průmyslová elektronika
INSTRUCTION MANUAL
Flow control unit FCU-400
applicable to firmware version 2.0 Read carefully the instructions published in this manual before the first use of the level meter. Keep the manual at a safe place. The manufacturer reserves the right to implement changes without prior notice.
Table of Contents 1 . Measurement principle and application area...................................................................................4 2 . Dimension drawings...........................................................................................................................4 3. Put in service procedure....................................................................................................................5 4 . Level meter installation .....................................................................................................................6 5. Face panel and terminal block...........................................................................................................6 6 . Example of FCU-400 unit connection with ULM-53L-M level meters............ ......................6 7. Electric connection..............................................................................................................................7 8. Level meter setup................................................................................................................................8 8 .1 . Device keyboard............................................................................................................................8 8.2 . Switching measurement ranges and menu navigation..................................................................8 8 .3 . Lock / unlock ...............................................................................................................................10 8 .4 . Evaluation unit configuration........................................................................................................11 8.5 . Reading statistical data................................................................................................................20 8.6. Other information..........................................................................................................................22 9 . Marking method................................................................................................................................23 10. Examples of correct marking.........................................................................................................23 11. Protection, safety, and compatibility.............................................................................................23 12. Usage, operation, and maintenance..............................................................................................23 13. Marking of labels.............................................................................................................................23 14 . Specifications..................................................................................................................................24
Used symbols In order to provide maximum safety of processes, we have defined the following safety and information instructions. Each of the instructions is marked with an icon. Alert, warning, danger
This symbol informs about particularly important instructions for installation and operation of equipment or about dangerous situations, which might occur during installation and operation. Failure to comply with the instructions may cause failures, damage, or destruction of the equipment, or may cause injuries of persons. Information
This symbol informs about particularly important characteristics of equipment. Note
This symbol identifies useful additional information.
NEMA Class: NEMA 1, 3,
emperatures: Certificates: hort term: -40 … 120 °C Underwriters Laboratories Safety ontinuous: Any operations described-40 … 80 °C Fimko in t his user's guide may only be performed by trained worker, or by assigned person. Warranty and post-warranty hort term: repairs shall be performed-40 … 250 °F exclusively at the manufacturer. Europe EN 62208: 2003 ontinuous: Incorrect usage, installation, -40or setup … 175 °F meter may result in accidents in application. of the flow UL Canada Manufacturer is not responsible for any incorrect usage, work losses resulting from direct or indirect damage, GostandRexpenses rising from ccessories:the installation or usage of the flow meter. Do not disassemble, repair, or modify the unit. The unit has no serviceable parts. In case you detect a failure, disconnect the unit from MP 17/16 Mounting plate power supply voltage, and contact authorized service centre. P 17/16 Front plate (aluminium) Do not use the unit in explosive environment. C PC 17/16 Avoid unauthorized persons Frame of PC front plate to contact with power supply terminals. 1 . Measurement principle and application area Flow control unit FCU-400 is used to measure and display volume flow rate in open channels and drains. The unit forms an assembly with ULM-53L ultrasonic level meter with RS485/Modbus RTU communication output where the power supply for sensors is provided directly from the unit with output voltage of 24V DC. The unit can measure immediate flow rates in up to 4 channels simultaneously. The unit is integrated in an instrument box intended for wall mounting. Connection terminal block is positioned inside of the bottom part of the unit. On the front panel, there are four buttons used to set all functions. The units can be equipped with either two or four relay outputs. They also include RS485/Modbus RTU - Master communication interface for connection of sensors and RS 485/Modbus RTU - Slave interface for the communication with the master. On the front panel, there is a USB input for transmission of archived data from the unit to a flash disc in csv format. Customer can also select a web server, or 0/4 - 20 mA current output. Binary input is included in the basic configuration. Particular types can be ordered in two power supply versions.
2 . Dimension drawings FCU-400
CARDMASTER 166x160x80-106 188 166
3xM20
27 29.5
28
76.5 11
28.8
160 145 70
10
2
.4 Ø2
2
56.3 85 115
57.5
Ø
8
6 84.5 65.5
31.
31.8
8
9.6
5.4 35 24.5 24 123 137.5 151 © Dinel, s.r.o.
EFM-115
Fibox Oy, Data subject to change without notice (printed: 15.5.2013)
8 47
8
112
106 100 160
17.5
8
8
Ø5 13.5
17/16L 8
106
13.8
27
17/16-L3
25.5
M16/PG9
5 47.5
46 69 4
3 . Installation and putting into operation This procedure includes the following three steps.
• Installation • Electric connection • Setting
4 . Installation Any assembly and installation work shall be done with disconnected power supply. •
Both the measuring level meter and the control unit are designed for outdoors installation, and do not require any special construction and structure modifications of measuring profiles.
•
The probed is designed for installation above flow profile.
•
The values of flow rate and flown volume accuracy provided in specifications include an error due to the level measurement and conversion to the flow rate based on a consumption curve, however, they do not include error of specific flow rate profile.
•
The measurement quality may be influenced by very high layer of foam on the water level.
•
In case of measuring flumes, such a size must be selected to use its range well - it is inadmissible when the real flow rate value is only within the lower half of measuring range of the flume.
•
In case of Thomson's overfall, units with small vertex angle should preferably be used so that the measured level is as high as possible.
•
On case of flow at the upper limit of the working interval of the given measuring point, the level must be at least 30 cm, otherwise, the measurement accuracy is significantly lower.
•
The control unit requires power supply of 230 V AC / 10 VA, or 24 V DC / 8 VA, the ultrasound probe is powered from the control unit. After the lower cover is unscrewed, L1, N, PE power supply terminal block is accessible. At this place, the equipment can only be operated by skilled person with higher qualification (see decree no. 50/1978 Coll. on expert qualification in electrical engineering). The measuring set accuracy depends on correct alignment of the probe, and setup of the unit operating parameters.
•
The unit is hash-proof and complies with safety standards. The installation should be done in compliance with local regulations.
•
Before installation, learn about basic safety requirements provided on page 4.
•
Make sure the power supply voltage in the grid complies with the nominal voltage indicated on the identification label of the unit.
•
Load shall comply with requirements provided in specifications.
•
Final assembly, commissioning, and programming of internal (non-user) parameters are done by a service group, or properly trained persons, if applicable!
•
Before installation, disconnect the power supply source.
•
Before the first startup, check the cables for correct correction to the unit.
•
The measuring set accuracy depends on correct alignment of the probe, and setup of the unit operating parameters.
© Dinel, s.r.o.
EFM-115
5
2
1
3
4
15
5 . Face panel and terminal block
all types of FCU-400
terminal no.
1 2
L / + (230 / 24 V) N / - (230 / 24 V)
3
PE
4
RE 1 (100 mA / 250 V AC )
5
RE 1 (100 mA / 250 V AC )
6
RE 2 (100 mA / 250 V AC )
7
RE 2 (100 mA / 250 V AC )
8
RE 3 (24 V DC )
9
RE 3 (24 V DC )
10
RE 4 (24 V DC )
22 23 24 25
2
1
PIN 1
types FCU-400-R_-0(W)
type FCU-400-R_-I
RJ45/Ethernet -
active current output (+ 24 V) active current output (0MAR V) SR 191
-
3
4
20
terminal no.
passive current outputPANT ( + ) 320 vývod passive current output (-) z rubové
PIN 1
Transparent
strany
FVZHLED ront panel ŠTÍTKU
11
RE 4 (24 V DC )
12
Cable shielding (RS 485 - Master)
13
A (RS 485 - Master)
14
B (RS 485 - Master)
15
Cable shielding (RS 485 - Slave)
16
A (RS 485 - Slave)
17
B (RS 485 - Slave)
18
+ US
19
- US
20 21
Bi (binary input for zero reset) Bi (binary input for zero reset)
Flow Control Unit FCU-400 www.dinel.cz
Poznámka: šedé orámování tlačítek bude ještě v rovině fólie
Terminal block FCU-400-R_-0(W) RS 485 - Master RE1
4 L/+ N/-
1
2
PE
3
5
RE2
6
7
RE3
8
9
RE4
10 11
S
A
B
12 13 14 S
A
B
15 16 17
+24V DC Imax=120 mA
+
_
18 19 Bi
RJ45
Bi
22
20 21
RS 485 - Slave
Terminal block FCU-400-R_-I RS 485 - Master RE1
4 L/+ N/-
1
2
PE
3
5
RE2
6
7
RE3
8
9
RE4
10 11
S
A
B
12 13 14 S
A
B
15 16 17 RS 485 - Slave
© Dinel, s.r.o.
EFM-115
+24V DC
Iout
Imax=120 mA
active
+
_
18 19 Bi
Bi
20 21
+
_
22 23 +
_
24 25 passive
6
BN – brown WH – white YE – yellow GN – green Cab.Sh. – cable shielding
legend:
4x ULM–53L (RS 485/ Modbus RTU output)
(+U) BN
(A) YE
Cab.Sh.
18 19
(0V) WH
12 13 14
(B) GN
_
A
B
12 13 14
S
RS 485 - Master
(A) YE
+
(B) GN
B
+24V DC _
18 19
+
Imax=120 mA
(+U) BN
A
A
B
12 13 14
S
RS 485 - Master
(A) YE
S
(B) GN
+24V DC
+24V DC _
18 19
+
Imax=120 mA
(+U) BN
Imax=120 mA
A
B
12 13 14
S
RS 485 - Master
(A) YE
RS 485 - Master
Cab.Sh.
(0V) WH
Cab.Sh.
(0V) WH
Cab.Sh.
_
18 19
+
Imax=120 mA
+24V DC
6 . Example of FCU-400 unit connection with ULM-53L-M level meters
(B) GN
EFM-115
(+U) BN
© Dinel, s.r.o.
7
(0V) WH
A
B
12 13 14
S
RS 485 - Master
+24V DC _
18 19
+
Imax=120 mA
7 . Electric connection Electric connections shall be made without voltage. •
A terminal block is accessible after unscrewing the lower cover on the front part of the unit.
•
The power supply voltage (terminals 1 and 2) can be connected to the grid only using a fuse or breaker (max. 16A)!
•
Terminals 12, 13, and 14 (RS 485 - Master) are only used for the connection of approved level meters with Modbus (ULM-53L-M) output, see chapter 6.
•
These level meters are powered from terminals 18 and 19, see chapter 6.
•
The output of the equipment are working contacts (4, 5, and 6, 7, and 8,9, and 10,11).
•
Terminals 15, 16, and 17 (RS 485 - Slave) are used as an interface for the Modbus communication with higher layer.
8 . Setting of the evaluation unit Flow control unit FCU-400 can be operated using 4 buttons and OLED matrix display with resolution of 128x64 pixels. The buttons have various functions depending on their current position in menu. Actual functions of buttons are displayed in the lower part of the display above particular buttons.
After the unit setup completion, it is recommended to RESET (CONFIGURATION / RESET), and verify correctness of preset parameters!)
8.1. Device keyboard 5
CHANNEL 1
PARAM SENSOR MEASUREMENT ADDRESS ERROR ECHO DAMPING
1
ESC
0000
INCORRECT
Button functions
E ENNTT
ESC
0.57
CHANNEL1
INSERT VALUE (HEX)
PASSWORD
RE:
C H A N N E L Buttons 1
ACTIVATION VISUALISATION PARAM SENSOR MEASUREMENT ADDRESS
m3/s
ESC
ENT
E ENNTT
A D E
ESC
E
FLOW
5
UNITS RANGE FLUMES FORMAT SUPP LEVEL
1 8.2. Switching of measuring channels and Emenu navigationE N T E ENNTT SC ENT OK
CONSTANTS
ESC
E
Actual measured flow rate is displayed on the main screen. The main screen type can be set in DISPLAY MODE menu. (see RE: CHANNEL1 CHANNEL 1 INSERT VALUE (HEX) SELECT FORMAT chapter 7.4.7. a)).
0.21
CM V Egraphical L : 5 4 . 7 representation, On the FLOW+TOTALIZER main screen, actual flow rate is 0shown state of total0 0 1 with physical unit,L Eits XXX.XX m3/s FLOW: 0.5472 3 of communication with sensor. The main screen izer, state of output relays, and state is displayed just after the power supply is 4 S T A T E : OK m /s ESC ESC ESC ENT connected, and its graphical appearance E ENNTTis as follows: E ENNTT CHANNEL2
233 RE:
CHANNEL 1 Identification of displayed measuring channel ACTIVATION
OK
CHANNEL1 FLOW
C H A N TN OE TL 3 OK
l/s
RE: ENT ENT
0.57m /s 1735 m 3
RE:
3
E ENNTT NO RESPONSE
MAIN MENU
3
m /s E ENNTT
0
STATISTIC CisOOK, N F Isensor G U R A TisI Oreceiving N "OK" – communication C H A N N EDLA4 T E / TR IEM: E V I E W PASSWORD CHECK echo DIAGNOSTIC
"NO RESPONSE" – sensor E S C does not respond Eto ENNTT questions 3 m /s NO RESPONSE 0 MAIN MENU "COMM ERROR" – sensor responds to questions E ENNTT STATISTIC CONFIGURATION with communication errors
DATE/TIME VIEW
"NO ECHO" – communication P A S S WisOOK, R D sensor C H E C Kis not DIAGNOSTIC receiving echo ESC ENT ENT
"OUT OF RANGE" – measured value is out of the 0 M A VALUE I N M E N U and MAX. VALUE) set range (limits of MIN. © Dinel, s.r.o.
EFM-115
STATISTIC CONFIGURATION DATE/TIME VIEW PASSWORD CHECK DIAGNOSTIC
ESC
E ENNTT
5
46
FLOW
U N I Tthe S left RE1-RE4. Empty State of output relay. From RANGE VISUALISATION F L Urelay, M E S full field indicates P A R A M S E N S O Rfield indicates inactive FORMAT MEASUREMENT active 1 S U Prelay. P LEVEL ADDRESS
E S CC O N F I G U R A T I O N
E ENNTT
2
ESC
E ENNTT
I/O CHANNELS DISPLAY MODE PASSWORD PARAMETRISATION 50 DATE/TIME A U T FOAS CE TT O R Y D E F A U L T S E N ESSOC R D I S T A NBar C E graphE showing the state of instantaneous E NNTT MEASURE PER SEC flow rate with regard to set limits of MIN. VALUE ADDRESS SENSITIVITY and MAX. VALUE (see chapter 7.4.2. b)) E S CC O N F I G U R A T I O N
E ENNTT 2
I/O CHANNELS DISPLAY MODE PASSWORD FLOW DATE/TIME UNITS F A C T O R Y D E F Actual A U L T flow rate inR the A N Gset E unit ESC E ENNTT FLUMES FORMAT SUPP LEVEL
CONFIGURATION
I/O CHANNELS DISPLAY MODE PASSWORD DATE/TIME FACTORY DEFAULT
ESC
CONFIGURATION
ESC State of totalizer
2
FLUMES
E ENNTT 2
I/O CHANNELS DISPLAY MODE P A R A M EPTAR ISS SA TWI OONR D 50 A U T DO AS TE ET / T I M E F A C T O R Y D E F A U SENSOR DISTANCE LT E ENNTT M E AESS UC R E P E R S E C ADDRESS
46
E ENNTT
PREDEF. PARSHALL FORMULA LOAD FROM USB
ESC
PARSHALL P3
FLOW
UNITS RANGE FLUMES FORMAT SUPP LEVEL
ESC
E
INSERT VALUE:
+000000. 0100 ESC
E
CHANNEL 1
VISUALISATION PARAM SENSOR MEASUREMENT ADDRESS ERROR ECHO
1
ESC
68
E ENNTT
E
E
INSERT VALUE: 01
SEC
ESC
E
C H A N N E L 18
PARAM SENSOR MEASUREMENT ADDRESS ERROR ECHO
