water applications 3 1 System components The 1 path or 2 path ultrasonic flowmeter syste...

Page 18: ...fiberglass reinforced polyamide enclosure for remote or compact installation The remote versions are available with up to 30 meter distance from flowmeter to transmitter When ordering as a compact version in the series FUS380 and FUE380 the transducer cables are pre mounted at the sensor SITRANS FUS080 transmitter SITRANS FUS080 Display The transmitter is available in an IP67 NEMA 4X 6 enclosure a...

Page 19: ...e Figure 3 2 Velocity distribution along sound path A sound wave travelling in the same direction as the liquid flow arrives at point B from point A in a shorter time than the sound wave travelling against the direction of flow from point B to A The difference in sound transit time indicates the flow velocity in the pipe Since delay time is measured at short intervals both in and against flow dire...

Page 20: ...ture The proportional flow factor K is determined by wet calibration or calculated by Auto in case of manual programming of mechanical geometrical pipe data SONOKIT only The transducer angle θ distance between sensors L and pipe dimension Di and Du are shown in the figure below 1A 1B Figure 3 3 Measuring principle The ultrasonic signal is sent directly between the transducers The advantage gained ...

Page 21: ... C 23 to 140 F The enclosure rating is IP67 NEMA 4X 6 or better NOTICE Make sure that the pressure and temperature specifications indicated on the device nameplate label will not be exceeded NOTICE Direct sunlight Do not expose the device to direct sunlight 4 1 Installing FUS080 Note Sensor installation It is required that the sensor has been installed according to the relevant operating instructi...

Page 22: ...mitter 20 Operating Instructions 07 2012 A5E03059912 02 1 Mount wall pipe mounting bracket in an appropriate place Pipe mounting Wall mounting Note Take coaxial cable length into consideration and allow adequate space for cable inlets underneath and on both sides ...

Page 23: ...ections WARNING Danger of electric shock Never install the device with the mains voltage switched on Cable specifications The line length from the cable gland to the terminals must be kept as short as possible Line loops in the terminal box must be avoided Lay heat resistant transducer cables if high temperatures can occur on the housing e g due to conduction of heat by the sensor metering tube La...

Page 24: ...t least double or reinforced insulation at mains voltage For field wiring installation Ensure that the National Installation Code of the country in which the flowmeters are installed is met 5 1 Wiring the transducer cables The system SONOKIT with FUS080 transmitter is supplied with separate transducer coaxial cables 2 cables for 1 path and 4 cables for 2 path The cables can be used on all transduc...

Page 25: ...59912 02 23 Connecting the cables to the wall pipe mounting kit 1 Snap out connection plate and loosen grounding wire 2 Smoothly push cables one by one from underneath base through glands and adjust all cable ends approximately 100 mm from upper frame of base Figure 5 1 Electrical connection to SONOKIT 1 path ...

Page 26: ...he right cable entries are used 1 path Terminal 1A is connected to transducer 1A Terminal 1B is connected to transducer 1B 2 path As 1 path and additionally Terminal 2A is connected to transducer 2A Terminal 2B is connected to transducer 2B Note For sensor transducer connection see SONOKIT 1 path or SONOKIT 2 path Operating Instructions 3 Remount connection board in wall pipe mounting kit ...

Page 27: ...g of transmitter and sensor is recommended 5 Tighten both transducer cable glands 6 Make sure that transducer cables are not overbent Minimum cable bend radius is 50 mm 5 2 Wiring the power supply and the output The wiring of the power supply and the output is done in three steps 1 Wiring the power supply 2 Wiring the pulse output if relevant 3 Mounting the transmitter 5 2 1 Wiring the power suppl...

Page 28: ...vailable in three versions Battery powered only Mains powered Mains powered with battery back up Determine the transmitter power source type by reading the nameplate or via the product code Note Change of power source The specified type of power supply cannot be altered E g a battery powered transmitter cannot be upgraded with additional mains power ...

