Endress+Hauser Prosonic S FMU90 Description Download Page 169

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Operating menu

169

L00-FMU90xxx-19-04-02-en-106

function:

pump 1 control 1
…

invert

yes

none

R1306
relay 2

RX305
relay allocation

relay 1:
relay 2:
…

ESC

R13A3
pump1 control1

switch on delay:
backl. interval:
backlash time:
error handling:

hold
switch on
switch off

actual value

relay 1
relay 2
...

RX3A5
relay allocation

ESC

R1304
pump 1 control 1

backl. interval:

backlash time:

error handling:

switch on
switch off
actual value

default: 0 h

default: 0 s

hold

ESC

function:

invert:

none

R23A6
relay 2

Summary of Contents for Prosonic S FMU90

Page 1: ...BA290F 00 en 01 08 Description of Instrument Functions Prosonic S FMU90 Ultrasonic Transmitter 6 8 ...

Page 2: ......

Page 3: ...Profibus DP instruments 133 7 1 analog input AI 133 7 2 digital input DI 134 7 3 Profibus DP 135 8 The device properties menu 136 8 1 The operating parameters submenu 136 8 2 The tag marking submenu 137 8 3 The language submenu 138 8 4 The password reset submenu 139 9 The system information menu 140 9 1 The device information submenu 140 9 2 The in output info submenu 142 9 3 The trend display sub...

Page 4: ...perating elements L00 FMU90xxx 07 00 00 xx 002 a name of the parameter b value of the parameter including unit c display symbols d softkey symbol e LED indicating the operating state f LEDs indicating the switching states of the relays g keys 1 2 3 4 5 6 FMU90 e f d g a b c ...

Page 5: ...ist contains more parameters than can be represented on the display By pressing V or W repeatedly all parameters of the list can be accessed Navigation in the envelope curve display Move left Move right Zoom in Zoom out LED indicating the operating state pos e in the figure green normal measuring mode no error detected red flashing Warning An error is detected but the measurement continues Reliabi...

Page 6: ...ich is currently marked by the bar Increase value Increases the active digit of an alphanumeric parameter Decrease value Decreases the active digit of an alphanumeric parameter Error list Opens the list of all errors which are currently detected If a warning is present this symbol flashes If an alarm is present the symbol is displayed continuously Change Display Change to the next page of measured...

Page 7: ...perties calibr display and sensor management I system information S service only available if the service password has been entered Diagrams of the submenus can be found in the chapter Operating menu The second digit B is used if the parameter set occurs several times within the Prosonic S e g for different inputs or outputs Example O1201 allocation current for output 1 O2201 allocation current fo...

Page 8: ...00 00 en 044 Parameters for which the symbol is dis played in the left bottom corner of the display module can be entered for editing by pressing The editing procedure depends on the type of parameter when entering a selection parameter the associated selection list appears see below Editing a parameter with selection list when entering a numerical or alphanume rical parameter the text and number ...

Page 9: ...L1004 LVL1 appl para tank shape dome medium proper liq proc cond stand L100A tank shape dome ceiling horizontal cyl bypass stilling well L1004 LVL1 appl para L100A tank shape dome ceiling horizontal cyl bypass stilling well L1004 LVL1 appl para tank shape bypass medium proper liq proc cond stand L1004 LVL1 appl para tank shape bypass medium proper liq proc cond stand L1005 LVL1 empty cal level 1 6...

Page 10: ...nic S It is divided into submenus Some of the submenus consist of further submenus Which submenus are actually present depends on the instrument version and the installation environment An overview of all submenus and parameters is given in the chapter Operating menu actual error If the self monitoring of the Prosonic S detects an error the softkey symbol appears above the middle key If the softke...

Page 11: ...e symbols indicate that the selection list contains more items than can be displayed on the module Press W or V several times to mark one of the hidden items 2 Press in order to enter the marked submenu 3 If the submenu contains further submenus continue until you reach the level of the parameter sets This level is reached if the softkey symbols U and T appear 1 2 3 main menu device properties sub...

Page 12: ...d parameter set by pressing L00 FMU90xxx 19 00 00 en 040 1 Press U or T until you have reached the required parameter set 2 Press in order to enter the parameter set 3 Select the required parameter by pressing W or V This step is not required if the set contains only one parameter 4 Press in order to enter the editing mode of the parameter The editing method depends on the type of parameter select...

Page 13: ...example turb surface Note The symbols indicate that the selection list contains more items than can be displayed on the module Press W or V several times to mark one of the hidden items 2 Press Â in order to select the marked option It is then stored in the instrument 3 Press the left and middle keys simultaneously in order to quit the parameter The software key symbols U and T reappear and you ca...

Page 14: ...esired value in the following way 1 The cursor is at the first digit Press S or O until this digit has the required value 2 Press in order to confirm the value and to jump to the next digit 3 Repeat the procedure for all relevant digits 4 If all relevant digits have been entered Press S or O until appears at the cursor 5 Press to store the complete value in the device 6 Press the left and middle k...

Page 15: ...L00 FMU90xxx 19 00 00 yy 043 Enter The number left of the cursor is transferred to the instrument L00 FMU90xxx 19 00 00 yy 044 Escape The editor is closed The parameter maintains its former value The same behavior can be achieved by pressing the left and the middle key simultaneously L00 FMU90xxx 19 00 00 yy 045 Next digit The cursor moves on to the next digit L00 FMU90xxx 19 00 00 yy 046 Previous...

Page 16: ... Return to the measured value display L00 FMU90xxx 19 00 00 en 048 By pressing the left and middle keys simultaneously you can return from a parameter to the parameter set from the parameter set to the submenu from the submenu to the main menu from the main menu to the measured value display 1 2 3 4 5 6 FMU90 ...

Page 17: ...er e g in order to correct the value All these parameters can also be changed at a later point of time in the device properties operating parameters and device properties language parameter sets 1 Select the display language a Press or to move the marking bar to the desired language b Press to confirm your selection L00 FMU90xxx 07 00 00 yy 027 2 Select the unit for distance measurements L00 FMU90...

Page 18: ... active after a sensor has been exchanged3 The Prosonic S recognizes the type of the new sensor automatically and changes the detected parameter if required The measurement continues without a break Nevertheless in order to ensure perfect measurement the following checks are required Check the empty calibration and full calibration parameters Adjust these values if required Take into account the b...

Page 19: ... property Use this parameter to specify the type of medium Selection liquid paste like solid 4 mm solid 4 mm unknown Note If the medium does not fit into one of the groups select unknown LVL1 appl para L1004 tank shape medium property process cond dome ceiling flat ceiling sphere horizontal cyl bypass stilling well ultrasonic guide pipe no ceiling e g dumps open levels chanels weirs ...

Page 20: ... Special filters for stabilizing the input signal are activated stable measured value medium reaction time additional agitator Moving surfaces possibly with vortex formation due to agitators Special filters for stabilizing the input signal are set to large values stable measured value medium reaction time fast change Rapid level change particularly in small tanks The averaging filters are set to s...

Page 21: ... parameter to specify the empty distance E i e the distance between the sensor membrane and the minimum level zero point Default max measuring range of the respective sensor Range of values depending on sensor type Caution The zero point should not be deeper than the point at which the ultrasonic wave impinges on the tank bottom 0 4mA 0 E ...

Page 22: ...D depending on sensor type see table Caution The maximum level may not project into the blocking distance Fmax E BD 20mA 100 0 4mA 0 BD F E Type of sensor blocking distance BD maximum measuring distance1 1 valid for optimum process conditions FDU91 FDU91F 0 3 m 10 m for liquids FDU92 0 4 m 20 m for liquids FDU93 0 6 m 25 m for liquids FDU95 1 low temperature version 0 7 m 45 m for solids FDU95 2 h...

Page 23: ...d and to be adjusted if required level N N 1 or 2 Displays the currently measured level F from the zero point to the product surface in the selected unit L00 FMU90xxx 19 00 00 yy 021 distance Displays the currently measured distance D from the sensor membrane to the product surface in the distance unit If the display value does not match the real distance an interference echo suppression must be p...

Page 24: ...can be entered type Use this parameter to select the type of linearisation Selection none In this linearization type the measured level is not converted but displayed in the selected level unit see above unit level linear In this linearization type the displayed value is proportional to the measured level The following additional parameter have to be specified the unit for the linearized value e g...

Page 25: ...these linearisation modes the measured level is converted to the volume in the respective type of vessel The following additional parameters have to be specified the unit for the linearized value e g kg m3 ft3 customer unit the intermediate height H according to the diagram intermediate height the maximum capacity a of the tank measured in the customer unit maximum scale 4 This option is only vali...

Page 26: ...on table The table may consist of up to 32 pairs of values level volume The table must be monotonically increasing or decreasing The following additional parameters have to be specified the unit of the linearized value e g kg m3 ft3 customer unit the linearization table edit 100 20 mA 0 0 4 mA kg m3 ft3 ...

Page 27: ...nsisting of up to 5 alphanumeric characters can be entered into this parameter maximum scale Use this parameter to specify the maximum content of the vessel in the customer unit diameter Use this parameter to specify the diamter of the horizontal cylinder or the spherical tank respectively intermediate height Use this parameter to specify the intermediate height of the vessel mode L00 FMU90xxx 19 ...

Page 28: ... L00 FMU90xxx 19 00 00 de 006 status table Use this parameter to enable or disable the linearization table Selection enabled The table is used disabled The table is not used The measured value is transferred to the output without linearization No Level Value 1 0 0000 0 0000 2 0 0000 0 0000 3 0 0000 0 0000 0 0000 0 0000 go to next row go to previous row open marked row for editing No Level Value 1 ...