1
REMENT SS ECHO NG
0.57
R E L A3 Y S E R R O R E C H OD M B I NmA /s R Y I N P CUOTN S T A N T S A E OK DAMPING 0000 I N C O R RC HE AC NT N E L 1 5 M O D B U S S L A V E E N T E S C E N T EENNTT ENT PARAM SENSOR I N S E R TE SVCA L U E ( H E X ) EESS A PASSWORD MEASUREMENT D ESC CONSTANTS ESC E ENNTT E ENNTT 5 E ENNTT E S C C H A N N E L 1 A D D R EESNST 1 ESC EI ENNNCTTO R R E C T E P A R A ME SR ERNOSRO I N S E R T V A L U0C EH0A0( NH0NE X ) A5 RE: C EHRAC NHNOE L 1 5 CON RE: P A S S W COHRADN N E L 1 C Hfollows: ANNEL1 M E A S only UDR AE Mthe TPGA R A Mflow D ) PE INNactual On the FLOW type screen, of this screen is as S E Nrate S O R is shown. Graphical appearance A AI NC ST EI VR AT TVI AOMLNOUD EB U(SHSEEL X P A S S W O R D RE: 1 A D D R E S S 4 6 1 F L O W A V E 9D 5 ESC NNTTT CHANNEL 1 5M E A S U R E M EE EN ESC I NE SC CO R R E C T E0S 0C 0 0 V I S U A L I S AETENNI TOT N EUNNT I T S E R R O R E C H O 1 B A U D R A T E ADDRESS E A C T I VDAATMI OP N 0 0 0 0 I N C O R R E C T P A R A M S E N S O R RANGE FORMAT ERROR ECHO V I S U A L I S A TI NI OG N C H A N CN OE NL S1 T A N T S I O CM H AENAN SE LUS R E M E N T 3 1S C F L 5UmM3/s EE9SS0C A Dm D R E1S S F L O W I: NNTTG OK P A R A EMS CS E NCSHOA RN N E L 1 DI AN M NTTS S ESC REEPEERN O KMAODDDBEREUNE S T V A L U E ( H E X ) INSEF C H A NPN AE LR1A M S EENNSTO R 5F O R M A T S C H A N N E L/s S ESC P A S S W OMREDA S U R E M E N T ES ENNNTTT E ENNTT EE E ESEP ETUS ICROENM E N T SCLCAASYSSW O R D M E A S R EEN EE NENNNTTNTTTT U N I T S E S D A C T I V A E S U P P L E V E L m3/s 1 ADDRESS 1 R A N G E A UD AD ELR IESSAST I O N BN ITINN AC OR RY R IENC PT U ETS C V I S 0 0 0 0 I N C O R R E C T E S C E E N T E R E : E NMTO D B U S S L A V E FLOW ENT ESC CHANNEL1 E ENNTT F L U M EESNNTT C H A N N E L 1 P A ERRARMO S R EENCSH5OOR U N I T S F O R M AFI OLTOC W CHANNEL1 3 RE: A C T I V AMTEDI AOASNMCUCPHRH AIAENNNMGNNEEELNL 11T CHANNEL 1 5 C O N S T A N T S 9 0 5 RE: RE: CHANNEL2 HA R A TN G E S U P P LECESCUM OK m /s VN ITS U A LAI DSE DSACRT EIEOSACINSNC ST EI VR AT TVI AO1LNU EEEN(NTHT EEENXNT)T ENNTT ) M E S E S C VCAHN ESC EN EP SACR A M S E N S O R E S C EAS C I N S E R T V A L UEEN (THEFEENLNXTU E T E N T P A S S W O R D ESC P A R A ME SSCE N S O V R I S U A L I S A ET ENI NOTTN RA RE: MEASUREMENT E 1 E ENNTT D F O1 R9 M AT L E1A S U R E M E N TP A R A M0 0S 0E 0N S O RS E L E C T F O R M A T E FVV LI I N S1E R T V A L U E ( H E X ) 3 I N C O R RCE HC A ADDRESS T N N EM 0001 OK S U P P2 0L 0E V E L LF ELFBMPO m /s 1 A D D R E S S O ERROR ECHO VIEW 3 46 C H A NF LNOEM WL 1E A S UR ER :E M E N T C HDAAN M N EPL I 1N G 5 C H A NMNOEDL B1U S S L A V E 5 M E9S5C CM L E V EmL :/s5E 4S C. 7 E ENNTT 0 0 0 1C H A N N E LO1K 5S S-TAMUA 3 OU KA m3/s1X X X . X X A COTKBI AV UA DT IROANT E N DI TDSRE EENNSTTS RE: l/s m / s 0 . 5 4 7 2 F L O W : ES E N T EAS CC T I V A T I O N E N T E S C E N T E N T E S C E N T ENT EE NENNTNTTT EN TTT C H A NV NI SE FULEO ESC EECSS AATT I O N I N S E RRE STACNV GA EL U E ( H E X ) S E L E ENNN NTT S1RLC M 3 EEE ENT E V I S U A L I S A T I O N A I S 4 S T A T E : ENT m /s FLUMES PARAM SENSOR P A RAADMD SR EE NS S O R ESC T R EE: ENNTmeasuring EN4 NSTchapter T.U7 R E M E N E Scan C F0OTvisualisation R0M1 A T ENNTT ESC C TM L E V E LM : EE5A EN L1 E ENN TTE A S U R Ethe EX M M E button NE ST C C H A N N Erepeatedly, By pressing channels with enabled be switched (see 1.2.2h). 0 3 X 3 C H A N NF EL LO W 1 A: DF0DL .OR5WE4S7S2 EL X E V) E Lm /s 4 6 S E L E C T F OMRO M C HAADN DN RE LE1S S R E : 1 5 I N S E R TO KV A LCSUHUEA PN( PH CCHH A NN NNEELL11 3 R E : C CHHAANNNN EE LL 13 m R/ sE : 1 P ACODR RE: N E L 2 F 5 E SLB 4 S T A T E : E S C E N T C H A N N E L 1 ENNTT E N T E S C E N T U N I T S I N S E R T V A L U E ( H E X ) A E N T O K m /s E N T E N T E S C E N T E S C E N T A C T Ito V Athe T I Obasic N E the N T main By pressing the button E N T , you will return menu of the equipment. By pressing Lthe you E V Ebutton L: 54.7 UA ACM Twill I V Areturn T I OMNO to RE: US SLAVE 6 A N 3G E 2 FEL EONNWTT F L O W : E0 S. C5 4 7 24 R TN E0S 0C 0 1 4 6 EXS X C X . X 9XF5RSO FTLENOINO CHANNEL 1 5 V I S U A L I S AE ETNIDTOB N TW m / s V I S U A L I S A L FE LV UE M L :E 5S 4 . 7 B A U CDM AMD P A 3R A M S E N SUONRI T S screen. 0 0 0 1 U N I T SS T A T E : 4 3R A T E A C T IOVK A T I O N FL 0T. S5 E4 N7 S2F OO RR m F FL PO ARWRM: AAM MmE A/sS U R E M E RNAT N G3 E M A/ Ts RANGE V Im S U3/sA L I S A T I O N RE: FAO M E A S U R E M E N T C H A N N E L 1 3 OK 4 S T A T E : S U P P L E V E L E S C 1 E N T AHDEm DX R)/sE1SS CS N OSRA E SR PT ODE NRV SNEEAT S F L UmM /s E ES S C C H A N N E L O1 K S E LE EENNCTTT F O5FRLMU AMTEl/s E:E LTS 1S C H A N I N S E R T V A L PU AE R( HA EMEXNS)TE NCSHOA RN N E LOC2KHAADNDRNERE N I N E L U E ( SNSI D S S 1 9 2 0 0 FLOW 4 6 F L O W E S C E N T E E N T ESC F O R M A ETEENNNTTT E ES SCC ESC F O R M AEEETNENNNTTTT M E A SEUNRTE M E N T EEESSSS EN EE NENNTTNTTT E EENVTE L U N I T S U N I T S A C T I V A T I O N l/s 1 S U P P L LEVEL L E V E L : 5 4 . 7 S U PCPM VG EE L :0 0001 ADDRESS 3 R AL NE O R A N G EE N T 0 0 0 1 V I S U AELNI TS A T I XO XN X . XEXS C :1SANTT9NT ECSHCA 5N CN EH LA1N N E L 2 TE L : 1 0 . 5 4 7 2E S C m 5C/ Hs A N N E L 1 C H AENEN OC EW 1 5NNTETL 1 CRHFEEAL: ENNON5NTW IEOCS COCHN A9S NFT0LNAOENW LTSS C O N S T AF NL TO SW OCENHEN F LFSULTIM F L UCMO NEESSN9T TA0 N T S 4 6 P A R AEMN ST E N S 5O R 3 4 S T A T E : AMLATAFSSOELTOD: W RE E/s (A: H EI XN )SUE5NRI TT SV AF OL UR EMA(ACFHPLTHI EOANARWXSNA)ENM REE LTTR4 IVS AA TLI RUOENE:M(AOH DE XBU4U) 5N6S0I TC SH AF ON RN M M S E N S O R P CA HR AANMN ESLE1N S O RR E : P A R APMA SS SE W N SOOR RD PC AH RA NAPNMAE LSS2ES NWSOORRRED: I N S E RA TPC ATVSIAVSLAW (R SHDNICUECNHXRHSAAE) ENNMRNNEPETELNALV1TS3ASLWUm E MUOTEOKI AO T EVl/s M U M E AESENUNTRT E OMK E N T ME ES CAI SN US RE RE M NA TL U E ( HEENVXTI )S U A LAI DS DA RT EIECOSHACNSAC NT NI VE AL T1I O1ONRDEDENNTT ERENNATTN G E S U PEPSDCL EUSVACNEUSILTESOL SE CE TT F O R ED EENLANATTTEYRENSANTTN G E S U EP SPCRLEDEESLUCVAN ENNRTTE M E N T M E EASSC U R E M E N T 1MDE DT RRI ES ASTSI O N A 1D D R E S S P A R AA E3S S R E : N CA ERF YL UI NM PE EUSSTC B EI NRAA R I S 0UI N0AC0LO0I RSRAE ETCENITENOTTINN S EF RL UT0 MV 0 E0AES0LS UC E : E RSAENNGS0EO0 R0 0D IESENTNBTA TEI N I N C O R R E C T A 51D0D RI EN SC OS R R E CETENNTT 1 P0AI N0RC0AO0M RERSSECEC N T SL OE V 8N1 5 4S. E7 N S O R C M ERROR ECHO ECHO E R R O R E C0H0O0 1 M E A S U R E M E N TPV AE RL :A M A UE RT RO OS RE TE C H O ML UE AM SE UXS RX EX .P XE XRM SO EDCBFUOSR SMLAATV E M OFDL 3 F O R M A T F FLM OW :1S 0U .R5E4M7 E2 N T m /SsU P P L E V E L DAMPING NG ING K PRI ND GI S T A N C ED A M Pl/s SUPP LEVEL ADDRESS S EDNA3SOMO FO A D D R E S S F O R M A T E A 3 9 5 OEDL B1U S S L A V E C H A NFSLNOOTEW FLOW HANNEL 1 ALE2STPDEO N:RESE4ENERNSTETS: +3/s 0E14TS06C0 0 0 0 . 0C 1H 0EA SNE0MNCNESOm E SOCC E ES SC ME ESEm SNTUT5 R E PCEHRA SN EN CEEEFLSOLSC3KOCEWENNTTREEEN: NTT SC EN4NET6TS C C5SECEN/s NETTNSTC RNEU STNPP N OPE NSSELNIENETTTV ES CEE E RN l/s EACEN/s ITVEEILT YE SEm EKENNTT ES NNU E S EC SEECN SECENEN CN ET SIEN P A R A M EE TSENRC SCA T TI TOSN 5E0SECm TN T T EU ES NEU TTD E EN T EN T EATTD N B A R A N I U N I T S U N I T A C T I V A T I O N A C T I V A T I O N A D D R E S S I N S E ERSST ENT ESC EN TTTT E SE CS C A T EN NTNTTTT 3 NNTTTT EN EEEN EEEEEN EEEN NNENNTTN A U T O SREEESATSCNC G E RANGE R A N G EF V I S FEU SOACRL M ISATION m /s V I S U A L I S A T I SO ENN S EI TNI TV I T Y S E N S OFRL DU IMS ET SA N C E E S C F LF LUEOM E PNTTAE RL 1A M SREE N: S EOCSRHC A NCNHEALN1N E L 3R E : CR HEE:AFENNLNTNUT EML E1 S R E : P A R4ANA6TDTMD SR EE NS S O R E FS LCO W4 6 EN R E : C HE A EN NNM F L OEWEN L1 0W9UUN04T5ASTT C H A FN5NOERL M 1 AT C H A 5N PN AE RL A1 M E T R IMS AE TAI OSCNHUFARO NE5NREPM L E1AR5T0S E C F L O W 5 OOARD0LBM E A S U R E M E NC HTA N N E L 1 M E A S U R E M E N T M O D B U S S L A IVNE S E R T FMV+ R E : U: N I T S4 56 0 SRTPANIMPNVEELA B1UA NU IDT4RS6A T E TLERT 4IVSI EAOTLNI OR NEl/s ACCCSHHTUAA IPNNVNPNAEELLTLE1I3VO EN3L A C T AI5VUATTOI SOAENODTK D R FECALPSSHOACUAW C HAADN DN RE LE2S S R E : A C T 1I V A T I O N S UBPUMAF PLNOUODLI AUDFNDL IORTWESS S S E N S O R D I S T A NSVUUCI TA EYOL SI SE AT T I O RNAE NNTG EE N T RANG /s ER SARU CNA GE M F ROUEARSNNM C IET S V I S UEAENLNTITS AN OTRIEOS PNO N VS EEI SSACUCAT LI IVSAAm ENNTT E S CF O B ESC E S C 5EUS N TE EANNTTT S TTI IOONN W V I SE EUNMNATTELAI SS UASRTEEI NOPNEI4REVTU6SIISACN M O D BE E N TL E1ENST RE: 4 EI CNT M F L UR M E SG E A FDLNDUTRSMLEAESVSSE + 0E 0S C0 0 0A0FD9.LF5RD0UO SEOSRE ND SI CSEOHTENARFNANTLTNNUECM E P A R A M S E N S O R P A VR AI SMU SA EL NI SSAOEFTLERNOINO TT NP A R A M S E NE SSCO R PRASARENA A N G B AFUODR RM AA TT E E SE SRNET: M EMAE SA US RU ERME EPNEVTRFI OSSC U ROE NM F OAFRLD CAF LAI GITUS RAA TT II OONN F O R M 2A T E S M E A S U R E M E N T M3 E PAAS3RUAR ME MS EE NN TSUONRC3IMTHESAANASN DUE LDR1RE M 3 FLUMES F OSRUMPAP TL E V E L O K /s E VA ET L mO 3K/s N O R E S P O N S E P SAUR PIA1/PMOL SCE EVH NEA SLNONRE L SS U FFP LOP URLM Om S UF PO m ATFNA1/s ED SR EE NS SS I T ICVHIATNYNAFE1DAOL DDR3 RDMERASETRSSE S: AK 1D/sM DmRE AE/sSS SU R E M E RNm LGD 3O W P A R A M E T R I S A T I O N A D D R 5E 0S S A T I O N 5 0 3 U R E M E N T P A R A M E T R I SM 3 A D D R E S S E S C M E A S /s NTT F L UEmSM STTTS C NTPTD TORENREESN EN I ESNNPTTL A YF L M O D EES C SENNUTTP P L E8VNE1L 4 6E SE CSECENNTT OSSS EEEISN E NNTT ECES NNE E SE C ENl/s NDST ENm CRE :EENTST S C H A N N E EL ES1 SC OEKEA 1NNET U/s PNPNTPOTSSNELESIENEETRNTVITTVEVILTA YALE UDS CEDmD:RE/s C H A N N EELSN4OCEEARENEEN EECEN O W A 1U E UTOSET T O S E T E S S F O R M A T P AESEEENENSNNNTW TORD 3 E ENNTT ETNSSATO CNS TRS D I S T A N C E9 C09O 0NESEN NATTN T S V II OS IU ACALHNEEEIANSSSNE E ES3 SC C ESC5 S S E N ETENECT/TTHTOI MUECNOICNT Cm H CA HN/s AN NE NLSE1EL N1 S O R D I S T A 5NCC 5H EAENEN NNETTL 1 E R R O R C O H O S N T S A T S U TP OP TL EEENVNTET L D A m +000000. 0100m S ET R A NFLMGAUEEEUEA ENLN(STT P APRAEANRNMM ATEM SAESSNUESNROESROP RE R S E CP A R A M S E N S OR RE : EDOENBNDTU HUERXE) P E R S EECS C AC H A N N E L 1 PMAE RAMASOMM E S CO K P A S S WCI OONENIRSENSNDENTSTTARENTRT SVT AVLAULEU (EEHS(ECHXE)FX9FA0)LI CONWTS OE R TYFVDL AEUA ODECD 1 SH RA NE NSESL4S 6 R E : MC EHME AMI D PRLLAUYEA R AENSAANTUSDERULDE1RRMEEEMSNSERTNE :T C H A NMCNHEEAALNS1NUERL E4 RME E: NC TH A NPNAEPSLA1SSWS OWRROEDR: D L1 RA RETRLEUICEFOA D D 3 E S C E N T F V I S U A L I S E N T E N T A D D S R E : H ATFNHLTOSOADIWENTBLNIUEVECSILTC1YFH OA RN MN AE LT SES E4 L61E 9C 2T 0F0O BR IMBNAIANTPRNSAAAASR )ELTR 1T V A m L U/s EC (HHSAEENXULN)ENECI LTT S1F FOOR REMSMAEECM A DADCDRHDSEARESNENNSPSSEASIL TS3ISVWI TORYRE 1:D 1I NASDE DR RT EVSAS L U E ( HCIPEHNAXARSI 1NA)NEMCINRNEOECTTRLRO4RVI RSEARAC3LETTICUOTENC (HHAEINXNN)SE5E0LR 1TI NVC AONRLORURCEEESCAHP(TOAHNINESNEN0EXS0EN 0 0 0 0 0 0 0 0 0 0 P A R A M S E N S O R I N S E R T V A L U E : E R R O R E C R A N G E m /s N O R E S P O N S E V I S U PEPS CRL EUSLVCNAE IYLTSS ENT D 6E 8S C ENNTT NTT E ENNTT E RERRORERSOCER CEHCOH O E RERENNOTTR E C H O A U T O S E T FLUMES M( HEOMENEDOSXTBFCDS)UO E EINN E EN SNTETERMNTETAV SA ULEURS CE M PLMAO E L : 5 4 0. 70 0 1 LCEM NREAL NR: XYG5XE4I NX. 7P. XU XTE ENNTITCN M V ES LEF:RLX5UTX4MVX. EA.7EXSLSXUC E :L BECIVM RTVENEDCLEE: F 5. 4P .0A70R0S1H ALLCEELVM D ADMA PMI PN IGNI NGC O R R E C T D A M0P0I 0N 1G S E N S0 O0 0R 01D I ESELNTPNETA X X X . X X 3 3 3 3 A D D R E S S M L O /Ws : 00 . 5 4 7 2 DLs UB:2 UM 70 20V 0E . 0Em1N ET0/NSs0CT m FmLCOO/ sNWF F:I GOU0RR.AM5T A4I O7TN2E S ECFSM LmOOF/W +0SE0. S5S0 4L0 A M E3AENNSTTU R E P EFFRLOOSMR3W EAMCEI:NUS CML0 EA. N5U4 7 2 E FS Em E S EC3S C NTETNN STCT E S EC S C A E3ENE EC S3C mE/s SL Tm TESD3TENTF:TAR4TOI MS TUI SCCB HSACTNSCACNH TAE NLE 4N: EE4LN1 T R E : SETENENAITETN/TNSOT5ECTS :CU4HP0PA1NL EN VSE EEL CLSS MTCOAFDTOB EUER:SEN OEAAN/s M4NSTATL ATV E 6 8E NETN TE90R50R0O1R E CF LHO O S T AATSID O K /s mO K/s 3N O R E S P O N S E E SOm KF L/s m 46 OAW D D REEN ST S W F L U M E S E S C /s O SR EES PNOE SNUNTUPTDPE ERLNNEATTVT EE L E SE CS ECEEENNNNTTTT RNE ST P O N S E NEESTTSNPCTL A Y M O D EEESESCSC SN SN I ETTI V I T YE S CEmSECECEN TT IUNENESSESIECVSCTEERECIEEESNSETNRSE E SN C NNTN TTT F I G U R A T IEEOSSEC NNTTT ENE SO ECN NCVSNCIESTENUNTTA L I S A T I OE SNECSEEDCNEN NTTT S EO E Sm C EEN/s NIT E E ENT T N EI T NT UEEENEN P R E D E FEEBEE.CNESSA PCTC A R S H A L L EEN NNTTTT EN NENTTT P A S S W O R D F O R M A T E N T CEEOSS E S C E T E E D A T / T I M E V I E W E N P A R A M S E N S O R E N T E N R E R : E : R E : C HCAHNANNENL E1 L 1 CHANNEL1 F OF LROF M LWOUWL A F 4L O6 W M ORMDAOB DN U BESGUNSEST C H CA HN AN R NE NLAE1NL G 1 E L 1O R D C HEEENCNTK ES4 C6 E S C 5 CP5HAA SN NS EW D RU6ES8SBS E EVM NI T M ET A S5 U R E M E NE ST C DFAL UT ME E/ ST I ML EO AU DNUEIFNTENRAINSTTODT SM F L U M E S F L U U N I TI SN S E R TBVVIAEBAW UADSUUTERD A CATCFI TOV IRAVMTAIATOTINO N F41A6PC RT EODREYF D. EP FAMARO UFSDPLBLHUAUTMRASAELSMSLEATVREI S A T I O N D AI AC GT NI VOAS TT II OC NF L O WA D D R E S S 95 FMO OFOFLRRDOOLBM M AM C HAANNNNEE LL 21 5ENL E1L 2 R E : CCH HA A S RF ALFROLNAWOG4WN6E4G6EE N T A6S6LN58AG0V EE RE: CH R E : VCCIHVH M FO LDOBW 9RU45 F A 4URS6 L2 N E F3L FOLWO EW W 4 6 FTLIOCOW AIAU NS5N NAUENLLA 1LLS2IASTAI TORINEO:FNL OCWH A 5NVN IE SL U 4 6 4 N N 1 H A N 5 N E L 1 5 S I A L I S A N M O D S C 5 M I ESC F4 O6 R M U L A F LFUBLCM U NOLENOIRSWTERESEONNRTT E C H Om /s AHUIPAEUTM CA HCATNI NV EAL T4 I O N R E : PSAELSTNEEI SVONOENSLRO R S UDABPDUADPRNUDAELI E1 FST .EE PT A R SBHUAANUFLIDLT5EURSNM A AIRCNSTEDSUEN SNESTDRLTOA AT TE ES U N P APARAC5SAR0TUMAIPVM PTSAI V RAM SO ENN NO RSEUOSRFPNRA U N I T S I T S U N I T U N I T S U N A C T I V A T I O N A C T I A C T I V A T I O N C H A N N E L 1 5 E S E S C B 0 1 S P A R A M E T R I S A T I O N L O A D F R O M U S B N G E ENNTT F ORVNFRASM IM SEUNAM AT L I S A T I O TNRONARCFNMEOEGANRETTM A T E S C E S CF ROAR NAM ENNTT EE EN V I S U A L I S A T I O3 N V3 I S U A L I S A T I O NM EM EAE TLEVUNUSI CN VAEIESSA3CUSARUELRIMESEM ANTETNI OTPNAR RAVSNIHGSM GSE E N S EOSRC F OFRRAORAM NOGRETRGRA ETSSMUSOLSRAEDNIESSENOTNFTRA UELNATLT LSPIU3S RAETMI OE NRF A SGMUIEETASSL I S A T I OP RNAEARERNNNAATTGNM DUAPLDLM EA A A APU/s O K O K P A R A M S E N Sm OTKROASME TS E N S O RA DA S U S P U P P E L V E E VSLFUERLROEMP UE RS BS ESCUEPESPSS L E V E L AFDLFDUO Om R/s O A D R A N G E E 1 F L S DADmRRDE/s RSM ESSSSE N S O R F1 LMP1UAAM A D D R E S S F L U M E S F L U M E S P A E S F L U M E S F L U M E A R A M S E N S O R P A R A M S E N S O R IN MENU AD M E CAOSN UF I RG UE RMA ET INO TN E S EC S C MAE DA2 DSSRU ERSE SM E N TA EFDNLDETUNSRM F OFRLMU0AMTE S SNTSOT UR RDEI M S TE A N C EM E A SEUENNRTTE M E N T F OMR EM M E A S U R E M E N T SEMEENENNTETN T AT EC SEFSCO R F O R M A T F O R M A T M E FNEOTNR1TC F O R M A T A T F O R M A T F O R M A A N T A S U R E M E N T M E A S U R E M E N T E S E C S C E N E T N S C T E N T F L U M E S 6 8 F LEUSM 1 NESTN T Aenter D D IR/ EOto S CSHsubmenu, Tpressing A T I S T I Cthe button S UFPOPIRNELMSENAEVTRTE,TLyou A N N E L SS Uand EX S C) AP SIDNEDLSby ETRNpressing You inEDmenu and .EUBy M A13DSRUERSEusing P E R Sbuttons E CO AK 1Dl/s A D Dcan R E Snavigate S NELRESV IVNSETTTLESI VLV AI TL YU Ethe CE HLA N N E L 1S U PC (UHPEbutton EPUOD:1PPRI ESPLSEPCELa O K l/s 1l/s OAKl/s V E L S P L E V P AR RAATM IESOT URN IPS1DPADTLIROEENVSESL V A 5ELS0RUU D R E S S S P P L E V E L S E V E L S U P P E S A D D R E S S A P R E D E F . P A R S H A L L P R E D R C H O C O N F I G U E S C ESESS L A Y M O D E E S CS U P P L E V E L A DmDE/s RENENTST S PONSE P A R S HE AS CELE SLRCRP O3 R E C H O E SE CS ECEENNENETNTETENTENNTNTTT P A R AE M E ENNTT EES TT EN SO ECRNE STyou E EN N TN E S FC NTTM T ULA ESC NTTETNNTT SEPCEPNE ENEN NRT E SE SENCE will return menu. EE NN TETN T F O ESRSCEM DE ASECM DECENEANNNTTTTE / T I MAE U VTEIOES ESCEW ENT EEO ANITEN SENTNSGT TW O R D E SE CESEECNESENECSTNTNCTT ECE SUE SE ES ENCtoENSNthe ITTT I Vprevious ITY E N T E S C M E A S U R EF E ENNTT E N T SD E NC SH OEECRN KTD I S T A N 0C 1E E SSC E CD A T E / T I M E 0 0 0 1 L O A D O R E N T R E : ELENO E N T C HCAHNANNENL E1 L 1 R E R: E : E S CC H A N N E L 1 NTTA D F R O M UESS BC P AP ASRSA W C H A N N E L 1 M E T R I S A T I OEN N T 50 ADDRESS CF AHP CA TNR ONS RHE YLA L1DLE PF A I N ISNESRETR VT AVLAULEU (EH(EHXED)XI A)I ANGUSNTEOORSSTTMEVICTECAHACLASHUNUAE NRN( EEHNLPEE 1EXL R)1 S E C OSRRO AR 3 SU ELSLTEELCETC FT OFROMR AMTA T P AS ER LAEMCE STR ERFNO PEHLR AUAC CFM SRM5EAEE0EMSNTNERTTTI SR AI STAI OT NI O N R E : P CA H RE: CHANNEL 3 L 3 N 0ENTERLI S3A T I O NR E : P A RE A5S M0C E T R I S A T I A R AAMN ENTER LI S3A T I O NR E : PCAHR A 5M O ND D RP FAELPRSUAAM E S C56058 0 ESN NN TS I E R T V A L U E : E T M E A S U P A R H A L L P 3 DR AE LEMSUPECEINE:INSTNPPGCAISAIR S E N S O R D I T A N C E I N S E R T V A L U E : I N S E R T V A L U E : I N S E R T V 8 N 1 I N S E R T V A L U E : S E N S I T I V I T Y CAHEUASTCNONSEEL T1 I N S E R T P A S S W O R D ? 