Page 29: ...battery battery powered versions only Figure 5 3 Wiring the battery 2 Connect power supply to L1 N and protective earth PE mains powered versions only Figure 5 4 Power supply and output connection NOTICE Cable straps It is recommended to use cable straps 3 Fix power supply cable to terminal housing with clamp mains powered versions only ...

Page 30: ...S080 pulse output is only a functional isolation 1 Prepare cable ends as shown above 2 Connect output cables to terminals 56 and 57 Output A and to 66 and 67 Output B according to use The output functions are used as shown above 3 Ground cable shielding by fixing it with clamp CAUTION EMC performance Incorrect fixing of the cable shield will affect the EMC performance 5 2 3 Mounting the transmitte...

Page 31: ... display and the menu structure is offered in the chapters Operating the local display Navigating the menu structure 6 1 Operating the local display The local display is divided into 3 areas Top area with symbols for status information Mid area with actual readings Lower area with index number of the shown menu Activate the push button to go the next index menu and related information Operating th...

Page 32: ...ttery low only indicates that battery charge is below a pre set level not that charge is zero Flow measurement continues uninterrupted until the battery is completely drained Table 6 2 Information symbols Symbol Description Battery status full Battery status low Note Change of settings and parameters The measured values are shown on the local display Display settings as for example hiding specific...

Page 33: ... indicate reverse flow calculation Menu 3 Actual flow rate Negative values indicate reverse flow calculation Menu 4 Alarm codes Each code refers to a specific alarm Menu 5 Display test Check of all segments Display toggles between all segments on off 6 3 Start up routine 1 Power up device 2 Reset battery status indicator as described below battery powered versions only Resetting the battery counte...

Page 34: ... Device Manager is a software package for configuring parameterizing commissioning and maintaining field devices e g transducers Among other features SIMATIC PDM contains a simple process for monitoring process values interrupts and status diagnosis signals of a field device Note For instructions on installation and operation of SIMATIC PDM refer to the SIMATIC PDM Getting Started included in the ...

Page 35: ... the device Page 34 5 Optimizing the system Page 40 6 Checking the operation readiness Page 41 6 4 1 Installing and connecting the IrDA interface adapter Note IrDA driver installation For installation of the IrDA driver refer to the instructions delivered with the adapter 1 Connect IrDA adapter to PC 2 Mount adapter on FUS080 When the IrDA adapter is connected correctly a small icon appears on the...

Page 36: ...SONOKIT Right click on Net and select Insert New Object Modbus Net Your PC is now added to the Modbus Net Right click on Modbus Net and select Insert New Object Modbus Device Click on Assign and assign the Modbus device to SITRANS FUS E080 Sensors Flow Ultrasonic SIEMENS AG SITRANS FUS E080 and click OK Rename device according to application requirements max 32 characters Set up communication para...

Page 37: ...if the device TAG does not match the project data TAG and click OK to read all parameters to the offline table After closing the dialog box all loaded parameters should show Loaded in the status of the PDM table For a complete parameter list see Parameter list Page 69 3 Store factory set default values on your local PC File Export in order to be able to retrieve default settings Read write device ...

Page 38: ... 6 4 Commissioning via PDM SITRANS FUS080 transmitter 36 Operating Instructions 07 2012 A5E03059912 02 To view possible settings right click and select Help For overview of the parameters see Parameter list Page 69 ...

Page 39: ...ry Internal calculation in the device is made in metric units only Enter outer pipe diameter Du and average pipe wall thickness t Flow velocity V is automatically calculated using entered pipe data and given Qmax PDM parameter row 10 Enter media viscosity in cSt e g 1 cSt for water at 20 C Enter the pipe roughness value The pipe roughness default value is automatically set according to pipe materi...

Page 40: ...ditional sensor data Parameter 1 path 2 path Number of paths 1 2 Outer pipe diameter DU DU Pipe wall thickness t t Average path distance H H Path 1 angle A1 A1 Path 2 angle A2 Average transducer 1 distance L1 L1 Average transducer 2 distance L2 Velocity auto calculated with Qmax V V For crossed paths solutions with no path displacement Enter 0 Figure 6 2 1 path sensor data ...