Page 29: ... is evaluated 2 The interference echo suppression generates the mapping curve b This curve suppresses all echos within the range of mapping c 3 From now on only those echos are evaluated which are higher than the mapping curve The interference echo is below the mapping curve and is therefore ignored Note In order to include all interference echos the interference echo suppression should be perform...

Page 30: ... echo After selecting this option the Prosonic S changes to the LVL N distance mapping parameter set The preset range of mapping is slightly larger than Ddisplay Therefore the currently evaluated interference echo is suppressed by the mapping curve If after the mapping Ddisplay is still too small repeat the mapping until Ddisplay matches the real distance D distance too big Choose this option if t...

Page 31: ...een entered automatically Nevertheless you can change this value if required start mapping Select yes in this parameter in order to start the mapping When the mapping is finished the state is automatically changed to enable map The LVL N state parameter set appears in which the currently mesaured level and distance are displayed Compare the displayed distance to the real distance in order to decid...

Page 32: ... in order activate the interference echo suppression The mapping is then used for signal evaluation disable map Choose this option in order to deactivate the interference echo suppression The mapping is then no longer used for signal evaluation but it can be reactivated if required delete map Choose this option in order to delete the mapping It can not be reactivated again and the instrument uses ...

Page 33: ...nstant value The distance entered into this parameter is added to the measured distance 2 2 3 LVL N correction N 1 or 2 offset This parameter can be used to shift the measured level by a constant value The level entered into this parameter is added to the measured level Note The level correction is applied before the linearisation 2 2 4 LVL N blocking distance N 1 or 2 blocking distance Indicates ...

Page 34: ... the upper limit for the measured value only available for the options high limit and low high limit lower limit Defines the lower limit for the measured value only available for the options low limit and low high limit L00 FMU90xxx 19 00 00 yy 019 1 lower limit 2 upper limit a limitation switched off b limitation switched on LVL1 limitation L1019 limitation upper limit lower limit t 20mA 100 0 4m...

Page 35: ...t switch at the terminals 74 75 76 ext digin 3 external limit switch at the terminals 77 78 79 ext digin 4 external limit switch at the terminals 80 81 82 function This parameter determines which value the level assumes if the limit switch sends a signal Selection off default no influence on the level value Min 0 If the limit switch sends a signal a level value of 0 is generated Max 100 If the lim...

Page 36: ...he linearisation the signal output and the connected switching units L00 FMU90xxx 19 00 00 yy 020 1 simulation of level 2 simulation of volume Use this parameter to select the simulation mode sim off This is the normal mode used for measurement No simulation is performed in this mode sim level After selection of this mode the sim level value parameter appears where you can specify a level value 1 ...

Page 37: ...er submenu the flow counters flow counter submenu 3 1 The flow N submenu N 1 or 2 Note The flow 2 submenu is only available for instruments with 2 sensor inputs It is identical to the flow 1 submenu 5 The operating mode is selected during the first setup Nevertheless it can be changed at any time if required device properties menu operating params submenu operating mode parameter set main menu flo...

Page 38: ...nd changes the detected parameter to fit the new sensor The measurement continues without break Nevertheless in order to ensure perfect measurement the following checks are required Check the empty calibration parameter Adjust this value if required Take into account the blocking distance of the new sensor Go to the flow N check value parameter set and check the displayed distance If required perf...

Page 39: ...nsisting of up to 32 pairs of values level flow is used Additionally the flow unit has to be specified To enter and activate the table use the edit and status table parameters formula In this type the linearization is performed according to the formula Q C hα γhβ The alpha beta gamma and C parameters appear which are used to specify the details of the curve Additionally the flow unit and the max f...

Page 40: ...w This parameter is available for the linearization types flume weir and formula It is used to specify the maximum flow of the respective weir or flume For each of the preprogrammed curves a default value is preset However this value can be adjusted e g if the weir flume is applied for lower flows The maximum flow corresponds to an output current of 20 mA No Level Value 1 0 0000 0 0000 2 0 0000 0 ...

Page 41: ...west point of the weir crest L00 FMU90xxx 19 00 00 yy 028 Example Triangular weir E empty distance D measured distance L level blocking distance Indicates the blocking distance of the respective sensor The blocking distance is measured from the sensor membrane The maximum level may not project into the blocking distance flow 1 empty cal F1010 empty E 0 00 m blocking dist FDU 91 E D L FDU 91 E L D ...

Page 42: ...n the sensor membrane and the liquid surface If the displayed value does not match the real distance it is recommended to perform an interference echo suppression FDU95 2 high temperature version 0 9 m 45 m for solids FDU96 1 6 m 70 m for solids FDU80 FDU80F 0 3 m 5 m for liquids FDU81 81F 0 5 m 10 m for liquids FDU82 0 8 m 20 m for liquids FDU83 1 m 25 m for liquids FDU84 0 8 m 25 m for solids FD...

Page 43: ...hich are located within the range of mapping c 3 From now on only those echos are evaluated which are higher than the mapping curve The interference echo is igno red because it is lower than the mapping curve Note In order to include all interference echos the interference echo suppression should be performed with the level as low as possible If during the commissioning the channel can not be suff...

Page 44: ...yed value Ddisplay is larger than the real distance D This error is not caused by interference echos Therefore no interference echo suppression is performed and the Prosonic S returns to the flow N parameter set Check the calibration parameters especially the empty calibration distance unknown Choose this option if you do not know the real distance D In this case an interference echo supression ca...

Page 45: ... measured distance between the sensor membrane and the liquid surface flow N N 1 or 2 Displays the currently measured flow status Use this parameter to define the status of the interference echo suppression enable map Choose this option in order activate the interference echo suppression The mapping is then used for signal evaluation disable map Choose this option in order to deactivate the interf...

Page 46: ...rized in the flow counter submenu see below flow N N 1 or 2 Displays the currently measured flow flow N distance correction correction This parameter can be used to shift the measured distance from the sensor membrane to the water surface by a constant value The distance entered into this parameter is added to the measured dis tance flow N N 1 or 2 Displays the currently measured flow in order to ...

Page 47: ...ocking distance N 1 or 2 blocking distance Displays the blocking distance of the connected sensor flow N limitation N 1 or 2 limitation Use this parameter to specify if the measured value has a lower and or upper limit Selection off low limit high limit low high limit upper limit Defines the upper limit for the measured value only available for the options high limit and low high limit flow 1 leve...

Page 48: ... the lower limit for the measured value only available for the options low limit and low high limit L00 FMU90xxx 19 00 00 yy 019 1 lower limit 2 upper limit a limitation switched off b limitation switched on t 20mA 100 0 4mA 0 2 1 a a b b ...

Page 49: ...minals 74 75 76 ext digin 3 external limit switch at the terminals 77 78 79 ext digin 4 external limit switch at the terminals 80 81 82 function This parameter determines which value the flow assumes if the limit switch sends a signal Selection off default no influence on the flow value Min 0 If the limit switch sends a signal a flow value of 0 is generated Max 100 If the limit switch sends a sign...

Page 50: ... signal assumes a value according to this flow Use this mode to check the signal output and the connected switching units Note An error message is generated as long as one of the modes sim level or flow is active sim level value This parameter is available for a level simulation It is used ot specify the desired level value The display and the output signal assume values according to this level si...

Page 51: ...tical value typically 0 8 for Venturi flumes In this case the flow is continuously reduced to 0 An alarm relay can be configured which indicates the backwater alarm Dirt detection Dirt within the flume is detected if the ratio h2 h1 falls below a critical value typically 0 1 An alarm relay can be configured which indicates the dirt alarm L00 FMU90xxx 19 00 00 yy 033 a Upstream sensor b Downstream ...

Page 52: ...The measurement continues without break Nevertheless in order to ensure perfect measurement the following checks are required Check the backwater empty calibration Adjust this value if required Take into account the blocking distance of the new sensor Go to the backwater check value parameter and check the displayed distance If required perform a new interference echo suppression detected only ava...

Page 53: ...e default setting is B 0 8 This is the optimum value for Venturi flumes To ensure reliable measurement it should not be exceeded dirt detection ratio D Use this parameter to specify the lower limit for the ratio h2 h1 If during the measurement the ratio falls below this level the dirt alarm becomes active i e the warning W 00 693 appears the dirt alarm relay is de energized11 backw detection F1305...

Page 54: ...on backwater check value L00 FMU90xxx 19 00 00 de 031 distance Displays the currently measured distance Ddisplay check distance Use this parameter to state if the displayed distance Ddisplay matches the real distance D Based on your selection the Prosonic S automatically proposes a suitable range of mapping h2 h1 h2 h1 h2 h1 D h2 h1 D backwater F1307 act backw level act flow level actual ratio flo...

Page 55: ...D In this case an interference echo supression can not be performed and the Prosonic S returns to the backwater parameter set manual Choose this option if you want to define the range of mapping manually The backwater mapping parameter set appears where you can define the required range of mapping backwater mapping sensor value backwater Displays the currently measured distance between the sensor ...

Page 56: ...ce echo suppression enable map Choose this option in order activate the interference echo suppression The mapping is then used for signal evaluation disable map Choose this option in order to deactivate the interference echo suppression The mapping is then no longer used for signal evaluation but it can be reactivated if required delete map Choose this option in order to delete the mapping It can ...

Page 57: ...istance entered into this parameter is added to the measured distance backwater correction offset This parameter can be used to shift the measured downwater level by a constant value The level entered into this parameter is added to the measured downwater level backwater blocking distance blocking distance Displays the blocking distance of the connected sensor backw status F1500 sens val backw ran...