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S5 4of 7 2superior ODWD :Rname InP menu in the upper of the screen, is displayed, menu identification number. Each menu 1has 234 AN DNDincluding DLER1SE SS S the A T I S T I C P A R A M S E N S O R I / O C H A N N E L S A E C H A E 5 D Dpart R E S S E S S A D R L O R O M U S B 0 0 0 0 0 1 . 6 2 1 1 m A R A M E T R I S A T I O N EA 5 P A R A M E T R I S A T I O N 5 0 3E N ET+ 3 3 3 E S E C S C E S C E S C S NT C H A N EN SE ELC S1 C D A E SS EC NTETNN TTNTITV I T Y E NETN T NTETNN SS EC S C STCT ENNTT E NE T NE TTVLI LT P TSACEATNS RPESOES:NI ESN E UTMOEE D 6 8 E ENE SETNITEN mN SO/s N O R/s HT4NE IA P A R S H AC CE ONSTENSCTSIFCTI G I O NSP EASNERSNEAIEN m E REET S PSTO IN TS EI V I T Y M E A DS IUESRSPCEL MA EYF NL M Y 3 mE ESN/s NN I VUI RT AY TI N AP OUN STE O S identification ET ADE1UE FTE.OESPSSCCAE RT S H A L L itsE Sunique number. NmOSPRE/s EESSSI S E ERSTC V M A ILSVUEI ETN:YS O R ENNENNTN TTT A C T I EVESA E SSC ETEE AENEEN SNTTNTW CENENE SCEECT SNO CTT R D I S T A N C EESE CSEE ESNE ES SCE N E S CEEENEN E TT O RPDR E S NNTTTTTE / T I M E V IEESEW NTTT T EE S EC NT E SEDECENEA TENNET M ECEANNSTT U R E M E NAETDS CDEPREN C EECESN N TN TT N TT E TS SNNETTN S O R D I S T AE SNECCEENENENTTNTT E N N T V I S UEASECLEENINENSTT F O R M U L A ESC P A S S W O R D C H E C K D A T E / T I M E 1 E S C E N T A D D R E S S E N T ESC ENNTT C H A N N E L 1P A R A M S E ENNTT M E A S URRE ER: EP: E RE SSCE C M E A S U R E P E R S E C E F L U M E S 6 8 E L O A D F R O M U S B 2 1O 1 m 4 6F 4FL O6AWC T O R Y DF LEOFFALWAODWUDLRTE S4 S6 M OMD OB DU BS USS O1 SS ET FRI LCTOF LWV+ 46 C HCAHNANNEANLDE2 LD2R E S S CHANNEL2 F 4L O6 W OA W0EL0RU0RE0O:50R1 E. C6 H C HR CAE H:N AN NE NL E1 L 1 5 CD5HI AAN GN ENIL N P R E D E F . P A R S H A LMSLNETT R I S A T I OMNO D B UUS NSA6LI5C8AT0TVSEI V AMTEI ABOMSANOBUUDCAFBRDHO9UUARE5SRD 5L I1S U A LAI DS D NUI NTWD4IST6A SEMEINPNNTITSNEGR T VCAHFALL NOUNEW4E4UES6:L6CNF1 IOTRSM U L A UCSMNHFUEOALICNFODTNHPL5WBNISUATUE4MIRNSLSE6TANE1ESN S I T I VR IE T: Y C H A N5N E L 4 IELVLTA1IVTE Y R E : C H A NSNEE N R E : ACCAHTPC C H A 5N9N45E6V NN S ANTR IEO:FNL O W E4SA6C C5 T0 I V A T I OUFN A RTC HEI AOSA L4 AAI NTVR NIAAVEMTLAE I4TTOR IINO S5NC FLLOOWP FLOW C H A N N E LL 41 P R E D E F . P A R S H A L L A R S H A L L P 3 NAEN GNSECG E V I VS EIUSSAACUULATI LSOIASSTEAITTO INOF ONRUMNU IL TAVESEINSNTTU A+L I0S0A0RT0AIRU0O SIR PNBUUEAIGTDAURSLTARIOM OAM RUSCS0AM TETINOSNEONBRTEVAENIUNSRTDTUAPRANAALGRITEASEM CSVHW IASNOURNREEAAEDLNLNS?TITGS EA T I O NREASRVCBNUAI1A AE TSSCI EOEFANSNODCSFABRDVEO SGUN V I ASUOSTALSREEA ULN81RM NU5I.IETM6TI SSN2ES SS1 E1 RmT P AI EOSEN F O R M TASM A ECSTCI V A T I O N P A R A M E T ER EINSNATTT I O N NTTU NFI LTLUSOMAEDS FE RS COFMLFUU E ES N CF SLFO D R D I E N T L M E M S E S F L U M E S S E N S D I S T A N C E U P AUPRAN5ARSI0M S E S N E S N O S R O R P A R A M S AAESSTUE RNESMO ERN TF PO AR RMAMAMET ASSEUNRSEOMR EFNPOATPR RENAM RLRNAOEMGM E N S O R D I S TSRAE ALNNECCGE TE F O R M U L A RRAANNGGEE + 0 0 0 0 0M1PO.AR6DRA2BAN1UM SESCEHNASNONRFE OLFPRSFORAO Gitem ARM AMDSTEDA T P A S S W O R DV ?I S U A L I S A T I O NA U T O S E T of superior RO MTEA0Name T M ERMAAESNM AUGSEREAUESRMUE EM NEETNP TE RF LSMUEA M TMUR AM IM N E MA E NSU U R E MFEOFN DLA SMDSRARE TM 2UEA C LOAFNUY FOM I1GRERm UM RA AMTTEI ONN T MAFEM AA RDTSSSEFSUSMRSREOENMPT UE RSA BMSD EEDFC1AROASERDU E SE SN T AMDFEM M E S U E R C R E L S F L S E S F S L U M E D D R F L U M E S I N S E R T C O N S T A N T S F L U M E S P A R A M S E N S O R S El/s l/s O KO K ONKS O R D I S T A N AC DEA 1 1 LVDEEVLE SL S SUPP LEVEL UHPPA LNP EN1LEVEL EV1LE L DEl/s D8TTD IRSETSI SC S USFCPO FD LDURA ESPCSAICPNH STLPAEUNVTNEELSL SUSAP1FUDPOEPDILARRPNRERD DERSSA DESSRT SE S S BAI NDF A F O3 RSMAT6AEA ODI S/RROUE5YM MESOSAEESRSRTENINTETTTCIVVHAIOLT UY E A1 D DERS EC S S I O C HF LAEUSNMECN SEEASCL1TDSAIDDC SC F ORRMMAATTE ENNTT RMM M 3M E A S I NU SR EE RMTE VN ATm L3UEENRENEAETETN :SN TU R E P E R S EE SCNm N ECFO S3O RD SOPSAEPEREMNREN IFT.EI PLVAI TR YS SH PCE PSSRPPEOENNDLESNSEENE TTV N O R/s m mEUAEN/s E BOPNSI UTRSCPT SPEELLNSECA LVHYAFEOOVLMR EMOEUDSLECAESSRCI EU PELNCTEPTLNONSLTNCT EFVI G E LUP AR RAAETMSIEECSOSST URCNUAIPSEPCPASPTTCLEILIOEEVENNVNVATTEETLLI O N 5ME0EORESNDENRUDTETN LEPNTETCITNVVHG EAOLL U 8E 5:E EENENRTETNRNSTOCT ERN TE C H O P R EE DREE SERS S RU/s AE SDP ODN RS EE S S ANEOD/s D1SRP TOENSS ES S C T E NNENTTN BESESRUCSCEM SCENUNEC T VE ISSC U A L I S A T I OE SNECS PCE ANEETSEENENNSNNTTTW /TT I MAE U VTEIOES SCW E SE CSECENENEE SFENECST TTT M O FD EO OTNCRT M U L A T O RSDE L EEC C T TS US LWAO R D ?E S C D EANETTENENT E EES SECECN ESEST NTNTEETN S E ENENSNTITTTI V I T Y I N S EE RS CFTEEOSEPNRCNATM E S CEESNTCT ENT NT TT EENN EE S ECNNTT TT CETTO L O A D F R O M UESS BC EPEENANTSTTS W O R SD E NC SH OEEEPCRNNAKTDTR IAS MT AS NE CN ES EOSRC EEDNNATTT E / T I MI NE S E RETENN+ + 0 0 0 0 0 1E .S 6C 2E1EN1NTm 0 N0 S0 T0 A01 1N2 .T36S42 1 1 m I O C H A N N E RL SE LLAOYASD F ENNTT E N T F O R M U L A 8 5 B I N A R Y IN Menu identification number E E N T M E A S U R E M E N T P A R A M E T R I S A T I O N 5 0 R E R : E : R E : D I A G N O S T I C F A C T O R Y D E F A U L T E N T C HCAHNANNENL E3L 3 CHANNEL 3 P A PR A RMAE MT RE TI SRAI ST AI OT NI O N 50 P 5A 0R A M E T R I S AMT EI OAN S U R E P 5E0R S E C M ISARNLE6ENMSSA8NRUEEELTNLRAT1VT AVLAULEU: E : S EB RUMTS OVCDAHBLAUUI NOSENC:S FIR RE: LI CFUNHU 68 58I O CHANNEL1 OM 5N D I N S E R T P A USATCSUOO WTNSO EGSTUDERT?A T I O N F L U M EESSAC U2A TUOT SOESTAE DT FDL RU FMELPA6ESUAS8DMSR EADE EMSNRNETET SR ISS A T I O N F L U IEM6NS1E8CSSS6E5E8R0LTE CV TA LF UO ERF:M E N T T V A L U E : I N SI N I N SI E R T V A L U E ( H E X I N S E R S E R T V A L U E : R E L A Y S E S C E S C E N T P A FR LA O METRISATION 50 R EIHDSNAITSPLAIRTLETNEAPSIIACDRCN NVUEESCI TTFDEE.YOER PFST A.EVPRTAAS LH RRNSMH UAELLENALNTTE N T ESC M E S CW S ESNESSIN/CO SOROI CNDRHSI DA SE ITRNSATNTNEVACLANSEPLCRUEEOEDR:SEEDENSFN?NTE.TSNPOSAROR SD RUSAEHL:PLARLEELDIENNNETTSF E. RP TA RC SOEHNSACSPLTRALSAECENDLTTEIEI NSVFC8S.ATNEPTF1RAIOO E ENNTT D II NS SP EL RA TY PMAOSDCSNEFEW AUTOSET O R MM UEMLAEASAUS RUEERS PCE EPRFEOSRFRESSOMCEERUCNMLSAUOLRA D I ISEO TEN FANONCNREEML SU L A E S C F1+ OVI NR0+ m3/s I SSM 00UE0U0AR0L0TL0A0I0C0S.O0AT0.NTE1V0ESIN0AON1TT0TL0NAmU0NEmT: SB I N+A0R0EY0S0ICN0 P0 U. T0P R1A RE0 C N T A C H T E S C M EMAESAUSRUER PE EPRE SR EESEN T T 0S1M SB E L O A ST EO NT S O R D I S T A N C EI N3 S E R T V A L U AE :DADDPRDAERSSESS+ S B L O A D F R 0O 1M U SS EBC L OP A DR AF MRP O RDED SSOEB RCI DN S EMR 0OT 0DD0BA10UT1SE S/ TLSIAEMVCEBEAI A SE SNUW SWS0O0 R0 D0 0 1L.OM6AA2 IDQ A DFMAm EHRS^EUSDSS+ L MOD EA0F0ADR0SOF0URM0RO0EUM 1N 1= ANORD*UM 3 Q M.S. 0P.UE0MRS1OBS0CDOE0BNCmFUI GS UCR AHTAI ONNN E L S M E A2 S U R E M R 3m S/sE3/s CNmO R E S P O N S E 2 ENT N O NR OE SRPM EOS NEP SOAEN SSE U R E P E m S ESFNOEm SRDNMIA/s STU TILI TAVE II/VTT IYI TMYE ST8EAS5NTE SINSI STTIIITVCI IVT IYT IYO CAH+ ADNDN RE LESS S 1SS P L A Y M OP ADREA M E T R I S A T I O N S R E L A Y D I F O R MS UTHLA A.TM.I P A R A M E T R I S A T I O N 5 0 5 0 1E S C 3 F A C TNOET NRTY D QE .F .A. U LETOTONSW AO DK D R E S S EN S0TCT1 . 1 4 N4TETN N SOEDN SEUNITEN YBN INNEAPL RASEYSS SICNWPOURTD E S EC S C A D D REE0NNS0TTS0 0 E: S0EC5SV C I, ED ENE NTETNNTET S C 2 E S EC S S C E LEEENC EA N CTSFC(I G EN TSTNTITCVHI T E1ENE F L m / s ) C U R A T I O N . 1 0 E N T E T M B A E N E T N T E T F O R M U L S E L E CA A U T O S E T A U T O S E T SENSITIVITY E SE CSECEE T TTNNTTT I O C H A N EN ESE A EESSCC ? S S W OMRE SODECSD?EDCEBNNAUETTETEN E S. CL ED VAEETEEN EEECN SSNECT NNEN T CTNTT E N E EEEN CTLTCTA PY A ESENSR LNENNNTTT/T(TTmI)M E V IEIENESSSCEW SENN E ENNTT ENEEN NT CSECLEESCEORENSSNE ETNST/TTTL AI MV EE SEEQSESNCES= R S ENS SC E R T C O N HS .T. A EN E I N T S I N S E S E N S O R D I S T A N C E S O R D I S T A N C E C E N T C E N T A * H ^ D + E E S C I TNHSE EBCRIKNT AVRAYL IUNEP: U T ESC ETS C EF N T E N TE ENNTT M O D B UVSEI SEC TT E ENNTT A , D , E . . . C O N S T A N P A S S W O R D C A C T O R Y D E F A U L MEASURE PER SEC M E AESS UC R E P E R S E C ENT R EMLOMAD OBYDUSEBS UENSSST MNTOT D B U S S L A EVSEC4 6F 4M RE: ENT E S C5 C5HIAOE HND ANENED E1TEL 1S4 S36 NCNNHET ENNLNRT C HCAHNANNEANL DE4 LD4R E RSESR: E : E S CC H A N N E L 4 L O6EWA S U RQI .N.CG.HFCAA AL N1N E B L SI N A REYNI TN E S C D I A G N O S T FI LCOF LWOEWEN NT CLH O AI NOW 1ENNNT/E sL )S C H A N NE ES LC5 10 5NCEHL( Am C H A 5N N E1L 1 2 P A RE P A R A M 5 E 0 T R I S A T I O N B ACBHUANANDSNUN5NSRD C E25T 0R II SNA ST IEORN U E N T CPAOA5MNR0EFATIMGR EUI STRARATI TSI IOAONTNI O N P A RE A5S M0 V I V S I U S A U L A I L S I A S T A I T O I N O N V I S U A L I S E N T F O R M U L A S E N S I T I V I T Y E N T 8 5 M AS IEN NM SE NI T U I V I T YP A R A M E T 0R I S A T I O N Q = A * H ^ D + E TS SLE LNHSP. O m DE R BLRUASS( M ITOIASCR TM RNLISSSNUTUCEHTSLEAO1: LS LE TP 3 P A RA S4UH6T AO LSLE PT 3 T CPNVUHAIAANTEA HINA 3. .RL EMPVPOAA HS LA)SALEV LEN PS 3O R P A 9R5AM MO DS BE UNMSSAOOCTFDSRHITOBOFAARUPEO PUPALAA RR5U AESANM F LA O EW SRCA USIAT/CO O S E T A U T O ES NETT E T P A P R A A R M A M S E S N E S N O S R O R P A R A M S E N SS VC IFEM M O D B U S C H A N N E L S C H A N N E L S N T E N T E R A R N A G N E G E R N G E R E L A Y S S E L E C T F O R M S T A T I S T I C E S C S C E N T A , D , E . . . C O N S T A N T RA ENT UTOSET QET RTM =I ESEAAN*T TIHO ^N DEM+NEETA S 5U0R E M E N A EN ENNTT E S C I S U AI LNI SS EARTTI OV NAMLEEUNN A INSERT PASSWORD ?T M3BA/EEAPSsRAAAU UMAERRREM RSD AU N TM TPNDUATDMTDOREM DW E SUIEEN NSESESOR RT DC IOSNTSATNACNAEETFTTQS:LS.UU. R.MFEELMSOE W EM U S R E E M N E T N T M E A S U R E M E E L Y S DTN AEC NES CE EN S O R D I S T2FALFNUVLCM ( m ) E M B I N A R Y I N C O N F I G U R A T I SO ENN S O R D I S T A N CUSENE DNSI TISESSNOPSRL OADRYI SDMTI OA S D NRHOPA.EUR.NST.NMSLE EAL SVT EE SLC A( mDAA)FD1DD6ORB4DDREAIRRM RDEORSDESBSUESSS CS L CA AOV1DPRESYDE T YD UEATS TOSSYS EI NT P EU3ENT1NTTA11 DADDM AAGESSEAUSSRWUE ORPREE DRPFEOSRREMCSUMEL AEC A S U R E PE ES CRF OSFPREO8AM EWA S U R E P E R S E RCMA5EPNM CMR5REAMAATAM STUSPREAENSPSSEOBW RERI NEO SAANRTERID N OC CIFH D A T E / T I M E P3VA RIM AM ETRISATION .RDSOO .ON .SR1EFSAESLSRO SW ( m / s ) V I EBIWNI 3E RTEDE ESSR/SETSI M REEERVSLEESML E2N T CELRE RIANSOARUPR, TUDPEOPT,CETLCH.AE.HOL.VACI EZNOLENNREEESRAL1RRTQOSDRRA TSERSM O UK LSAUSMPUAPEPDALPDSELVU FALDm UDA0D3M M A/s E S E LAEDCWDTRFIEO m /s N O NR OE SRPEOS NPPSOA EN SSE S W O R Dm C NP.ERRTLIDNCNEEEBSHVGCCUOEHHSRLOOSD( LmI AS) VT EAEDNRACERMREOPRRIONERGC EHCOH O ED RAMRM HAU/s EDNTCODORKRESSEPEOSTNSS E D S H . . 1 A D A M D A M P I N G A D D R E S S SE CNIAETTSNTIOTIVTRIIYTVYDI TEYIFNASUSELERTNTSCI TO INVSI TT A YENS ECTSISOCS CEHNA SN NI TE 0LI S0V 0I T0 Y C L EENRAETERNS 1LCTTAOYTSA L I Z EESREC S2C M E EANSTU R E P E RE ESNENETETNCNSTECTS C ASSWORD E S EC S C D I A G N O S T I C SESEENEENNTNETNSNSTOTI RT IDVI ISTTYA N C EFS OE FRNSAM AS EC, ANDEI TD,NNEETDSNE. ER.TEN.RENTCTTSOSDNASTTEAE/ NSTECETINM E NETN T C E S CEQE E ES ER CM ERCN TDR T S UEEPESNNPCTETLNEQTV=EAL * H ^ EDS+CE SEECENNEETTENSNCTT TTNE TETR T V A L U E : NTBTEE TRTTY AI LNI PZUE TRE SE3C I N S E R T V AM LE USE CEA :S U IENN E ESN ENEN OO UCENSNHTTCOH A CNE LNSEECESEBACLENIERNSNETEETNETSNN ET E NNTT ESN SE CTEN ATNO ERNNETT P E R S E CE S C ESC ENT TN T F O R M U L AE S ECESSSCCE N S I T I V I T8Y5 EESSCC 000 EN NTE TTEN E ENNETTENNTT B I N A R Y EI NS PCUE TS EEENN T A R O T A L I Z E R 4 ESC ENNE T N T P A R A M EETSRC I SEEASLTCA I OYN S 5C 0L E E T R TT E T M O D B U S S L A V E 3 ADDRESS EO S 80 U A E N T C L E. A. .RF T QP A. .S. SF LWOOWR D( m / s ) AF UL UFTLMOUE MSSBEESISTNCA R Y I N P U CTH A6N8FNC6L EU8ULMER1EEN RSNETTN T SOEUL TE PCUT TFE S1OC4R6.M 2 2 1AL.V1N SENSITIVITY LAU4TLESU:1EC0:H :A 05N N56 E8ELI N1N ST E R CT LQ VE AAICLNRHUISATLNENEOOS5N:R 6 RMDEM ERNES8DOTDFED.I FSBP.TUAPASRANSSRCHLSEAHEV LASFLELC ULEM6SPE8CSR E D E F . I PNAS RCEHFSRALIEHTUNNEN5AMINNSCNTEE6LTEOLSS8LRE1NENTSRT VTT A HCM.OE. NS. FLI EG UVREALT I (OmN ) FELSUCM EES6S 8C 2 0 S EPNF RLSPUEEO MAIN MENU I N SBEI NRATR YV I AN PLCUULTHEE. A. .RLI NET SVO F EL U: E E N T N T F O R M U L A 8 5 E N T E S C E N T I N S E R T V A L U E : I N S E R T V A L U I N S E R T V A L U E : I N S E R T V A L U E : A C T I V A T I O N E N T VD A TF .IUOPLNAA R S H AIPLOIRLNCEHSDAENERNFTE. LVPS A LR US EH A( AHL CEL XT I)1V A T I O NA , D , AE CC. .O T NRLUMERRI U RE M E NSTT A T I S T I C DM A , ND T, E . . . C O N S T AP RN ET DPEA FR .A MP EAT RR ISS HAEFTAOI FPOSLRO NELESUPAFELE.RAR5PT0SAVERACS LHUAAEL:CPLRT FEI O E1TANARLVSB ITIIENZSOCAE P0R0IE0/ DO0E CF H. AP AN RN SE HL SAF OL LR M UALUAT O S M SEA AM LEI0DLSLEFACRTTOI OFMNOURVSMFIFBESUOOMSRULRCOMAMUDLLUBAI0LSU1A0AS 1TCISHOEA SNCEN CNVEI LS ESUCE8NANL5TLTE IASRACTT0LOI O DSR ARUFMOLREQMTAOR=M UI SASAU*TBSIHOB^N VD IF+SOEULREO AE DTLDOLFRAOEEPDARSA CFM IMSIUPNLLSAAEYR TM V O AD LE U E :E ENNTT NN5NUTSTS ER SD CD ECS O C N F I G U R A T I O N E ENNTT P A S S WF OO ENSPC EN NT TA C LME1SA2ER3N4TSOOETRSAC LP IACZRLE R E I E R T C O S T A N T S A R A M E N S O R P A R A M E N S O R P A R L O D F R O M U S B S E L E C T F O R M U L A L O A D F R O M U S B L O D F R O M U S B L O A D F R O M U S B S E N S O R D I S T A N C E + 0 0 0 0 0 1 . 6 2 1 1 m + 0 0 0 0 S0 E1 N. 6 I2T1IA1VUmI+T YO 0 0S 0E 0T 0 1 . E6 C2 1 1 m ELAYS D A T E / T I M E V I E W + 0 0 0 0 0 1 . 6 2L1O1PAmAD SFSRW POAOMSR USDW S BO R D E RBA I NSSUER0RE0TM0CE1ON NTE ESNNTTTAM NE TA SCS LUERAE RMETES OCN TT A LMI ECZ ALE M E A S UERS CE P EQR . SS. .EEFCNL SOOW0R 1D( mI SE3S/TENM 0E0S0C 0 sNAT)ITEONACCSHEAUNRN EE LMS EENS CT M PDinel, A S Ss.r.o. WORD CHECK D A T E / T I M2 E E ENNTT D IRON1EEDAESNBNRSTUTYSI NS PL AU VT EEEA1NENDTETNDNSTCTCR LE ES9AS R T OETSAEC SLACI1DCZ FDLE DTETNCRNSTCTE S S ©D E S ECAS1D CM ESNE NIE . . EL AE VS EU LR E( mP )E RAE D I A G N O S T I EFM-115 C F A C T O0 R0 Y0 0D E F A U L TW AR DI TDER EE RS RSEOS ECRSHC . M P U T C H A N N EE SL CSE N T E ES SC E SE CSECENNTT EC CENNEL E TN S I T I V I ET SBYAECIENS,ENAA T N4ATTY S ESC EE S CN ETNTT E NTT TE5 N E S C ENNCUTTL A DNRET,NYENDTIT.NR.P.EUCST OS N S TEASECNSERCTENEEENNTE6LN ESC E SECENN8TS C F O REMSUCL AE ENTST C E5EN0NTT T E S C ETD EFSOCEER SM P AERSACM E T R I S A T I O N P A R EA SMCEET N R I S AETENINOTTN 5E 0EENN E NETTS C TO T E ENNETETN SC ET NO TV ESC E N T S N S I T I I T Y E N T E S C L E A R T A L I Z E R 1 E S C E N T B I N A R Y I N P U T E N T E N T S E L E C T F O R M U L A S E L E E N T E S C ESC ENT E ENNTT ECS AUTOSET AHNEUAN NETENLOSE1 SCL 1E T H CAV 5 C5H A E N ENNNETLT 1 AAS5R0S TWOOTRADL I Z E M R 2 P A PR A RMAIEEN MTSRESCTI ESRARI STTAI OTCNI OONN S T A 5N0 PT5A S 0REAEN MNETTT R I S A T I O N CELPSEC O D B U EN NT T S S LC A I N S E R E SENSOR DISTANCE SENSOR DISTANCE F: 1 1
