Benutzeranleitung / Produktwartung 200 des Produzenten Siemens
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Instruction Manual July 2009 100/200 multirang er.
© Siemens Milltronics Process Instru ments Inc. 2009 Safety Guidelines: Warning notices must be observed to ensure p ersonal safety as well as tha t of others, and to protec t the product and the connected equipment. These war ning notices are accompanied by a clarification of the level of caut ion to be observed.
i mmmmm T able of Contents Ta b l e o f C o n t e n t s T he MultiRang er 1 0 0 and 20 0 ........................................ .................................... ................................... 1 MultiRanger 10 0 ....... .....................
ii mmmmm Ta b l e o f C o n t e n t s Hand Pr ogrammer ............................... .............................................. .................................. .. ......27 Pr ogrammer Key s ................................ ...................
iii mmmmm T able of Contents mA I/O ................ ............................................. ..................................... ............................. ....... ........................49 mA Input [MR 20 0] .... .........................
iv mmmmm Ta b l e o f C o n t e n t s Setting the Common P arameters ......................................... .................................... ...............70 Set Relay 1 (Oper at e Rake) .................................. .....................
v mmmmm T able of Contents Communications Installation .......................................................... ............................................. ......92 Wiring Guidelines ................................. ..............................
vi mmmmm Ta b l e o f C o n t e n t s Error Handling ... ............................................. ..................................... ........................... ......... ............. 1 1 1 Communication T roubleshooting ............. .......
vii mmmmm T able of Contents T emperature Compensation (P660 to P664) .......................................... .................................... ....181 Rate (P70 0 to P708) ........... ..................................... ......................
viii mmmmm Ta b l e o f C o n t e n t s Obstructions in the Sound B eam .................................................................... ..................... 235 Nozzle Mountings ...................................................................
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 1 mmmmm MultiRanger 10 0/20 0 T he Mult iRanger 1 0 0 and 20 0 The MultiRanger is av ailable in t wo models, MultiRanger 10 0 and Mult.
P age 2 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm MultiRanger 10 0/20 0 If you ha ve any questions, comments, or su ggestions about t he manual contents, please email us at techpubs.smpi@siemens.com. For the c omplet e libr ary of Siem ens Milltr onics manuals, go to www .
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 3 mmmmm Specifications Specifications Po w e r AC v e r si o n • 10 0-230 V AC ± 15%, 50 / 60 Hz, 36 V A (17W) 1 • fuse: F3: 2 A G, Slow Blow , 0.
P age 4 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Specifications Range • 0.3 m (1 ft) to 15 m (50 ft), dependent on transduc er Accurac y • 0.25% of maximum range or 6 mm (0.24”), whic hever is gr eater Resolution • 0. 1% of progr am rang e 1 or 2 mm (0.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 5 mmmmm Specifications Fixed • 0. 17 % per °C de viat ion from progr ammed value Outputs T ransducer driv e •3 1 5 V p e a k mA Analog MultiRanger 10 0/20 0: Single or D ual point ver sions include two mA outputs • 0-20 mA • 4-20 mA • 750 ohm maximum • Resolut ion of 0.
P age 6 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Specifications Inputs mA (analog) (1) [MR 20 0 only] • 0-20 or 4-20 mA, from alternate device, sc alable Discrete (2) • 10-50 V DC swit ching level • logical 0 = < 0.5 V DC • logic al 1 = 10 to 50 V DC • 3 mA maximum dr aw Enclosure W all Mount • 240 mm (9.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 7 mmmmm Specifications Cable • Do not use coaxial cable for transducer (see General Appendix F: Upgrading on page 246 for mor e information) • tr ansduc er and mA output signal to be 2 copper conductors, twist ed wi th shield/drain wire, 30 0 Vrms, 0.
P age 8 MultiRanger 10 0/20 0– INSTRUCTION MANU AL 7ML19981FB06 mmmmm Installation Installat ion Mounting Mounting Locat ions Recommended • Ambient te mperature is alway s within -20 to 50 °C (-5.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 9 mmmmm Installation Mounting I nstructions The wall m ount and panel mount units instal l differ ently . Please follow the specific instructions fo r your unit . W all Mount Enclosure Dimensions Mounting the Enclosure 1 .
P age 10 MultiRanger 10 0/20 0– INST RUCTION MANUAL 7ML19981FB06 mmmmm Installation Cable routed through a conduit: 1 . Remove the four mounting screws ho lding the motherboard to the enclosure. 2. Be c areful not to damage the electronics with st atic electricit y .
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 1 1 mmmmm Installation P anel Mount Installing the panel moun t unit requires making a cutout in the panel. T he dimensions for the cutout are pro vided in the illustration belo w . A full size cutout templat e is provided with your unit or may be downloaded from www .
P age 1 2 MultiRanger 10 0/20 0– INST RUCTION MANUAL 7ML19981FB06 mmmmm Installation P anel Mount Dimensions Mounting the Enclosure Once cutout is complete and mounting holes are drilled, follow these st eps: 1 . Remove lid fr om unit by undoing the six lid screws and lifting it off its hinges.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 13 mmmmm Installation MultiRanger Board Installing the Batter y The battery (Ray ovac BR2032) has a ten-year life expectancy . Please note the life expectancy may be r educed by ambient t emp erature.
P age 1 4 MultiRanger 10 0/20 0– INST RUCTION MANUAL 7ML19981FB06 mmmmm Installation Installing SmartLinx Card SmartLinx card s are generally pr e-installed. If unit does not have a SmartLinx car d , follow these steps to inst all one. 1 . Align car d with the t wo mount ing posts and then press-f it with the female con n e ct o r .
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 15 mmmmm Wiring Wiring Please note: • V erify that all system c omponents are in stalled in accor dance with instructions. • Connect all c able shields to the MultiRan ger Shield T erminals.
P age 16 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Wiring T erminal Boar d The terminal board on th e MultiRanger allows all inputs and outputs t o be connected simultaneously . Cables The MultiRanger transceiv er requires a shield ed t wo-wire c onnection to the t ransduc er .
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 17 mmmmm Wiring T ransducers A 0. 1 µF (10 0V or greater) capacitor is incl uded with the MultiRanger f or retr ofitt ing old MultiRanger Plus insta llat ions. Please see MultiRanger 10 0/20 0 Inst allation (for retr ofitt ing MultiRanger Plus Installat ions) on page 247.
P age 18 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Wiring T emperature S ensor Accur at e t emperature r eadings are crit ical to accurate lev el measurements because the speed of sound change s, depending on air temper at ure, and all Siemens Milltr o nics Echomax and S T -H transducer s have an internal temperature sensor .
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 19 mmmmm Wiring Level S y stem S ynchronization When using multiple ultrasonic level monitors, be sure to run the tr ans ducer c ables in separate grounded metal conduits.
P age 20 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Wiring Digital Communications Wiring the Mult iRanger for communications allo ws it to be integrated into a full SCAD A system or an industrial LAN. The MultiRanger can also be directly c onnec t ed to a computer running Dolphin Plus.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 21 mmmmm Wiring Discrete Inputs Discrete inputs have a posit ive and negat ive terminal. R equires an external p ower supply . Discrete Input (post.) 1 Discrete Input (pos.) 2 Common (neg.
P age 22 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Operation Operating the MultiRanger The MultiRanger has t wo mode s of operation: RUN and PROGRAM . RU N M od e In RUN mode, the MultiRanger det ects mat erial level and pr ovides control functions.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 23 mmmmm Operation Icons indicating index type (Ite m 1) edited in PR OGRAM mode: Readings in R UN Mode Change the displayed v a lues with the keys on the hand progr ammer . All readings ar e shown in the Auxiliary field, ex cept for the totalizer and P920.
P age 24 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Operation Stat us P ar ameters Stat us parameters giv e the operating stat us of the MultiRanger . Y ou can access par ameters with the hand progr amme r (see page 32) or with Dolphin Plus (see page 27).
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 25 mmmmm Operation Controlling the Display RUN mode provides numerous par amet ers and variables that you c an trac k on the display (see Display on page 22). The LCD displa ys EEEE if a value is too long.