Page 58: ...e upper limit for the downstream level only available for the options high limit and low high limit lower limit Defines the lower limit for the downstream level only available for the options low limit and low high limit L00 FMU90xxx 19 00 00 yy 019 1 lower limit 2 upper limit a limitation switched off b limitation switched on backw limitation F1503 limitation upper limit lower limit t 20mA 100 0 ...

Page 59: ...74 75 76 ext digin 3 external limit switch at the terminals 77 78 79 ext digin 4 external limit switch at the terminals 80 81 82 function This parameter determines which value the backwater level assumes if the limit switch sends a signal Selection off default no influence on the backwater level Min 0 If the limit switch sends a signal a backwater level value of 0 is generated Max 100 If the limit...

Page 60: ...here you can specify a level value The backwater and dirt detection generate a ratio h2 h1 according to this level Note An error message is generated as long as the sim level mode is active sim level value This parameter is available for a level simulation It is used ot specify the desired level value backw simulation F1600 simulation sim level value The parameters of this set are used to simulate...

Page 61: ...of up to three totalisers or daily counters appears12 Select the totaliser or daily counter you are going to parametrize flow counter F1100 totaliser daily counter 12 The number of totalisers and daily conters depends on the instrument version and the installation environment totaliser FX201 totaliser 1 totaliser 2 totaliser 3 daily counter FX101 daily conter 1 daily conter 2 daily conter 3 ...

Page 62: ... instruments only average flow Q1 Q2 2 for 2 channel instruments only flow 1 2 Q1 Q2 for 2 channel instruments only flow 2 1 Q2 Q1 for 2 channel instruments only flow 1 2 Q1 Q2 for 2 channel instruments only counting unit Use this parameter to select the unit for the flow volume Selection m3 l hl igal usgal barrels inch3 ft3 USmgal Ml totalizer 1 F1202 allocation counting unit ...

Page 63: ...verflow retain their values yes value und overflow are reset to 0 3 3 3 totalizer N daily counter N N 1 3 error handling Use this parameter to define the reaction of the Prosonic S in the case of an error Selection stop The Prosonic S stops counting hold The Prosonic S continues counting It uses the flow value which was present at the moment the error occured actual value The Prosonic S continues ...

Page 64: ...t This parameter allocates one of the external switch inputs to the counter by which it can be reset Selection disabled ext digin 1 ext digin 4 external start This parameter allocates one of the external switch inputs to the counter by which it can be started Selection disabled ext digin 1 ext digin 4 daily counter 1 F1105 external reset externl start ...

Page 65: ...ter hold the last value is held L00 FMU90xxx 19 00 00 yy 069 A min B max C user specific D hold E output value 4 1 2 oputput value N N 1 or 2 only for HART instruments Defines the output current in the case of an alarm only available for output N user specific range of values 3 6 22 mA main menu CX001 safety settings relay controls output calculat device properties output on alarm AX101 output 1 o...

Page 66: ...ositive ramp The ramp must be specified as a percentage of the measuring range per minute ramp level N parameter Note This option is not available for flow measurements L00 FMU90xxx 19 00 00 yy 070 A delay echo loss B ramp positive C ramp negative customer specific After the time defined in delay echo loss see below the output assumes the value which has been defined in the value level N or value ...

Page 67: ...ter before generating an alarm Thus the measurement is not interrupted by short time interferences 4 4 safety distance 4 4 1 safety distance sensor N N 1 or 2 delay echo loss AX103 delay sensor 1 delay sensor 2 safety distance AX104 saf dist sen 1 saf dist sen 2 Use this parameter to specify a safety distance for the sensor The safety distance is located immediately below the blocking distance If ...

Page 68: ...ontinues to measure self holding The instrument enters the defined alarm state output on alarm Additionally an error message A01651 or A02651 is generated If the level drops out of the safety distance the alarm remains active The measurement is continued only after a reset of the self holding L00 FMU90xxx 19 00 00 yy 072 A alarm B warning C self holding 4 5 2 reset sensor N N 1 or 2 only available...

Page 69: ...6 2 maximum temperature sensor N N 1 or 2 Displays the maximum temperature of the respective sensor 4 7 defective temperature sensor 4 7 1 defective temperature sensor N N 1 or 2 Defines how the instrument reacts in the case of a defective temperature sensor Selection warning If the temperature sensor is defective an error message A01661 or A02661 is generated but the measurement is continued alar...

Page 70: ...ine a start delay for the relays of the Prosonic S When the supply voltage is switched on the relays do not switch immediately but one after another with the specified delay time in between This helps to avoid overloads of the power supply system Default 1 s relay delay AX109 startdelay relay ...

Page 71: ...unction screen appears 2 Select one of the following functions a limit After selecting this option a further selection list appears Select the measuring value to which the limit relay is to be allocated Continue by sections 5 1 3 and 5 1 11 b time pulse only for flow measurements outputs a short pulses at regular time intervals After selecting this option a further selection list appears Select th...

Page 72: ...e instrument switches back to the relay N N 1 6 parameter set Depending on your selections further parameters are now available which you can use to complete the configuration Details are described in the following sections 5 1 3 relay N N 1 6 Parametrization of a limit relay Limit type Use this parameter to define the type of limit Selection standard For this limit type a switch on point and a sw...

Page 73: ...y is energized if the measured value is between the two switching points The relay is de energized if the measured value is above the upper or below the lower switching point Additionally a hysteresis can be defined which affects both switching points out of band For this limit type an upper and a lower switching point have to be defined The relay is energized if the measured value is above the up...

Page 74: ... in these parameters Their unit is the measured value unit per minute Caution After a change of the unit level or flow unit the switching points have to be checked and adjusted if required upper switching point and lower switching point for the inband and out of band limit types Define the switching points in these parameters They have the same unit as the measured value Caution After a change of ...

Page 75: ... Ml m3 dm3 cm3 ft3 inch3 us gal us mgal i gal barrels relay 2 R2103 function time pulse pulse width pulse time Use these parameters to specify the time interval between two pulses pulse time and the duration of each pulse pulse width pulse time unit min default 1 min range of values 1 to 65000 min pulse width unit ms default 200 ms range of values 200 to 60000 ms L00 FMU90xxx 19 00 00 yy 063 A pul...

Page 76: ...k is used 1000 ms is the smallest possible value 5 1 6 relay N N 1 6 Display of the counting value pulse counter Displays the number of pulses which have been generated since the last overflow overflow Displays how many times the pulse counter has already passed the overflow Note The total flow volume is Vtotal overflow x 107 pulse counter x pulse value reset counter Use this parameter to reset th...

Page 77: ...The relays controls menu 77 L00 FMU90xxx 19 00 00 yy 064 A flow B pulse width C relay energized D relay de energized E pulse value F pulse counter t 1 2 3 4 5 6 7 8 9 t m h ft s 3 3 A B C D m ft 3 3 E F ...

Page 78: ...th values are to be specified as a percentage of the maximum flow Qmax Default of start counter 0 Default of stop counter 100 L00 FMU90xxx 19 00 00 yy 065 A start counter B stop counter C relay energized D relay de energized 5 1 7 relay N N 1 6 Parametrization of an alarm relay For an alarm relay no additional parameters are required Press in order to proceed to the next parameter set t 100 t A B ...

Page 79: ... sensor overtemp sensor 1 2 Accumulated Alarm overtemp safety distance channel 1 2 Accumulated Alarm safety distance 5 1 9 relay N N 1 6 Parametrization of a backwater alarm relay For a backwater alarm relay no additional parameters are required Press in order to proceed to the next parameter set 5 1 10 relay N N 1 6 Parametrization of a dirt alarm relay For a dirt alarm relay no additional parame...

Page 80: ... the relay is inverted The states energized and de energized are interchanged error handling not available for alarm and diagnostic relays Use this parameter to specify the reaction of the relay in the case of an error Selection actual value The relay switches according the the currently measured value although its reliability is not ensured hold default Limit relay The current switching state of ...

Page 81: ...s The pump control is used to start or stop pumps depending on the measured level To do this a switch on point and a switch off point is defined for each pump Additionally a relay is assigned to the pump and the switching is performed by this relay Two cases can be distinguished for the swichting behaviour of this relay a Switch on point Switch off point The pump is switched on if the level rises ...

Page 82: ...nt belongs 2 If the level drops below one of the switch off points that relay switches off which at that moment has been switched on the longest time This is not necessarily the relay to which the switch off point belongs However there are two restrictions to these rules 3 Rising of the level above a switch on point effects switching on of a relay only if the corresponding switch off point has bee...

Page 83: ...l If limit control has been selected the relays are switched according to the swichting points as described above Pump rate control If pump rate control has been selected there is only one switch on point and one switch off point which are valid for all relays Additionally a desired pump rate has to be specified If the level rises above or falls below the switch on point initially only one pump is...

Page 84: ...e pump rate has not yet been achieved L00 FMU90xxx 19 00 00 yy 054 A switch on point B switch off point C pump on D pump off E hook up interval F switch on barrier G pump rate Note If both the alternating pump control and the pump rate contral are active the pumps are alternately used as first pump P1 P1 P2 P1 P2 P3 P1 P2 P3 0 t t t min min L A B C D E E F G ...

Page 85: ...5 2 6 switch off point Define the switch off point for this pump switch on delay Define the switch on delay for this pump alternate Select if the pump is to take part in the alternating pump control Default no crust reduction Define the inaccuracy of the switching points to reduce crust formation 6 pump M control N M 1 6 N 1 or 2 backlash interval Define the backlash interval 5 2 7 backlash time D...