0.57
0.57 0.57 0.57 0.21 0.21 0.21 0.21 0.57 233 233 0.21 233 233 3 0.57 0.57 233 0.57 0.57 0.21 0.21 0.21 0.21 0.57 0.57 0.57 233 233 233 233 0.21 0.21 0.21
233 233 233 0.57 1735
0.57
0.21
0.21 0.57 233 0.21
233
233
0.57 1735
CHANNEL 3
ENT PARAMETRISATION
RE:
NO RESPONSE
AUTOSET S E N S O 3R D I S T A N C E M E A Sm U R/sE P E R S E C A D D R E S SE ENNTT SENSITIVITY
50
AUTOSET SENSOR DISTANCE MEASURE PER SEC ADDRESS SENSITIVITY
ESC
ENT
ENT m /s 8.3. Locking / unlocking configuration menu of the evaluation unit E N T E S C E N T ENT ENT RE: C H 2A N N E L 4 CONFIGURATION RE: CHANNEL1 I / O C H AR EN: N E L S Complete configuration of menu within the main menu (MAIN MENU). Access F L the O W evaluation unit3 can be made C H A NinN the EDLI4SCONFIGURATION FLOW PLAY MODE m /s to this menu is only allowed to authorized persons, and therefore, this menu is protected by a 4-digit user password. In production, P A R A M E T R I S A T INO NI Tthis 50 U S 2 C OPNAF ISG SU RWA O T I RO D N RE: CT OH TA N N E L 1 A U T O S E TR A N G E ID/ AO TCEH/ TA INMNEE L S m33 3 F L O W"1234". password is set to a default m /s S E N S O R DF ILSUTMA ENSC E DF AI SCPTLOARYY MDOE DF EA U LNTO R E S P O N S E OK m /s M E A S U R EF POERRMSAETC EPSAC S S W O R D 3 E ENNTT E ENNTT TOT 3 E ENNTT N O R E S P O NDS A E T E / T I M Em /s A D D R E S SS U P P L E V E L m E N T S E N S I T I VE ISTC Y F A C T O R Y D E F AE N U LT T OK NO RESPONSE
3
0.57 1735 0.57 1735
ESC NNTT the evaluation 8.3.1. Unlocking configuration menuE0Eof C O N F I G U R A unit TION MAIN MENU
I/O CHANNELS DISPLAY MODE
STATISTIC CONFIGURATION
ESC
E2ENNTT
E ENNTT
FLUMES
PREDEF. PARSHAL
OV RA ML UUofEL :A 2 The password can be entered rightI N C OPNAF ISGaccess E R TF time SU RWA OT I RO DN password. M ADmenu I NA M The configuration using a valid atS the T EEN/ UTcan I M E be V I unlocked EW 0 LOAD FROM USB ID/ AO TCEH/ TA INMNEE L S SP TA AS TS IWS OT RI CD C H E C K entering to the CONFIGURATION menu from the main menu, or in the PASSWORD CHECK item in the main menu. For DF AI SCPTLOARYY MDOE DF EA U L T CD OI ANGF NI GO US RT AI CT I O N + 0 0 0 0 0 1 .the 6211m R D is displayed EPSAC S S W O T E /password, T I M E V I E W"INSERT EDSACthe E ENNTT on the display. E ENNTT purpose of entering PASSWORD?" text ESC DATE/TIME
PASSWORD CHECK DIAGNOSTIC
M EA SI NC M E N U
FACTORY DEFAULT
E0ENNTT
C EO SN CF I G U R A T I O N
P AE RS AC M E T R I S A T I O N
E2ENNTT
E5EN0NTT
AUTOSET PARAMETRISATION 50 SENSOR DISTANCE STATISTIC I/O CHANNELS PARSHALL P3 CONFIGURATION AUTOSET DISPLAY MODE MEASURE PER SEC 50 PARAMETRISATION M ADI NA M 2 C OPNAF ISG SU RWA O T I RO D N T EEN/ UT I M E V I E W 0 SENSOR DISTANCE ADDRESS A I N S E R T P AMSE SAWS UO R ED ?P E R S E C SP TA AS TS IWS OT RI CD C H E C K ID/ AO TCEH/ TA INMNEE L S S EU NT SO ISTEI TV I T Y S E N S O R D I S T A N C E ENT ADDRESS CD OI ANGF NI GOCUSHRTA A DF AI SCPTLOARYY MDOE DF EA U L T ESC NI C NTE ILO1 N 5 CONSTA M S E N S I T I V I T Y I N S E R T V A LE UA ES U( HR EE XP) E R S E C E N T A E RVAI M E WS E ENENSNTOT R EDSAC T E / T I M EPSAC S S W O R D E ENNTT PA ADDRESS PASSWORD P A S S W O RMDE ACSHUERCEKM E N T DATE/TIME ESC E ENNTT S E N S I T I VE ISTC Y D D I A G N O SATDI CD R E S S FACTORY DEFAULT 1 0 0 0E0S C I N S E R T V A L U E : E ENNTT E I N C OE R2SERCNETC T 0 M EA SI NC M E N U C O N F I G U R A T I O N E N T E N T E S C E N T ENT E R R O R E C HE ON T FLUMES S T A T I S T DI CA M P I N G I/O CHANNELS INSERT VALUE: C O N F I G UE RS CA T I O N DISPLAY MODE + 0 0 0PE0NR0TE1D.E6F2. 1P1AmR SE HS CA L E N T E N T C OPNAF ISG SU RWA O ESC M ADI NA M 2 T I ROE D NS C T EEN/ UT I M E V I E W 0 EFNOTR M U L A ENT SP TA AS TS IWS OT RI CD C H EC HCAKN N E L 1 ID/ AO5TCEH/ TA INMNEE L S + 0 0 0C 0O N0 S1T .A 6N T2S1 1 m CHANNEL 1 5 O CUHSA BN N E L 9E 0R TL OV AA DL UF ER :O IM I N S CD OI ANGF NI GO US RT AI CT I O N P A R A M S E N S O R DF AI SCPTLOARYI YNMSDOEE RDF TEA UV LA TL U E ( H E X ) E SSCE R T V A L U E ( H E X )E EN PARAM SENSOR I N MNFTTOL ODWB U A R E : C H A N N E L 1 P AI ESWS WEEOAENRSNTTDU R E M E N T EPSAC S S W OCRHDA N N E L 1 E ENNTT P A S S W5 O R D EDSAC T E / T I M E V MEASUREMENT R E UL AN YI TS D 2E S C P A S S W O R D C H E CM KD D R E S S D 1A T E / T I MAE C T I V A T I O N ENNTT ESC 1 E A D D R E S S A E CHANNEL 1 5 I O CBHIANRN A N ERNLYSG 0 9000 0 CONSTANTS A D I A G N O S T I CI N C O RE RR ERCOT R E C H O F A C T O R Y VD IESF0UA0AU0LL0I TS A T I ION NC O R R E C T E R R O R E C H O M BU UM PARAMETRISATION 5 0OODFDB PARAM SENSOR I N S E R T V A L U E ( H E X ) M S L A E S C E N T E S C E N T P A R A M S E N S O R 0 MAIN MENU E2N T CONFIGURATION P A S S DWAOEMRNPDTI N G MDEAAMS PU IRNEGM E N T RENENTTL FAOYRSM D EAS UC T O S E T E I N S E R T P A S S W O R D ? M E A S U R E M E N T 3 S T A T I SE SOTCKI C I / OE ENCNTHTEAS CN N E L S E S C ESC OT RI MS UTLAA N CEEN TBEISNCSA UR PY P EI OS NC ER NFTD P A R A M E T R I S A T 5 0 1 E ENNTT E N AE DS CD R E S S E S C E N T m /s E S E N S O E N 1T ENT ENT ENT C O N F I G U R AI NT CI OO RN R E C T D I S P L A Y MA OD 0DD 0ER0E 0S S ERROR ECHO AUTOSET M E A S U R ES PE EL RE CS TE CF OMR OMEDUSBLCUA S I TNT CS OEPNRAF TISG SPU RW AASOT SI ROEWDNS CO R D ? E ENN M ADI NA M 2 T EEN/ UT I M E V I E W 0 ESENNETTN S O R D I S T A N C E INSERT CONSTANT DAMPING A D D R E S S SP TA AS TS IWS OT RI CD C H EC HC AK N N E L 1 ID/ AO TCEH/ TA INMNEE L S RE: RE: M E A S U R EF LPOEWR S E C 4 TNI ST6ITAV TI ITO YN CE SH CA N N E L 1 E5SO0CD B U S S L M E ENNTT P ASR EA N M ESE TIERN CD OI ANGF NECI GHSOACUSNRTN AEI LCT1I O N E N5 T DF AI SCPTLEOSARCYY MDOE DF EA UC LH TA N N E L 1E ENNTT A D D R E S5SE S C UNITS EAS UC T O S E T BNTAT U D R E EN E S C A C T I V A T I O N A C T I V A T I O N D A T E / T I M E V I E W P A S S W O R D ESC ESC RNETT: E EN N RS DI T I VE EINRTNTTAY N G E E ENNTT P A S SSWE O C H A N N E L 1 P A S S W VO IRSDU AC LHI ES CA KT I O N D A T E / T I M E I N S E R TV VI SAULAULEI S( HA ETEXSI O)C N CUHMAENS NEEENLNTT1 S E N S O R DE SI SC T A N C E FA OD RD MR SEA SE F L E S C E N T R E : CHANNEL1 FLOW M E A S4U6R E P E R S E C M O D B U S S L A D I A GCNH AOPNSANTRE LIAC1M S E N S O R F A C T O R Y D E F AE UN LTPTA R A M 0S0E0N0S O R 5 MEASUREMENT MEASUREMENT ADDRESS UFNOLI ERT VM S AT BAUD RA EO 3SN/s CF I G U R A T I O N M EA SI NC M E N AU C T I V A T IOOK N E0ENNTT Cm OK SAUNPGPEELLE: V 5E 4L . 7S E N S I TC IM m3/s 0A0ED02END1NTRT E S S 3 1 1 A D D R E S S R /TTsI TV YA L U E : F O R M A T F L O W : 0 . 5 4 7 2I N S m EENRNV S T A T I VSE ISTSCI UC A L I S A T I O N D I ESENPNTLT A Y M O D E E S C ETLSUC M E S E T 3ENNTT E ENNTT E N F E S C E E N T E S C E N T T A Taccess E: 4 MT ISOEreturn By pressing the button by pressing the button EFNOT,SRthe password screen EAEENNDSTTCD R E S C O N F IPGAOUKRRAAyou NN S O R to the m /sprevious P A Smenu, S W O R and D Q = A * H ^EDS + E A ES UVRI EE M E N0T I N S E R T V AEM LS UCAET: M ADI NA M EEN/M UT EI M 2 C ODN A F ITG EU R/ AT TI IM OE NES C 3 T W E N T E N T C E2N T E N T ENT OK SUPP LEVEL m /s is displayed. The default 1 By pressing ODT RDI CDR E CS HS E CisK "0000". SP TA AS TS IWASpassword OARYYbutton DF AI SCPTLthe MDOE DF EA U L T , positions can be browsed. Current position is high3 T . . . F L O W (EmS C / s ) E ENNTQ E ENNTT RE: R E : current ENNTTthe ANGF NIEbutton CD OI the GSOCUS RT AI CT I O CN, Hnumbers R IRNDG can be entered in the range2E SofC 0 to 9. By pressing C H A N N E L 1 lighted. A N N E L 1 Eto PMAE SASSposition WU O By pressing H . .button, .LEVEL (m) E LT 1the V A EL EUNNETT ( H E X ) S E L E C TC H F OAE RSNCMN A M NE N E L 1 IENENNSTTE R T V A L U E ( H E X ) EDSAC T E / T I IMN ES EVRI TE W EDSAC T E /CTHI A ENT R E : A C H A N N E L 2 4, D 6 , E . . . C OENNSFTTL OAWN T FLOW 5 PASSWORD CHECK the password is confirmed. F A C T O R YC HDA NE NF EAL U1 L T CHANNEL 1 5 5 4 . 7 C M 5 4 . 7 CM L E V E L : L E V E L : UNIT DIAGNOSTIC 0001 U N I TXSXE EN M E A S U R I NAGC T I V A T I O N P 03A0R0A1EMS CS E N S O R ESC XN.TTX X RE: 3 CHANNEL1 s RD RANG FLOW REAL NE GC ETF FL OO RWM: A0T. 5 4 7 2P A S mS W/ O VN: I ES0LU. 1A5 L4 I7S2E1AENTNTTI m OMNE/ sA S U R E M E N T ESC I N S E R T V A L EUENENTT( H E X ) S I OEC3SHCA N C NSEHTL A SA N 3 STATE: 4 F L U M1 WRITE OK OK OK m /s mI N/sP U T C HTAPENA: NR4 EA LMS S E N S OARD D R E S S 1F L U M E S P A R A M E T R I S A T I O N I N C O R R E C T5E0S CF O R M F O R M A T M: E5A4 S. 7U RE ES CM E CN M T L E V E L E S C E S C E N T E N T E S C E N T E N T E N T E S C ENT E3 RE RNO1T R E C H O E N T S U PXPX LXE. VX EXAL U T O ES NE T ENT E l/s NT R E EL NA TY S A D D R E S S 0001 OK SUPP ORMULA OL SW I O BC IHNA A NFNRLEY 5 0 S E N S O RF D NAGOM ERTDR I S A T I O N I N: PS CU0 T. 5 4 7 2 1 m D/PAsAMSPPSAIERW 3 ESC ENINESTTLTEACNTCFEO R MEUS LC A NTT WRITE OK ASHT SA E L:NA4NVEEL S E ENNTT IMNOP DUSBTTUC E E N S OK m /s E S0C0 0 0A U T O S E T M E A ES SUCR E P E R S E C E ENNTT PASSWORD RC EU LRARFYEELSSNOCWT O U T P UCTH A N N E L 1E N4 T6 S E N S O R5 DFELISOSCWT A N C E F L O W A D D RE EN4NST6TS I N S E R T 4C6OME NSO CDS BTUEASNNSTLT RE: CHANNEL2 E ENNTT CE HS AC N N E L 1 C H A N N E L 2 E EN5NTTR E : ESC B I N A R Y I N P U T M E A S U R E P E R S E C E S C E N T 0 0 0 0 E N T E N T BAUD R NP IA TLR ASAMVE ET R I SAA CT I TO IN V A T I O N5A0D D R E S S U N I T S U N SI TE SN S I T I V I T Y AC CH TA INVN AE LT 3I O N R E : M O D B UU RE: FNTOT R 5MI AN T NGE E EN RNSAT SNO R AENS GC EC H A N N E L 1 VISUALISATION AGUET PO US TE VTEI SS CU CAHLAI NS NAETLSI1EONNS I T I VE EINRTNTA C U R R E Y ABDU DS SR LEAS F L U M E S F L U M E S F L U M E S P A R A M S E N S O R P A R A M S E N S O R R E : M O D 4C 6 T EI V CHANNEL2 FLOW 4 6 F L O W 5 S C A A T I O N S E N S O R D I S T A N C E ESC CHANNEL 1 E S C E N T E S C E N T ESC FNOI RT M A T E NFTO R M A TV I S U A L I S A T I O BN A U D R A+ F O R M A TE ENNTTMEENATS U R E M E N T MC ET AI VS AU TR IEOMNEENNTT U S I O C H A N NUE LNS I TMS E A S U R E 1P E R S E C A l/s l/s S U P P L E V E LA D D R E S S OK 1 1 W R I TVEAI SDE URD A RR OLE ISRSSOAK T I O N R SAUNPGPE L E V E SL U P P L EPVAERLA M S E N S O RF O R M A T I N P EUNTTRECAS HCN AGA NED ND ERLESSESS C 3 ESC mE E/s E ENNTT MEEENNATTS U R E M EE ENNTTAE DS CD R E S NNTT E ENNFTETLS3UC M E S PEANSOCRRAE SMP O SN SEE N S O R R E EL NA TYF SL U MS E SN S I T I V I T YO K E ENNTT mO R/sM A T E1S C ADDRESS F F O R M A T MEASUREMENT E N T I O C H A N N E L S 1 E S C E N T B I N A R Y I N P U T ENT ENT l/s OK 1 S U PEPENNLthe W R is I TAEentered P LNLANEVVEis DEDRRREOSRS incorrectly, TTE V E L E S C the text ELE SLdisplayed, and by pressing IMNOP DU BTSUCUSHPSA E ENNTT the password "INCORRECT" text button RE: R E : C H A N N E L 3 When C H A N N E L 3 E S C PE AS RCA M E T R I S A T I O N 0T 5 0E S C RC EU LRAR YEESSNC T O U T P UPTA R A M E T R EI SENANTTTI O N E ENNTT E ENNTT E EN5NT I N S E R T V A L U E : UH TA O A EUENTto S E Tprevious menu.F L O W "INSERT PASSWORD" isACdisplayed password A R Y I N P UorT return R E : to enter the CHANNE EBSI CN NTO T the N NS EELT4 again CHANNEL 1 ESC C O N S T 4A N6 T S 90 S E N 5S O R D I S ET N A TN C E M O D B U S S L A V E S E N SCOH RA NDNI ES LT1A N C RE E : VISU NXI0T) 0S0 0 0 0 . 0 1 0 A0 m P A R A M S E N S O RM E A S U R E P E R S E C I P SE ER RSTE VC A L U E ( HU E+ M E A S U R E RE: C U R R E N T O U T P U T P A S S W O R D CHANNEL 3 50 PEAXR) A I N S E R T V A L U E ( H R A N G E M E A S U R E M E NP TA RAA DM EDTRR EI SSA ST I O N D INSERT VALUE: AED1ENDNTTR E S S ESC M E A 8S I OE SC3 CH A N N E L S A U T1O S E T N O R E ES 4PNO6NTS E FLUMES E m3/sA D D R E SF SL O W NO RESPONSE SENSITIVITY I Nm CI ON/s RP RUETC TC H A N N E L S S E N S I T I V I T Y 0 0 0 0 ADDR FORMAT E RE NRTO R E CUHNOI T SSEES NC S O R D I S T A N C E 3E N T 0 0 0 1 E S C E N T E S C E N T E S C E N T TAPN INNE LG 1 ERRO NT ENT M E A S U R E P E R S E C mE /s R E EL NA TY S S+U0P0P0L0E0V0E. L0 1 0 0EmNC OTN S T A N T S DE ANC HM R A N G EA DN ODR RE SEP OSN5SS E 3 I O C HNA A N NREYL SI N P U T 1 OK E S CE N T EES C( H E X ) P A R A M S E NESSO R E ENNTT I N S E R T V AmL U/s E ENNTT BPI A 46 E S C EAENNTT ENT E S C E N T E S C S S W O R D m3/sE S C M E A FSL FUO LWRUE M NO RESPONSE E N T E N T SENSITIVITY IMNOP DU BT UCSH SALNA VEEL S ENT ESC D ENT MSEA NT T UF ON RI TM RE: CE HS AC N E N ENL T1 E SO CD B UESNSTL CHANNEL4 46 4 6M FLOW E EN5NTT E ES SAU SNP PG EELSECV E L 1 C H A N N E L 4 E ENNTTR E : RCI EUN LCRAORFYRELRSONEWTC TO U T P U T E ENNTT A D D R R 0 0 0 0 FI LSUUMAE SL I S A T I O N 68 B A U D R V B I N A R Y I N P U T E S C E N T E R R O R E C H O UNITS UNITS ENT C H A N DN AE LM1 PEFI SNLCUGR EM: E S F O R M4 I6AN E ENNTT C H A N N E L 1 M O D B URSA SN LGA LL 5E V E P A RP RA EMDSE EF N.R SPAOANRGSE HF LAO W FORMAT R E : A D D F O R M U L A U N I T S CHANNEL2 M O D B U S 5SR LEAS A C ETSI CV A CT UI OR NFRLEOFNWLTUOMUE TSP U T RE: C H AMN EN EAL S1 U R EE NMTFELNUTM ECSH 5A N NEESL C1 ESC CHANNEL4 4 6 ESC S U P P L E V E L E ENNTT S BTA EA T I O N B A U D R AE 1RCATNI G AI SD ULD OAR ALE ISDESSNFA RTTFOIOOMRNMU A V I S U A L V EI S3S CA T I OFNO R M A TE N T E ENNTT V 3 S ESC ENT OSCE/s H NA NS NOUESR LNSUI T FLUMES m /s NO RESPONSE N O R EE S PNO NTS E P A R A MI m PGPE L E V E L 1 P EARRRAOMR SE ECNHSSOUO PR P L EVFVIOES RLUMA AL ITS A T I O FNEOS CR M A T S E L E C3 T U N I T ANNELS M E A S U RI EN MEP EUN ENNTTTFRETLCASUHCNM E SE CA S U R E M EE SNCT PEAENFRNLTTA M S E N S O RA D D R E S ECNH ENNTT M TT A N N E L 1 E Rm E : /s E S O KE N S U POPW L E V E EL ENNTT E S C A DC HDARNEN SE RLSE1 L A YF SO R M1A T 5 1 M E AESENNUTTR E M E N T A D DE RS CE S S 3 I O C H A N N E L S 1 U N B I N A R Y I N P U T 3 E S C l/s E N T OK 1 E ENNTT ATIO N P EL EENNVTT E Lthe configuration A D D R E ISTwas SS NT ESC A C T I V E R R O R When E C H O the m the /s entered password NO RESPONSE When by pressing is unlocked. S E L E CmTE/s Uis N correct, IT R A N G E 6 8ESC ENT SN 68 E S password BTFASLUCTUUSMIHPOESA LNANVEEL S NOLP IDUSbutton V I S UIMAthe ENNSTTE R TF L VU M E SE CN T E ES NE TR E S C I N I N A L U E : E N T E N T LSUHMAELSL ODRthis UPR IATS AR TSI OHwill FE.PTmenu LENNTTaccessed. P R E D E F was . P AFRentered CHANNE P A R ARCMEU LRSARmenu, EEYENSPSNSCRTO PEAR AUEMT NA LEbe 50 entered EatN Tthe time of entering When the password 3 to the CONFIGURATION P A R S H A LFLO PR 3M U L A F O R M A T M E A ESBSUI CNRAE RMYFE ONI NRTAPMUUUTTLOAS E TE ENNTT ESC ENNTT 3 P ARA E m /s RE: C H AONKN E L 1 LEVEL m /s you will return AtoD the 0 0L1O menu, OSDSFBL UULMmenu. SOE SSASLDEANFVThen, A SD EFPCARROyou MSUURSPI SBPAnot 1REO M Ufor in the PASSWORD CHECK item, D RMEmain E : CONFIGURE SP OU RT D ISSBTCthe AHCAN6HNaccess C8 ANE ENLN3E Lto1 Rthe A M SE TEwill T TI O FN O R M AMT5E 0A S I N S E R T V A L U E ( H E X ) L E C E S C C U R R E N T O U T I N S E N T I N S E R T V A L U E : ENT ESC EU NR T ES H A ED RD TRE P R E D E F . P A R A L L E N T M E A S P E R S E C A U T O S E T need to enter the Epassword. If the device is inactive for it will automatically return to the main screen lock the unit. E S C 10 Fminutes, O R MA UD LD AR E S SE ENNTT L E V E L : 5 4 . 7 E2EN4NTT R A NS GC E CM S E N S O R D I S TXNAXTNE SCCEE R R O 0T 0O0T1A LLEI OZS A CE R TS E C D A M0 0 1E S C S E C MEEENNATTS U RXEX PXEE. ERN DS E1F N-RFSOAIMTC ITUVOSI TBR Y F LEOENNWTT : 0 . 5 4 7 2 E S Cm 3 / s MIN. VALUE ESC ESC ESC S T A TEEEN:NT4T A D DERENNETTS S EA:3L/s L 1A X . VRm UE O K C H A N N EM 3 3 SE SE CN S I TSI EV LI TE YC T F O R M EANTT 24 RANGE I NFS: E R2 T4 8V 3A5L 9U8E (EHN ET X ) m N O REE SS PCCO NHS EA N N E L 1 m /s E N T E S C C H A N N E L 1 5 E N T E S C EE N 1 N- FTA CP 0ATR0OA: MR0 EY1T R I SEANTTI O N 50 5 0E S C E ISYZCSE R E T T: O 5T AD LA NT EESENCNTT N TT M I N . VP AARLA UMEEENT RTI S A T I O N P A R S H A L L P A3 U T O S EE NT LTE V E L : 5 4 . 7 P AF LERUEN C H AE NNNTE AMCETMSMS EPNASROSRH A L L P 36 8 M A X . VAAUL TU OE S E T 0001 X X X . X XA C T I 3 3 I N S E R T V A L U E : M E A S U R E M E N T F : S E N S O R D I S ETENANTNT C E SmE N S O R DF ILSOTWA :N C0E. 5 4 7 2 P R mE D/Es F . P A R S H A L L E S C2 4 8 3 5 9 8 ESC 1 3U R E P E R S E C S SU L A V I 4S6U R EP: A RMA M 0M0EE: N0AT1SC UHF LARONEWSNPTEEA E EAm R4T SE E: C4R E :C H AANDN FEDLOR41RE6 M C H AONKN E L 2 F L5O W C H5A0N N E L 1T : 5 D A Y S 5 TSR /s ISATION PARA P A R S H A L L P 3 A D D R E S S A0D0D0 R1 E. S6US2N1EI 1TSLm OMRA SDE ECFNHRSOOOMR U S B U N EI TS CS + 0 0 P EARRRLAO A C ET SI CV A T I O N A U T O S EETENNTT CS ENNTT E N T E D A M P I N G M E A SE S EE NN TS I T RI VAI NT GY E MEASUREMENT RANGE ESC NTTC E V I S U A LEI SSCA T I O N S SE ENNS SOI RT IDVI ISTTYEAENN ADDR E S C E N T ELNNUTTM E S 1 FE LNUTM E S 10 E ENNTT ES SE CA S U R E P E R9 S0 E C PE EANNRTTA M S E N S OERS C ESC ENNATTD D R E S S E S C C O N S T A N T E E F M © Dinel, s.r.o. EFM-115 ESC E R REOS RC E C H O F O RE EMNNATT T F O REMENNATTT M E A S U RT EO MT A E NL ITZ E ER S 1C - U S E R A AR ED: D R E S S 5 A3 M P I N G4 6 O K C H A N N EBL 2 1 S UF LPOPW L E V E L S UF LPOPW L E V E L CDm A DC HDARNEN SE LS1 S E Nl/s SITIVITY H A N/sN E L 1 5 68 0LSU0NCM E S E N T mN3O EREEENS6SNPCT8TO UN SNE I T S F :I V A0 .T0IFEO C OCN S T A N TE SS C E ENNTT 90 ESC SNCT U N I T S I N SEEENRNTT ENTNTT F L U M E S SNCTT A C T EEEN E E N T EEEN E N I N S E R T V A L U E : I N S E R T V A L U E : A C ET NI VT A T I OP NR E D E F . P TARRAS NH GA EL L V I S UT AO LTIAS LAIPTZRIEPOEARDNR 1AEM-FUE.TSPREIASRAR TSI OHNA L L R 5A0N G E IO CHAN AD FORMULA 85