P age 26 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Operation Setting the D efault Auxiliary Reading T o maintain a constant variable displa y in the auxiliary reading area, set the default.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 27 mmmmm Operation PR OGRAM Mode The MultiRanger is programmed b y s etting its parameters to matc h your specific applic ation. Most parameter s are indexed, al lowing y ou to set the parameter to specif ic conditions and to more than one input or output.
P age 28 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Operation P rogrammer Keys Keys Pr og ramming Mode Run Mode 1 8-digit T otalizer (toggle) [MR 20 0 only] 2 Pump Running T ime .
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 29 mmmmm Operation D olphin Plus (compatible with product softwar e versions 1 .06 and earlier) 1 Use Dolphin Plus software to configure, mo nitor , tune, a nd diagnose the Mult iRanger from a PC or directly in the field with a lapt op.
P age 30 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Operation Dolphin Plus T o olbar Buttons The toolbar buttons pro vide quick access to D olphin Plus fe atures.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 31 mmmmm Operation SIMA TIC P rocess D evice Manager (PDM) (compatible with product softwar e versions 1 .07 and later) 1 SIMA TIC PDM is a soft ware package for par a meterizing, commissioning, diagnosing and maintaining process devic es.
P age 32 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Operation Activating the Mult iRanger All the instructions in the following proc edures apply to the hand progr ammer and assume that the MultiRange r is activated. 1 . P ower the Mult iRanger .
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 33 mmmmm Operation S ecurity The Loc k parameter P0 0 0 secures the Mult iRanger against parameter c hanges via the handheld progr ammer . The unit can still be put into PROG RAM mode when lo cked, and parameter values can be viewed, but no parameter valu es can be chan ged.
P age 34 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Operation Def ault Values P arameter default values are indica ted with an * in the parameter t ables. P 000 L o c k The asterix identif ies 1954 as the default value. P ar amet er Reset Returning a par amet er to factory default.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 35 mmmmm Operation Changing P arameters(Dolphin Plus) The other method for changing pa r amet er values is with D olphin Plus soft ware. It lets you access the MultiRanger from a PC or on sit e with a laptop and change Mult iRanger parameters.
P age 36 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Operation Pa r a m e t e r I n d e x i n g P arameters ar e inde xed when they apply to more than one input or output. The index value defines the input/output for that paramete r .
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 37 mmmmm Operation P rimar y and S econdary Indexes Primary Index : r elat es to direct input or output and can refer to relay s, communica t ions ports, and other parameters. In par amet ers that allow sec ondary indexes, the primary index is often referred to as a point .
P age 38 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Operation Example [MR 20 0 only] P054 pro vides up to 32 breakpoint le vels used with P055 (V olume Breakpoint) for universal volume c alculat ion. The illustr at ion indica tes how you c an set secondary indexes to specific funct ions.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 39 mmmmm Operation 3 A ver age or Dif ferential [MR 20 0 only] For differential or aver age operation with a single-point Mult iRanger , set P0 01 to 4 (differential) or 5 (aver age) and connect t wo transduc ers of the same type.
P age 40 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Operation A ver age or Dif ferential [MR 20 0 only] For differential or aver age operation dual-point Mult iRanger , set P0 01 to 4 (differential) or 5 (avera ge) and connect t wo transducer s of the same t ype .
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 41 mmmmm Relays Relays Relays are the primary c ontrols of external devices such as pumps or alarms.
P age 42 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Relays T emperature [MR 20 0] In high alarm, the function goes on when the temperature rises to the ON setpoint and goes off when the t emperature lower s to the OFF setpoint .
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 43 mmmmm Relays Relay Stat us – Non Run Modes When the fail-safe t imer e xpires, pump contr ol relays r es pond as previously describe d.
P age 44 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Relays P1 1 1–Control Funct ions The c ontrol funct ion energizes the relay c oils. When the instrument is at rest (no controls operating) the relay coils are de- ener gized. P1 1 2–Relay ON Setpoint Sets the proc ess point at which the relay is tripped.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 45 mmmmm Relays [MR 10 0] : Funct ions affected by setpoin t are c onf igured by par ameters that determine the application re quirements suc h as t iming. P1 1 1 Pump an d Control functions (see page 1 34) sets the functions requirements.
P age 46 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Relays P reset Applications Pr eset applications set up the relay parame ters to predetermine d values shown below: V alue # P.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 47 mmmmm Bac kup Level Override Backu p L e ve l Ove r r id e Bac kup level override pro vide s the option of overriding the ultrason ic input with another contacting point level device, for example, t he P oint ek CLS20 0.
P age 48 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Dis crete Inputs Di sc re te I np uts Wiring the Discrete Inputs Normal stat e is st andard oper at ion, with the MultiRange r sensing t he mat erial level and contr olling the pumps.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 49 mmmmm mA I/O mA I/O T o inte grate the MultiRange r with other equipment, us e the mA input and outputs. The mA input c an be used as a level measurement or c an be passe d on to a SCAD A syst em .
P age 50 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm mA LI/O Calibrating 4 mA Output 1 . Connect the mA receiving devic e to the Mult iRanger . 2. Put the MultiRanger into PR OGRAM mode. 3. Set P91 1–mA Output V alue to 4.0. 4. View the mA level on the rec eiving device.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 51 mmmmm V olume V olume [MR 20 0] V olume is a feature of the Mult iRanger 20 0 only . V olume is used in t wo situations: 1 . Calculate and display volume instead of level. For progr amming all setpoint par ameters in terms of volume units rather than level units.
P age 52 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Vo l u m e Characterization Chart [MR 20 0] If you c a nnot use a pre-defined tank, t hen use one o f the universal tank shapes and progr am the characterization curve. 1 . Plot a volume to height chart.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 53 mmmmm V olume MultiRanger 20 0 only Pa r a m e t e r T ransducer Index V alue Des cr i pt i on P054 1 10 . 0 Determines the Lev el breakpoints at which the volumes are known. 20 . 8 32 .
P age 54 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Alarms Alarms Level The le vel alarm is the most common. Use this al arm to warn you when y our process is in danger of being upset due to high or low le vels. Generally , the four alarms used are Hi, Hi Hi, Lo , and Lo Lo.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 55 mmmmm Alarms S ett ing Simple Level Alarms T o set Re lay Five to a standard level al arm (Hi Hi, Hi, Lo , Lo Lo) do the following: Av ailable designat ions: Rate [MR 20 0] Rate alarms can trigger an alarm if the vessel is filling/empt ying too quickly .
P age 56 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Alarms In Bounds/ Out of B ounds Range [MR 20 0] Use the bounded range alarms to det ect when th e level is inside or outside of the range. By using a bounded range alarm, y ou can effect ively put t wo level alarms (high and low) on one relay .
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 57 mmmmm Alarms With P1 12 and P1 13, you c an set a high alarm ( P1 1 2 > P1 13 ) or a low alarm ( P1 12 < P1 13) . This shows a high alarm: The temper at ure sourc e can be the temperature sensor built into the transduc er or an external TS-3, as set by P660.
P age 58 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Pum p C o n tr o l Pu m p C o n t r o l Se t t i n g a Pu m p Do w n G ro u p Example: S ewage W et We ll Setting a group of three pump s to pump down a wet well.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 59 mmmmm Pum p C o nt r ol Se t Relays to AL TERNA TE DUTY ASSIS T Set t h e ON Se t p o in t s Set t h e OF F Se t p oi n t s Se t t i n g a Pu m p U p ( R e s e r vo i r ) G r o u p Sets a group of thr ee pump s to pump up a reservoir .
P age 60 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Pum p C o n tr o l Set the Common P arameters Pr erequisit e: Subst itute the details of your applic ation in place of the sample va lues provided. If y ou are bench testing the unit, set your test values to be the same as the sample values.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 61 mmmmm Pum p C o nt r ol Other P ump Control Algorithms S et Relays to AL TERNA TE DUT Y BA CKUP [MR 20 0] Set the Relay ON S etpoin.