Page 86: ...oint 5 2 10 switch off point Define the switch off point min pumprate min Define the minimum pump rate crust reduction Define the inaccuracy for the switching points to reduce crust formation switch on border Define the switch on border hook up interval Define the hook up interval alternate Select if an alternating pump control is to be performed 5 pump control N N 1 or 2 Select a pump The followi...

Page 87: ...ontrol and rate control 5 2 5 pump control N N 1 or 2 Determines to which pump the following specifications refer Selection depending on the selected number of pumps 5 2 6 pump M control N M 1 6 N 1 or 2 Part 1 Switching points for limit control switch on point Specifies the switch on point of the respective pump Use the selected level unit Caution After a change of the unit level the switch on po...

Page 88: ...U90xxx 19 00 00 yy 055 A switch on point B switch off point C pump on D pump off E switch on delay alternate Specifies if the pump should be included in the alternating pump control Selection no default The pump is not included in the alternating pump control Instead it switches according to its own switch points yes The pump is included in the alternating pump control crust reduction Specifies a ...

Page 89: ...g behavior for limit control backlash interval and backlash time Use these parameters if you want to empty a vessel beyond the switch off point in regular intervals The backlash interval determines after which time this extended pumping will occur The backlash time determines how long this additional pumping lasts L t t A B C D E E pumpM controlN RN304 backl interval backlash time error handling ...

Page 90: ... current switching state of the relay is held switch on The relay is energized i e the pump is switched on switch off The relay is de energized i e the pump is switched off actual value The relay switches according to the current measuring value although its reliability is not ensured 5 2 8 relay allocation Allocates a relay to the pump Selection All relays of the instrument version at hand t t L ...

Page 91: ... Switching points for rate control switch on point Specifies the switch on point Use the selected level unit Caution After a change of the unit level the switch on point has to be checked and adjusted if required switch off point Specifies the switch off point Use the selected level unit Caution After a change of the unit level the switch off point has to be checked and adjusted if required min pu...

Page 92: ...which often occurs at fixed switching points L00 FMU90xxx 19 00 00 yy 056 A switch on point B switch off point C pump onD pump off E inaccuracy crust reduction switch on border Specifies the switch on border for the rate control for details see section limit control and rate control hook up interval Specifies the time interval between the switching on of the different pumps for details see section...

Page 93: ...ontrol N M 1 6 N 1 or 2 Switching behavior for rate control switch on delay see page 88 backlash interval and backlash time see page 89 error handling see page 90 pump control RN304 switch on delay backlash interval backlash time error handling ...

Page 94: ...ch pump control The pumps are switched on and off by the relays of the Prosonic S The switching behavior depends on the selected function the selected type of load control only relevant for alternating pump control Functions limit simple and limit parallel For these functions a switch on point and a switch off point is defined for each pump The switching behaviour depends on the relative position ...

Page 95: ...oints especially on the fact if the switching ranges of different pumps are overlapping Refer to the example in the diagram below limit parallel B With this function several pumps can be switched on at the same time Example Emptying with three pumps L00 FMU90xxx 19 00 00 yy 107 A limit simple B limit parallel 1 Separated switching ranges 2 Overlapping switching ranges P1on P2on P3on switch on poin...

Page 96: ...switch off point C pump on D pump off E hook up interval F switch on barrier G pump rate Alternating pump control Optionally a number of pumps can be allocated to the alternating pump control In this mode the switching points are no longer allocated to the individual pumps Instead a desired degree of use must be defined for each pump e g equal usage of all pumps If the level rises above or falls b...

Page 97: ...part in the alternating pump control Default no 102 degree of use Define the desired degree of use percentage for this pump only relevant for alternating pump control 102 max use time Define the maximum use time for this pump only relevant for alternating pump control with load control starts time 102 crust reduction Define the inaccuracy of the switching points to reduce crust formation 102 6 pum...

Page 98: ... pump control N N 1 or 2 Select a pump The following parameters must be configured for each pump individually 6 pumpe M control N M 1 6 N 1 or 2 switch on delay Define the switch on delay 101 degree of use Define the desired degree of use percentage for this pump only relevant for alternating pump control 102 max use time Define the maximum use time for this pump only relevant for alternating pump...

Page 99: ... the pumps is a standby pump Selection no default There is no standby pump yes The last of the pumps is a standby pump It can not be configured individually If a failure of one of the other pumps is reported to the Prosonic S the standby pump substitutes for this pump Example number of pumps 5 standby pump yes pump control for pumps 1 to 4 pump 5 is the standby pump reset This parameter is used to...

Page 100: ...ternating pump control Selection in order If a pump is to be switched on the Prosonic S selects the pump which currently has been idle longer than any other pump If a pump is to be switched off the Prosonic S selects the pump which currently has been running longer than any other pump time of use The total running time is considered for each pump starts default The number of starts is considered f...

Page 101: ...e switch off point has to be checked and adjusted if required switch on delay Specifies the switch on delay of the respective pump in seconds When the level has risen above the switch on point the relay does not switch immediately but only after the specified switch on delay Assign different delays to the individual pumps in order to avoid simultaneous switching on of several pumps which could cau...

Page 102: ...rticipating in the alternating pump control should be 100 maximum use time for load control starts time Defines the maximum use time for this pump which is valid for the alternating pump control and for laod control starts time After it has been running for this time the pump is automatically replaced by another pump crust reduction Specifies a range of inaccuracy percentage of the measuring range...

Page 103: ...U90xxx 19 00 00 yy 057 A switch on point B switch off point C pump on D pump off E backlash interval F backlash time error handling This parameter defines the reaction of the relay in the case of an error Selection hold default The current switching state of the relay is held switch on The relay is energized i e the pump is switched on switch off The relay is de energized i e the pump is switched ...

Page 104: ... startdelay of the relay which is defined in the safety settings menu has to be taken into account Depending on the number of connected pumps the feedback delay must be at least number of pumps x startdelay relay feedback meaning Defines the meaning of the feedback signal Selection pump start default The feedback signals the start of the pump If no feedback is given within the feedback delay the s...

Page 105: ...lay allocation the last pump must be selected in the function parameter Example number of pumps 5 stand by pump yes for the standby pump function pump 5 control N invert Determines if the switching behavior of the relay is inverted Selection no default The switching behavior of the relay is not inverted The relay is energized if the pump should be switched on yes The switching behavior of the rela...

Page 106: ...mum pump rate for details see section limit control and rate control Note If the vessel is to be emptied a negative pump rate has to specified crust reduction subfunction Specifies a range of inaccuracy percentage of the measuring range for the switching points If this value is larger then 0 the switching points are not exactly constant Instead they vary within the specified range of inaccuracy Th...

Page 107: ...rate control for details see section limit control and rate control hook up interval Specifies the time interval between the switching on of the different pumps for details see section limit control and rate control alternate Determines if an alternating pump control is to be performed ...

Page 108: ... not indicated by an alarm switch off point Defines the switch off point for the storm function If the level falls below this value the storm function is deactivated i e the normal pump control becomes valid again Default 90 Note The switch off point must always be lower than the switch on point It must be ensured that the switch off point is reached without the pumps e g by an outlet storm time D...

Page 109: ... switched off after the max test time Default max downtime 0h max test time 60 s switch on point and switch off point These parameters define a condition for the function test A pump is only switched on for the function test if these conditions are met Details depend on the relative position of the switching points switch on point switch off point Emptying The function test is only performed if th...

Page 110: ...ycles B 2 flush cycles C flush delay D flush time flush control N N 1 or 2 flush control Use this parameter to switch the flush control on and off Selection off default on pump cycles Defines the number of pump cycles after which the flush cycles are started Default 0 flush cycles Defines the number of flush cycles within the number of pump cycles Default 0 Note The number of flush cycles must be ...

Page 111: ... Selection none default flush control N invert Determines if the switching behavior of the relay is inverted Selection no default The switching behavior of the relay is not inverted The relay is energized in the flush cycles yes The switching behavior of the relay is inverted The relay is de energized in the flush cycles relay allocation RX604 relay 1 relay 2 relay 3 relay 4 relay N RN605 function...

Page 112: ...se low priced tariff times preferentially for pumping tariff control N N 1 or 2 tariff control Determines if a tariff control is to be performed Selection no default yes tariff input Allocates one of the switch inputs to the tariff control Selection disabled ext digin 1 terminals 71 72 73 ext digin 2 terminals 74 75 76 ext digin 3 terminals 77 78 79 ext digin 4 terminals 80 81 82 tariff control N ...

Page 113: ...al to the switch off point defined in the basic setup switch off point tariff Defines the switch off point which is valid if a signal is present at the tariff switch input Note By selecting appropriate tariff switch points preferential pumping during the low price tariff times can be achieved Example for emptying The switch points for tariff control are considerably below those of the basic setup ...

Page 114: ...s been running since the last reset reset operating hours Resets the operating hours to 0 Selection no operating hours keeps its value yes operating hours is reset to 0 total operating hours Indicates the total time the pump has been running since commissioning This value can not be reset number of starts Indicates the number of times the pump has been started starts per hour Indicates the average...

Page 115: ...5 reset backlash starts Resets the number of backlash starts to 0 Selection no backlash starts keeps its value yes backlash starts is reset to 0 last run time Indicates how long the pump has been running since the last switch on ...