0.57
0.57 0.57 0.21 0.21 233 233
0.57 0.21 0.21 233
233
0.57 0.21
0.57 0.57 0.21 0.21 233
233
D R PE AS RS A M S E N S 1O R ROM R EE AC SH UO R E M E N T M PAI ND GD R E S S E R R O R E C H O ENT C ENT DAMPING ESC
R EOC RT D ? I N S E R T IPNACSO SR W ESC
E ENNTT
PARAMETRISATION ESC ESC
ENT ESC
ENT
E
E ENNTT
0.57 E ENNTT
A
F O R M UDL A
85
S E LE E CETS CF O R M U L A S E R T C O N S T A NE EN TNSTT
E S CI N
E S CC H A N N E L 1
ENT E ENNTT5
B I N A RMYO IDNBPUUST C H A MI OOCDH BARNUENSLE LA SSLY AS V E M O DB IBENUSACSRCYHI AN NP NU M O D BUS SLA R E L A Y S ESC BINARY INPUT M O EDSBC U S S L A V E
A C T I V A T I O4N6 M O D EB SU CS S L A V E V I S U A L I S A T IEOENNNTT E ENNTT ENT BAUD RATE ACTIVATION RE: 4 6 P A R A M S E N S O R 5 RANGE F O R MMOAD TB U S S L A V E V I S UC HAALNI NSE AL T1 I O N M E A S U R E M E N T 3 U N I T S F L U M For E S the purpose of entering A Duser D R BE AS US D R A T E K m /smain menu. P A R menu A AM CSTEI can NV SA OT be RI O Nlocked in PASSWORDO CHECK The configuration item in the the 1 FORMAT F O R M RAAT NAGDED R E S S IO CHANNELS M E A S VU IRSEUMAEL NI ST A T I O N 3 E N T ENT SECLE Syou will return toE Ethe UVE M ADDRESS NNTT previous U P P FL LEQ m /s password, "INSERT AS RS A M S E N S 1O R text is displayed onI Nthe A D D R PEPASSWORD?" = A *T H ^ D + E S E Rdisplay. T V A L UBy E : pressing theSbutton MODBUS CHANN F O R M A M E A S U R E M E N TE N T ESC NTT3 E S CR E L A Y S E ENNTT E ENm SC E N T S U P P L E V E L /s and by Epressing 3 menu, the button , a field to enter the password will show. To lock the configuration menu, leave the value 1 ADDRESS Q . . . EFSLCO W ( m / s ) B I NEAS CR Y I N P U T 2 E ENNTT E ENNTT R E : on the display, E S C using the button E ENNTT . "INCORRECT" C H A N N text E L 1 shows H . . .and L E V access E L ( m ) to the unit's MODBUS SLAVE of "0000" and confirm configuration CHANNEL 1 I N S E R T V A L U E ( H E X ) A,D,E...CONSTANT
C H A NR NE E: L 1
FLOW ESC UNITS FLOW
0.21
0.21 0.21
NNEL1
50
A U T O S E T0 0 0 0 S E N S O R D I S T A N CE EN T M E A S U R E P E R S EE CN T RE: A DE DSCCRH EA SN NS E L 1 SENSITIVITY
8.3.2. Locking configuration menu5of the evaluation unit CHANNEL 1 ESC ESC ENT
RE:
CHANNEL1
OK
1
0.57 0.57
NNEL1
I ND SA EMRPTI NV GA L U E ( H E X ) 0000
I N C O R PR A E CSTS W O R D
5 menu is locked. INSERT VALUE (HEX) PASSWORD
CONSTANTS
90
IO CHANNEL
ESC E S CE L E C TA F O R M A T E ENNTT C H AE NS CN E L 1 I N S E R T V A EL EUNNETT ( H E X ) L E1V9M E2 LO0:0D5B4U. S 0001 D F L O RWE: L A0 Y. 5S C H A N N E L 1 I N S E R T V A L U E ( H E X ) S E L E C T F O R M A T 1 5 4 . 7 C M L E V E L : 3 B E S T A TIEN:1A49R2Y0 0001 XXX.XX 0000 INCORRECT m 3 / s m /s F L O W : O0 K. 5 4 7 2 MODBUS 5 4 . 7 C M L E V E L : E S C B I N A R Y I N P U T E N T E S C E N T F O R M U L A E N T 8 5 4 S T A T E : E N T 0001 XXX.XX CHANNEL 1 P A RFALMOE W T R :I 5S A0T.I 5 O N4 7 2 m5 30/ s O S E L E C TE SF CO R M U L AE N T ESC EX S C)T A L I Z ENRNTT EVSACCL LUEEA(RH T I N S E E E ENNTT E S C ENNTT3 ENNTT P A R AEMN ST EE SNCSAOSURTTAOTSEES: TC4 E E S C E N T E S C E N T E E E N T P A S S W O R D E N T PASSW CLEAR TOTALIZ OK m /s I NOSREDR T C O N S T A N T S M E A S U R E M E SN ET N S O R D I S T A N C E C L E A R T O TALIZ SCCS 1 E S C0 0 0 0 AEDENNDTTR E S S HU A NR NE EPL E2 R S ERCE : E N T I N C O R R E CETS CC H A N N E L 1 E ENNTT E ENNTT5 M EE A 0 0 0 0C L EE ASF CLRO WT O T A L I Z E R R O R E C H OA D D R E S S R E : 4 6 U N I T A C T I V A T I O N C H A N N E L 1 F L O W RE: M O D B U S S L A VMEO D B SU S S L A NNEL2 FLOW 46 CHANNEL 1 CHANNEL 1 5 D A M P I5N FGL O W S E N S I T I V I T Y V UI SNUI TA SL I S A 4T6I O N AO CN T I V A T I O N E S C B AE US CD R AFR LTABUENAMGUEEDS R A E S C E N T U N I T S U N I T S A C T I V A T I ENT RE: ESC E ENNET4TS6C R ARN ANT M G ES E N S EO NRET4S C6 CHANNEL2 FLOW P A UN A L I S A ETENINOTT N5 C H A N RN AE LEN1SFGCL OE W R EE: N T F O R MMOAD TBFUOSEFRESNONLMTATRAVMETA T V I S UC HAALNI NSE AVL T1I SI O 2 C O N F I GR UARNA TGI EO N M FE E A S U ERSE M E N T D RT E S UE OSNK I T S M NS E N S O R A D D R BE ASSUSUDAP DRP A FCLHUAMNUENSNEIALTFSDSLODURRM F L U M P A R A AM CSTEIPNVASAROTARI O l/s 1 I / O E S S FLOW F O R M A TL E V E RAAT N G E M A T RAAT N G E 3 MAEEL NAI STSAU TRIEOMNE N T 3 FP OL RA M F ORRE M M E A S VU IRSEUM D I S Y M O D E m /s : E N T E S C E S C E N T OK S U P P L E V E L m /s C H A N N E L 1 A D D R E S S ENT 1 CHAE N NNE TLP1A SSSUWP O l/s P FRL LDEUVME LE5 S S U P P FL LEUVME LE S A D D R PE AS RS AAMD DS RE EN SS S1O R E SAC T FORM ESC FORMAT 3 M E A ESSUC R E M E N TE N T TEOENTNTTE S C E ENNTT E S C E ENNTT E S C A C T I V A T I O N E S C E N T E N T E N T E / T I M E D A T pressing the button to the mainSmenu. E NBy T l/s E N return T 1 OK U P P L EmV E L E N T V I S U AF LA ICSTAOTRI OYS NUD PE PF AL UE VL TE L E N T A D D R E S Syou will OK RE: ESC E SCCH A N N E L 3 NTTR A M S E N S OE RS CP A R A M E T R I S A T I O N ESC E ENNTT5 0 E ENNTT EPENA E ENNTT ESC ENT E ENNTT M E A S U R E M E N T A U T O S EE TN T RE: N N E L 3 C H ARNEN: E L 1 PARAMETRISATION 50 OK m3/s A D D R E S S I N S E R ST1EVNASSLOEURLEED: CI TS TF AO NR CMEA T 8N1 CHANNEL 1 AUTOSET INSERT VALUE (HEX) ME E EANNSTT U R E P E R S E C RE: E ENNTT C H A N N E L 38.4. C ESC P A R Athe ISATION 5unit 0 onfiguration S E Nof S O R MDE IT SR evaluation TANCE I N S E T V A L U E : 8N1 A D D R E S S 200m CONFIGURA+ T I O0N0 0 0 0 0 . 0 1 MAIN MENU L E V E L : 50 4 . 7 m3/sC M M E A S AU UR TE OP SE ER TS E 0C 0 0 1 XXX.XX NO RESPONSE SE ES NS S O R D I S T A N C E m 3 / sI / O C H A N N E SL ES N S I T I V I T Y FLOW: 0.5472 S T A T I S T I C A D D R 3 S+CE0 0 0 0 0 0 . 0 1 0 0 m E ENNTT 3 E ENNTTD I S P L A Y M OE D m /s SPONSE OK S E N S IMTEI A V SI TUYR E P E R S E CCH A N N E LC1O N F IR GE :U R A ST TI OA NT E : 4 m /s In the CONFIGURATION menu, configure set internal date P RATSE SVSchange OURED ( Huser's A D D you R E S Scan completely DE NATT E / T I particular M E VE ISEC W measuring channels, CW I N S E A L E X ) password, ENNTT3 E S C E N T E ENNTT C H A NENENENTLT E1 S C E N T E S C E E N T ESC E N T ENT EPNATS S W O R D C H E C K m /s NO RESPONSE D A T E / T I M E ESC S E N S to I T Ithe V I Tfactory Y and time, andE Nrestore the device default. F A C T O R YE SDC E F A U L T RE: E SF C ESC LCOM W E EVNNETTL : 5 4 . 7 L E E N TT E ENNTT D I A G N O S TC IHCA N N E L 4 0001 3 ESC ESC F L O W : 0 .M5O4D 7B U2 S S L AmUV NE/ IsT S E ENNTT5 E ENNTT CHANNEL 1 N N E L 4 C H ARNEN: E L 2 46 3F L O W RE: FLOW 46 CHANNEL 1 5 FLOW S T A T E 4: 64 B A U D R ARMTAOEND BGUES S L A OK m /s V I S U A L I S AU TN II OT SN UNITS L AUEVDSE R A RE: H A N N E L 1E N T ACTIVATION CHANNEL4 F L O W UENN TI T S F O R MMOAD TBFULSEBUSNAM E 5S C E4S6C C O N F I GP UARRA CA S NOT GR E2 EAN T IM O N S E RN BE ASFUSODFRORMTRAAMTTEA T V I S U A L I S A T I O N M A I N MREAN NU G UE N I TERSNA TN G E0 V I S U A L I S A T I O N A D D R 3 M E A S U R E M E N T S T AF TL IUSMT REI NCASO NR EGFS PELOUN SME E S m /s I / O C H A NPNAERLAFSML USME EN SS 1O R F O SR UMAPADPTDL RE EVSE PARAM SENSOR A D D R EMSOS DFEO R M A T C O NF FOIRGMUFARLTAU TMFI EO SNR M A T A DE DS CR E S S 3 MEASUREMENT EE AC SH UO R E M E N T E ENNTTD I S EP RL RA OY M R m /s SPONSE OK S U P P L E V E L R E : D A T E / T I M V I E W P A S S W O R D l/s 1 S U P P L E V E L CHANNEL2 ADDRESS 46 F1L O W A D D R 5E S S FR OD R CMSHAUETPCPK L E V EELN T C H A N N E LD1 A TE SEC/ T I M ESC ENNTT ENNTT3 E E S C P A S S W O E ESC E E N T E S C E N T ESC ESC U N I TESN T A C TEI EVNNATT T I O N E R R O R E C H O m /s NO RESPONSE E ENNTT E ENNTT FLUMES D I A G N O SSTUI PC P L E V E L F LA ICSTAOTRI OYE SNDC E F A U L T E S C R A N G E V I S U A E ENNTT ESC E ENNTT E ENNTT E S C PREDEF. P ESC E ENNTT6 8 FLUMES PARAM SENSOR E ENNTT FLUMES OV RAML UU EL A( H RE: F O R M A T I N S E R TFL O M E A S U R E M IENNSTE R T V A L U E : CHANNEL 3 PARAMETRISATION 50 PREDEF. PARSHALL AD FRO F L U M E l/s S 6A 8D D R E S S I N S E R T V A L SU UE P: P L E V E L OK 1 F O R M U L A AUTOSET INSERT VA 0 MAIN MENU C O N F I G U R A T I O N I N S E R T V2 A L U E : ESC 0 0 E0EN1NTT 0E1ENNTT S E C 5EENNFU TT. SPBA R S H A L LE S C S E N S O R D I S TC HAANN CN EEL 1S T AL TOI AS DT PIFCRREODEM I/O CHANNELS 8.4.1. Pairing measuring sensors O Runit MULA + 0 0 0 0 0 0 . 0I 1N0S0EmR T V A L U E (EHS EC X ) M E A S U R with E P E R Pthe SAERCAevaluation MC OS EN NF SI GOURFLRO AATDI OF NR O M U S B DP A I SSPSLWA OY RMDO D E 0001 01 SEC ADDRESS M E A S UDRAETME E/ TN ITM 3 E V I E W P A S S W O R D RE: m /s NO RESPONSE ESC S E N S I T I V I T YC HAADNDNRE ELPS3ASSE SSCW E ENNTT E ENNTT P A R A M E TD O R D 1C H E C K 0 0 0 0 IRNIASCTEAOSTERCI /ORTNE ICMT E E S5C0 ESC E R R Oto RDENENIsensor E S C is applicable T H E ENNTT of othA U Tmeasuring OSET E ENNTT E TC A G ON O SE STconfiguration D E F A U L T 1. Configuration The following description in the channel ESC CI C NTT F A C T O R Y ESENE D A M P EI NS CG N S EOS RC D I S T AE SNCP CA RE A M E T R I S EA NT TI O N E ENNTT5 0 PARSHALL E ENNTT E N T A U T O S E T S U CRconnected HEA PN NE ERL S 1 E C one by one. 5 er channels P AisR A identical. connecting multiple sensors, they must At first, connect E ENNTT M E T R I S A T I O NWhen 5 0 ESC E ENNTT EMS CE Abe ST O R D I S T A NE CS CE 5 P A R S H A L3FLL OP W3 MODBUS SLA A D D R4 6E S SP A R A M SCSEHEENANN RE: NS NOE RL 1 CHANNEL4 A U Tand OSET E P E R S E5C all the senC Hetc. A N NME When LE 1A S U R connecting the first sensor another sensor and configure it, m /s N O R 5E S0P O connect NSE P A R A Mconfigure E T R I S A T I O N it. Then, S E N S I T I V I T Y BAUD RA M E A S U NR EA M VD IEDSNRUTEAS2LSI S A T I O N SENSOR DISTANCE MAIN MENU P A R S U HEN AN TIL TL SP03 C O N F I G U R A T IPO A R A M S E N S O R 1 A U T O S E T FORMAT E S C E N T A D D R E S S : NA TN G E MI VSI ET NY9S0O R E A S U RisE PaE risk R S E Cfor the C H Asensors N N E LS1T A TtoRI SE have sors at once,Mthere default communication collisions. SL SHPESE5UA NONin SRTEIATM ANNEL 1 5 I O C H A N N E L SA D D R E S C H A Naddress, N E LI 1/ O E CCORHNRresulting SAO TNAM N EETESA T I C ERidentical N R E N T S E N S O R D I S T A N C E R C M E A S U R E M E N T ADDRESS FI VOL AUN LMUEES ( H E X ) A C T I VD AI ST PI OL AN Y AMDOEDDSRCEE S S E S C 1 C O N F I G U R A T E N T ARAM SENSOR I N S E R M O D B U S CHANN E1N Tmeasuring R EO PR ED R S E C A M P I ADDRESS, N G A D D R E S Sand set the In the CONFIGURATION/IO CHANNELS/INPUT CHANNELS/CHANNEL 1 menu, Dselect S E N S IMTPEI AA V SSI TSUYW RMAT D A T E / T I M E VFI OE W 3 MEASUREMENT RELAYS V I S U AP LA ISESSSADCWT OI OERNRD R OE RR RE CO HR OE C HE NOT ADDRESS R E : E N T E S C m /s N O R E S P O N S E E N T C H A N N E L 4 E S C E N T S U P P L E V E L 4 E N T F L O W NT 1 channel address identical P A S S (in W O the R D 0factory C0H0E0C K default setting, ASTEULM-53L EEN/ TS IOM DDRESS DRAE M Psensor I N G has address 0x01).B I N A R Y EI NS6CP U T address the P A R A DM S EI NNCSOI Rwith TRI EVCI TTthe Y Esensor U N I TESENNTT M O D BF LUU SM ESS L A V E D I A G N O SE STCI 3C E S C FUNATTRCE TMOERNYETSDC E FE SACU L T E ENNTT RROR ECHO ESEN M E A E N T E ENNTT ESC E N T E N T OKE N T ESC m /s 1 I N S EERENTNTTV5 A L URE A: N G E AMPING PREDEF. P A D D REES SCC HS A N N E L 1 E ENNTT6 8 FLUMES F L U M E S IENS SC E R TF VO AR M ENT L UUEL A SC E ENNTT E ENNTT E ENNTT E SICN S E R TC HVAAN NL EUL E1 : 5 P ERSECD E F . F PLEUANMRTESS H A L L E ENNTT E S C 6 8 A ECSTC I V A T I O ENT L OCAOI DNNSSFT ERA NROTT N 0SN0E 0R 0T 0V1 A. L6FU25OE1R:1Mm A T F L U M E3 S P R E D E F . P A R S H6A8 L L V I S UC HAALNI NSE AL T1 II+ O I N S E R T VAL P A R A M S E N S O R I N S E R T V A L U E ( H E X ) F O R M U L A A m /s N O R E S P O N S E S U P P L E V E L I N S E R T V A L UMEE: N T M A I N M E N U P R E DFEOFR. MP UA0LRPASAHSAS LWL O R D C O N F I GP UARRA AT IAM V SA OT RI O2N 1 2 3D4 OC N STEI N L O A D F R OEMENNUTT S B + 0 0 0 0M0 E1 A. 6S 2U 1R 1E m ESS EC C NTT EVEN V I S U A L I S A T I O N 0 RE: 0 1 F O R M U L A S T A T I S T I C L O A D F R O M U S B M E S U R E M E N T 4 6 D I S P L A Y M O D E ANNEL1 F L O W 1 R E : M O D B U S S L A E A D D R E S S 5C H A N N E L 1 E CHANNEL 1 C O N F I G ULROAATDI OF NR O M UI NSCBO R R E C ITN S EP RATSAVSD REESADS (RESHSAECMX )S E N S 1O0 R0 0 0 C H AENENNNTTE L 1 B A U D ERSAC T E 1 2 3 4 AD UW NLORIUTPM A C T I V A T+IE0OR0NR0O0R0 1E C. 6H 2O1 1 m E A S U R E M E N T ESC D A ET SEC/ T I M E V I E W D A TE SERC/ AT NI MG5EE 68 E N TF L U M E S CEHENANTNT N E L 1 E S VC I S U A L I SDAATM I OP NI N G E ENNTT A DDE ESD FCEROSAENCUSS LST AT N T S E N T L1EP VR E LD:EE95FN0T.4 .P 7AFARODSRDHMRAEACLSTMLIESOS CC H A N N E P A S S W O R D CE HS CE C K YM CHANNEL 1 5 E N ET N T P A R A M S E SNCS O R E ENNTT P A R A M S EEENFM NNEATSET0NCOA0TT0RSFO1UL RU ESC 3 ESC ESC ESC E N T E S C E N T D I A G N O S T I C R I N G P A S S W O R D E N T E S C E N T m / 0 . 