P age 62 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Pum p C o n tr o l S et Relays t o FIXED DUTY B ACKUP [MR 20 0] Set the Relay ON S etpoints [MR 20 0] Set the Relay OFF S etpo.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 63 mmmmm Pum p C o nt r ol S et Relays to FIRST IN FIRS T OUT (FIFO) ASSIS T [MR 20 0] Set the Relay ON S etpoints [MR 20 0] Set the R.
P age 64 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Pum p C o n tr o l When the first ON setpoint is reached, the pu mps will start, one by one, until the material level r ate of.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 65 mmmmm Pum p C o nt r ol T ot alizing Pu mped V olume [MR 20 0] Pr erequisit e : the volume of the vessel must be known. Set i n R U N M o d e 1 . Press PROGRAM for R UN mode. 2. Press T OGGLE to display pu mped volume on the tota lizer .
P age 66 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Pum p C o n tr o l Set t i n g a Pu m p t o R u n O n [ M R 2 0 0 ] When you need to pump below the normal O FF setpoint, use P130 (Pump Run-On Interval) and P131 (P ump Run-On Duration) to c ontrol this ev ent.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 67 mmmmm Pum p C o nt r ol Example [MR 20 0]: A range of 0.5 meters is used to vary the setpoint. The randomly-selected setpoints are always inside the ON and OFF setpoints. Grouping P umps [MR 20 0] Y ou can group p umps and use the same pumpin g algorithm separately on each group .
P age 68 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Pum p C o n tr o l Example : The flush valve c onne cts to Relay Four and the watched pump is on Relay One. Relay Controlled b y Communicat ions A rela y can be c ontrolled directly b y a remote system through c ommunicat ions.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 69 mmmmm Rake (Scr ee n) Control MR 20 0 Rak e (Scr een) Control [MR 20 0] This feature is only av ailable on the MultiRanger 20 0. Scr eens or rakes are mounted on the inflow channel of the wastewat er treatment plant to prev ent debris from clogging the equipment .
P age 70 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 Rake (S creen) Control MR 20 0 S ett ing the Common P arameters Pr erequisit e: Subst itute the details of your applic ation in place of the sample va lues provided. If y ou are bench testing the unit, set your test values to be the same as the sample values.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 71 mmmmm External T ot alizers and Flow Samplers – MR 20 0 External T ot alizers and Flow Samplers [MR 20 0] This feature is only av ailable on the MultiRanger 20 0. External tot alizers are simple c o unters whic h c ount the number of relay clic ks produced by the MultiRanger .
P age 72 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm External T ot alizers and Flow Samplers – MR 20 0 The sour ce of unit s depends on the operation: Flow Sampler Based on V ol.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 73 mmmmm Open Channel Monitoring MR 20 0 Open Channel Monitoring (OCM) [MR 20 0] An OCM installat ion is de f ined one of three ways, based on the Primary Measuring De vice (PMD): 1 . Dimensional (P60 0 = 2,3,6,7) For some c ommon weir and flume t ypes.
P age 7 4 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmm m Open Channel Monitoring MR 20 0 Set t i n g Z e ro H e a d Many PMDs star t f lowing higher than the trad itional empt y distance of the application. Y ou c an account for the f low in one of t wo ways: 1 .
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 75 mmmmm Open Channel Monitoring MR 20 0 S ett ing T ot alized V olume T o display the totalized volume on the LCD use the following p.
P age 76 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmm m Open Channel Monitoring MR 20 0 BS-3680 / ISO 4359 R ectangular Flume Pa r a m e t e r Index Value P60 0 G 6–ISO 4359 Recta.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 77 mmmmm Open Channel Monitoring MR 20 0 P almer Bowlus Flume Application Information • Sized by pipe diameter D • Flume relief is.
P age 78 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmm m Open Channel Monitoring MR 20 0 H Flume • Sized by maximum depth of flume • Approac h is preferably r ect angular , match.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 79 mmmmm Open Channel Monitoring MR 20 0 PMDs with Exponential Flow to Head F unct ion For Primary Measuring Devices (PMDs) that measure flow by an exponent ial eq uation, use these parameters.
P age 80 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmm m Open Channel Monitoring MR 20 0 Non-Applicable W eir Pr ofiles Flows through these weirs can be measured using the Universal Flow Calculation P60 0 = 4 or 5. See Univer sal Calculat ion Support on page 83.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 81 mmmmm Open Channel Monitoring MR 20 0 Leopold Lagco Flume Application Information • Designed to be installed dire ctly into pipel.
P age 82 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmm m Open Channel Monitoring MR 20 0 Cut T hroat Flume Application Information • Similar to P ars hall flume exc e pt that the floo r is flat bottomed and throat has no virt ual length.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 83 mmmmm Open Channel Monitoring MR 20 0 Universal Calculation Support When the primary measuring devi ce (PMD) doesn’t f it one of the st andard types, it can be prog ram med using a univer sal char act eriza tion.
P age 84 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmm m Open Channel Monitoring MR 20 0 Ex ample Flumes These example flumes would both require a univer s al calculation. T rap ezoidal Dual Range (nested) P arshall Ex ample Weirs These wei rs c o uld requir e universal calcul at ion.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 85 mmmmm T esting the Configuration T esting the Configuration After progra mming the unit, y o u must test the de vice to ensur e that it per forms to your specifications. This test can be run in s imulation mode or by varying the le vel in the application.
P age 86 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm T esting the Configuration 3. Pr ess the ARROW or to adjust the simula t ed rate of rise or fall, based on the chart on page 86.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 87 mmmmm T esting the Configuration 5. Change parameters P610 and P61 1 , as required. 6. Repeat st eps 2 to 5 until the f low curve is verified. I/O Chec kout After the unit is inst alled, test to verify the wiring.
P age 88 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm T esting the Configuration Monitor sy stem per formance c arefully , unde r all anti cip ated op er at ing conditions. 1 . When the MultiRanger per forms exactly as required, pr ogramming is complete.
7ML19981FB06 Mult iRanger 10 0/20 0 - INS TR UCTION MANUAL P age 89 mmmmm Communications MultiRanger Communications MultiRanger Communication S ystems The MultiRanger is an integrated level c o nt ro .
P age 90 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Communications Communication S ystems The MultiRanger is c apable of communicating with most SC ADA s ystems, PLCs, and PCs.
7ML19981FB06 Mult iRanger 10 0/20 0 - INS TR UCTION MANUAL P age 91 mmmmm Communications SmartLinx Other protoc ols are available thr ough opti onal Smar tLinx commu nic at ions modules. Details on how to install and progr am thes e modules are contained in the SmartLinx documentation.
P age 92 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Comms Installation Communications Inst allat ion Wiring Guidelines • the RJ-1 1 cable maximum length is 3 meters • RS-485 .
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 93 mmmmm Comms Installation P ort 1: RS-232 RJ-1 1 Jac k T o connect the unit to a PC using an RS-232 jack, use the cable as shown: T .
P age 94 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Comms Installation T o connect the unit to a modem using an RS-485 port: Configuring Communication P orts (P arameters) The 1 1 par ameters listed are indexed to the two communication ports, unless othe rwise noted: An ast erisk (*) identif ies the preset value.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 95 mmmmm Comms Installation For devic es connected with the Siemens Milltro nics protoc ol, this parameter is ignored. For devic es connected with a serial Modbus slave protoc ol, this parameter is a number from 1 -247 .
P age 96 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Comms Installation P778 Modem Av ailable Sets the MultiRanger to use an external modem. P779 Modem Inactivity Timeout Sets the time that the unit will keep the modem co nnect ed with no activity .
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 97 mmmmm Modbus Register T ypes Modbus Register Map Features affecting volume , mA input , and Av erage or Differenc e readings apply to the MultiRanger 20 0 only . The y are clearly marked.
P age 98 MultiRanger 10 0/20 0 – INS TRUCTION MANUAL 7ML19981FB06 mmmmm Modbus Register T ypes The MultiRanger was designed to make it e asy for master devices to get useful information via Modbus. This chart gives an ov e rview of the different sections.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 99 mmmmm Modbus Register T ypes P roduct ID (R40,064) This v alue ident if ies the Siemens device type: P oint D at a (R41,01 0 – R41,031) Measurement point data contain the current instrume nt readings.