Page 41: ...ath sensor data 4 Click on Apply pipe geometric settings and then on OK to transfer the data into appropriate Value and Unit cells Values are transferred and shown in metric units only Close the pipe geometric tool dialog box by clicking on OK Click OK to confirm the data entered Figure 6 4 Changed values successfully transferred ...

Page 42: ... 1 Navigate to menu Device Pulse guide The guide calculates the pulse frequency at the max flow condition and tells you how close you are on over speeding the pulse output The volume per pulse is freely scalable from 0 000001 to 10000 units per pulse It also calculates the minimum volume per pulse you can choose to avoid pulse over speeding The maximum output frequency depends on the pulse selecte...

Page 43: ...2 Select Execute even if the device TAG does not match the project data TAG and click OK to download all changes from the table to the device View process values The system is now ready for normal operation 1 Select View Display to see all measured process values 2 Verify that the fields show the expected values Note Measured Track Values The Measured Track Values should show stable values within ...

Page 44: ...settings on the PC Store the device settings after verifying the values Choose Read Upload to PC to get all the settings Store the complete settings on your PC via File Export 6 4 7 Qualification certificate For your convenience you may create a qualification cerfíticate Page 65 1 Click on Device Qualification Certificate ...

Page 45: ...missioning via PDM SITRANS FUS080 transmitter Operating Instructions 07 2012 A5E03059912 02 43 2 Click on Generate qualification certificate 3 Click on Close The Qualification Certificate is now available via Microsoft Word ...

Page 46: ......

Page 47: ...oad to Device afterwards Figure 7 1 Unit selection Note The display is only able to show m3 and m3 h If the units are changed to units other than m3 and m3 h the display will not show any unit indication after the measured value on the display To show the new customer unit on the display a sticker can be used to show units This sticker should be affixed to the transmitter display 7 2 Number of dec...

Page 48: ...DBUS communication via SIMATIC PDM the flowmeter information is protected by a password The default password is 1000 and it can be changed after gaining access to the flowmeter or via the PDM menu Device Change Password The password can be changed without the use of the HW key Figure 7 2 Change password Click Write new password to the device and Close ...

Page 49: ...e Important In this mode with the HW key installed many parameters in PDM are opened If these parameters are changed it can seriously affect the meter accuracy and operation Be careful when writing new parameters Changing the HW protected parameters 1 Disconnect power supply to transmitter i e battery plug and or the mains power supply 2 Remove frame and display from transmitter 3 Insert HW key as...

Page 50: ...Functions 7 4 Hardware key SITRANS FUS080 transmitter 48 Operating Instructions 07 2012 A5E03059912 02 ...

Page 51: ...pair and service must be carried out by Siemens authorized personnel only Note Siemens defines flow sensors as non repairable products 8 2 Battery replacement NOTICE It is recommended to replace the battery pack every 6 years Note Battery lifetime The battery lifetime depends on the use of the different functions e g the use of MODBUS communication will decrease the lifetime significantly see Tech...

Page 52: ...e and maintenance 8 2 Battery replacement SITRANS FUS080 transmitter 50 Operating Instructions 07 2012 A5E03059912 02 1 Unscrew battery cover and remove old battery pack 2 Fit new battery pack in transmitter ...

Page 53: ... 3 Connect battery Ensure that wire is inserted into small channel leading from plug to battery 4 Remount battery cover Note Every time a battery is fitted and connected the unit runs a start up routine A battery replacement does not influence accumulated process values Accumulated values can only be reset using SIMATIC PDM ...

Page 54: ... http support automation siemens com WW view en 16604318 Service Support 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...

Page 55: ...turn Delivery with the following information Return delivery form http support automation siemens com WW view en 16604370 product ordering number number of devices or spare parts returned reason for the return Declaration of Decontamination Decontamination declaration http pia khe siemens com efiles feldg files Service declaration_of_decontamination_en pdf With this declaration you certify that th...