5 4 7 2 F L O W : F O R M UsML AO D B U E N T E S C F O R 5M0U L A P A R A M S3 E N S O R INSERT M V AE A L EUS NEU TR( HE EMXE)N TF O R M PAATR AAM E T R I S A T I O N M E A S U R E M E N TP A S S W OERNDT 3 A TA ED : F4R O M U S B S E LREECLTA FYO ESC E S CI O C SH AUNP1NPE LLS EAVUD ETLO S EE ETNNTT1 S TL O E EPNNATT SASDWD OR RE D M E A S UmR E/sM E N T 1 OK m /s A D D R E S S S S I N S E R T ? F O R M U L A 8 5 I N C O R R E C T PARAMETRISATION 50 1 I NEFSLNBEOTIRWNTA CR OY NS N TEOL R1 D I SETENANTTNE C 5 A D D R E S S E ENNTT C B U S CSCHEAHEN ESC PARAMETRISATION 50 E R R O R E C H O5 MEOS D S CE NELS TTASU E ENANTN S E L E C T F POEAECRNNHRM NHNLA EALL01L0 P030 E S C A EUSTC O S E T C H A N N E ILN1C OERENRRNETETC: T N S E R T P AE SR SR W O RO RE DC ?H O MU ON DI TBSU D A M P8 I5N G FORMULA PSAOR R A MDE A T SRUITSTA AOTNS I OCENET 50 R E L AI OYCSH AMNPNE AEALRSS AU MR ES PE EN RS OS RE1C I N S E R T C O N S T A N T S S E N I A C T I V A T I O N DAMPING T ONITDATNM BDPUDEUSART ESCSUH1SRAENMNE ESE NCL TES S C E ENRNTA EN AU UR TE OSP SEE ENR TSSOE RC D I S T A N C E W R I T E OS KE L E C TV FI SOUR AMLUEI LSS ACA T I O N I O C H A BN NI NE LAS RM EY NGE I N S EE RS CT P A S S W O R D ? M E A S E N T 1 S E N S I T I V I T Y EFS LC U M E E ENNTT A D D R SE ES NS SMEOSERCA DS IUSRTEA PNECRE S E C E N T R E : I N S E RE T OR NA SMTSAENNTSSO R EI ENNNPTTUM TO CD HBRUAESNL NA E ENNTT SAELY5DSLASCSDV RE E S S SPCC RE: A ANNEL1 C H A N N E L 2 4 6 F L O W C H A N N E L 1 E S C E R R O R E C H O B I N A R Y I N P U T E ENNTT EE SLC 1 M E A S U R E M E N TE ENNTR T E L A Y S S E L EE SCCT F O R M A T F O R C H A N N S E NI NS SIMTEEIRA VTSIATVUDYARDLERUPEEES (RSHSE EXC) 1 9 2 0 0M A A C T I VRIARI NSETEAA: ISTO RCI OYNN I M N PO UD TDB 5UA0SM PS ILNAGVE EENNTT U N I T S A D D ORSKEE SN SS I T I V IETNYT SUPP L m3/s E S C 1LISA A D D R E CESHENSNATTN PNAEVRLIA1SM UE TEBM ESC C H A N PNREALAR1NS GHEEAN LT L P 3 5 A T I O N E N T C E N T E S C E N T N T E S C O D B U S S L A V E R E : S E N S I T I V I T Y E N4 T EN5ENTNT TL E V E L : 5 4 . 7 6 CHANNEL1 A U TEONSTEE NT T FLOW M OE DS BC U S S L EE CM CE0HS0AC1N N E L 1 NT Epressing SC 0 F L U M E S P A R A M S E N S O R X X X . X X 3 the button EURN T A C T I V A T I O N E S C E N T C R R E N T O U T P U T In the same menu, you can activate the ACTIVATION item by . If the item is active, there is a symbol C H A N N E L 1 5 E N T E S C E N T S E N S O D I S T A N C E C O N S T A N T S ESC UNITS m / s EMNETA S U R E M E N T B A U D9 0R ESC A C T I V A T I O N E ENNTT E S C F L O W : 0 . 5 4 7 2 E ENNTT RL M I SAAATT I O N M E A SE SUICRN ES EP RE TR VS AE CL 1U REI NA( SNH EGEEREXENNT)TTV AV LI SUFUEOA ENT P Ato R Ait.M Otherwise, S E N S O RV I Sonly 4l/s Sshown T PAAT SE S:next F OQR=M AA U A Lthe I S Asymbol : OT KI O N m3/sshown next is to it. By activation of this item, communication between the evaluS U P P L E V E L A D D R E S S W O R D C H A N N E L 1 5 P A R A M S E N S O R FLUMES A D D R6 E8 SI OS C H A N N E L S F L U M E S 1 MEASUREMENTPARAM SENSOR D IANDSDE RR ET ESC ENNTT EE SSCS CY3 AEHFECNAONTTNTRI NVM EAALTTSI OEMENNNETTAE SSCU R EEM E N ETISNC S E R T EDENANTTT E / T RTLET :U E : Eation EP*EN NAN SSAECLNLSremain I T I VMEI OTSmD Cestablished. HVMAAEINNL1ANUSSE EELU:R1RTE EVMEChannels RTHNTET^ DD E+Fsensors . OPKAE RN ST HEshall A D D R Q = A E I N S E R T B U S C unit and sensor is with no connected inactive. /s 0 0 0 0 E N T I N C O R R E C Q . . . F LOW ( 1 SUNSTU ENT S E L F O RIMN US LE AR T V A LE US CE ( H E X R) E L AI OYCESHNATNVNECSEIENLH TA OK PA PN LNL2IEESVLAE1ATLDI ODE N1SRCE S S m3/sE R R O R E C H O 1 AEDRDT RVE AS LS U E : HEN I.NN.TTE.SLNEETRVTE DL A( 3 A * H ^ D + E EN TD PB A ES CO R A M S E N R IO CHANNELS M 1A Q = I N S O U S C H N E L S E L O A D F R O M U S B + 0 0 0 0 0 1 . 6 2 1 1 m D A M P I N G Q . . . F L O W ( m / s ) B I N A R Y I NMPE SEUCAT S U R E M E N T E ENNTT 1 4 . 0A1 ,. D1 ,4EES.C.1. 0C :O0 2 ESC E ENNTT T I TR EE : E R R O R NNTR C EM C H A N N E LE3EW P A R A M E TI RNI P S AU IOOWC RE: VEL (m) ESC CHANNEL 1 DN HBRUAESNL NA S LELY5ELAS0VSVERELEEE:NSN5TST 4 .476 ANNEL2 F TLTO 3SC MODBUS SLAVE 5 3 0 0406 1 E ENNTT E ENN ERSEC L M ESH C .F L. O. LWE Q. .. .. C. FOLNOSWT A( NEmTN /Ts ) B SI NEASAFCRLDYODIW N :P U0T. 5 4 7F L2U M EES1mENNTT/ s A Y S A U T O S E T A , D , E 2 B A U D E1RS4ACE.6TS08CE1 . 1 4 U N I T U NHI T. .S. L E V E L ( m ) ACTIVATION 3 4 S T A T E : E S C E N T I N S E R T V A L U E : M O D B U S S L A V E B I N A R Y I N P U T ENT OE KS C m /s C H A N N ES LE1N ESENONTRRT EED:SIRCSATNAGNEC E E ENNTTE S RC A N G E E S C E ENNTT P R E D E F . EP SAFCROSRHMAAL TL E S VC I S U A L I S A T I O N E ENNTT A , D , E . . .E CS CO N S TEAENNNTTT M E A SMUOER ND RE: ETBFPULE SUR MSS LEE ASC V EE S C CHANNEL1 I N FS OE R M TF L UVOEWLANALT U AE D( DH RE XE S) S E S C 4 6 ENNTT F L U M E S RES : ENSOR EUNR TR C H A N N E LP 1A R A M C HE AX N)N E L 1 5E L 1 C H A N N C E N T O U T P U T I N S E R T V A L U E ( H E S E L E C T F O R M A T F R O M U SEBS C E S C E N T A D D R E S S L O A D + 0 0 0 0 0 1 . 6 2 1 1 m E N T E N T E S C FORMAT F O R M A3T M E AE S CU R E M E N T ENT E ENNTT UNITS FORMULA S E N S8EIS5TCI V ISTUYP P PL AEI ORVACEMHLEATNRNIEESELNANSTTTI O N l/s A D D R E SP ASR A M E T R I S A T1I O NN O R E S P O N SE5AES0CC T ISVUAPTPImOL EFN/sOLVREEMVLUEL LA E: N5 T4 . 7 05 001R0A1N G E C M V I S U A L I S A T I O N SELECT FO ENNTT E S C E N T 0 0 0 1 X X X . X X E A U T O S E T B I N A R Y I N P U T 6 4 3 E N T M O D B U S C H A N N E L S E S C E N T E N T E S C E N T E S C E N T ULS A E N SFS SL0SF1.W RT2DU L A m / s5 EPN CA O58ER54ONM ENT F 4L 6U MEESSC EN 3 7 F L O W N: ET P AF ORRAM M OLCERHOLAW INSERT PA S ST W O R D ? P A R A M E T R I S A CTAIHOUANTN ON ES LE2T 5E0 NRTE : I NEFSELNENOTRTW T C O E A/s R T OS TREENAENNLSTTAIOZYRESRD I1S T A NE CS CE F O R M A T 3 SM ETCURETLT:IAV4CAOOKTNI SO TNEASNC T I SO C H A CN NLm FE OSNI NTRT A S E N3 S O R D I S T A N C E M E AS ES LUEFROCERTM UNITS A U T O S E T B I N A R Y I N P U T 6 4 U N I T S E L S 1 O K m /s MULA 85 M E A S U R E P E R S E C PASSWORD B I N A R Y I N P U T 0 0 0 0 C L E A R T O T A L I Z E R 2 E N T E S C E NTT R A N G E P A R A M EM T Rm I SA/s AST U I ORN E P E R S5E0C F L A 4 6 OK O W S U P P L E V E L I N S E R T C O N S T A N T S E E N T E N DN DT R REES: SS E L E CE STVC FI SO1UR AMLUI LS AA T I O N I N P CU LT ECAHRCALTNEOANATM S E N S O R D I ESSTC A N C E DERADRSO LTCLSARDOIENBZTSGUEASRESL 3SI ZL EARFVL1EO W EESENCNTT C H A N N E L ENT 4E6S C E ENNTT P A R A M EATUR ITS O E4EN T A D D R E S S S E T A N N0E 0L 03 0 P ARSE :S W O R D A T I O N 5 0 EN U N I T S E N T M E A S U R E P E R SE EN CT P A R AEMN TS E N S O R ESC C L E A RF TL OU TMAE LSI Z E R 2 8 NF1L U EMNE R A N G E I N S E R TMCE OAENSNSUTTR AE NMTPE SANRTA M E TBRRIEI NSLACAATLRYI OEYSNAI INRCNSLPTEEUOSRATTETR5NAFV0TSLOAOIRZTLTMEIUAVRAELIT:4TI ZYE RF O3UR NM UI TL AS AA D DU RT SO E ESSNSE STSOE RN SD I TS ITVAI NT CY E E S C8 F5 O R M A E S C E N T E S C E N T E S C E N T E N T R A N GE EN T O R M U L 5A E SN IM STOEI A RVOESIDKSTUICYSR TE AP NE CR ES E C I N S EEl/s N 1SNTO SUPP L RTE ET E S0C0 0 0 RFENNLTTTUPMA ES SS W O R EDS?CA D D R E CSHSA N N EALUE2 TNEOTEM E ENNTT S ES N D: B U S CS LL0EA0AV0RE0ST0UO0P T.P 0AL1LEE0ICVEZN0HNEATmTLRN N4FSIENLLE SU1L EEMRCETTS CF O F O RE SMCA T N S T A N T MS OE DS BCU S S L M E AAS DU DRCREHEAPSNESNRE LS 1E C C H A N N E L 2 E ENNTTR E : 4EU 6RENRNEDTSTRICES NT TA+N E ENNTT S E N S CO F L OEWS C C O CU ETF LPEOUSWCT E5ENNTT A C TFI OV RAMT AIE4OET6NNNTT C H A N NEESLAC1D DSREERNSE :SS I T I V I T Y E ENNTT S U P P L E V E L M E A S U R E P E R S E C BAUD R U N I TESENNTT V I S EUENANTLT I S A TSI O ACTIVATION ESC VCA3/s L UUEN (I HT ESEXN)T S U P P L E V EELLNE C T F O RFMOARTM A EAENNDTTD C m3/s R E S P EO NS SCE RE HES CSA SN N E L 1 S E NESSICT I V VI TI SY U A L I S A NTOI EROEENSNNPTOT N SEES ICN S E R TE Sm RANGE E ENNTT R A N GEEN T PE AN TRE A M S1E N S OERS C IO CHANNELS EN NLTTU M E S SC EN EI TS CY S E N S I T I V E E ESC E N T E N T F L U M E S F P A R A M S E N S O R R E : E ENNTT E N T M E ANSEULRSE M E N T X X X . X X ANITDTN DS RE ER C H AINNNSE EL R3 T V A L U E : T RAI S*AHT I^ODN + E L E V5E0L : 5 4 . 7 C BM QEA = MEFEO 0 0 0 1 PEFANORTRA MM ESC E S C F L O W : 0 . l/s ND TR 3M/UsAST C HAADND E ENNTT I N S TOEKT M E A S U R E M E ENSTC NO T RESS m 5 4 7 2 E NAT U T O S 111 R E L A Y S © Dinel, s.r.o. EFM-115 l/s OK 1 L OE RV( m EDL3I /SsT) A N SCI OTECAH TA NE N: E4L S E ENNTT S U P P 1L E V EE SL CF L U M E S A D3 D R E S S QN. .SI T.SUFEPL NPOSW ESENLNATTV6EE8S1C4 . 0 1 B I N A R Y I N P U T OK m /s 2 S E L E C T U M O D B U S RE: L CSD B U S S L5A V PE R E D EE EFNN. TTP A R S H A L L ESC +0 ANNEL4 E ENNTT E ENNTFT L O W H . E. S.MLC E VA ESELUN TR( mE4 )6P E R S E CEEI SENNCNPTTCUHTA NCNHE AL 1N NME SO ESC E ENNTT F O R MEUS LC A B A U D R A T E E ENN U N I T S3 A , D A, ED. D. E.RCNEOTS NS S T A N T R E L A VY ISS U A L I S A T I OE NN T 3 F O R M A T B I N A R Y I N P U T m /s NO RESPONSE ROT O R A Nm G E/sE S CS E N S I TC IHVAI NT NYE L 3I N ESNERTRE :T PVAARLAUME :SE ES CN S O R P A R A MLE OT RAI SDEAQENTFN= IT AN *MAHUD^ SDDBR+5EE0S ESS C ENT ESC
PARAM SENSOR C H A N NM E LE1A S U RR EE: M E N T ADDRESS ERROR ECHO D A M Pm I N3G /s
0.57 233 233 0.21
233
0.57 1735
0.57
233
0.21
233
0.57
0.57
0.21 0.57 233 0.21 0.57 233 0.21
0.21 0.57 233 0.21 233
0.57 0.21
233
0.21
C HI / AO NCNHEAL N1N E L S I N S EI RS TT IVCA L U E ( H E X ) SELECT FORMAT ESC ENT E ENNTT CONFIGURATION ENT DV IESLP: L 5A4Y. 7M O D E C M L E XXX.XX D A T E / T0I 0M0E1 V I E W ORD m3/s F L PDOAAWST:SE W S ESNWU O R D C H E C K 0 /04AT.TI5IMO4NE7 2 M API A N M 2 SC TOFNAAFTICGETU: RO OK m3/s D I A G N O S T I C STATISTIC I / O C H ARNYNDE EL FSA U L T EESSCC ECSOC N F I G U R A T I O N ESC EENENN TTT E ENNTT E ENNTT E ENN DISPLAY MODE DATE/TIME VIEW a) Automatic parametrization of sensor PASSWORD PASSWORD CHECK DATE/TIME 0 A I N MGE N N UO S T I C 5 C O NAF CI GTU O R ARTYI ODN E F A U L T 2 C H A N N E LM1D RE: 46 CHANNEL2 FLOW 46 F L OF W C HSAITNAA 5 I/O CHANNELS P A R A ME SSC EN NETLSI 1SO TR I C INSERT VALUE (HEX) E N T E NTT P E N Tsensor parameters N I T evaluS E EN UDSNAICISSTPSSLWAOfor IFEVIused A TU T IROAto NT set Automatic parametrization of the operation withU the I O Nbasic YRMDits O Dcorrect E M E Asensor S UACRCOE TNMis NG R A N G E R A N G E V I S U A L I S A T I O N P A S S W O TR D A D D R E DS AS T E / T I M E 1V I E W 0 select 0E S F L0 U0 M ation unit. In the CONFIGURATION/IO CHANNELS/INPUT 1/PARAM SENSOR menu, FI NL CU OTMREER/ STE CI M RSHEASONW MU OS RE DN SCOHRE C K 0 CHANNELS/CHANNEL E R R OMRAPPEI AA NCM 2 C FODNOA F I G UA R A T I O NE FORMAT M E A S U R E M E N T D I A G N O S T I C F/ AORCM THOATRNYNDE EL FSA U L T D A M P I SNTGA T I S T I C the AUTOSET item. I C l/s OK 1 SUPP LEVEL SE U PP LEVEL ASDC D R E S S EC SC ESC E ENNTT O N F I G U R A TEIENONTNT E ENNTT ESC ESC E ENNTT E ENN ESC EDS CI S P L A Y M O DEEN T E ENNTT ESC E ENNTT D A T E / T I M E V I E W E ENNTT PASSWORD PASSWORD CHECK DATE/TIME ANNEL 1 5 IO CHANNELS S TTYIAONDNTES F A U L T 2 90 0 C OF NAF CI GCTUOO RN AR C H A N N EPMLADA1RIIANAMMGEETRNREUOI :SSA TT IIOCN RE: CHANNEL 3 PARAM SENSOR E R T V A L UE5EEN0N(TTH E X C) H A N N E LEI1S/ CO C AH A N N E L S5 ODBUS CHANN ESS TC A T I ISNT SI C PASSWORD I N SM E ENNTT A C T I V A T I O N MEASUREMENT RE ERLTA VY AS L U E : D AC U T O S E T ONFIGURATION DLI ISSPALTAI YO NM O D E V I S U A 1 ADDRESS B I NARY INPUT E S E N S O R D I S T A N C E D A T E / T I M E 0V0I 0E 0W INCORRECT P ASSESNWS O PARAM O RR D +M 0 0O0D0B0U0S. 0S 1L A0 0V m ERROR ECHO E M NE MSAESSNW UU RO ER DP E CR HSEECCK 0 DN RAF IETG M E R/EATNTI ITMO NE M API A 2 C O U M E A S U 3 DAMPING A D D R E S S T I /s F/ SAOSCCTHOARNYNDE EL1FSA U L T 3 OK SSD TEI AAN GTS INI STOTI SVIm CI T CY I A D D R E m /s N O R E S P O N S E SC E N T ESC ENT ENT ECSOC N FE ISGC U R A T IEON N ESC EDSI CS P EL SACY M O D E E ENNTT E ENNTTE S C ENT E ENNTT E N T E N TT ESC E ENNTT ESC ENT E ENN E ENNTT DATE/TIME VIEW ENT PASSWORD PASSWORD CHECK DATE/TIME RE: 46 ANNEL1 OR W MODBUS SLAVE 0 MD A IINAMGE N UO S T I C C OF NAF CI GFTUL O ARTYI ODN E F A U L T 2 CHANNEL 1 5 CHANNEL B 1 AUD RATE 5 C H A N N E LES1S TC A T RI ES:T I C C H A N N E LA4 C T I VR EA: T I O N 4E6N T F L EODSWICS P LU AN YI TMS O D E E ENNTT E N T C H A N N E L 1 I N S E R T V A L U E ( H E X ) V I S U AFLOI SR AM TAI TO N R A N G E U N I T S CONFIGURATION PASSWORD VISUALISATION P A R A MA DS DE RN ES SO SR LT UI M M EE S RDAANTGEFE/in D Ais T Eautomatically / T I M E V I E W set. The configuration P A R A M SofE Nthis S O item, R After activation the sensor is indicated the 5 E4 A."WRIT7S U R E M CE M L E Vwith EL:M N3 T Rprogress MAT 0 0 0UEFR1OSO S ESNWU O R D C H E C K 0 MEASUREMENT M API A N M C FOFNLAFUICGMT ART IYO ND E F A U L T 2 5 4R 7E 2S S m / s F L O W : 1 A0D. D S U P P L E V E L m3/s FMOis RAMdisplayed. AUTR I N G D TI AA GT INSOTSI TC I3completed, C 1 E S A D After D R E S the S 3configuration ING" text. is successfully "WRITE OK" S DUI SP PP ELLSAECYV EMLO D E SN TT A T E :E4R R O RE SECC H O O K m /s m /s N O R E S P O N S E S E E N T ECSOC N F I G U R A T I O N ENT EP SACS S W O R D ESC E ENNTT E ENNTT E N T E ENNTT ESC ESC ESC ESC E N T E ENN E ENNTT D A T E / T I M E VE EINENTTW D A T E / T I M E E ENNTT E ENNTT PASSWORD CHECK FACTORY DEFAULT DIAGNOSTIC E LRS I N G FI LOUMCMHEEAA SNSN U 618 RE: ANNEL1 I N S E R T V A L14 U96 E2 :0 0 C RCI RTHEEA: O N KN E L 1 EI 1SN I N S E R T V A L U E ( H E XC H) A N N E LE 2S W C H A N N E LP RCEP DU ET FC. HSP AEALNRENSCEH5TLASFLOL ERENMNTTA T F L O W E ENNTT R E L A Y S UNITS A C T I VF OA RT M I OUNL A CM LEVEL: 54.7 01 SEC I NNMP UXTSXBX . X X RANGE V I S U ALBOLI NIASADARFTYRI OO 0001 m 3 / s P A R IAO MC HOSADEN NBNEUSL SSO RS L A V E FLOW: 0.5472 FLUMES 1 3 W RSI TT AE TOEK: 4 FORMAT M E A SICUNURPREURMTEECNNHTTAONUNTEPLUST m /s ESC ESC l/s OK 1 S U P P ELSECV E LE S C ENNNTT TT E N T E N T A D D REERESSECSCLSA EYSSC E ENN EEEN ESC E ENNTT E ENNTT E ENNTT ESC ESC B I N A R Y I N P U TE ENNTT E ENNTT E ENNTT 2C O N S T A N T S CM O NOF IDG BU RUAST ISO LN A V E RE: CHANNEL 1 5 I 90 CHANNEL1 PARAM SENSOR I N S E R T V ACIL/UUORE CR( EHHNAE TN XN )O EU LTSP U T CHANNEL 1 5 A PF W AL ROO AWM EDT R I S A T I O N 3 5 0 P A S S R RE: M O D B U S S L A V E I O C H A N N E L S 1 4 6 ANNEL2 F L O W 4 6P A is L RO EW: A N N Ecommunication L 1 5C H A N RISSAS PTHILOAANLYL MP 3O D 5E 0 E ENNTDT M E A S U R E MIn E Ncase T C H the was not "WRITE EERROR" displayed. EAS3U C TF O PARAM SENSOR N E Lsuccessful, RAM EPTEA RD S IC NT W R I TS EE TE R R O R m /s WNCOIHTRASDN N E L S A1 C T I V A T I O N ADDRESS E M E A S UB RA EU MD ERNATT E I N C O RT ROSETECNT S UONR I DT SI S T A N C 3E A0U0T0O0IRSPNEA EPLTSUASTU C O Y S R A N G E D A T E / T I M E R A N G E E R R O R E C CHHOA N N E L 1 V I S U A L I S A T I5O N 19 0 m AN SDTDA NR TEFSSO SR M A T S E N S O R D I S T A N C E M E A S U R E P E R S E C BU NAEDPELCUESUFTEA (UHL ET X ) FI INARNSCEAETPRFROEYLTRRUIVYSM AE R R O RA ED CD HR OE S S E SO R D D A M P I N G P A R A M PSAERNASMO RS E N S O R O KA D D RFPELASUSSM M E A S S W M E A S U MREEENM DD A M P I NEGENNTT AN TSE UN RT E M E N T E S C 1 ENNETTS C ESC E A D DI RO EM ECSHSOCASDN NBFEUOLESSRENSNMTTLAATV E S E N S FI O T IRVMITTA3 YT E ENNETST C l/s 1 NO RESPONSE W R IS A D D R E AS SD D TR E S S 1 EE S C ITNUECEPOENPm RR RLR/s EEOCVRTE L E ENNTT S E N SEICSNTCUIPRVURI TTSE0YCUN0HPT0PAO0NLUENTVEPELULST E ENNTT E ENN ESC E R R O R E C H O ESC E S C E N T E S C E N T ESC ESC ESC ENT ENT E N T E ENNTTE S C RELAYS E ENNTT E ENNTT E ENNTT E ENNTT DR AE :M P I N G BINARY INPUT 46 CHANNEL1 M 2F L O W CONFIGURATION 0 MAIN MENU 5 ESC CEHSACN N E L 1 E ENNTCT H A N N E L 1 E E5NNT SU CMOE D ESC F EL M SBUS SLAVE CR NEHENAL STN NO EU LTSP U T E E6N1N8TTU N I T S A C T5 I0V A T I O SN T AI NTSI SE RT TI CV A L U E : E N T RE: I OPCICR/UHO A N R ANNEL 3 PARAMETRISATION A C T I V A T I O N A R SR HTE AV LALL U ER:A N G 46 WONNF RI EG: U R A T I O N E DNCI EPSDUP ETL FAC.YIHPNM V I S CU HAALNI NS EAF LELTC4OSIO N6 1 ASNOE ND E L S E ENNTFT L U MF LEOSW V I S U A L I S A T I O84 N EFISO AUTOSET U NC I TE S/ T I M E V I E W E N T P EARLSM S YUWSLOAR D U N I TF LSOP WA R A M S E N S O R R A 46 C H A N N E L 1S E N SROE :R D I S T A N CP EA R A M S ECNH DRAS NAAONNTRE + L O A D F R O M U S B 0 0 0 0 0 1 . 6 2 1 1 m F O R M A T L 1 5 E ORD CHECK M E A S U R E M EP NA TS SG W BD IANTAER/ YT II MN+EP0U0T0 0 0 0 . 