P age 10 0 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Modbus Register T ypes Discrete Inputs (R41,070) This table shows the current status of the disc rete inputs. Only register 41 ,070 is used. Relay Outputs (R41,080) This table shows the current status of the relays.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 101 mmmmm Modbus Register T ypes P ump OFF Setpoint (R41,430 – R41,435) The OFF setpoint level (P1 1 3) for t he referenc ed pump relay . The setpoint is sc aled from 0 to 10,0 0 0 (0 to 10 0% of span multiplied by 10 0).
P age 102 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Modbus Register T ypes P arameter Access (R43,998 – R46,999) P arameter values ar e given as integers in the range of registers from R44,0 0 0 to R44,999. The last three numbers of the r egister correspond to th e parameter nu mber .
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 103 mmmmm Modbus Register T ypes Reading P arameters T o read par ameter values, follow the st eps listed in e ither the Global or the P arameter Specific Inde x Method that follow . Y ou must be able to program y our HMI or SCAD A system before c ompleting t hese methods.
P age 104 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Modbus Register T ypes •f r o m T r a n s d u c e r O n e Send the integer value 010 08 to register 46,921 . 2. Read the value from the appropriate para met er register (the example uses 44,921).
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 105 mmmmm Modbus Register T ypes Format W ords (R46,0 0 0 to R46,999) Format words are unsigned integers that c o nt ain up to th ree values (described below). The number of values used in the format words depends on the P arameter Index Location (P782) that is used.
P age 106 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Modbus Register T ypes The decimal offset indicates how the remote system must interpret the integer value that is stored in the parameter access r egist er .
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 107 mmmmm Dat a T ypes Da t a T y p e s The MultiRanger parameters do not always use int egers to hold values. For the conv enience of the progr ammer , th ose values are c onvert ed to and from a 16-bit integer number .
P age 108 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Dat a T ype s For example, if R41 ,442 is read as a UINT32, the 32 bits would look like this: The two registers are r ead as a 32-bit integer . The most significant word (MSW) and least si gnificant word (L SW) can be rev ersed to accommodate some Modbus drivers.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 109 mmmmm Dat a T ypes T ext Messages If a devic e parameter returns a text message, that message is converted to an int eger and provided in the r egis ter .
P age 1 10 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Dat a T ype s Relay Funct ion Codes (P1 1 1 Only) Please note that the Mult iRanger 20 0 offers more function codes. If a devic e parameter returns a relay function code, that message is converted to a number and is then provided in the register .
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 1 1 1 mmmmm Error Handling Error Handling Modbus Responses When polled by a Modbus Master , a slave devic e will do one of the following: 1 . Not reply . T his means that somethin g went wrong with the transmission of the message.
P age 1 1 2 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Error Handling • If the host att empts to writ e one or mo re registers that are out o f range, an exc ept ion response code 2 or 3 is generated, depending if the st art address is valid.
7ML19981FB06 Mult iRanger 10 0/20 0 - INS TR UCTION MANUAL P age 1 13 mmmmm Communications Communication T roubleshooting Generally 1 . Check the following: • There is power at the unit • The LCD is sh owing the relev ant dat a • The devic e can be progr ammed using the hand programmer 2.
P age 1 1 4 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Communication Appendix A Communication Appendix A: Single P arameter Access (SP A) This Appendix is intended to provid e someone with advanc ed communica tions knowledge the abilit y to access any par ameter value in any available format.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 1 15 mmmmm Communication Appendix A W rit ing P arameters T o set parameters through Modbus do the fo llowing st eps: 1 . Send the par amet er , its primary index, and its secondary index (usually 0 ) to registers 40,090, 40,091 , and 40,092.
P age 1 16 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Communication Appendix A Error Codes The err or c odes returned in the format ar e a are 8-bit integers found in the lowest eight bits of the format word. T his allo ws for 256 potential error codes.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 1 17 mmmmm Pa r a m e t e r s P aram e t e r R e fere n c e The MultiRanger is configured thr ough its parameters, and the app lication determines the parameter values whic h are ent ered into the unit.
P age 1 18 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s Index types Name Des c ri pt i on # of indexes Global T his parameter app lies to the entire unit n/a Vi.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 1 19 mmmmm Pa r a m e t e r s P0 0 0 Lock Secur e s the Mult iRanger from chan ges via the handheld pr ogr ammer . Acc e ss this parameter directly (type 000 ) and enter any value (e x cept 1954) to secure progr amming lock.
P age 1 20 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s For DPD and DP A P rogramming [MR 20 0] Please note that this feature is on ly available on the MultiRanger 20 0.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 121 mmmmm Pa r a m e t e r s P0 03 Maximum Pr ocess Speed Determines leve l change r eact ion. Use a setting just fast enough to kee p up with your proc ess. Slower set tings provide higher accurac y .
P age 1 22 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P0 05 Units Specifies measurement units us ed for dimensional values. Changing this value automat ically c hanges the units displayed for many par amet ers.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 123 mmmmm Pa r a m e t e r s P0 07 Span Sets the r ange levels to be measured. Span is preset for a value close to the ma ximum av ailable. Enter a value reflecting maximum application range.
P age 1 24 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P050 T ank Shape [MR 20 0] Enter the T ank Shape value matching the monitored vessel or wet well. When Operation is LEV EL (P0 01 = 1), liquid (material) volume is calculated.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 125 mmmmm Pa r a m e t e r s P051 Maximum V olume [MR 20 0] For Readings in volumetric un its (rather than per cent), enter th e e qui val en t ves se l vo lu me for Span (P0 07).
P age 1 26 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P052 T ank Dimension A [MR 20 0] Dimension A as used in P050 T ank Shape.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 127 mmmmm Pa r a m e t e r s P055 V olume Breakpoint s and Characterization (Universal V o lume Calculation) [MR 20 0] Each segment defined by the level breakpoint s (P055) requires a volume so that the MultiRanger can make the le vel-to-volume c alculat ions.
P age 1 28 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s In RUN mode, the decimal posit ion adjusts to prev ent th e number of digits from exc eeding the display c apabilities. T o keep the decimal plac e from shift ing, reduce the number of decimal plac es to that shown at 10 0%.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 129 mmmmm Pa r a m e t e r s Backu p L eve l Ove rr i de Use this feature to override the ultrasonic r eading by a discr et e input suc h as a contacting point dev ice. T he ultrasonic re ading will be fixed at the progr ammed switch level unt il the discrete input is released.
P age 1 30 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s Please note the f ollowing: • enter value in current units (as selected in P0 05) • valid for le vel, space, and distance • volume is c alculat ed based on the Bac kup level Example : T r ansducer One i s con f igured fo r a level measur ement .
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 131 mmmmm Pa r a m e t e r s Failsafe (P070 to P072) P070 Failsafe T imer The time for invalid measurements to elapse before Failsafe State act ivates. Once activated, the Failsa fe State init iates the following: 1 .
P age 1 32 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s Selecting HI, L O, or HOL d 1 . Pr ess FUNCTION to display the Auxiliary Funct ion symbol. 2. Pr ess ARROWS to scroll to the desired opt ion. 3. Pr ess ENTER to set the value.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 133 mmmmm Pa r a m e t e r s Control Functions (P1 1 1) Each r e lay can be c onf igured independently to ta ke advantage of the MultiRanger’ s advanc ed f eatures and flexibilit y .
P age 1 34 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P1 1 0 Level S ource Sets the lev el source on whic h the indexed relay is assigned t o a measurement point. Please note that Difference and A verag e settings are MultiRanger 20 0 feat ures .
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 135 mmmmm Pa r a m e t e r s MultiRanger 10 0 MultiRanger 20 0 V alues For P1 11 Control Ty p e # 1 1. When reading and setting this parame ter through Modbus or SmartLinx communic at ions the parameter values are mapped to di fferent number s.
P age 1 36 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P1 1 2 Relay ON S etpoint Sets the pr ocess point at which the rela y changes from its NORMAL state. For most applications, the r e lay is tripped at this poin t.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 137 mmmmm Pa r a m e t e r s P1 1 3 Relay OFF S etpoint Sets the pr ocess point at which the rela y returns to its NORMAL st ate. For most applications, the re lay is res et at this point.