Page 56: ...duct has to be returned according to the Regulation of Dangerous goods 8 6 Battery disposal In accordance with EU directive 2006 66 EC batteries are not to be disposed of using municipal waste disposal services Waste industrial batteries are accepted back by Siemens or by the local Siemens representative Please talk to your local Siemens contact http www automation siemens com partner or follow th...

Page 57: ...also available via SIMATIC PDM Furthermore in case the device is not measuring correctly a diagnostic function is available via the SIMATIC PDM 9 1 Error codes A list of errors is available in SIMATIC PDM active errors are check marked Access to this list is gained via Device Device Status In the figure below error codes F 1 F 2 and F 5 are active Figure 9 1 List of errors shown in PDM ...

Page 58: ...wered versions only F 6 Flow exceeds preset flow rate in unit max speed 10 m s Flowrate too high F 7 Pulse output A overflow Pulse output exceeds 100 Hz or 50 duty cycle F 8 Pulse output B overflow Pulse output exceeds 100 Hz or 50 duty cycle F 9 Datalogger warning alarm Datalogger warning monitors whether actual consumption on Totalizer 1 is on end of log interval or above below the limit setting...

Page 59: ...ollowing procedure must be completed before diagnosing Connection of Modbus interface via PC and IrDA see also Commissioning via PDM Page 32 Installation of PDM and FUS080 PDM driver see also Installing the device driver Page 34 Diagnosing with PDM Online process values are available under menu View Display The Measured Track Values tab shows the gain steps and the flow velocities for path 1 and p...

Page 60: ...RANS FU080 Gain step vs Transducer distance Gain step The graph above shows which gain step to expect for a particular transducer distance face to face distance The upper curve indicates the upper limit and the lower curve indicates the lower limit The graph applies to perfectly aligned transducers in clean water but takes into account the expected variance from the converter and the transducers ...

Page 61: ...et conditions Inhomogeneous medium Path angular misalignment In case of angular misalignment between transducer faces the gain step will increase as shown in the table below Angular misalignment Gain step increase 2 1 3 2 4 3 5 5 Flow velocity error conditions Condition Cause Δ flow velocity values between path 1 and path 2 1 2 path systems only Bad inlet conditions the higher the delta the worse ...

Page 62: ...Troubleshooting FAQs 9 2 Diagnosing with PDM SITRANS FUS080 transmitter 60 Operating Instructions 07 2012 A5E03059912 02 ...

Page 63: ...ture 5 C 60 C 23 F 140 F Storage temperature 40 C 85 C 40 F 185 F Transducer sensor cables Coaxial cable impedance 75 Ohm app 6mm Cable length Max 30 meter between transmitter and transducer factory sets 15 or 30 m 49 21 or 98 43 ft Mechanical vibration 2 g 1 800 Hz sinusoidal in all directions according to IEC 68 2 6 Power supply Battery Replaceable 3 6 V LiSOCl Lithium Thionyl Chloride Double ba...

Page 64: ...s MODBUS RTU RS 232 or RS 485 EMC Emission EN 61000 6 4 Immunity EN 61000 6 2 Transmitter weight 1 5 kg 3 lb 10 2 Battery Battery types Replaceable 3 6 V LiSOCl Lithium Thionyl Chloride dual battery pack 32 Ah Single battery 16 Ah as back up battery for mains powered version with back up battery Note The batteries are not rechargeable they should be replaced at least every 6 years Consumption and ...

Page 65: ...31 F reduces the capacity by 17 in the figure from 15 Ah to 12 Ah YDLODEOH FDSDFLW 7HPSHUDWXUH DSDFLW WR 9 K Note The installation orientation of the battery pack may influence the battery capacity Optimal battery capacity is achieved with the battery pack in an upright position 10 3 Sensor geometrical data In order to ensure maximum measurement accuracy precise sensor specific data are required D...