0 1S 0U0PmP RL EA VN EGLUEMNEI AT S U R E M E N T OK m3M/sE A S U R E P E R S EAC D D R E S S ADF CLI ATU IGMVNEAO1STSI TO INC FCA5O CDSTBT OAUNRSTYSS DL A E FVAE U L T 9 0 F L U M E S 1 M EL 1 5 C H A N N E L 1 A D D R E S S I O C H A N N E L S O N A DEDN RT E S S N G E E ENNTT IO CHANNELS 1 ESC OSC RUMA AL ITESENANTTT I O N ESC ENNTT 4E6NTT F LV E S C you will F O R MFREASLATCby EFOreturn SIW m3/s RAE SMP O SN SEE N S O R S EE PN N ATS the O R Ecommunication EESRVEthe TEN 3LSV/sOAprevious XS) E N S The caused By pressing M Owrong E DS B U S C H A N INNEESENLNE ICSNCUPARURTE CN HT AONUNTEPerror LUST EEEmay Nmenu. UCRIPITANPSMSLto RL UP AE R(EEHAENNEM NNTTP A by TT m N O R E S P O N SPEU ESSAN SI TS IWVbutton OI TRYD SESN W S UO PR PDFLOEURVRM E S C T E S C E N T ASUREMENT M E A S U R E M E N T MEE LALE SATCY S D E N T E S C E N T E N T E N T R E L A Y S ENT EN T wrong M E S U R E M E N T ERSA CA ENNaddress. T 3 E T E N T N G E connection of the sensor, or by setting of the sensor E S C 1 1 EARY INPUT DRESS UNTT OK S U PBPI NL A E VR EY LI N EP EN RE NEEUSS S 0 0 0E0N TA D1D R0 E S S I N C O R Rm E C /s T MAFA ID 2 INCORRECT CB O NI N FIGURATION LNUDMM OR ECHO E R R OE NRT E C H O DL BS U S S L A V E E E1NNT RE: CHANNEL1 E SCCH AMN O M O D B U S S L A V E I O N E E ENNTT E S C E 5N TT(IARHSI TSETAXITC)I O N D A M MAPNI NN EGL 4 PC0ITNH GA N N E L 1F OCRI /MUOURLCCRAHEHANAN NTNE NOL E1U LTSP U T 8 5 I N S E R T VP AAFRLOTAURMAEFEM S FELLU EM CE ST FMOORDMMB AOUDTSB UCS HS AL AN6V N8E E L S RE: 46 I OSDCEHI LSAENPCNL ETAL SY O PTNPOLF OILSWGEE UVT RE A SAC UU L T I OENS C OMROMDUEL A 1 E N T5 I NESS EC R T P A S S W O R D ? E N T SNTCT V I SF U E ENNTT EA EIPSN CEEN EN NETTN T P R E D ERFEE.ELN PSACATYBRSAS UH DA LRLA T EES C E S C E N T E S C A L I S A T I O N S E L E C T U N I T E D A T E / T I M E V I E W E N T U N T S S S W O R D P U T C H A N N E L S I N S E R T C O N S T A N T S ESS EC N S O R D I S T A N C E E ELNNETTV E L : 5 4 . 7 CP M 0 0 0 setup 1M F OX RX M X .U XILNXAA RFYO IRNMP AU TT 3T R A A M S E N S O R b) Sensor to flume bottom distance B P A S S W O R D C H E C K R A N G E D A T E / I M E R E L A Y S R E : E A S U R E P E R S E C m /s FLOW: 0.5472 CHANNEL1 L O A D MF ROSODEMBLAUEUDSCSDTSB RLFEAOSVRSEM A T SSM CSL U E ( H E XS)T A T E : 4 C HBF AIANNCANTRMEOYLER AI1YNSDPUEURFTEAMUELNT T 3 ADI DINADSGREFNERLOSTUm VTA3EI/s OK m /s RE: RE: D SR LE AS VS EC H A N N1EE LN41T61 NEL1 FSLO M O5 D B U S S L A V E CHANNEL 1 5 ESSECN S FI O EM COADNW NBAEULDS T IRVMI TA YT C H A N NE EENNLT1T I O C H S 3 E N T ESC ESC m /s RESPONSE ULRUN:RTIE5ETRCN4ESRH.TN7OATORNUNETCEPLHUCSAOTMCETENINTVET SACT I O N SLU0EEP0CENP0TNT1LTUENVI ET L E S C B A U DE EN TT T E RNA L EEICVSNCUE1/PARAM E ENN T EI VENNATTT I O N S E E S C E N T P E N T E S the C A CCONFIGURATION/IO E N T 3 In CHANNELS/INPUT CHANNELS/CHANNEL SENSOR menu, select SENSOR EN0SG.C 5 E472 F O ER XSMCXAXT. X EX ENNTT mV I /SEsUENNATTL E F LEROSEW CRL :A V I S U A L I S A T I O NE N T I SENNATETTS ICO N ESC ESC ENNTT E ENNTT E ENNTT A Y S E I N Msensor ENU LAG :UUR4RM A D D with RESS S CTBOANI TNFFIEbottom. 3 from the 0 P A R A M Sand E N Sm O3/s R the distance ofM Athe P A R2A M SisE Nset S Oin R meters set measuring flume YA ETI INSO PN The U T distance O KDISTANCE, S T A T I S Tm I C /s I C/OOF DOCBRHUMAS4ANS6TNL EALVSE M E AFSL UO WR E M E N T E S C RE: MEASUREMENT M 46 CHANNEL2 FNLTTO W 6 8 CT H A N N E L 1 E3M S/s E5S , positions ENNpressing EC S CO NF LF UI M ENcan EN E N T E T E O K S U P P L E V E L m3/s m four Adecimal digits. By the button be browsed. Current position is highlighted. By pressing I O C H A N N E L G U R A T I O N 1 P A R A M E TCRDU I ISSRA P TRILEO AN N YITNM DDRESS R P5TE U0VATADLDUREUE: NS SI T PS A R S H A 1L L P 3 I SN S E R T V A LEU1NET OS UOE TD A C T I V A T I ROADNN AG EITNEPS/ RET ERI M 2 4AULNL I T S D E F . P A R S H E S C E N T E V I E W E N T E N T Q = A * H ^ D + E P A S S W O R D E S C T V A L U E : M O D B U S C H A N N E L S ENT EC A U Trange OETSSO EN ESC G E button E ENNTT , set TTATof L I Z E R 9. 1 - F A ECSTCEOENRNETRYTNATNthe NNI TSTthe G Ethe U A current L I S AETM the button , numbersEVEto UE LCAHbe NSN.SFVWOAORLRMUDcan PSSIACOIOposition E C entered KE ENNTRT A N in T EI S/ T0IAto MNEC3 E By pressing S E N S OD RA D P A R A M S E NM 0U1L T S3 EFCL U M E S F L ORB WIENL AA RY YS I N P U 0T 0 0 1 4 6 ANARXEGL.LN1VOOAASLDTUIFECR O M U S5B F L U M EMS E AFQLSO. U D I RE: F A C T O R Y D E F A . . F L O W ( m / s ) C distance H A N N E L 2 to sensor 4 6 R E P E S E C W C H A N is confirmed and saved. 2 F O R M AT F O R M A T C HFA:N N 2E L4 18 3 5 9 8 MEASUREMENT 5m l/s OK A D D R E S S AE SCCT I V A1T I O N C H A N NE EENNLST1TU P P RLAEE:DV DEHTRLU.:EE.NSS.5CILSTEDSVAEYLS ( m ) 0 0E: E0NNS1TTU P P L E V E LUMNOI DT SB U S S L A V E RE: NEL1 24 A , D , E . . . C O N S T A N T R AVNI GSE U A L I S A T I O N P A R A M S E N S O R I T I V I ETS YE LE EN CT T F O R M R A N G E CSENSNW T 9O 2R 0DC0 H A N N E S CE ENNTT S E N SR C H AE NS CNEEENLNTT1 I N SEEENRNTTT V A L U E ( H EEXS C) T1 T L U E ( H E X )PEAS E T AOUNTSMG A EL SI ZCE ENRT 1 - A C TI NOASRTEYSR CTE ENVNTA V ASLEUNES O R ESC FE SL CU M E S E S C MFEESL A PEMSAICRN A. M E ENNTT E ENN E NTT C UERSE M E N T E N T EN T E EM ACFEDOOSNDCRFRIMGEUASRTSA T I O N E N T1 EE3N NT E0EN NNT TT . V A L U E F O R M A T MM ALSIEA NECAX M E N U S U R E M E N T 2 I N C O R R E C TL E V E L : 5 4 . 7 C M V E L : F : 2 4 8 3 5 9 8 m 0 0 0 1 l/s 0001 E SR UR POPR LHEECAVHNEXONLXE XL .SX X OK RE: SUPP LEVEL ASFNDTLDAORTWEI :S TS50I0.C5 4 7 2 1 m 3 / s FLOW: CHANNEL 3 AY TDE3:ASI C/M5OPDCCI HA GN SYN EML 1O D E 0 0 E: N0 T1 I5NF SL UEMRETS EVSAC L U E : P A R A M E T R I S A T I O N E N PT A R A M5 E0T R I S A T IEOC 6S8 T A ETENENT SSCOT N D I S P NL A APFTAIEGR: US4 RH AA TL ILOOKPN3 E ENNTT : ENT AUTOSET E N T m3/s m /s P A R A M S E N S O R I N S E R T V A L U E : E S C E N T B I 64 AUTOSET E N8T5 P R E DEESNFCA .R YP IAN RP USTH A L L F O RP MAUSL AS W O R D D A T E / T I M E V I E W ENT P A R A M E T R I S A T I O N 5 0 C O N S T A N T S 9 0 SENEENTTN S O R D I ESPSTACEASSNCSCWE O R D C H E C KE ENNETTN T E S C M E A S U R E M E N T E N T E S C S E N S O R D I S T A NEC E S C E N T E N T E S C E S C ET S C E ENNTT E N T E N T E N T F O R M U L A SDOEALTTEAECL/TITZFI EM ORER 1M- U LS AE R E N T 1 + 0 0 0 0 0C 0 .E 0A 1R0T0OmT A L I Z E R 1 M E A S U R E P AA E RU TS OE CS OE ST T I C L O A D CF LR EOAMR UTSOBT A L I Z E R 2 +I FN0 A0S C0E T0RAO0TD1RCD.YOR6DN2E ESS1FTS1AAmUN LTTS R UE O :R RE DP E R S E C C H A N N E LPM3AESASSW ROI R S ADT II OSNT A N C E 5 0 A D D R E S S P ABSDR AEI MANEGST N E R R OR RE : E C H O 3A D D R E S S C L IENASRE TR OT TVAALLI UZ E :R 35 C H A N N E L 1 E S C E N T E S C ENN 0 . 0 0 0 mTT3 F : ENT CHANNEL 1 E A U T O S E T m0S/s NO RESPONSE M E A S U R E P E R S E C C S E N S I T I V I T Y 0 0 0 D A M P I N G ENSITIVITY C ML EO5 DABRU ST SOELNTATVAEL I ZF LEORW 4 RE: NEL2 FLOW C H A N N E LE1N T 5S C C H A N N E LE41S6C E N T SDANFESLDNTODAWSNREOTSESRCSEDSENNI TST T ACNHCA EN N9 E0L426 E N TR E : A C T I V A TE INOTN E C O E S C E N T ENT E N TE S C E ENNTT 0N1TUT 0N0I m MS EUANNSI UITTRSI EV PI TE YR S E C TS A C ETSI CV A T I O N T O TU AN LI TI ZS E R 1 - E U EN SNETAT RC T I V A T I OENS C V I S BU+AA0UL 0DI S0RA0AT0 TI0OEE. ENN A E EEOSSNCCFRI A EN NLT TRL I S A T I O N P SACRFAOMR M 0 M A I N M E N U A D D R E S S N G E 2 C G U R A T I O N R A N G E V I S U A L I S A T I O N V I S U A E S EA NT S O R R A ENENGN C E S C E N T E S C E N T 3 ESC ENNTT E N T3 N TT EE N B E m /s NO RESPP ONSE F : D I0FS.LCP0UHL0AMA0NEYN SEML 1O D E 3 P A R CAmHMA NSN5EE LN 1S O R M E AASDUDRRE5EMS ES N T F L U MM RE: ARAM SENSOR 68 CSSETFNALFSTULIUITMSMIEETVSSII CT Y CHANNEL4 ENT O FR IMG AU TR A T I O N E ENFNLTTO W P A R AOMKE T RP IASFASOTSIRAOWMNCO4ATR6TI VD A Tm F O1L EURENM M E A S UI NRSE EMRETN VT EAENLNUTT E : MN E A S U R E FMO ER MN UTL AEASDC D R E SI NS S E R T 8V5 A EDC S COF N 5I O 0 /s P R E D E F . P A R S H A L L U N I T S l/s l/s O K 1 E AVE LE ILS A ATEIDENONDTNTR VE ISSSU ASLEI LSEAECTSTCI1OF NO R M U L A S U P P L E V E L S UEPENPNT ADDRESS EFS/ OTSRIWMMOEURLVDAI?E "WRITE W D EASTTUEPV/PTI SLI By M A U T O S U I N S E RDTA PT Acompleted, P A R A M S E N S O R After the write operation is successfully OK" is displayed. pressing the button you will ENT P A S S W O R D C H E C KSEBNERTENA AEENSCNDTCTTI PSOATRRAYANDM N TN G ES E N SEOFSER ESC CETENSONCTNT S T A N T S1 2E3S 4C CEESF EA NUE SSL COT RC LEM E ENNTT RNETA S IUNRSEEMRETNE C E S CE S C L O A D F R O M U E + 0 0 0 0 0 1 . 6E2EN1NT1T m N TF L TU M E S DIAGNOSTIC MW RE EA SPMEUERRAISSNEUGCR E M E NE4T6N TA D D R E S S C H A N N E L 1 1 MTE AF LSOU E: 5 menu. C return H A N N E Lto 4 the Rprevious F O R M A 3 ESC STE LS1A D D RR EE :S S EENSSC E ENNSTTU P P LAE DVCDEHRLU E ENNETTR1 R O R E C H VO I S U A L I S A T I O N I m /s NO RESPONSE A N N RE: I VGI ETSYC NEL 3 C H A N N E L 3 E N TR SE :E N SRI AT N PARAM TRISATION 5 0 ENT P A R A M E T R I S AETNI TO N P A R5A0 ME SSC E N S O R ESC E SE C ENT E S CE N T ENT S EN ENRTT T V AE NLATUUE T: OESS ECETN TE S C MI ENASSE UR RTEEEVNMNAT8TELNNUE1TEENN(TTH E X ) E E S C F L U M EI N A U T EO NS TE T ENT ESC S E ENNTT 1 SENSOR DISTA NCE S E N1S O R D I S T A N A C ED D R E S S I OF O C HRAMN NAETL S 3 WRITE OK + 0E80AL0N 0N0E0L .SM0E1A0 S0 UmR E P E R S EECR R O R 0E 0C 0H1O FLUMES 6H R /s SEC NO RESPM O N ES EA S U R E P Em S U P P L E V I N P U T C I O C H A N N E L S 1 FORMULA VSAC L U E : 50 3 A D D R E S ISN S E R T E A DP ADR RA ME ESTSR I S A T I O NE ENNTT P R E8D5 E F . PKAE3SRCES LH AA M YL SLO D B U S m E ENNT 3 C H/sAENENNNTTE L S S E L E C T FNOO RR EMS PUO NLSAFE O R M U L AOm OI NNS ES E R T P A Sm S E NASUI TT OI VS IETTY S W/sO R D ? B/sEI RN TA RRV YEA LLI ANU YPE US: T SEEENNNTTS I T I V I T Y E S C ENNT Q = A * H ^ D + E I N S I N S E R T C O N S T A N T S E 0 1 EEESNNCETTC L O A D F R O M MUEOESENSND BTCTB U S S L A V E E S C E ENNTT E S C S E N S O R D I S T A NECENENTT E ENNTT F L U M E S B I N A R Y I N P U T6 8 MEASURE PER SEC 3 C U R R ME NO TD BO UU ST PS UL A TVE Q . . . F L O WI N( SmE R/ sT) V A L U E : ADDRESS PE RS CE D2 E F . P A R S H A L L E N T ESC ENT ENT SENSITIVITY E5S C H . . . L CE HVAENMLNOED(L Bm1U)SESEN NC NHR AEMNL EUN2 SELCLEA1ENNTRTE : LNATV E E44S6C 5 RE: R E : C H FA O NEL4 C H A N N E L F L O WE S C E NTT, D , E . . . C O N S T A0NT1T SF LE OCW E NA LOAD FROM USB ESC E ENNTT E ENNTT SC A C TBI AV UA DT IROANT E U N I T S E ENNTT VISUALISATION UNITS ESC ESC V I S FU OA RL M I SAATT I OE ENNNTRT A N G P A R A M S E NESENONTTR RANGE I O C HMA NE NAE SL SU R E M E N T 1C H A N N E L 1 P A RAADMD SR 5E NS S O R P A R A M E T R I S A T I O N F L U M E5S0 UEMN EMS EC A S U R E M E N T F L E E3 SI N C P U T C H A N N E L S E ENN1TT WRITE ERROR P A R S H A L L P P A R1 A M S E N S O R A DI ODCRH EA NSNSE L S AUTOSET FORMAT F O R NMT Om K 3R YOSORDEBCUHSOC Hl/s MLESA S U R E MAE DN DT R E S SI N S E R T DS AU1 TP EP / m3/s /sE EL RARM ONSE I N S E R T V A L U ES:E N S O R D I S T SA UN PCPE L E VQ E=LAN O* RHE S^PDO N+S EE A N N E 85 P U T 5 0 E ENNTT AE NDTD FROERSM SU L AE S C E S C 112 P A R A M E T BR II ESENASNAC T IRO YN I N Y © Dinel, s.r.o. EFM-115 M E A S U R E P E RE SSCE C E ENNT E ENNTT E N TT R ESL A E ENNTT S RL YAS VI NE P U T EENRTR O RS E LC ECHHCOATN NF EOL R1 M 1U4L .A0 1 . 1E4S C 51 0 A U TPOAM SREOSTDHBABUILN A D D R E S S P APRAA SM ESQTW .R.IO.S FARTLDIOO NW ( m 3 / s5 )0 A L P 3 2 OM N SSTEANNSTOSR T V E D A M P I N SG E RP TA CR A S E N S OC RU RDRI M SE TNO ATD NBOCUUEST PS UL A S E N S I T I V I TAYU T HO .S. E. LT E V E L ( m ) S EO,SDR ,EDEEN.NI T.ST.TCAONNCSET EA NNE6TTS8C NI T M ECAHSAEUNS RCN E LPI 3NE ERSENESNRTRTEETC: V A L U EE:ENNETTS C P AM R AEMAE SIT N RUISR S EAEETNM OTENN T F L U M E5S0 0SEF0SELC0NU 0MA ESC A D D R E S ES R T V A L PU RE1 E( DH E P R E D E F . P A R S H A L L MEASURE PER SEC ADDRESS ESS TC A T
233
0.57
0.57
0.21
0.21
233
233
0.57 0.57 0.21 0.21 0.57 233 233 0.21 233
0.57 1735
0.57 0.21
233 0.57 0.21
233
ERROR ECHO ADDRESS CHANNEL 1 5 50 DAMPING SENSITIVITY ESC ESC E ENNTT PARSHALL P3 P EASRC A M S EENENNSTTO R AEUS TC O S E T E N T E S C E ENNTT ENNTT ENT E M E A S U R E M E N T SENSOR DISTANCE 1 ADDRESS MEASURE PER SEC 85 P A R A M E T R I S A CTE HIROAR NN O 0 ADDRESS N ERL E1 C H5 O 5FORMULA FLUMES 68 S E L E C T F O R MI NUSL EAR T V A L U E S E N SI NI TS IEVRI TT YV A L U E : A U T O S E T D AA CMTP II VN AG T I O N I N S E R T P APSRSEWD OE RF .D P? A R S H A L L ESC SC ITSAUNACLEI S A T I O N E ENNTT I N S E R T C O N S T A N T S c) Setup E S C of number of sensor E ENNTT S E N S O R DE ISV E ENNTT measurements F O Rper M U Lsecond A M E A S U R E PPEARR SAEMC S E N S O R 1234 LOAD FROM USB +000001. 6211m ADDRESS MEASUREMENT S E N S I T I CVH IATAN YND EDL R1 1/PARAM Then, in the CONFIGURATION/IO CHANNELS/INPUT CHANNELS/CHANNEL SENSOR menu, select F LCUHMAENSN E L 1 6 85 15 ESS INSERT VALUE INSERT VALUE: AECS TC I V A T IEOENNNTT T ENVNTTA L U E E SI CN S E R E P ERPSAECDR EA FMof . SP EEN ANNTRT SS OH RA measurements L L E N TE S C E N ET S C ENNETTS Cset the number E S C PER SEC item,Eand MEASURE per ENT V I second S U A L PI SA(1-5). AS TS IWO ON R D E N T M RE M A SU UL AREEsensor MENT FO 1 234 1 P A R A M S E N S O R A D D R E S S LOA FROM USB +000001. 6211m 0000 M E A S U RI NE CMOERNR TE C T ERROR ECHO I O C H A N N E L S 1 1 ADDRESS F ODR A M UML PA I N G 85 PARAMETRISATION 50 Q = A E*SHC^ D + E I N S E R TE SV MC AO LDUBEU: S C H A N N E LE ESNNTT E SESCSEC L E C T F O R M U L A E EE E SAC U T O S E T NNEN TTNTT ESC E ENNTT ENT RE SE CL A Y S INSERT CONSTANTS SENSOR DISTANCE 3 Q...FLOW (m /s) 2 BINARY INPUT MEASURE PER SEC H...LEVEL (m) M O D5B U S S L A V E CHANNEL 1 ADDRESS R E : IO CHANNELS 1 5A , D , E . . . C O N S T A N T F OCRHMAU NL AN E L 1 P A R SA M 50 P8 A5 R A M S E N S O RC H A N N E L 1 E ENTSR II STAI TVI OI TN Y A NN N E L S E N T P A S S W O R D SEESLCE C T F O R M U L A M EE NATES SUCR E M E N TMEOSACDC BT UI VS ACTH AEUS TC O S E T E N TE S C ENINO T ENNTT E N T E ENNTT E T E R E L A Y S I N S E R T C O N S T A N T SA D D R E S S SENSOR DISTANCE V I 1S U A L I S A T I O N INCORRECT BINARY INPUT MEASURE PER SEC E R R O R E C H O M OP DA BR UA SM SSLEANVSEO R ADDRESS MEASUREMENT DAMPING K m3/s After the is successfullyO completed, "WRITE OK" is displayed. In out of range are 8 5 11 S E Nwrite S I T I Voperation ITY DN ENRNEcase E S S any values E S C P A R A M E T R I S A ITOI OCANHDA E N TTL S 5 0 ENSNTCETF ON RT M U L A I N ES NE TR T D A T E / SC E S C(1-5 Q = A * By H ^ Dpressing + EE EENNENTTNTT the buttonE SMEC SOCD you I N Sallowed), E R T V A L "WRITE U E :E ENNTT ERROR"Eis B U S will CHA N N E LEto SEthe N ST Eprevious entered displayed. return L E C T F O menu. RMULA AUTOSET RELAYS PASSWORD INSERT CONSTANTS 3 S E N S O R D I S T A N C E Q...FLOW (m /s) CHANNEL1 14.01.14 10 BINARY INPUT 2 M E A S URREE: PME OR DSBEUC S S L A V E C H A N N E L 1 5 d) Sensor internal address setup 0 0 0 0CH H. .A.NLNEEVL E1 L ( mR) E : 1A C T I V A T I O N A D D R E S ISO C H A N N E L S A,D,E...CONSTANT C H A N I N S E R T V A L U E ( H E X ) I N S E S E N S I T I V I T Y Q=A*H^D+E INSERT VALUE: MEOS CD B U S C H A N N E L S VEI NSTU A L I S A T I OENS C NRETL D1 A T E / T E N TE S C ESC ESC ENNETTS C E ENNTTE S C E CHANNELS/INPUT R E L A Y SSENSOR P A select R A M S ADDRESS, E N S OL RE V E L : 5 E4EN. N7TT E ENNTT In the CONFIGURATION/IO CHANNELS/CHANNEL 1/PARAM menu, E ENNT3T Q...FLOW (m /s) B I N 3A R Y I N0 0P 0U 1T M E A S U R E M E NFTL 1O 4W. :0 10. .1544 7 12 0 : 2 O3K range of 0x01 M . . . the L E Vaddress E L ( m ) in the O0xF7 D/s B U S(247 S L A in V Edecimal and set the new address of the sensor. HSet tom A D Dsystem). R E S S After S T Athe T1E : 4 K , E . . . C O N S T A Nm A O, D T /s E 6S C4 ENT B I N A R YE EINNNPTTU T PARAMETRISATION
INSERT PASSWORD?