P age 1 38 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s For IN-BOUNDS and OUT -OF- BOUNDS Relay Functions (P1 1 1 = 2 and 3 respectively ), a dead band prevents relay c hatt er due to mat erial level fluct uatio ns at both th e upper and lower setpoints.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 139 mmmmm Pa r a m e t e r s P ositive Logic In software, all relays ar e programmed the sa me way , with ON setpoints indicating when to change the r elay contact stat e (open or clos ed).
P age 1 40 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s The delay between pump star ts is set by P132 P ump St art Delay . This only appli es to any relay s set to pump contr ol (P1 11 = 50 to 56). P1 22 P ump S e rvice Ratio [MR 20 0] Selects pump usage based on the RUN time ratio rather than last used.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 141 mmmmm Pa r a m e t e r s Relay Failsafe is only av ailabl e for t he following relay functi ons (P1 1 1) and is not used for any other relay c ontrol function. T o select an independent Relay Failsafe value: 1 .
P age 1 42 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P1 31 P ump Run-On Duration [MR 20 0] Sets the number of seconds that the pump runs on. Y our pump c a pacit y determin es the amount of material that can be r emoved.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 143 mmmmm Pa r a m e t e r s P1 36 W all Cling Reduction [MR 20 0] V aries the upper and lower se tpoints to reduce material bu ildup on the walls. This v alue is the range in which the setpoints ar e allowed to deviate in perc ent or units.
P age 1 44 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s Flush S ystems (P1 70 to P1 73) [MR 20 0] Please note that these parameters apply to the MultiRanger 20 0 only .
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 145 mmmmm Pa r a m e t e r s P1 71 Flush Cy cles [MR 20 0] Sets the number of pump c ycles r equiring f lush contr ol.
P age 1 46 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s mA Output (P20 0 to P21 9) P20 0 mA Output Range Determines the mA output r ange . If either 1 or 2 is select ed, the mA output is directly proporti onal to the mA Funct ion.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 147 mmmmm Pa r a m e t e r s MultiRanger 20 0 P202 mA Output Allocation Sets the input sour ce from which the mA output is c a lculated. Please note that parameter P202 values vary between the Mult iRanger 10 0 and the MultiRanger 20 0.
P age 1 48 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s Enter the Po int Number the mA output is based on. This value depends on whether mA function (P201) is set as transduc er or mA input .
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 149 mmmmm Pa r a m e t e r s Independent mA S etpoint s (P210 and P21 1) Use these features to referenc e the minimum an d/or maximum mA outp ut to any point in the measurement r ange. P21 0 0/4 mA Output Se tpoint Sets the pr ocess level c orresponding to the 0 or 4mA value.
P age 15 0 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P21 2 mA Output Min Limit Sets the minimum mA output value (in mA) to be produc ed. P21 3 mA Output Max Limit Sets the maximum mA output value (in mA) to be produc ed.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 151 mmmmm Pa r a m e t e r s P21 5 20 mA Output T rim Calibra tes the 20 mA output . Adjust this value so the devic e indica tes 20.0 0 mA when P215 is accessed. mA Output Failsafe (P21 9) [MR 20 0] Please note that this parameter ap plies to the MultiRanger 20 0 only .
P age 15 2 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P250 mA Input Range [MR 20 0] Shows the mA input range of the connected mA device. Ensure this range c orresponds to the output range of the external device.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 153 mmmmm Pa r a m e t e r s P253 Input Filter Time Constant [MR 20 0] Shows the time consta nt used in the mA inpu t filt er to dampen signal f luctuations. This number in sec onds is used in the damp ing calculations.
P age 15 4 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P270 Discrete Input Function Sets how discr ete signals are interprete d by the MultiRanger . P275 S caled Discrete Input V alue Shows the current value of the discr et e input aft er any scaling is applied.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 155 mmmmm Pa r a m e t e r s P30 0 T emperature, T ransducer Maximum Shows the highest t emperature enc ountered, as measured b y the temperature sensor in the transduc er (if applicable).
P age 15 6 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P303 T emperature, S ensor Minimum Shows the lowest t emperature enc ountered, as measured by the TS-3 T emper ature Sensor (if applic able). Pr ess CLEAR keys to r ese t the log after an open circ uit on the tr ans ducer wiring.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 157 mmmmm Pa r a m e t e r s P309 P ump R U N T ime Displays the amount of time in minutes since a rela y was last act ivated. P arameter measures the length of time since a relay was asserted, most oft en to determine how long a pump h as been running.
P age 15 8 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s Flow Recor ds (P320 and P321) [MR 20 0] Please note that these parameters apply to the MultiRanger 20 0 only . These features are enabled if Oper at ion is set for OCM (P0 01 = 6), or an OCM device is defined (P60 0 ≠ 0).
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 159 mmmmm Pa r a m e t e r s T ot alizer units are dependent upon programming. Enter zero 0 (if required) to reset the totalizer to zero. Alternatively , enter any othe r (applicable) value, to preset the totalizer to the necessary v alue .
P age 16 0 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P330 P rofile Record Recor ds profiles fo r later viewing.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 161 mmmmm Pa r a m e t e r s P331 Auto Record Enable Use to enable/disable the Auto Pr ofile Recor d function. P332 Auto Record T ransducer Specifies the T ransducer P oin t Number for which Auto Pr ofile Record s are sav ed.
P age 16 2 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s Auto Record ON and OFF S etpoints (P334 to P337) Use Auto Record ON S etpoint (P334) and Auto Rec ord OFF.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 163 mmmmm Pa r a m e t e r s P336 Auto Record Filling / Emptying Use this feature to restrict Auto Profile Records from being sav ed unless the level is rising, falling or either .
P age 16 4 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s Installat ion Recor ds (P340 to P342) P340 Da te of Manufacture View the dat e of manufacture of this Mult iRanger unit . P341 R UN Time View the number of days this Mu ltiRanger has been in operation.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 165 mmmmm Pa r a m e t e r s Open Channel Monitoring (P60 0 to P621) [MR 20 0] Open Channel Monitoring (OCM) operation is a Mult iRanger 20 0 fe ature only .
P age 16 6 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s The MultiRanger is pre-progr ammed for commo n PMD flow calculations. If y our PMD is not listed, select th e appropri ate Universal Flow Calculation. Associated parameters Max Head (P603), Ma x Flow (P604), and Min Head (P605) may be scroll accessed.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 167 mmmmm Pa r a m e t e r s Example Exponents P602 P rimar y Measuring Device Dimensions [MR 20 0] The dimensions of the Primary Measuring De vice (PMD). Use this parameter if the Primary Measuring De vic e is directly suppor t ed (P60 0=2,3,6,7).
P age 16 8 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P603 Maximum Head [MR 20 0] The le vel value associated with Maximum Flow , in Units (P0 05).
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 169 mmmmm Pa r a m e t e r s Example P605 Zero Head [MR 20 0] The distance abov e Empt y (P0 06) in Units (P0 05) representing zero head (and zero flow). This feature can be used for most weir s and some f lumes (e.
P age 1 70 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P606 T ime Units [MR 20 0] Determines the units used to display cu rr ent flow and logg ing f low values. This is used when the P r imary Measuring Devic e is Rat iometric (P608=0).
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 171 mmmmm Pa r a m e t e r s P608 Flowrate Units [MR 20 0] The v olume units used to display total f low . This par ameter is enabled only if the primary measuring devi ce (PMD) supports absolut e calculations (P60 0=6,7).
P age 1 72 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P61 0 Head Breakpoints [MR 20 0] The head br eakpoints for which flowrate is known. Se e “ Accessing a S econdary Index” on page 1 17 for more in formation.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 173 mmmmm Pa r a m e t e r s P620 Low Flow Cutoff [MR 20 0] Eliminates tot alizer acti vity for f lows at or below the cutoff value. Use this to enter the minimum head in un its (P0 05) or as a per cent of span.