Page 66: ... ensures that measured values come very close to the nominal dimensions listed in the appendix Settings Dimension dependent settings SONOKIT 2 path and Dimension dependent settings SONOKIT 1 path Note Sensor recalibration If measured and nominal values differ more than allowed please re configure re calibrate the flowmeter in the field 10 4 Dimensions ...

Page 67: ...SITRANS FUS080 transmitter Operating Instructions 07 2012 A5E03059912 02 65 Qualification certificate 11 Figure 11 1 Qualification certificate page 1 ...

Page 68: ...Qualification certificate SITRANS FUS080 transmitter 66 Operating Instructions 07 2012 A5E03059912 02 Figure 11 2 Qualification certificate page 2 ...

Page 69: ...Qualification certificate SITRANS FUS080 transmitter Operating Instructions 07 2012 A5E03059912 02 67 Figure 11 3 Qualification certificate page 3 ...

Page 70: ...Qualification certificate SITRANS FUS080 transmitter 68 Operating Instructions 07 2012 A5E03059912 02 ...

Page 71: ...ntity R W Customer application identification information max 16 characters 40057 2 Application location Location R W Customer application location information max 16 characters Device 40032 5 Sensor size Product dependent See Dimension dependent settings SONOKIT 2 path and Dimension dependent settings SONOKIT 1 path R W Pipe diameter of the sensor It is only a text field for measurement system in...

Page 72: ...flow cut off 0 25 0 10 R W If the flow comes below this percentage of Qmax then the flow value is set to zero 40008 20 Vendor name Siemens A S Read Siemens A S Flow Instruments Denmark 40001 21 Module type 11 0 14 Read Type of flowmeter 40002 22 Software version 2 03 Software version of the flowmeter 40022 23 Product code number Product dependent Siemens production sales code number the first part...

Page 73: ...l flow velocity for path 1 in m s SI unit 43046 109 Actual velocity for path 2 0 The actual flow velocity for path 2 in m s SI unit Valid for 2 path solutions only 43026 110 Path 1 gain step 15 1 to 15 Read Amplifier setting when measuring path 1 43037 111 Path 2 gain step 15 1 to 15 Read Amplifier setting when measuring path 2 Valid for 2 path solutions only Pulse A B 40817 430 Output A enable Ye...

Page 74: ... Parity 0 0 3 Read Communication port parity 40836 594 Interframe space 35 35 255 Read Minimum space between two messages bytes x 10 40837 595 Response delay 5 1 50 Read Minimum time from receiving a request to its response Data logger 40619 600 Log interval Monthly Daily Weekly Monthly R W Log interval 40620 601 Day of week if weekly log Sunday Monday to Sunday R W When log interval is set to wee...

Page 75: ...perating hours since power up 0 3 4E 38 h Read Total operation hours since last power up 40807 503 Numbers of power up 0 0 65535 Read Total number of power ups since first power up Alarm 43005 200 Fault status One or more of the following values 1 2 3 4 up to 16 Read Fault status 1 Path 1 error 2 Path 2 error 3 Dual slope calibration error 4 Database checksum error 5 Low power warning 6 Flow overl...

Page 76: ... fault counter e g 4 0 65535 Read Total number of faults Valid only for 2 path solutions and if alarm is enabled 40267 218 Path 2 fault appears Last fault appear date dd mm yyyy hh mm ss Read First time the fault appeared Valid only for 2 path solutions and if alarm is enabled 40270 219 Path 2 fault disappears Last fault disappear date dd mm yyyy hh mm ss Read Last time the fault disappeared Valid...

Page 77: ...arm is enabled 40298 237 Overflow fault counter e g 0 0 65535 Read Total number of faults Valid only if alarm is enabled 40299 238 Overflow fault appears e g 0 h 0 65535 Read First time the fault appeared Valid only if alarm is enabled 40302 239 Overflow fault disappears e g 0 0 65535 Read Last time the fault disappeared Valid only if alarm is enabled 9 240 Pulse A overload alarm output enable Yes...