Page 116: ...is delay is the same for all pumps Default 0s operating hours alarm N N 1 or 2 pump selection Select the pump for which you are going to configure the operating hours alarm operating hours N pump M N 1 or 2 M 1 6 operating hours Indicates how long the pump has been running since the last reset maximum operating hours Defines the maximum running time of the pump The operating hours alarm becomes ac...

Page 117: ... of the pumps At the same time an error message is generated which states the number of the affected pump relay N N 1 6 function Allocates the desired function to the relay Selection none default Operating hours alarm N N 1 or 2 invert Determines if the switching behavior of the relay is inverted Selection no default The switching behavior of the relay is not inverted The relay is de energized if ...

Page 118: ... this parameter to switch the pump alarm function on and off Selection off default on waiting time Defines the waiting time for the pump alarm It is the same for all pumps Default 0s relay allocation Defines which relay is used to indictate a pump alarm Selection All relays of the instrument version at hand Note The relay is not allocated to a specific pump It only indicates that one of the pumps ...

Page 119: ...rate display menus it is possible to define that the difference L1 L2 or the ratio L2 L1 is displayed by the analog output and or the display L1 L2 Step Parameter set or submenu Parameter Remarks see section 1 relay controls menu Select rake control 2 rake control upstream water Select the upstream water level signal L1 5 4 3 downstream water Select the downstream water level signal L2 function Se...

Page 120: ...ntrol Part 2 Switching points switch on point and switch off point Used to specify the limit values for detection of rake clogging The meaning of these limit values depends on the selected function Caution After a change of the unit level the switching points have to be checked an adjusted if required function difference In this case the switch on and switch off points have to be specified in the ...

Page 121: ...The relays controls menu 121 L00 FMU90xxx 19 00 00 yy 059 A switch on point B switch off point C relay energized i e rake cleaning on D relay de energized i e rake cleaning off C D t t L1 L2 L1 L2 A B ...

Page 122: ...B switch off point C relay energized i e rake cleaning on D relay de energized i e rake cleaning off 5 4 5 rake control Part 3 Switching parameters switch delay Specifies the switch delay for the rake control The relay does not switch immediately after the switch on point has been exceeded but only after the specified switch delay This is to prevent that random fluctuations of L1 or L2 activate th...

Page 123: ...nstrument version at hand 5 4 7 relay N N 1 6 function parameter The relay function is defined by this parameter Selection none default rake control invert parameter In this parameter specify if the switching behaviour of the relay is to be inverted Selection no default The switching behaviour of the relay is not inverted The relay is energized if the rake cleaning should be active yes The switchi...

Page 124: ...and off Selection on default off simulation value only available if the simulation is switched on Use this parameter to define the switching state of the relay Selection switch off default switch on relay simulation RX120 relay 1 relay 2 relay 3 relay 4 In this list select the relay you are going to simulate relay 2 R2106 simulation simulation value ...

Page 125: ...he HART interface After entering the output calculations menu a selection screen appears in which you must choose the output you are going to configure After this selection additional submenus appear which can be used to configure the output main menu CX001 output calculat device properties system informat output calculat OX001 current output 1 current output 2 current output 1 O1302 allocat calcu...

Page 126: ...epend on the instrument version the connected sensors and the instrument configuration The following measured and calculated values may occur level 1 level 2 flow 1 flow 2 average level level1 level2 2 level 1 2 level 2 1 level 1 2 average flow flow 1 2 flow 2 1 flow 1 2 backwater ratio downstream upstream rake control ratio downstream upstream output current Displays the output current mA allocat...

Page 127: ...range 0 20 mA fixed current HART A fixed current is output The value can be defined in the mA value parameter The measured value is transmitted by the HART signal L00 FMU90xxx 19 00 00 yy 066 A current span 4 20 mA B current span 0 20 mA C current span fixed current HART D mA value mA value only available for current span fixed current HART Specifies the value of the fixed current range of values ...

Page 128: ...easured value 2 output current 4 mA threshold only available for current span 4 20mA Used to switch on the 4mA threshold The 4 mA threshold makes sure that the current never falls below 4 mA even if the measured value is negative Selection off default The threshold is switched off Currents less than 4 mA may occur on The threshold is switched on The current never falls below 4 mA L00 FMU90xxx 19 0...

Page 129: ...put The selected part is enlarged by this mapping turn down 0 4 mA only for current turn down on Specifies the measured value for which the current is 0 or 4 mA depending on the selected current span turn down 20 mA only for current turn down on Specifies the measured value for which the current is 20 mA L00 FMU90xxx 19 00 00 yy 068 A turn down 4mA B turn down 20 mA 4 mA 20 100 0 A B ...

Page 130: ...for multidrop operation 1 15 Note In multidrop operation the ouptput current is 4 mA by default However it can be adjusted in the mA value parameter of the mode current parameter set see above no of preambles Specifies the number of preambles for the HART protocol For lines with communication problems a slight increase of this value is recommended short TAG HART in preparation HART settings O1203 ...

Page 131: ... level 1 2 2 1 1 2 rake control ratio backwater ratio temperature external sensor temperature sensor 1 2 counter 1 2 3 totalizer 1 2 3 average flow flow 1 2 2 1 1 2 distance sensor 1 2 Note If temperature sensor 1 2 is selected it always refers to the temperature which has been assigned to the repsective sensor in sensor management FDU sensor N Possible temperatures are sensor temperature average ...

Page 132: ...ection off default No simulation is performed The instrument is in the measuring mode on The instrument is in the simulation mode No measured value is transmitted to the output Instead the current output assumes the value specified in the simulation value subfunction simulation value only for simulation on Specifies the value of the simulated output current in mA 5 x τ t L 1 2 simulation O1204 sim...

Page 133: ...oing to configure 7 1 2 analog input N N 1 10 measured value N N 1 10 Use this parameter to select the measured or calculated variable which is transferred by the AI block value Displays the current value of the measured or calculated variable status Displays the status which is transferred with the measured value main menu CX001 output calculat device properties system information output calculat...

Page 134: ...a pump control has been configured After selection of this option an additional selection list appears which is used to allocate the DI block to one of the pump relays rake control is only available if a rake control has been configured After selection of this option an additional selection list appears which is used to allocate the DI block to the rake control relay none No value is transferred v...

Page 135: ...nt address Note There are two options for setting the instrument address by the DIP switches in the terminal compartment by a configuration tool e g FieldCare ident number Defines the ident number of the instrument Selection profile The ident number of the profibus profiles is used manufacturer default The ident number of the instrument specific GSD files is used output calculat 01000 analog input...

Page 136: ...ection C default F 8 1 3 operating mode Use this parameter to select the operating mode The available selection depends on the instrument version Selection level level flow15 flow15 flow backwater15 16 distance unit D1101 distance unit temperature unit D110B temperature unit operating mode D110C operating mode 15 only for instruments with flow measurement software FMU90 2 and FMU90 4 16 only for i...

Page 137: ...The tag marking submenu 8 2 1 tag marking output N N 1 or 2 only for HART instruments Use these parameters to define a tag designation for the current output The tag may consist of up to 16 alphanumeric characters device marking Use this parameter to define a tag designation for the entire instrument The tag may consist of up to 16 alphanumeric characters controls D110D controls tag marking D1102 ...

Page 138: ...e The feature language of the procduct structure deter mines which languages are available language 1 Deutsch English Nederlands Français Español Italiano Nederlands Portuguese language 2 English Russian Polish Czech language 3 English Chinese Japanese Korean Thai Bahasa Indonesia Malaysia language D1103 langauge ...

Page 139: ...ther than the release code in order to lock the instrument Parameters can no longer be changed Enter the release code in order to unlock the instrument Parameters can be changed again Release code HART 100 Profibus DP 2457 status Displays the current locking state of the instrument The following states may occur unlocked All parameters except of service parameters can be changed code locked The in...

Page 140: ...ce family device family Displays the device family 9 1 2 device name device name Displays the device name 9 1 3 order code order code Displays the order code of the instrument 9 1 4 serial number device family IX101 device family device IX102 device name order code IX103 order code serial no IX105 serial no ...

Page 141: ... version Displays the software version of the instrument 9 1 6 device version dev rev Displays the device revision 9 1 7 DD version DD version Displays the DD version which is required to operate the instrument by the ToF Tool software version IX106 software version dev version IX107 dev rev DD version IX108 DD version ...

Page 142: ...he type of the automatically detected sensor 9 2 2 flow N N 1 or 2 input Indicates which sensor input is connected to the flow channel sensor selection Displays the type of the connected sensor For the sensors FDU9x automatic is displayed as these sensors are automatically detected by the transmitter They have not to be spedified by the user detected only for sensor selection automatic Displays th...

Page 143: ...rent output N N 1 or 2 for HART instruments only output Displays the present value of the output current 9 2 4 relay N N 1 6 function Indicates which function has been allocated to the relay current output 1 IX10A output relay 1 IX10B function ...

Page 144: ... parameter to specify the time interval for the plot 9 3 3 trend output N N 1 or 2 for HART instruments only 18 This submenu can be accessed only by the display module not by an operating software trend display IX10E trend output 1 trend output 2 From this list select the output you are going to plot trend output 1 IX10F time interval trend output 1 IX10G A plot of the trend is shown on this scree...

Page 145: ...MU90xxx 19 00 00 yy 074 1 max value 2 min value 3 measured value 4 reset 9 4 1 min max values 9 4 2 level flow or temperature t 2 1 x 2 3 4 min max values IX300 level flow temperature From this list select a quantity level flow or temperature for the display of the min max values level IX301 level LVL 1 level LVL 2 From this list select the level flow or temperture channel for the display of the m...