P age 1 74 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P umped V olume T otalizer (P622) [MR 20 0] The P umped V olume T otalizer is a MultiRanger 20 0 feat ure only . If the eight-digit tot alizer display or a remote tota lizer contact closure are desired, alter the following par ameters.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 175 mmmmm Pa r a m e t e r s T otalizer (P630 t o P645) [MR 20 0] The T otalizer features apply to Mult iRanger 20 0 only . P630 LCD T ot alized Mult iplier [MR 20 0] Use this feature if the LCD T o tal increments by too lar ge (or too small) an amount.
P age 1 76 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P633 LCD T ot alized Decimal P osit ion [MR 20 0] Enter the maximum number of de cimal places to be displayed. In RUN mode, the number of decimal places display ed is not automat ically adjusted.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 177 mmmmm Pa r a m e t e r s Enter the factor (powers of 10 only) by whic h actual volume is divided, prior to Remote T otalizer count increment. Example: For a Remote T ota lizer update by 1 0 0 0s of volume units, enter 3 .
P age 1 78 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s This par ameter is relevant only if Oper at ion is set to OCM (P0 01 = 6). Enter the exponent (Z) for the mant issa (Y) in the formula : Flow Sampler Incr ement = Y x 10 Z Flow units.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 179 mmmmm Pa r a m e t e r s P650 Offset Calibr at ion Calibra tes Empt y (P0 06) if the reported level is c o nsistently high or low by a fixed amount.
P age 18 0 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s Using S o und V elocity Calibration Ensure a steady level at some low va lue (P653 and P 654 adjusted accordingly) 1 . Allow sufficient t ime for the vapor conc entration to stabilize.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 181 mmmmm Pa r a m e t e r s P654 V elocity at 20°C This v alue is used to automat ically c a lculate Sound V elocity (P653). After per forming a Sound V elocit y Calibration, chec k this value to verify the acoustic beam atmosphere is air (344.
P age 18 2 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s In gasses other than air , the temperature variation may not correspond with the speed of sound variation. In these cases turn off the t emperature sensor and use a fixed temperature.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 183 mmmmm Pa r a m e t e r s P664 T emperature View the transduc er t emperatur e in °C.
P age 18 4 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P701 Max Empty Rate Adjusts the MultiRanger response to decreases in the actual material level (or adv ance to a lower Failsafe Material Level, P071). Enter a value slightly greater th an the maximum vessel emptying rate.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 185 mmmmm Pa r a m e t e r s P703 Emptying Indicator The empty rate requir ed to act iva te the LCD Empt ying indicator ( ). This v alue (in Units (P0 05) or % of Span (P0 07) per minut e) is automa tically set to 1/10 of the Max Empty Rat e (P701).
P age 18 6 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P705 Rate Updat e T ime The time period (in seconds) o ver which the material level r at e of change is aver aged before Rate V alue updat e. P706 Rate Updat e Distance The material level c hange (in metres ) to init iate a Rate V alue updat e.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 187 mmmmm Pa r a m e t e r s P708 V olume Rate Display [MR 20 0] The r at e of change of volume in per cent of maximum volume per minute. Please note that this feature app lies to the MultiRanger 20 0 only.
P age 18 8 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P71 1 Ec ho Lock Use this feature to select the measurement verification process. If a material agitator (mixer) is used in the vessel monitored, set Echo Lock for maximum veri f ica t ion or mat erial agitator to av oid agitator blade detec tion.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 189 mmmmm Pa r a m e t e r s P71 2 Ec ho Lock S ampling The sampling criterion sets the number of co nsecutive echoes appearing abov e.
P age 19 0 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s The Ec ho Lock Window is a d istan ce window (units P0 05) centred on the echo and used to derive the Reading. When a new measuremen t is in the window , it is re-centr ed and the new Reading calculated.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 191 mmmmm Pa r a m e t e r s P728 Shot Delay The delay , in seconds, between t r ansducer shots. Use this if transient ac oust ic noise within the vessel is causing measurement difficulties due to echoes from one shot being rec eived on the next .
P age 19 2 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s If necessary , enter the P ar a meter Number to d efault in the Auxiliary Reading display . T hat value will show in the auxili ary reading ar ea by default.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 193 mmmmm Pa r a m e t e r s P735 Bac klight Controls the LCD bac klighting. The bac klight can be for ced on or off , or be controlled b y a programmer , in whic h case it will turn OFF 30 seconds after the last key is pr essed.
P age 19 4 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s SmartLinx Reserved (P750 to P769) These par a meters are reserv ed for optional Smar tLinx communic ations cards and v ary by car d. R efer to the Smar tLinx document ation to determine if any of them are used.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 195 mmmmm Pa r a m e t e r s P772 Baud Rate The c ommunication rate with the mast er device. This specifies the rate of communic at ion in Kbaud. Any value may be entered but only the values shown abov e are support ed.
P age 19 6 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P775 Stop Bits The number of bits be t ween the data bits. P778 Modem A vailable Sets the MultiRanger to use an external modem.. P779 Modem Inactivity Timeout Sets the time that the unit will keep the modem co nnect ed with no activity.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 197 mmmmm Pa r a m e t e r s P782 P arameter Index Location Determines where index information is st ored for the par a meter access area.
P age 19 8 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P7 91 H ard wa re E rro r C od e Indicates the precise cause of Fail or ERR1 condition from P 790. P7 92 H ard wa re E rro r C ou nt A count that incr ements by 1 eac h t ime Fail is reported in P790 (Hardware Error).
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 199 mmmmm Pa r a m e t e r s P799 Communications Control Enables the r ead/write access to par ameters via r e mote communic ations. Ec ho Pr ocessing (P80 0 to P807) P80 0 Near Blanking The spac e near the transducer fac e which c annot be measured.
P age 20 0 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P801 Range Extension Allows the material level to fall below the Empty sett ing without report ing LOE.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 201 mmmmm Pa r a m e t e r s P803 Shot / P ulse Mode Determines what type of ultr asonic shots are fired. Increases MultiRanger response when the moni tored surface is close to the transducer face.
P age 202 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P805 Ec ho Confidence Displays the echo c onf idence of the measurement ec ho from the last shot. Use this feature to monitor the effect of tr ansducer aiming, loc a t ion, and mechanic al transduc er / mounting isolation.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 203 mmmmm Pa r a m e t e r s Advanced Ec ho Pr ocessing (P81 5 to P825) The following par amet ers are for authoriz ed Siemens Milltronics Ser vice personnel or technicians familiar with Siemens Milltro nics echo proc essing t echniques.
P age 204 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P820 Algorithm Chooses the algorithm to generate the measured value from the pr of ile. Use this to select the algorit hm(s) the Soni c Int elligence® ec ho se lection is based on .
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 205 mmmmm Pa r a m e t e r s P821 Spik e Filter Dampens spikes in the echo pr of ile to reduce false r eadings. Use P821 if inter ference spikes are on the long shot Echo P rof ile display .
P age 206 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P823 Reform Ec ho Smoothes jagged peaks in the echo pr of ile. Use this feature, when mo nitoring solids (P0 02 = 2 ), if the report ed level fluctu ates slightly , though the monitored surface is still.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 207 mmmmm Pa r a m e t e r s Advanced TVT Adjustment (P830 to P835) The following par amet ers are for authoriz ed Siemens Milltronics Ser vice personnel or technicians familiar with Siemens Milltro nics echo proc essing t echniques.
P age 208 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P832 TVT Shaper Adjust Allows manual adjustment of the TVT curve. Use this para met er in conjunction with Do lphin Plus PC S oft ware. Use this feature to bias the shape of the TVT curve to a void selecting false echoes from fixed objects.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 209 mmmmm Pa r a m e t e r s P834 TVT Start Duration Use this feature in conj unct ion with TVT Star t Min (P833) to ignore false echoes (or pi ck up true echoes) near the star t of the Echo Pr of ile.
P age 210 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P837 Auto False-Echo Suppression Use P837 and P838 together , to set MultiRanger 10 0/20 0 to ignore false ec hoes. Use P838 to set the Auto TVT distance first.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 21 1 mmmmm Pa r a m e t e r s P838 Auto False-Echo Suppression Distance Defines the ra nge of Auto Fa lse-Echo Suppr ession (P837) to use for ignoring false echoes. (Units ar e def ined in P0 05.