Page 78: ...h 0 65535 Read Total hours fault active Valid only if alarm is enabled 40330 257 Leakage fault counter e g 0 0 65535 Read Total number of faults Valid only if alarm is enabled 40331 258 Leakage fault appears e g 0 h 0 65535 Read First time the fault appeared Valid only if alarm is enabled 40334 259 Leakage fault disappears e g 0 0 65535 Read Last time the fault disappeared Valid only if alarm is e...

Page 79: ...enable No No Yes R W Select Yes to set battery installation date to current date and reset remaining battery operation capacity to maximum Valid only for battery powered versions 40881 541 Battery installation date last battery installation date dd mm yyyy hh mm ss Read Latest installation date of batteries Valid only for battery powered versions 40880 542 Power supply mode Battery only Battery on...

Page 80: ...gth m from sensor to transmitter 40173 372 Filter time constant Product dependent 0 100 s R W General time filter for flow measurement Filter constant is the time that must pass before the filter s ouput value is at 70 of the change of its input value Higher number gives a slower and more stable flow signal 40184 380 Protect linearization from user access No No Yes Read Protection of the lineariza...

Page 81: ...m Read R factor for path 1 For FUS080 SONOKIT retrofit installations this parameter will automatically be calculated by the pipe geometric tool see Pipe geo assistant in Device menu 40169 305 Rn for path 2 Product dependent 3 4E 38 m Read R factor for path 2 For FUS080 SONOKIT retrofit installations this parameter will automatically be calculated by the pipe geometric tool see Pipe geo assistant i...

Page 82: ...e range Access level Description 40757 420 Decimal point Automatic point adjust No point One digit after point Two digits after point Three digits after point Automatic point adjust R W Decimal numbers for displayed totalized value 40753 422 Operator Menu 1 All 1 to 5 Read only Menu setup 1 Totalizer 1 2 Totalizer 2 3 Actual flow rate 4 Error menu 5 Display test menu For editing use device menu Hu...

Page 83: ...allon 0 0002641721 AI Acre Inches 0 009728558 AF Acre ft 0 0008107132 CF 100 100 ft3 0 3531467 CF 1000 1000 ft3 0 03531467 I 100 liter 10 kI 1000 liter 1 MI Mega liter 0 001 Table A 7 Flow rate units Flow rate Correction factor parameter Default 1 m3 s m3 min m3 minute 60 m3 h m3 hour 3600 m3 d m3 day 86400 GPS Gallon second 264 1721 GPM Gallon minute 15850 32 GPH Gallon hour 951019 4 GPD Gallon d...

Page 84: ...Parameter lists A 6 Unit conversion table SITRANS FUS080 transmitter 82 Operating Instructions 07 2012 A5E03059912 02 ...

Page 85: ...ent settings Input to pipe geometry program Distance between sound paths path displacement m See Dimension dependent settings See Dimension dependent settings Input to pipe geometry program Path angle See Dimension dependent settings See Dimension dependent settings Input to pipe geometry program Q max See Dimension dependent settings See Dimension dependent settings Adjustable Low flow cut off of...

Page 86: ...ms 5 ms 5 10 20 50 100 200 500 ms Digital Output 2 Active On On On off Function Alarm Alarm Pulse Alarm Call up Direction No influence while Alarm No influence while Alarm Forward Reverse Forward net Reverse net Amount per pulse No influence while Alarm No influence while Alarm Unit The same as Totalizer unit Value freely selectable Pulse width No influence while Alarm No influence while Alarm 5 1...

Page 87: ...umference C C π Outer diameter of the pipe Du Du Pipe wall thickness t Du 2 x t Internal diameter Di Di Transducer distance L path 1 L1 Transducer distance L path 2 L2 Angle θ transducer 1A angle 1A 1B 0 1º Angle θ transducer 1B angle 1A 1B 0 1º Average angle path 1 1A 1B 2 Angle θ transducer 2A angle 2A 2B 0 1º Average angle path 2 2A 2B 2 Angle θ transducer 2B angle 2A 2B 0 1º Transducer separat...