Page 146: ...ximum values are reset i e they assume the current value of the respective parameter reset min The minimum value is reset i e it assumes the current value of the respective parameter The maximum value is not reset reset max The maximum value is reset i e it assumes the current value of the respective parameter The minimum value is not reset Note The min max values of the sensor temperature can onl...

Page 147: ... this list select the type of plotting Selection single curve default The envelope curve is plotted once cyclic The envelope curve display is updated in regular intervals Note If the cyclical envelope curve display is still active on the display the measured value is updated at a slower cycle time We therefore advise you to exit the envelope curve display after optimising the measuring point envel...

Page 148: ... list of the previously rectifed errors is displayed in this screen Select an error to get an error description By pressing the left and middle key simultaneously you can return from the error description to the error list envelope curve IX128 The envelope curve is displayed in this screen In order to exit the display press the left and middle key simultaneously ESC error list E1000 actual error l...

Page 149: ...een the sensor membrane and the product surface 9 7 3 actual measured value level N N 1 or 2 Displays the currently measured level or if a linearisation has been performed the currently measured volume of the respective channel flow N N 1 or 2 Displays the currently measured flow of the respective channel operating hours E1403 operating hours actual distance E1404 act distance 1 act distance 2 act...

Page 150: ...ondition has been changed after the setting of the application parameters in the service menu 9 7 5 echo quality sensor echo quality N N 1 or 2 Displays the echo quality of the respective sensor The echo quality is the distance in dB between the level echo and the Floating Average Curve FAC appl parameter E1405 sensor 1 sensor 2 echo quality sen E1406 echo quality 1 echo quality 2 ...

Page 151: ...aph default for instruments with 1 current output 2x value bargraph default for instruments with 2 current outputs value max size Up to two values are displayed alternately using the entire display alter 3x2 values Up to 6 values can be displayed on three alternating pages Each pages contains two values calibr display DX202 type time value 1 cust text 1 ...

Page 152: ... of the external temperature probe the temperature of the external temperature probe cust text 1 cust text 6 These parameters can be used to allocate a text string to each of the display values This text is displayed together with the value if customized text in the display format parameter set has been set to yes 10 2 display format format Use this parameter to select the display format for numbe...

Page 153: ...er set are displayed Selection no Default yes 10 3 back to home back to home Use this parameter to specify the return time If no entry is made during the specified time the display returns to the measured value display Range of values 3 9999 s Default 100 s back to home DX200 back to home ...

Page 154: ...or 2 sensor settings sensor operation This parameter is used to switch the sensor on and off Selection on default The sensor is switched on hold The sensor is switched off The last measured value is held off The sensor is switched off No measured value is transmitted On the display connected values are set to input DX019 FDU sensor 1 FDU sensor 2 US sensor 1 D1106 sensor operation sensor priority ...

Page 155: ...owing The automatic sensor recognition is also active after a sensor has been exchanged19 The Prosonic S recognizes the type of the new sensor automatically and changes the detected parameter if required The measurement continues without a break Nevertheless in order to ensure perfect measurement the following checks are required Check the empty calibration and full calibration parameters Adjust t...

Page 156: ...pending on the application parameters The window always moves togehter with a rising or falling echo Echos beyond the limits of the window are ignored for a certain time Note This parameter is set automatically according to the application parameters Selection off on reset After selection of this option the current window is reset the level echo is looked for in the complete measuring range and a ...

Page 157: ... switch sends a signal the distance assumes an user defined value see the distance parameter Note This parameter can be used to influence the measuring function of the instrument by an external signal e g in order to synchronize the measurement with very slow agitators Note If additionally a level limitation has been defined the upper and lower limits are defined by this limitation even if the ext...

Page 158: ...The sensor management menu 158 distance only for external sensor control value Defines the distance value if an signal is active at the external switch input ...

Page 159: ...temperature unit Displays the temperature unit Note The temperature unit can be changed in device properties operating parameters temperature unit 11 2 2 external temperature sensor index pointer max value Displays the highest temperature which has been reached until now min value Displays the lowest temperature which has been reached until now actual value Displays the currently measured temperat...

Page 160: ...handling error handling Determines the reaction of the Prosonic S in the case of a failure of the external temperature sensor Selection alarm default An error message is generated The output signal assumes a defined value output on alarm in the safety settings menu warning An error message is generated but the measurement continues The signal evaluation algorithm uses the temperature as defined in...

Page 161: ...nput open closed is inverted Selection no default The Prosonic S detects a closed switch from 0 to 1 yes The Prosonic S detects an open switch from 1 to 0 Note The switching states can be realized in the following way 0 voltage 8V at the input or and not interconnected 1 voltage 16 V at the input or and interconnected value Indicates the current switching state of the external input 0 or 1 externa...

Page 162: ...5 LVL1 empty cal L1006 LVL1 full calib L1002 level LVL 1 extended calibr L1017 LVL1 check value L1018 LVL1 correction L1002 level 1 simulation input sensor selection FDU91 detected sensor 1 automatic tank shape horizontal cyl medium property paste like process cond standard liq dome ceiling liquid calm surface L1016 LVL1 dist map act distance 1 range of mapping start mapping status L1022 LVL 1 sim...

Page 163: ...nit max scale mode customer unit l mode ullage level table editor act distance range of mapping start mapping status yes level 1 act distance status L1019 LVL1 limitation ESC ESC ESC ESC ESC L100B LVL 1 check value act distance check distance dist too big dist unknown distance ok dist too small manual read manual semi automatic delete input 1 ext digin 1 ext digin 4 function off Min 0 Max 100 hold...

Page 164: ...ater extended calibr F1500 backwater mapping F1303 backwater simulation input sensor selection detected F1305 backw empty cal F1501 backw dist corr F1502 backw correction F1504 backw block dist F0000 flow flow counter F1100 flow counter totalizer daily counter F1102 1 daily counter F1103 1 daily counter F1104 1 daily counter allocation counting unit none value overflow reset error handling F0001 f...

Page 165: ...per limit distance check distance dist too big dist unknown distance ok dist too small manual input 1 ext digin 1 ext digin 4 function Min 0 Max 100 hold customer spec value disabled off F1015 flow1 ext input 1 input 2 ext digin 1 ext digin 4 function Min 0 Max 100 hold customer spec value disabled off F1016 flow1 ext input 2 input 1 ext digin 1 ext digin 4 function Min 0 Max 100 hold customer spe...

Page 166: ...main menu safety settings AX101 output on alarm output 1 min hold user specific output 2 max output value 1 AX102 outp echo loss level 1 ramp min customer spec alarm level 2 hold AX103 delay echo loss AX104 safety distance delay sensor 1 delay sensor 2 Default 30s ESC ESC ESC only for HART value level1 ramp level1 ...

Page 167: ...nsor 1 in saf dist s 2 reset sensor 2 warning AX107 react high temp A0000 relay delay AX108 def temp sensor AX105 in safety dist overtemp sen 1 alarm max temp Sen 1 overtemp sen 2 max temp Sen 2 warning def temp sens 1 warning def temp sens 2 alarm startdelay relay Default 5s ESC ESC ESC ESC ...

Page 168: ...er of pumps none Default 1 R1302 pump control 1 pump 1 2 pump R1303 pump 1 control 1 switch on point switch off point switch on delay alternate yes crust reduction default 60 default 40 default 0 s no Default 0 ESC R13A3 pump control 1 switch on point switch off point min pumprate min hook up interval switch on border crust reduction alternate default 60 default 40 default 0 Default 0 s Default 0 ...

Page 169: ...ESC R13A3 pump1 control1 switch on delay backl interval backlash time error handling hold switch on switch off 0s 0h 0s actual value relay 1 relay 2 RX3A5 relay allocation ESC R1304 pump 1 control 1 backl interval backlash time error handling switch on switch off actual value default 0 h default 0 s hold ESC function invert none no R23A6 relay 2 ...

Page 170: ...l 1 switch on point switch off point switch on delay alternate yes degree of use max use time crust reduction default 20 default 10 default 0 s no default 50 default 0 min default 0 ESC R1504 pump control 1 switch on point switch off point min pumprate min default 20 default 10 default 0 min hook up interval switch on border alternate crust reduction default 0 s default 0 no default 0 R1505 pump c...

Page 171: ...handling hold switch on switch off default 0 h default 0 s actual value ESC ESC R1406 pump 1 control 1 pump feedback ext digin 1 ext digin 4 feedback delay feedback meaning pump failure disabled default 30 s pump start R1506 pump 1 control 1 backl interval backlash time error handling hold switch on switch off default 0 h default 0 s actual value R1507 pump 1 control 1 pump feedback ext digin 1 ex...

Page 172: ...RX604 relay allocation relay 1 relay 2 R2605 relay 2 function invert R2605 function none flush ctrl 1 R1619 tariff ctrl 1 p1 switch on point switch on point switch off point switch off point 20 20 10 10 R1400 pump control 1 pump data R1610 pump data 1 pump 1 pump 2 R1611 pump data 1 p1 operating hours reset op hours total op hours number of starts starts per hour backlash starts reset backlstart l...

Page 173: ...Operating menu 173 ...

Page 174: ...R201D function none alarm relay diagnostics backwat alarm dirt alarm G H I J R1001 relay controls relay simulation RX120 relay simulation R2106 relay 2 simulation on simulation value switch on off switch off relay 1 relay 2 field bus only for Profibus DP instruments R201E function none DO1 DO10 switch delay error handling hold switch on switch off default 0 s actual value R1001 relay controls rake...