P age 21 2 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s Advanced Shot Adjustment (P840 to P852) These par amet ers are for Siemens Mi lltronics ser vice personnel only . P840 Short Shot Number The number of short shots to be fired (a nd results aver aged) per transmit pulse.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 213 mmmmm Pa r a m e t e r s P842 Short Shot Frequenc y Adjust the shor t shot transmit pulse frequenc y (in kHz). This featur e is automatically altered when T ransduc er (P0 04) is alt ered.
P age 21 4 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P845 Long Shot Width Adjust the width (in ms) of the long shot transmit pulse. This featur e is automatically altered when T ransduc er (P0 04) is alt ered.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 215 mmmmm Pa r a m e t e r s P852 Short Shot Range Enter the maximum dist ance in Units (P0 05) to be measur ed using short shot echoes. This featur e is automatically altered when T ransduc er (P0 04) is alt ered.
P age 21 6 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P9 02 W atchdog Pr ess E NTER to put the CPU into an inf i nite loop to test the watchdog timer . On successful c ompletion (10 seconds) the RUN mode is entered and the MultiRanger is reset.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 217 mmmmm Pa r a m e t e r s P9 08 Scanner Pr ess E NTER to cy cle the scanner relay while firing the transmitter . Use this parameter to ensure that both transducer s are being stimulat ed.
P age 21 8 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P91 3 S enso r T emperature Acc e ss this parameter to display the t emper ature in °C (as monitor ed by the TS-3). OPEn is displayed if a TS-3 is not connected.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 219 mmmmm Pa r a m e t e r s Reading Measurements by Oper ation P921 Material Measurement The distance in Units (P0 05) or % of Sp an (P0 07) bet ween Empt y (P0 06) and the monitored surface.
P age 220 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s P924 V olume Measurement [MR 20 0] The c alculat ed vessel capacity in Ma x V olume (P051) or % of Max V olume. Please note that V olume Measuremen t is a MultiRanger 20 0 feature only .
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 221 mmmmm Pa r a m e t e r s P927 Distance Measurement The distance between the sur face and the tr ansd ucer face (display s only as % of Empt y). Use P923 unless the dist ance info rmation is required in perc ent .
P age 222 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Pa r a m e t e r s Notes:.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 223 mmmmm Appendix A: Index T ypes Appendix A: Index T ypes Index types Name Des c ri pt i on # of indexes Global T his parameter app l.
P age 224 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Appendix B: T ech Reference Appendix B: T ec hnical Reference T ransmit P ulse The tr ansmit pulse consists of one or more el ectric al “shot” pulses, which are supplied t o the transduc er connected t o the MultiRanger t erm inals.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 225 mmmmm Appendix B: T ec h Reference TVT (Time V ary ing T hreshold) curves A T VT curve describes a thr eshold below whic h any echoes will be ignored. T he default T VT curve is used, until P837 and P838 are us ed to create a new ’learned T V T curve’ .
P age 226 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Appendix B: T ech Reference Distance Calculat ion T o calculate the transduc er to mat erial leve l (object) distance, the transmission medium (atmosphere) sound v elocit y (P653) is multiplie d by the acoustic transmission to rec ep tion time period.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 227 mmmmm Appendix B: T ec h Reference S canning MultiRanger 1 0 0/20 0 When echo pr ocessing is c omplet e (if more than 1 vessel is monito red) the sc anning relay changes state to supply the tran smit pulse to the other tran sduc er aft er the Scan D elay (P727).
P age 228 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Appendix B: T ech Reference Universal, Curv ed [MR 20 0] Please note that the Universa l, Curv ed feat ure is only av a ilable on the Mult iRanger 20 0.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 229 mmmmm Appendix B: T ec h Reference Universal, Linear [MR 20 0] Please note that the Universa l, Linear feature is only a va ilable on the MultiRanger 20 0. Set P60 0 = 4. This flow calculation creates a piece-wise li near appr oximat ion of the head/f low curve.
P age 230 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Appendix B: T ech Reference For combination curv es, ent er at least 2 br eakpoints immediately before and after any sharp angle (as well as 1 breakpoint exact ly at the angle) on the curve.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 231 mmmmm Appendix C: T roubleshooting Appendix C: T roubleshooting If the setup becomes too confusing use P999 to reset and start again.
P age 232 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Appendix C: T roubleshooting Noise P roblems Incorrect r eadings can be the result of noise problems, either acoustic or electrical, in the application. The noise pr esent at t he input to the ultrasonic rec eiver can be determined by viewing par ameter P807 .
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 233 mmmmm Appendix C: T roubleshooting Non-T ransducer Noise S ources Remove all input and output c ables from th e MultiRanger individually while monitoring the noise. If removing a cable reduces the noise, that cable may be pic king up noise from adjacent electrical equipment.
P age 234 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Appendix C: T roubleshooting Measurement Dif ficult ies If the Failsafe Timer (P070) expires due to a measurement diff icult y , LOE f lashes alternat ely with the last known R eading.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 235 mmmmm Appendix C: T roubleshooting T o display Echo Confidence in the RUN mode Pr ess and hold for four s econds (Fails afe Time Left changes to the Short:Long Confidence display). T o display Echo Confidence in the pr ogra m mode, access the Echo Confidence (P805) parameter .
P age 236 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Appendix C: T roubleshooting larger diameter or short er length nozzle, bevel the inside of the bo ttom end, or cut the open end of the nozzle at a 45° angle. See the tr ansducer manual for co mplete mounting instructions.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 237 mmmmm Appendix C: T roubleshooting If multiple echoes appear on the Ec h o Pr of ile, t y pical of a flat material profile (especially if the vessel top is domed), use the “f irst” Algorithm.
P age 238 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Appendix C: T roubleshooting Ring down times that extend past the near blanking area can be interpreted by the MultiRanger as t he material level and are c haracterized by a steady high level being rep or t ed .
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 239 mmmmm Appendix D: Pump Control Ap p e n d i x D : Pum p C on t ro l R e fe re nc e Please note that some pu mp control features apply to the MultiRanger 20 0 only . The MultiRanger has the pump c ontrol str at egies to solve nearly any water / wast ewater application.
P age 240 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Appendix D: Pump Contr ol All of these algorit hms can be used to star t multiple pumps (assist) or one pump at a time (backup).
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 241 mmmmm Appendix D: Pump Control The following table shows relay status when each setpoint is reached. Alternat e Duty Assist (P1 1 1 = 52) Alternat es the lead pump each time the mat eri al lev el cycles and runs all pum p s together .
P age 242 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Appendix D: Pump Contr ol Relay T able S ervice Rat io Duty Assi st (P1 1 1 = 54) [MR 20 0] Selects the lead pump based on number of hours eac h pump has run and the specif ied ratios that each pump requir es.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 243 mmmmm Appendix D: Pump Control S ervice Rat io Duty Bac kup (P1 1 1 = 55) [MR 20 0] Selects the lead pump based on number of hours eac h pump has RUN and the specif ied ra t ios that each pump r equires.
P age 244 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Appendix D: Pump Contr ol Flush Device (P1 70 to P1 73) Operates a flush valve or special f lush de vic e based on the number of pump st arts, usually to aerate wet well wastewater .
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 245 Appendix E: Updating Software Appendix E: Updating Softw are Updating Softw are T o updat e the software in the MultiRanger , please c ont act your Siemens Milltronics repr esent ative to obt ain the soft ware.
P age 246 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Appendix F: Upgrading Appendix F: Upgrading The following pr ocedure will assist y ou if you are upgr ading from a MultiRanger Plus to a MultiRanger 10 0 or MultiRanger 20 0.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 247 mmmmm Appendix F: Upgrading Connecting a transducer with R G62 coaxial extension cable If you ar e replacing an older Siemens Millt.
P age 248 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Appendix F: Upgrading MultiRanger Plus to MultiRanger 10 0/20 0 P arameters The MultiRanger 10 0/20 0 uses the current Siemens Milltronics standard parameter set which is different than the par amet er nu mbers used in the Mult iRanger Plus.