Page 88: ... 60 0 9321 DN 1000 40 9000 1 0000 0 2450 60 1 0227 60 1 0227 DN 1100 44 10000 1 1000 0 2695 60 1 1233 60 1 1233 DN 1200 48 13200 1 2000 0 2940 60 1 2240 60 1 2240 DN 1300 52 14000 1 3000 0 3185 60 1 3246 60 1 3246 DN 1400 56 16800 1 4000 0 3430 60 1 4253 60 1 4253 DN 1500 60 19000 1 5000 0 3675 60 1 5259 60 1 5259 DN 1600 64 22800 1 6000 0 3920 60 1 6266 60 1 6266 DN 1700 68 25000 1 7000 0 4165 60...

Page 89: ...3300 132 92000 3 3000 0 8085 60 3 3378 60 3 3378 DN 3400 136 100000 3 4000 0 8330 60 3 4384 60 3 4384 DN 3500 140 100000 3 5000 0 8575 60 3 5391 60 3 5391 DN 3600 144 110000 3 6000 0 8820 60 3 6398 60 3 6398 DN 3700 148 120000 3 7000 0 9065 60 3 7404 60 3 7404 DN 3800 152 130000 3 8000 0 9310 60 3 8411 60 3 8411 DN 3900 156 130000 3 9000 0 9555 60 3 9417 60 3 9417 DN 4000 160 144000 4 0000 0 9800 ...

Page 90: ...e Approved by Date Sensor size Pressure PN Tag no 1A 1A 1B 1B Note Flow direction Measure Calculation Result Circumference C C π Outer diameter of the pipe Du Du Pipe wall thickness t Du 2 x t Internal diameter Di Di L1 Transducer distance L L2 Angle θ transducer 1A angle 1A 1B 0 1º Angle θ transducer 1B angle 1A 1B 0 1º Average path angle 1A 1B 2 Cable length distance from tranducer to converter ...

Page 91: ... 5860 DN 550 22 2600 0 5500 60 0 6529 DN 600 24 3200 0 6016 60 0 7125 DN 650 26 3600 0 6500 60 0 7684 DN 700 28 4200 0 6952 60 0 8206 DN 750 30 4800 0 7500 60 0 8839 DN 800 32 5500 0 7968 60 0 9379 DN 900 36 7500 0 9100 60 1 0686 DN 1000 40 9000 1 0000 60 1 1726 DN 1100 44 10000 1 1000 60 1 2880 DN 1200 48 13200 1 2000 60 1 4035 DN 1300 52 14000 1 3000 60 1 5190 DN 1400 56 16800 1 4000 60 1 6344 D...

Page 92: ...nstructions 07 2012 A5E03059912 02 B 7 Ordering In order to ensure that the ordering data you are using is not outdated the latest ordering data is always available on the Internet Catalog process instrumentation http www siemens com processinstrumentation catalogs ...

Page 93: ...rical connection Cable specifications 21 Error codes 55 Ex Approval 12 F Factory settings 83 Features 16 Firmware 9 Flow factor 17 Flow velocity 17 H Hazardous areas 12 Hotline 52 Human Interface parameters 80 I Identification parameters 69 Installation Ambient conditions 19 Indoor outdoor 19 Pipe mounting 20 Wall mounting 20 Internet Contact person 10 52 Flowdocumentation 10 Support 52 Introducti...

Page 94: ...cations 19 Protective conductor terminal 22 Protective earth 22 R Repair 49 Return procedures 53 S Safety 11 Instrument safety standards 11 Sensor geometry measurement report 87 Service 49 52 Application data sheet 53 Support 52 T Temperature specifications 19 Transit time 17 V View process values 41 W Wire insulation 22 ...

Page 95: ...utomation Siemens A S Flow Instruments Nordborgvej 81 DK 6430 Nordborg Subject to change without prior notice Order No A5E03059912 Lit No A5E03059912 02 Siemens AG 07 2012 For more information www siemens com flow A5E03059912 ...

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