Page 175: ... min default 60 default 40 R2104 relay 2 switch delay invert yes error handling hold switch on switch off default 0 s no actual value R2103 relay 2 function time pulse pulse width default 200 ms pulse time default 1 min R2104 relay 2 invert yes error handling stop no actual value E R2103 relay 2 function pulse flow 1 counter unit l pulse value pulse width m3 default 1 000 m3 default 200 ms R2105 r...

Page 176: ...05 add HART value 2 HART settings not for current output 2 O3206 add HART value 3 O4207 add HART value 4 OX202 mode current 1 mA value default 4mA 4mA threshold on output damping curr turn down off off default 2 s on Ox202 mode current 1 curr turn down on turn down 0 4mA turn down 20mA default 0 default 100 HART address no of preambels short TAG HART default 0 default 5 measured value 3 level 1 ou...

Page 177: ... digital input 1 digital input 10 O1C01 Profibus DP O1C11 ident number profile version instrument addr ident number profile manufacturer O1A02 output none level 1 flow 1 average level digital input Profibus DP O1B02 Digital Eingang 1 Pumpensteuerung 1 Pumpensteuerung 2 O1B02 Pumpensteuerung 1 keine Funktion Pumpe 1 PST 1 Pumpe N PST 1 O1B02 additional inputs none ext digin 1 ext digin 4 additional...

Page 178: ...01 device properties operating param D1101 distance unit D110B temperature unit D110C operating mode D110D controls distance unit ft mm inch m tag marking D1102 tag marking output 1 output 2 device marking D1103 language language English language password reset D1104 password reset reset s manual code s manual status only for HART instruments only for HART instruments only for operating modes leve...

Page 179: ...Operating menu 179 ...

Page 180: ...e IX127 Plot settings in output info displays the main links depending on settings and instrument version input sensor selection detected trend output 1 trend output 2 IX10E trend display trend display only for HART instruments time interval IX10F trend output 1 IX300 min max values I1302 level LVL 1 min max values Envelope curve Env curve FAC Env curve cust map single curve cyclic IX128 Plot sett...

Page 181: ...00 FMU90xxx 19 07 02 en 106 function function output IX106 software version IX107 dev version IX11A current output 2 IX10B relay 1 IX10B relay N software version dev rev IX108 DD version DD version only for HART instuments ...

Page 182: ... measurement extern temp avg USsens ext ext send ctrl off hold value input disabled ext digin 1 ext digin 4 distance US sensor D1021 ext temp sensor max value min value actual value reset erase reset min reset max keep D1020 ext temp sensor sensor type no sensor FMT131 PT100 temperature unit D1018 FDU sensor ext temp sensor D1022 ext temp sensor error handling warning value at warning d alarm efau...

Page 183: ... b0 mm be mm Hmax mm Qmax m3 h Khafagi Venturi QV 302 120 48 220 40 09 Khafagi Venturi QV 303 300 120 250 104 3 Khafagi Venturi QV 304 400 160 350 231 5 Khafagi Venturi QV 305 500 200 380 323 0 Khafagi Venturi QV306 600 240 400 414 0 Khafagi Venturi QV 308 800 320 600 1024 Khafagi Venturi QV 310 1000 400 800 1982 Khafagi Venturi QV 313 1300 520 950 3308 Khafagi Venturi QV 316 1600 640 1250 6181 ...

Page 184: ...can be adjusted to the flow conditions Qmax defines the flow at which the output current is 20 mA Type of flume Hmax mm Qmax m3 h Khafagi Venturi QV 302 330 81 90 Khafagi Venturi QV 303 360 187 9 Khafagi Venturi QV 304 460 359 9 Khafagi Venturi QV 305 580 637 7 Khafagi Venturi QV 306 580 748 6 Khafagi Venturi QV 308 850 1790 Khafagi Venturi QV 310 1200 3812 Khafagi Venturi QV313 1350 5807 Khafagi ...

Page 185: ...ted to the flow conditions Qmax defines the flow at which the output current is 20 mA b0 Hmax be b0 H be BD 3 Hmax Type of flume b0 mm be mm Hmax mm Qmax m3 h ISO Venturi 415 150 75 200 42 5 ISO Venturi 425 250 125 300 130 3 ISO Venturi 430 400 200 400 322 2 ISO Venturi 440 400 267 625 893 6 ISO Venturi 450 500 333 700 1318 9 ISO Venturi 480 800 480 800 2200 ...

Page 186: ...gth x no measuring flume with data threshold Note After selecting the type of flume Qmax can be adjusted to the flow conditions Qmax defines the flow at which the output current is 20 mA 2 Hmax 3 Hmax 3 B b b B L BD x Hmax Type of flume b Hmax mm Qmax m3 h BST Venturi 4 4 150 36 25 BST Venturi 7 7 190 90 44 BST Venturi 12 12 340 371 1 BST Venturi 18 18 480 925 7 BST Venturi 30 30 840 3603 ...

Page 187: ...ow at which the output current is 20 mA W BD 2 3 A A Type of flume W Hmax mm Qmax m3 h Parshall 1 1 180 15 23 Parshall 2 2 180 30 46 Parshall 3 3 480 204 2 Parshall 6 6 480 430 5 Parshall 9 9 630 950 5 Parshall 1 ft 1 0 ft 780 1704 Parshall 1 5 ft 1 5 ft 780 2595 Parshall 2 ft 2 0 ft 780 3498 Parshall 3 ft 3 0 ft 780 5328 Parshall 4 t 4 0 ft 780 7185 Parshall 5 ft 5 0 ft 780 9058 Parshall 6 ft 6 f...

Page 188: ... output current is 20 mA Type of flume D Hmax mm Qmax m3 h Palmer Bowlus 6 6 120 38 08 Palmer Bowlus 8 8 150 68 86 Palmer Bowlus 10 10 210 150 2 Palmer Bowlus 12 12 240 215 8 Palmer Bowlus 15 15 300 377 6 Palmer Bowlus 18 18 330 504 0 Palmer Bowlus 21 21 420 875 6 Palmer Bowlus 24 24 450 1077 Palmer Bowlus 27 27 540 1639 Palmer Bowlus 30 30 600 2133 D D 4 D 4 D 2 30 30 Hmax D 6 BD H D 2 ...

Page 189: ...ponding change of the flow curve is automatically performed by the Prosonic S Note After selecting the type of weir Qmax can be adjusted to the flow conditions Qmax defines the flow at which the output current is 20 mA Type of weir B mm Hmax mm Qmax m3 h RectWT0 5H 1000 500 2418 RectWT0 T5 1000 1500 12567 k k 45 BD 3 Hmax 2 Hmax Hmax B k 3 mm ...

Page 190: ...selecting the type of weir Qmax can be adjusted to the flow conditions Qmax defines the flow at which the output current is 20 mA Type of weir B mm Hmax mm Qmax m3 h RectWThr 2H 200 120 51 18 RectWThr 3H 300 150 108 4 RectWThr 4H 400 240 289 5 RectWThr 5H 500 270 434 6 RectWThr 6H 600 300 613 3 RectWThr 8H 800 450 1493 RectWThr T0 1000 600 2861 RectWThr T5 1500 725 6061 RectWThr 2T 2000 1013 13352...

Page 191: ...sponding change of the flow curve is automatically performed by the Prosonic S Note After selecting the type of weir Qmax can be adjusted to the flow conditions Qmax defines the flow at which the output current is 20 mA Type of weir B mm Hmax mm Qmax m3 h NFX Rect T0 5H 1000 500 2427 3 NFX Rect T0 T5 1000 1500 12582 5 k k 45 BD 3 Hmax 2 Hmax Hmax B k 3 mm ...

Page 192: ...c S Note After selecting the type of weir Qmax can be adjusted to the flow conditions Qmax defines the flow at which the output current is 20 mA Type of weir B mm Hmax mm Qmax m3 h NFX Rect WThr 2H 200 120 53 5 NFX Rect WThr 3H 300 150 111 7 NFX Rect WThr 4H 400 240 299 1 NFX Rect WThr 5H 500 270 445 8 NFX Rect WThr 6H 600 300 626 2 NFX Rect WThr 8H 800 450 1527 8 NFX Rect WThr T0 1000 600 2933 8 ...

Page 193: ...ng change of the flow curve is automatically performed by the Prosonic S Note After selecting the type of weir Qmax can be adjusted to the flow conditions Qmax defines the flow at which the output current is 20 mA Type of weir B mm Hmax mm Qmax m3 h Trap W T0 3H 1000 300 1049 Trap W T0 T5 1000 1500 11733 k k 45 BD 3 Hmax 2 Hmax Hmax B 2 Hmax k 3 mm ...

Page 194: ...eir Qmax can be adjusted to the flow conditions Qmax defines the flow at which the output current is 20 mA Type of weir α Hmax mm Qmax m3 h V Weir 22 5 22 5 600 276 0 V Weir 30 30 600 371 2 V Weir 45 45 600 574 1 V Weir 60 60 600 799 8 V Weir 90 90 600 1385 k k 45 BD 3 Hmax 2 Hmax Hmax 2 Hmax k 3 mm α ...

Page 195: ...cting the type of weir Qmax can be adjusted to the flow conditions Qmax defines the flow at which the output current is 20 mA Type of weir α Hmax mm Qmax m3 h BST V Weir 22 5 1 4 90 1 4 90 390 120 1 BST V Weir 45 1 2 90 1 2 90 390 237 0 BST V Weir 90 90 390 473 2 k k 45 BD 3 Hmax 2 Hmax Hmax 2 Hmax k 3 mm α ...