7ML19981FBO6 MultiRanger 10 0/20 0 – INS TR UCTION MANUA L P age 249 Appendix G Appendix G: Conduit Entry for Class 1, Div 2 Applications Product Group 2365031400 S.
P age 250 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FBO6 Appendix G Product Group 2365031400 S. NGUYEN PETERBOROUGH 14/ AUG / 02 ULTRASONICS FOR CONSTRUCTION 0 T . ADAM R. CLYSDALE 1:1 2 2 NONE B HINGE D6X9 ENCLOSURE WITH CONDUIT ENTREES & ASSEMBLE FOR CLASS 1 DIV 2 APPLICA TIONS 23650314 0 RPC SN AUG 14/02 DISCRETE INPUTS 1.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 251 mmmmm Appendix H: Softw are Rev . Appendix H : So ftwar e Revision Hist or y MultiRanger 1 0 0 Sof t - ware Rev . Dat e Changes 1 .0 0 Aug. 15, 20 05 • Pilot Release. 1 .01 Sept. 21 , 20 05 • Int ernal Release.
P age 252 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Appendix H: Software Rev . 1. 0 4 1. 0 5 Feb. 1 1 , 20 0 3 Feb. 23, 20 03 • Pr oduct enhancements to eliminate rela y chatter on software downlo ad. • Impro ved functionality of rec eiver saturation during calibra tion .
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 253 mmmmm Appendix H: Softw are Rev . 1 .08 Nov . 1 1 , 20 04 • Improv ements made as a result of Siemens systems testing: • SIMA TIC PDM related: TV T display improv ement to prevent it from going negative.
P age 254 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Appendix H: Software Rev . MultiRanger 20 0 Sof t - ware Rev . Dat e Changes 1 .0 0 Nov . 09, 20 01 • Pilot Re lease. 1 .01 De c. 02 , 20 01 • Initial Release. 1 .02 Aug. 20, 20 02 • P602 functions reduced point limit fr om 10 to 6.
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 255 mmmmm Appendix H: Softw are Rev . 1. 0 4 1. 0 5 Feb. 1 1 , 20 0 3 Feb. 21 , 20 03 • Pr oduct enhancements to eliminate relay chatter on software download. • Impro ved functionality of rec eiver satur ation during calibra tion .
P age 256 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Appendix H: Software Rev . 1 .08 Aug. 30, 20 04 • Improv ements made as a result of Siemens systems testing: • SIMA TIC PDM related: T VT display improv ement to prevent it from going negati ve.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 257 mmmmm P ara meter C har ts P rogr amming Chart s Pa r a m e t e r Alt ered V alues for Indices/P oint Numbers # Name 123 Sec u ri t y P0 0 0 Lock (G) Quickstart P0 01 Operation P0 02 Mate rial P0 03 Max.
P age 258 Mult iRanger 10 0/20 0– INSTRUCTION MANUAL 7ML19981FB06 mmmmm P ara meter C har ts P1 13 R elay OFF S etpoint P1 15 Relay Int erval Setpoint [MR 20 0] P1 16 Deadband P1 18 Relay Output Log.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 259 mmmmm P ara meter C har ts P219 mA Output Failsaf e [MR 20 0] mA Input P250 mA Input Range [MR 200] P251 0 to 4 mA Input L evel [M.
P age 260 Mult iRanger 10 0/20 0– INSTRUCTION MANUAL 7ML19981FB06 mmmmm P ara meter C har ts P334 Auto Record ON S etpoint P335 Auto Record OFF S etpoint P336 Auto R ecord Filling/Empt ying P337 Aut.
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 261 mmmmm P ara meter C har ts Range Calibr at ion P650 Offset Calibr at ion P651 Sound Velocity Cal ibration P652 Offset Correction P.
P age 262 Mult iRanger 10 0/20 0– INSTRUCTION MANUAL 7ML19981FB06 mmmmm P ara meter C har ts P737 Primary Read ing [MR 20 0] P7 41 Communications T imeout SmartLinx R eserved Communicati ons P770 P .
7ML19981FB06 MultiRanger 10 0/20 0 – INS TR UCTION MANUAL P age 263 mmmmm P ara meter C har ts P824 (reser ved) P825 Echo Marker T rigger Advanced TVT Adju stme nt P830 TVT T ype P831 TVT Shaper P83.
P age 264 Mult iRanger 10 0/20 0– INSTRUCTION MANUAL 7ML19981FB06 mmmmm P ara meter C har ts P920 R eading Measu rement P921 Mat erial Measur ement P922 Space Measurement P923 Dist ance Measurement .
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 265 mmmmm Index Index A accuracy ............ ........... ..................... .................4 adding new functions ..... .................... ........ 245 alarm ........... ........
P age 266 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Index Leopold Lagco ............... .................... ... 81 Palmer Bowlus .................... ................. 77 Parshall ................. ............ .............. 80 , 84 rectangular .
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 267 mmmmm Index overview ............. ............ .................... . 102 reading ............ .................... ................. 103 writing .......... ............ ...........
P age 268 Mult iRanger 10 0/20 0 – INSTRUCTION MANU AL 7ML19981FB06 mmmmm Index register map ............ ........... .................... ........ 97 discrete inputs ............... .................... . 100 input/output ............. ............
7ML19981FB06 MultiRanger 10 0/20 0 – INSTRUCTION MANU AL P age 269 mmmmm Index characterization chart . ........... ............ 52 dimensions ......... ..................... .............. 40 readings ............ .................. ........... ...
Notes Notes.fm Page 1 Thursday, October 11, 2001 8:48 AM.
IQ300IX.fm Page 5 Tuesday, October 2, 2001 1:43 PM.
*7ml19981FB06* Rev . 6.1 www .siemens.com/processautomation Siemens Milltronics Process Instruments Inc. 1 954 T ec hnology Drive, P .O. Box 4225 Peterborough, ON, Canada K9J 7B1 T el: (705) 745-2431 Fax: (705) 7 41 -0466 Email: techpubs.smpi@siemens.
Ein wichtiger Punkt beim Kauf des Geräts Siemens 200 (oder sogar vor seinem Kauf) ist das durchlesen seiner Bedienungsanleitung. Dies sollten wir wegen ein paar einfacher Gründe machen:
Wenn Sie Siemens 200 noch nicht gekauft haben, ist jetzt ein guter Moment, um sich mit den grundliegenden Daten des Produkts bekannt zu machen. Schauen Sie zuerst die ersten Seiten der Anleitung durch, die Sie oben finden. Dort finden Sie die wichtigsten technischen Daten für Siemens 200 - auf diese Weise prüfen Sie, ob das Gerät Ihren Wünschen entspricht. Wenn Sie tiefer in die Benutzeranleitung von Siemens 200 reinschauen, lernen Sie alle zugänglichen Produktfunktionen kennen, sowie erhalten Informationen über die Nutzung. Die Informationen, die Sie über Siemens 200 erhalten, werden Ihnen bestimmt bei der Kaufentscheidung helfen.
Wenn Sie aber schon Siemens 200 besitzen, und noch keine Gelegenheit dazu hatten, die Bedienungsanleitung zu lesen, sollten Sie es aufgrund der oben beschriebenen Gründe machen. Sie erfahren dann, ob Sie die zugänglichen Funktionen richtig genutzt haben, aber auch, ob Sie keine Fehler begangen haben, die den Nutzungszeitraum von Siemens 200 verkürzen könnten.
Jedoch ist die eine der wichtigsten Rollen, die eine Bedienungsanleitung für den Nutzer spielt, die Hilfe bei der Lösung von Problemen mit Siemens 200. Sie finden dort fast immer Troubleshooting, also die am häufigsten auftauchenden Störungen und Mängel bei Siemens 200 gemeinsam mit Hinweisen bezüglich der Arten ihrer Lösung. Sogar wenn es Ihnen nicht gelingen sollte das Problem alleine zu bewältigen, die Anleitung zeigt Ihnen die weitere Vorgehensweise – den Kontakt zur Kundenberatung oder dem naheliegenden Service.