Page 196: ...selecting the type of weir Qmax can be adjusted to the flow conditions Qmax defines the flow at which the output current is 20 mA Type of weir α Hmax mm Qmax m3 h NFX V Weir 30 30 600 375 9 NFX V Weir 45 45 600 573 1 NFX V Weir 60 60 600 793 1 NFX V Weir 90 90 600 1376 7 k k 45 BD 3 Hmax 2 Hmax Hmax 2 Hmax k 3 mm α ...

Page 197: ... 500 0 0002150 0 0476497 QV 308 1024 1 500 2 500 0 0001613 0 0635329 QV 310 1982 1 500 2 500 0 0001290 0 0794162 QV 313 3308 1 500 2 500 0 0000992 0 1032410 QV 316 6181 1 500 2 500 0 0000806 0 1270659 ISO Venturi flumes Type Qmax m3 h α β γ C ISO 415 42 5 1 500 2 100 0 0009336 0 0146865 ISO 425 130 3 1 500 1 600 0 0959719 0 0214406 ISO 430 322 2 1 500 2 000 0 0032155 0 0379104 ISO 440 893 6 1 600 ...

Page 198: ...t 10951 1 595 1 000 0 0000000 0 2670383 Parshall 8 ft 14767 1 607 1 000 0 0000000 0 3324357 Palmer Bowlus flumes Type Qmax m3 h α β γ C Palmer Bowlus 6 38 08 0 200 2 000 0 0083313 0 3106790 Palmer Bowlus 8 68 86 0 200 2 000 0 0047711 0 6255716 Palmer Bowlus 10 150 2 0 200 2 000 0 0034924 0 9571182 Palmer Bowlus 12 215 8 0 200 2 000 0 0022844 1 6034450 Palmer Bowlus 15 377 6 0 200 2 000 0 0015814 2...

Page 199: ...icted rectangular weirs according to French standard NFX Type Qmax m3 h α β γ C NFX RectWThr 2H 53 5 1 500 1 600 0 1428487 0 0528094 NFX RectWThr 3H 111 7 1 500 1 600 0 1115842 0 0744722 NFX RectWThr 4H 299 1 1 500 1 600 0 0975777 0 0966477 NFX RectWThr 5H 445 8 1 500 1 600 0 0884398 0 1187524 NFX RectWThr 6H 626 2 1 500 1 600 0 0816976 0 1407481 NFX RectWThr 8H 1527 8 1 500 1 600 0 0634245 0 1810...

Page 200: ... 2 610 0 2659230 0 0000880 BST V Weir 90 473 2 2 314 2 650 0 1904230 0 0001980 Triangular weirs according to French standard NFX Type Qmax m3 h α β γ C NFX V Weir 30 375 9 2 400 2 800 0 0241095 0 0000616 NFX V Weir 45 573 1 2 476 0 000 0 0000000 0 0000757 NFX V Weir 60 793 1 2 486 0 000 0 0000000 0 0000983 NFX V Weir 90 1376 7 2 491 0 000 0 0000000 0 0001653 ...

Page 201: ... In the menu system information error list actual error 13 3 2 Last error To access a list of the last errors which have been cleared go to system information error list last error 13 3 3 Types of errors Type of error Display symbol Meaning Alarm A continuous The output signal assumes a value which can be defi ned by the output on alarm function MAX 100 22mA MIN 10 3 8mA Hold last value is held us...

Page 202: ...ctronics defective switch instrument off on if the error persists call Endress Hauser service A 00 116 download error repeat download A 00 117 hardware not recognised after exchange A 01 121 A 02 121 current output 01 or 02 not calibrated call Endress Hauser service A 00 125 electronics defective replace electronics A 00 152 checksum error full reset and recalibration required W 00 153 initializin...

Page 203: ...k counting unit see flow menu flow counter submenu E 01 641 E 02 641 no usable echo sensor 01 or 02 check basic calibration for the respective sensor s level or flow menu A 01 651 A 02 651 Safety distane reached for sensor 01 or 02 danger of overfilling Error disappears if the level is out of the safety distance again Possibly the function acknowledge alarm must be used s safety settings menu E 01...

Page 204: ... pump 6 ctrl 2 check pump1 W00 801 simulation level swichted on switch off level simulation s level menu W01 802 W02 802 simulation sensor 01 or 02 switched on switch off simulation W01 803 W02 803 W01 804 W02 804 simulation flow switched on switch off simulation see flow menu W01 805 simulation current 01 switched on switch off simulation s output calculations menu W02 806 simulation current 02 s...

Page 205: ...asured value Level 1 Level 2 for instruments with 2 current outputs Flow 1 for flow instruments Flow 2 for flow instruments Controls Pump control Rake control Backwater detection Signal output Display Current output 1 with HART Current output 2 if selected in the product structure Relay 1 Relay 2 for instruments with 3 or 6 relays Relay 3 for instruments with 3 or 6 relays Relay 4 for instruments ...

Page 206: ...mode level flow 1 sensor input 2 current outputs FMU90 1 2 L00 FMU90xxx 19 00 00 de 092 Sensor 1 Level 1 Level 2 Current output 1 HART Current output 2 FDU9x Display Relay 1 Alarm Sensor 1 Level 1 Level 2 Current output 1 HART Current output 2 Sensor 2 FDU9x FDU9x Display Relay 1 Alarm Sensor 1 Flow 1 Level 1 Current output 1 HART Current output 2 FDU9x Display Relay 1 Alarm ...

Page 207: ... FMU90xxx 19 00 00 de 090 1 sensor input 2 current outputs FMU90 1 2 L00 FMU90xxx 19 00 00 de 095 Sensor 1 Flow 1 Level 2 Current output 1 HART Current output 2 FDU90 Display Relay 1 Alarm Sensor 2 FDU90 Sensor 1 Flow 1 Current output 1 HART FDU9x Display Relay 1 Alarm Sensor 1 Flow 1 Flow 2 Current output 1 HART Current output 2 FDU9x Display Relay 1 Alarm ...

Page 208: ...or inputs 2 current outputs L00 FMU90xxx 19 00 00 de 096 Sensor 1 Flow 1 Flow 2 Current output 1 HART Current output 2 Sensor 2 FDU9x FDU9x Display Relay 1 Alarm Sensor 1 Flow 1 Sensor 2 FDU9x upstream water FDU9x downstream water Display Backwater detection Relay 1 Alarm Curent output 1 HART Curent output 2 Backwater ratio h2 h1 ...

Page 209: ...Ultrasonic Sensor Block US Digital Output Block DO Measured value calculation Level Block LE Flow Block FS Flow Block with BAckwater Detection FB Flow Block with Averaged Level FA Siganl output Analog Input Block AI Digital Input Block DI Calculations Sum Block Level SL Average Block Level AL Difference Block Level 1 2 DL Difference Block Level 2 1 LD Sum Block Flow SF Average Block Flow AF Differ...

Page 210: ...L00 FMU90xxx 19 00 00 yy 097 2 sensor inputs L00 FMU90xxx 19 00 00 yy 100 FDU9x US1 LE1 AI1 Bus Temperatur Distanz AI2 AI3 FDU9x FDU9x US1 US2 LE1 LE2 AI1 AI2 Temperatur Temperatur Distanz Distanz AI3 AI4 AI5 AI6 LS1 LS2 LS3 LS4 LS5 LS6 SL AL DL AI7 AI8 AI9 ...

Page 211: ...Appendix 211 13 5 2 Operating Mode Flow 1 sensor input L00 FMU90xxx 19 00 00 yy 098 FDU9x US1 FS1 AI1 Temperatur Wert Wert Übertrag Übertrag Distanz AI2 AI3 TO1 DC1 TO2 DC2 TO3 DC3 AI5 AI7 AI6 AI8 ...

Page 212: ...ensor inputs L00 FMU90xxx 19 00 00 yy 102 FDU9x FDU9x US1 US2 FS1 FS2 AI1 AI2 Temperatur Temperatur Distanz Distanz AI3 AI4 AI5 AI6 LS1 LS3 LS3 LS1 LS2 LS5 LS6 LS4 LS5 SF AF DF TO1 TO2 DC1 DC2 IC1 IC2 AI7 AI9 AI8 AI10 ...

Page 213: ...Appendix 213 13 5 3 Operating Mode Flow Level 1 sensor input L00 FMU90xxx 19 00 00 yy 099 FDU9x US1 FS1 LE1 AI1 AI2 Temperatur Distanz AI3 AI4 TO1 DC1 TO2 DC2 TO3 DC3 AI5 AI7 AI6 AI8 ...

Page 214: ...r inputs L00 FMU90xxx 19 00 00 yy 103 FDU9x FDU9x US1 US2 LE1 LE2 AI3 AI4 Temperatur Temperatur Distanz Distanz AI1 AI2 AI5 AI6 TO3 DC3 LS1 IC3 LS3 SF SL LS2 AF AL LS4 DF DL TO1 TO2 DC1 DC2 IC1 IC2 AI7 AI9 AI8 AI10 FS1 FS2 ...

Page 215: ...215 13 5 4 Operating Mode Flow Backwater 2 sensor inputs L00 FMU90xxx 19 00 00 yy 104 FDU9x FDU9x US1 US2 LE1 FB1 AI3 AI5 AI4 TO1 TO2 TO3 DC1 DC2 DC3 IC1 IC2 IC3 LS1 LS2 LS3 LS4 LS5 LS6 AI2 AI1 AI7 AI9 AI8 AI10 ...

Page 216: ...www endress com worldwide BA290F 00 en 01 08 52024320 FM SGML 6 0 ProMoDo 52024320 ...

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