NS CS E R T P A S S W O R D ? E N T ENT
C
E ENNTT
PASSWORD 0000 SC
C
PASSWORD 0000
0.57
0.21 0.57
ENT F O R M U L A OK" is displayed 8 5 again. By Epressing successful write operation completion, "WRITE the button ENTETNNTyou will return 50 T E SE CS C to S EC S C E ENNTT ESC EP SA CR A M E T R I S A T I O N E ENNTT C L E A R T O T A L I Z E RE EN 1 S E L E C T F O R M U L AE ENNTT A U T Omenu. SET the previous C L E A R T O T A L I Z E R 2 INSERT CONSTANTS
233 0.21
SENSOR DISTANCE RE: CLEAR TOTALIZER 3 CHANNEL1 MEASURE PER SEC RE: CHANNEL2 CCH AL NE NAE RL 1T O T A L I Z E R 4 I5N S E R T V A L FUL EO W( H E X ) A D D R E S 5S BINARY INPUT 64 CONSTANTS CHANNEL 1 F O R M U L A 8 5 PARAMETRISATION 50 UNITS 90 ON E NR S I T I V I T Y C LSA ELCICUASTERUI (TVAHOALEITTXSAI A P A R A M S E NA SSU O I N S E R T V ) LTI ZI OE NR 1 E ENNTTA S E L E C T F O R M U L A EA RANGE V T O S E T E S C E N T P A S S W O R D 0 0 0 1 E N T C LPEAARRATMO ST EA NL SI ZOERR 2 INSERT CONSTANTS D E ENNTTM E A S U R E MS EEESNNCTS O R D I S T A N C E E ENNTT FLUMES C0 0LME3EA AR STUORTEAML EI ZN ET R 3 A D D R E S S M E A S U R1E P E R S E C E 0 0 FORMAT INCORRECT OK /s C Lm E R R O R E C HAOD D R E S S l/s OK SSU P P ELNET V E L AE DA DRERNTETOSTSA L I Z E R 4 E1S C C O N S T A N T 90 E N T ENT D A MC HP AI NNNGE L S1 E N S I T I V I T Y 5 103 DE ESC 107 ENNTT C U R R E N T O U ET SP UC T E ENNDTTI S P L A Y MI O E E S C E N T P A R AEMS CS E N S OERENNTT N S E R T V A L U E ( H E X ) A ESC E N T E S C E N T E S C E N T EFSLC O W E ENNTT ENNTT ENNTT E S C P A S S W O R D M I N F L O W E E N T E E ENNTT MEASUREMENT FLOW+TOTALIZER M ADX F L O W 1 ADDRESS RE: CHANNEL2 C H A5N 0N E L 1S OEU R C E 5 C HI NA CN ON RE RL E3C T R E : P A 0R A0 M0 E0T R I S A T I O N E R R O R REE C: H O 46 C H A N N Since EDLA1 M P Ithe CFTL OI VW TA YT PI too. OE N In the is changed, changed, H A N Nsensor EL 1 5 the measuring channelA address U T O S E T must be A N G internal address ofCthe S E N S O R D I S T A N C EV I S U AN LI TI ESSSAC T I O N A C T IEVS AC T I O N ECONFIGURATION/IO SC E ENNCHANNELS/INPUT CHANNELS/CHANNEL 1 TT E ENNT E S C E N T menu, select ADDRESS, and set the address. ENT ESC C EEN S O R M E A S U REEENNPTTEERNSTE C P A R RAAMENSSG VISUALISATION E ENNTT M E AFSLUURMEEMSE N T A Dl/s DRESS PARAM SENSOR 3 1 A D DFROERSMS A T mO K/s SENSITIVITY M E A S U R EN OMREE SNP OTN S E R 3E/s : 46 CHANNEL1 FLOW OK E S EC N S m 5 1 E ENNTT A D DC RH AE NSNSE L 1 ENNDTTI S P L A Y M O D E E S C E ENNTT 1 0 3 TUPP LEVEL E E N T 103 DISPLAY MODE ENT 107 U NS IETL SE C T T Y P E ENNTT ESC A C T ICVU AR RTEINOT NO UET EPNNUTTT ENT ESC F L O W R A N G E FLOW V I S U AML I SN AFTL IOOW N F L O W +RTE :O T A L I Z E R FLOW+TOTALIZER AX FLOW P A R A M E T R I S AFTLI OUNM E S 50 P A R CAHMM A ONS NUE ENRLSC4 OE R R E : C H A N N E L 3 FLOW S M E A S U R E M E N T 3 A U T O S0E -TF2 O0 RmMA AU TN I T S R E : m /s C H A N ON KE L 1 ER RDSRUI :SP2TP2ALmNEACVEE L 1 A D D R ETSYSP E S E N S O CHANNEL 1 I N SEESRC T V A L U E ( H E X ) E ENNT E ENNTT M E A S U SR EEESLPCEECRT SFRFELAOCUNRMGMEEAST E ENNTT ESC E ENNTT E ENNTT ESC ESC A D D R EE SS CS E ENNTT E ELNNETTV E L : 5 4 . 7 3 C M F O R M A T 0001 X X X . X X 3 3 SENSITIVITY SUPP LEVEL 7 2 /s m / s mN O/sR E S PFOLN OS EW : 0 . 5 4 m NO RESPONSE Thus, the sensor parametrization is finished. ESC ENT 3 : E ENNTT CHANNEL1 ESC E N T OK mR E/s E ENNSPTTATRAA TM EE T: R4I S A T I O N M A I N M E NSU E L E C T F O R M A0 T 50 CHANNEL 1 I N S E R T V A L U EE N( TH E X ) 103 DISPLAY MODE ESC ESC EO SN CS T A N T S E N T C H A N N E e) L 1 Sensor sensitivity E5ENNTT setup E CN TT T Y P E C S E L E C O N F I G U R A T I O NE9EN0NTT AUTOSET FLOW P A R A M S EF NL SO OWR+ T O T A L I Z E R A D A T E / TFILMUXMEXE SXV .I XE W C H A N N SE LIE4NNLSSEEOVRRRETELD:V: IA5SL4TU.A7EN(CHEE X )C M 0 0 0 1 P A S S W O R D 3 MEASUREMENT D P A S S W O PR RD E DC EH FEX.CPKA R S H m /s M E AF LS OU W R E: P0E. R5 4S 7E 2C 0-20mA 3 1 R E :the CONFIGURATION/IO CHANNELS/CHANNEL 1/PARAM SENSOR I A G N O select SF TOI RCM U L A4 6 C HAADNDON RKThen, E EL 2S S in F L EO WD menu, 46 F LA O WD DS RT EA0ST0SE 0: 04 C H A N N E L CHANNELS/INPUT 5 A I1N C O R RE ERCRT : 2 2 m m /s ERROR ECHO LOAD FROM USB U NI INTEFSSOC US NE N I TSESSI TC I V I T Y C TLOW IEVS AC T sensitivity. ION ENT E ENNTT HIGHAor E ENNTT E ENNT and select D A M SENSITIVITY, PING R AE NS CG E ION E ENNTT E ENNTT ESC E ENNER TTSACN G E 3 E ENNTT V I S U A L I S AE TS C ESC E S C E ENNTT m /s N O R E S P OEFNSSLCEU M E S E ENNTT FLUMES EPSAC R A M S E N S O R E ENNTT ENT F O R M A T ESC FORMAT MEASUREMENT E ENNTT R El/s : 46 CHANNEL2 46 5 OK 1 S U PFPL OLWE V E L S U PFPL OLWE V E L A D DC RH AE NSNSE L 1 0 M A I N M E N U P A R A M E T R I S A T I O N 5 0 RE: UNITS NT I TS SE N S I T I V IETENYNTT CHANNEL1 F LE OS W C ESSECL E U E4EN6NTT E ENNTT C EH SA CN N E LA 1C T I V A T I O N E5ENNTT C C O N F I G U NR A T I O N AUTOSET R A N GPEA R A M E T R I S A T I O N 5 0 U N I T RS A N G E A C T IV V IASTUI AODLNASI STE AEN T/STIOOI M SENSOR DISTANCE FLUMEA SUTOSET R E VIEW R A N GF EL U M PE AS R S H A L L P 3 V I S U PMAAEL RIASASAM TARI ESOM NW P S O R D C H E C K M E A S U R E P E R S E C L O W F O R M A T U E N T RE: F L U MFEOSR M A T SENSOR DISTANCE CHANNEL 3 P APR A MR EAT M R I SSA ET INO SN O R 50 l/s OK ADDRESS S U P P LM E VE EA LS U R E P E R S E C A D D R ED SI AS TG N O S T I C1 F O IRNMS AUE TRP PT LV EAVL EULE : AM UE TA OS SU ER TE MI NE NF O SENSIm T I3V/sI T Y E ENNTT ESC OK S U P PE SLCE V E L E ENNT ADDRESS E ENNTT E ENNTT SA EDNDSRE OSECRS SD I S T A N C E1 ESC S E N S I T I EVENI NTTTY ESC + 0 0 0 0 0 0 . 0 1 0 0 E ENNETTS C E ENNTT EMS EC A S U R E PE SE CR S E C E N T E Em NNTT E ENNTT ENT ESC ESC ADDRESS E ENNTT 3 : 50 mR E/s N O R E S PCO HN SAE N N E L 3 S E NPSA IR TA IMVE TI TR IYS A T I O N I N S E R T V A L UE NE T: ESC AUTOSET ESC ENT FLUMES 68 E ENNTT C H A N N f) E LCommunication 1 S E LR EE :C T S EEENNNTSTwith PARAMETRISATION FLUMES 50 check S E N S Oup R DISTANCE I T I Vsensor I T Y state L L CPHRAENDNEEFL. 1P A R SI HN A I N SM E RE TA SV UA RL EU EP E( HR ESXE )C S E L E C T S E R T V A L U E :A U T O S E T + 0PF0RO0ER0DM0E A0F T.. 0P 1A 0R 0S mH FORMULA S E N SA ON NRE LD 1I S T A FNOCRE M U L A5 ADDRESS R E : communication OEALD: item F5 R4 O. 7Min Uthe S B main CM C H A N NNOCheck E RLE4S P O N S the 4 6 menu. M ECAH S FLLELO VW L OmW3/s and measurement E U R E PXE XR XSL. EOXCAX D F R O M U S B 3 S E 0N0S0I 1T I Vstate I T Y in the DIAGNOSTIC F LU ON W : S 0 . 5 4 7 2 +m0 0/ 0s 0 0 1 . 6 2 1A1DmDVRI ESSUSEAS LC I S A T I O N I T ESC E ENNT 3 E ENNTT E ENNTT 4 S T A T E : P A RANGE OK m /s S E N S I TR IAVMI TSYE N S O R M E A S U R E M E N T E S C E N T F L U M E S E N T ESC SC E N T button ENNTT ESC T ETS C EE S ECNNT ESC EENN TT the evaluation E ENNTthe , and check sensor Efor with Select requiredEchannel using A D D R Eunit. S S E S C E ENNT1TE ENNTT F O Rits M Acommunication T : 5 E R RCOH RA NENCE LH1O 46 mR3E/s N O R E S PCO HN SAE N N E L 4 S U PFPL OLWE V E L V I S U A L I S A T I OENENNTT ESC U N I lower TS ENNTT state is expressed by one of five messages in E Sthe C left ENof NTT the display: TheF communication corner E E 68 CHANNEL 1 OUR EM S :UE LNA S O R4 6 E LNS GPEA R A M E T R I S 4A16T I O N C H A N N E L 2 L U MRE ES : 5 F0I LNO SW E R PT AVRAAFLM FI OL OCWH A N RN A 5 E CE TN TF O R M U L PREDEF. PARSHALL S NU ET LO SS E T U N I TM S E A S US RE EL M A C T I V A T I O INN S E R T P A S S W O R D ? UI NNPI TUFSTL CU HM AE NA F L U M E S 6 8 • OK... communication is OK, sensor is receiving echo A D D R E S FORMULA R+A0IN0NG0SE0E 0R 1T .VI6NA2SL1EU1REmT: C O N 1S T A R AE LN AGFYEOSR M ASTE N S O R D I S T A N C E VISUALISATION 3 E R R O R E C H O P R E D E F . P A R S H A L L N O R E S P O LN SOE A D F R O MmU/s EUVETEA LS U R E P E R S E C SB FLUMES FB LI NU A MSREUYSP I N LPM PARAM SENSOR FFMOOORRDM F O R ME SACT SA S LAADVDER E S S MEBSUAUCLTerrors M E A S U R to E Mquestions ENT E ENNT • COMM ERROR...sensor responds with communication E ENNTT E ENNTT LSCOUUAPR DPR LEF ENR VO l/s OK 1 S U P P L E V E0 L1 S E C T EMOLSUUETSNPBSUI TT I V I T Y ADDRESS
233
0.57 0.57 0.21 0.21 233 233 0.57 0.21
233
ESC SC ENNTT ESC E ENNTT Edoes E ENNTT E ENNTTE S CC F L U M E S NO RESPONSE... sensor not respond toEquestions
•
ESC
ESC
NN EEENEN TTTT 6 8
P R E D E F . P A R SEHENANTTL L
FORMULA E: NOR ECHO...communication is not5 0receiving echo P A R AisM OK, E T R I S sensor ATION C U R R E N LT O UATDP UFTR O M U S B1 0 7 IO CHANNELS 1
C H A N N• EL 3
ESC ETS C E ENNT
ESC
E ENNTT E N T ENT
I N S E R T V A L UE NE T:
ESC PARAMETRISATION
50
ENT
A U T O S IENTS E R T V A L 0U 1E : S E C INSM E RI NT PF AL OS SWW O R D ? AUTOSET I N S E R T V A L U E : S E CNHSA ON NRE LD 1I S T A N C E Q = A 5 *H^D+ INPUT CHANNELS P ASR EA M E T R I S A T I O N 5 0 N value S O R Dis I Sout T A NofC the E set range (limits • OUT PM A RA SXof HFALMIN. LOLWP 3VALUE and MAX. VALUE) M E APSAURRA+EM0P 0SE 0RE 0NS0SE0OC.R0 1 0 0 m 3 R E L AOF Y S RANGE... measured AM UE TA OS SU ER TE P E R S E C E S C E S C E N T S O U R C E Q . . . F L O W ( m E/ EsNN) T E N T A D D R E S S MEA UREMENT BINARY INPUT 2 SA EDNDSROE RS SD I S T A N C E TYPE H . . . L E V E1L ( m ) S E N ASsensors DI TDI RV EI TS YS(CHANM OofD multiple B UmS3/sS L Aconnected VE M RI VE IPTEYRthe S E procedure C N O R E S P OIn N S Ecase S EE NA SS IUTrepeat sensors, in chapter 7.4.1. for each of the connected STAN C U R R E N T OE NU TT P U T E S C EESRCR O R E C AH ,OD , E E. E.NN. TC TEOENN ESC NTT EASDC D R E S S ENT E ENNTT E N T ENT 5 ESC R IYS A T I O N E N T 5 0 ENT NEL E1S to T A MC HP AI NNNGE L E1 S C ESC C CHANNEL 4). E ENNTT S E NPSA IR TA IMVE TI T E ENNTD P A R S H A L L P 3 P A R A M S E N S O R E S C E N T AUTOSET E N T E S C E N T ESC E N T E N T ENT MEASUREMENT SENSOR DISTANCE RE: C H A N N E LA 1D D R E S 13 5 1 C H A NEFM-115 NEL4 46 FLOW S MEASURE PER SEC © Dinel, s.r.o. CURRENT OUTPUT 107 T1RLVRI ASOLAROUTREEMI CO:U HLNAO 5 CI HNVASINSEN U ERLEA I STSSE R T PVAAR AL MUEET R I S6A 8T I O N ADDRESS F LU U MNI EN 5 0 P A R A M S EF N MIN FLOW S O R D A M P I N G I N S E NR ST I VT AI VL IUTEY: A C T I V A T I OSNE L E C T F O R M U L PR RA ENDGEEF . P A AR US HT OA SL LE T 3 MAX FLOW MITENINSOTENR T C O N SETENNAT P A S S W OERENNDTT VM IESAUESA 2SULCRI SE A ESC FF + OL UR0 M M 0E S0EUCS0L 0A 0 . S0 E0N0 S0 O R DmI S ET EN ANTNT C E 1 S O U R C E3 F O R M A T PA AD RDAR ME SSSE N S O R LOAD FROM USB +000001. 6211m
CONFIGURATION DATE/TIME VIEW PASSWORD CHECK DIAGNOSTIC
ESC
E ENNTT
8.4.2. Flow rate measuring channel setup WRITE OK
PASSWORD DATE/TIME FACTORY DEFAULT MEASURING
ESC
IO CHANNELS
DATE/TIME VIEW PASSWORD CHECK DIAGNOSTIC
E ENNTT EE SS CC 1
MAIN MENU
INPUT CHANNELS RELAYS BINARY INPUT The following description is applicable to the evaluation M O D B Uunit S S Lconfiguration AVE CURRENT OUTPUT Configuration of other channels is identical. ESC
ENT
a) Flow rate unit of measure setup
ESC
E ENNTT
E EN NNTTT E 0
STATISTIC CW O NR IF TI GE UE RR AR O T IRO N DATE/TIME VIEW inP Athe 1. S S measuring W O R D C H E channel CK DIAGNOSTIC ESC ESC
WRITE OK
E ENNTT ENT
RELAYS BP IANSASRWY OI NR D PUT MD OA DT BE /UTSI M S LE A V E CF UA RC RT EONRTY ODUE TF PA UU TL T
EESSCC
CONFIGURATION IO D C HI AS NPNLEAL SY M O
ENNTTT EEENN T 2
1 DE I PNAP SUSTWCOHRADN N E L S RDEALTAEY/ ST I M E BF IANCATROYRI YN PD UE FT A U L T MMOE DA BS UU SR ISNLGA V E CE SUCR R E N T O U T P U T E ENNTT
ESC
IO CHANNELS I O I CNHPA U N NTE LCSH
E ENNTT 1
ANNELS 1 IRNEPL UA TY SC H A N N E L S INPUT CHANNELS U N I T S RB EI NL AA RY YS I N P U T RELAYS RANGE BMI ON Dmenu, A BR UY SI NS Pselect B I N A R Y I NCHANNELS/CHANNEL PUT In the CONFIGURATION/IO CHANNELS/INPUT 1/MEASUREMENT/ FLOW L UA TV E F L U M E S M MODBUS SLAVE C UO RD RB EUNS TSOL UA TV PE U T F O R M A T UNITS, and set the required flow rate unit of measure. 1 5 5 I O C I O H C A H N A N N E LNUSE TL SP U T 1 1 C U R R E N T O CURRENT OUTPUT ESSUCCPOPCN OSLTNEAS VNT ATE SNLT S ESC E N T 9 09 0 E ENNTT M S ESNESNOSRO R I N ISNEESRSETCR VT AVLAULEU (EH (EHXE) X ) E ENNTT E S C A A LTESL S E S C M OMDOBDUBSU CS HCAHNAENN ENENNT EPSACPSASSWS O ENT E N T W R O D R D 5 I O C H A N N E L S 1 CONSTANTS 90 ENT RUERME EMNETN T R ERL EALYASY S D D INSERT VALUE (HEX) M O D B U S BC IHBNAIANNRANYRE ILYNSIPNUPTU T A 1 1 SESS S E E IO CHANNELS P A S S W O RI NDCI NOCROR RE RC ET C T 1 C O0N 0S0T00 A0N0T0S 90 R E L A Y S D ER CEHCOH O CALTVAOEV1R EY D E F A EMLDSOBDUBSUFSSALS I O CAH A N N E L S 1 I N S E R T V A L U E ( H E4 X6 ) M O D B U S C H A N N E LB SI N IIAOO RCC YHH AAINNNMNNPEO LUST 1 E IGN1 G P A S S W O R D W R I T E E R RR EOLRA Y S 0000 I N C O R R E CF LTO W I NU PS USTL A C HV A NNELS I DN P U T C H A N N E L S SELECT UNIT M O D B E I N P U T C H A N N E L S U N I T S E N E T N T E S E C S C E S EC S C ET NTETNNTT R E L A Y S E NETN T R E L A Y S E N E A R E Y OEUENENTETN B I N A R Y I N P U E S E C S C E N E T N T E S E C S C E E N E T N T E N E T N T INCORRECT RB EI NL AA RY YS I N P U T RANGE 0000 BINARY INPUT S U R E? M O D B U S S L A V E 3 B I N A R Y I N P U T E N T F L U M E S E S C E N T ESC ENT ESC NTTS S L A V E ESC m /s E ENNTT MO D BN TUSS S L A VEEN T 9 0 M O DEBENU CHANNEL 1 C OMN O S TDAI B AL TVS PE U T 1 5 F O R EM NA TT 5 O EU C NHSATSN O NL EU 1 CONSTANTS 90 C U R R R E R: E : C U R R E N T O U T P U T 4 6 4 6 L 1 F L O F W L O W E S C E S C E N T M O M D O B U D S B U S S L A S V L A E V E CT V A L U E ( H E X ) E N TC H CAMHN ANSNEELNN SC1OP PR L E V E L 5 5 E ENNTT E ENNTT I N S EAR T V A L U E ( H E X ) SEE1 SLU ASUC R R EMNOTD OB U ST PCUHTA N ENNET L 9S59 MS SC E N S O R I NA SSEESESSRW E N TP A RC A P O R D E E S C C E N T P A S S W O R D E N T U N U I N T I S T S E N T E N T B A B U A D U R D A R T A E T E M E A SAUCARTCEI TV M NAITTO INO N D E ISAEVCT UREMENT V D ESC ENT E ENNTT FLOW M O D B U SE SSLCA V E R E L A Y S 9 5 E ENNTT C H A N N EAL D 1 DRESS R EARNAGNEG E 4 6 E N T 1 INO N F OFROMR AMTA T P U T E 1 V I V IUSAULAI SLC IOA5SRTARI ETO SS I N C O R R0E 0C 0T 0 CT U N4 I6T S B A U D R A TA EBDAIDNDRVADIEERRSWYESSSITN F L FU0LM0U EM0MSO0ED SB U S S L A V E A C T IEVRARTOPI ROAPNERACARHMAOI NM S A TL IAS TVI E C F L O W S E S N E S N O S R O R E C H O M O D B U S S 9 5 HANNEL 1 R A N G E F OFROMR AMTA T F O RI M O CAHTA N N E L S 1 V I5S UDAAL MI SPMAI ENM TAGIEO SAUNSRUERME EMNETN T FLOW I O CUHNA INTN S ELS AEEUVLDE LR A 2T4 4E6 F 1L U M ANCGT I V A TmI 3Om A D D REI SENCSP SU T C H A5 N- MN IENL SF L OEWN T R AEN SG E S USPUPP LPEBLV /sN3/sE N T P A R AE SMC S EA NDASDDORDRERSESSS ES L E CETENNUTT1N I 1T R A N G E E S C F O R M A T E S C E N T E U N I T S E S C E N T E S C I N P U T C H A N N E L S E N T TROETL AEASLYECI SSZ CE R 1 - F A C T O NR TY EENENETN A ITNE. S VEC SACL U E VISUALISATION MEASUREM ESC E N T EENNET T ESC E N T E ENNTT F O R M M NT E NETN S ECES NC T EENE NNTETNTNTT E ELLUmeasure AMY ESS S selected. U P P MRL EAA VNX EG. LVE A L UAED D R E S S E NETN T mP3A/sR A M S E N ESENOENTRETNNTT A D D R E S SEUsing buttons, required unitRFFof can be 1 and BINARY INPUT 3 FLUMES B I ON RA M R YA TI N P U T M EEAENSNTTU R E M E N T E S C 2 4D 8B 3U5S9S8 L A VEEENNTT m 3 ESC E S C F :M O ENENNNTET L S m /s E N T E N T I O C H A 1 S U P P L E V E L C O N S T A N T S 9 0 R E : the button is pressed, you menu. RF M 1 C H A N N When EL1 O D BofU Smeasure S 5L A V E is saved,F Oand A1 D D RREES: S TF L:CO W 0 :4R06Y1 D E9F5A 4 6previous L OA WT will return to the C H A N Nthe E L 1setMunit U5 RDMRAOEDYNBSTU SEOSS ULC AFTVAPE CU 0T O C H A N N E L 1I N S E R T V A L U 5 E ( H E X ) A C T I V A T CIEAOU S CR R E N T O U T P U T E ENNTT S U P P L E V EEM C D B U S C H A N N E L SE ENNTTU N I T S ELS1C R EP:RAE S: S W O R D U N I T S LS O E ENNTT B A U D R A T E E ENNTT N ESC ACTIVATION R E L A Y S D E S C E N T E S C E N T C H C A H N A N N E N L E 1 L 1 R A N G E AMTTA T EREN E N T ESC R ASNESGL EE LCETC FT OFROEM F O R M A1T91290200 0 ESC VI NI ISSNUEESRSAECTLRIVTS AAVLTAUILOEUN(EH (EHXE) X ) E ENNTT V I S U A L I S AE T I O N NNTT F L U M AE SD D R E S S A REENYT O U 0000 INCORRECT F L U M EB SI N A R Y I N P U T SENSOR C H A N NPEALL RE1LAVEM SURE? MATOTD B U S S L A V E I N S E R T V PAAL RU AE M( HSEEXN) S O R S E L E C TF FOORRMMA 1 9 2A0T0 F O R M 5 4 5 . 4 7 . 7 C M C M E V L E : L : M E A S U R E M E N T 1N T rate range setup X XXXX. XX .XX X 3 3 E A S U0 0R00E01m M0 E3flow b)M Measured 3 OK s AT I OSCUH P A NP N LE LE SV E L 1 SUPP LEVEL 19200 /s A5DF4 DL. F7ORLEWOS:WS :0 C. 05M.S45E74L27E 2C1 TmF mO/ sR/ M 1 LEV L 1 A D RDACRNHEG A SE SN N E /s I N S E R T Vm 24 I N S E R T DATE/T E L : 3 A 3L U E ( H E X ) E S C E S C E N T E S C E N T S E L E C T U N I T 4 4 S T S A T T A E T : E : E N TEI SNCP U ET SCC H A N N E L S E ENNTT 0 0 0E 1S C E S C ENT XXX.XX SC 90 mm /s /s NNT:T E 0S C. 5 4 7 2 T OmT 3A/ Ls I Z E R E ENNTT E ENNTT E N T E ENN E EN1NT-TF A C T O R YC O N S T A NE TS SC M I N . V A LEUENENTT E ENNFTTL OE EW T O T A L I Z E R 1 U S E R R E L EASYECSS C A E S EC S C 3 E VA EX L. : V5A4L.U7 E E ENENTETNSCNTTM E S EC S C 3 E S EC S C L M NTETNNTT NTH ETN E ENE E1EN0E 0 0 0 1E ENENTETNNTT XXX.E XN XETN T 3 3A T E : 4 0 8 . 0 1 . 1 4 m /s B I N A R Y I N P U T In theF Lsame andF : in2the menu, set the minimum and maximum B m /RANGE, s 0 . 5 4 7 2select O W : menu, 4 8 3MIN.VALUE 598 mand MAX.VALUE 3 mM O/s V I E W S T A T I S T I C 0 . 0 0 0 m F : E S C M O D B U S S L A V E E N T E S C E N T 4 6 E N T E S C F L O W E N T E S C D B U S S L A V E 9 5 E N T C E N T E N T 4 S T A T E : ENT T: 5 DAYS 01 HANNEL 1 5CHANNEL1 R E the : RE: value for flow rate. The value is set in Uthe physical unit 0of0 :measure set in the previous item a). C U R R E N T 5O -UMTIEPNNU FTTL O W 1 I FNL OSCF WLEHORAWTN VNE SAENCLI UT1 ES ( H E X ) 4 64 6 E ENNTTCDH AF LNOFNWL OE WLS 1E ELBSEACCUTD FROARTME A 4T 64 6 E ENNTTE S C MSOEMDLOB EUD CSB USTESLSFASCVO EALS2CC T IR VE :RAET: I O N L 1AERV9M E2 A 0 0TE ENNTT 9 59 E ENNTT C H CA HN IANNNE LNSEE1ESL RC1 T V A L U E ( H5E X5 ) E N T R A N G E E S C F O R M A T E ENNTT VISUALISATION ESC ENT E ENNTT B ABUADU RD ARTAET E C L R U NUI NT IST AS D D4 R6 E SESENNTT U NUI NT ISETSFSCL U 4M6E S E S C E S C M O D B U S S L A V E 9 5 ENT P A R A M S E N S O R C H A N N E L 1 A CATCI TV IAVTAI TO5INO N F L O W 5 4 . 7 C M L E V E L : FLOW CM LR EARVNAE0GNL0E:G0F 51EO4R.M7 A T F OFRXOM XRXAM.TAX TX R ARNAGNEG EX X X . X 3X 3 M E A S U R E M E N T A C T I V A T VI OI VSN IUSAULAI 0SL 0IAS0TA1I TO INO N m /s . U5EM 4S7E 2S B A U D R A TA EDADDRDERSESS S 0UWS.P5P4 L7 E2 V E Lm / s U N4 I6TF LS O W F: L FU0LM FF LL FOULW :EM U N4 I6T S C H1-m3/ M U E P A P R A A R M A M S E S N E S N O S R O R M O D B U S S L A V E 9 5 S F L O 3 FLOW HAA DN NDERL E1 S S 3 FORMAT 24 R A NSRGATENAGTE FE O: F4ROMR AMTA T : TS4ACT R A N G E SF TOFAROTMREAM V1 I5SOUK A L I SMAEM TAIEO NSRUERMEm /s m /s S A U E M N E T N T E S C 0 8 . 0 1 . R1 Y4 1 0 : E E N T B A U D R A T E E S C E N T U N I T S T O T A L I Z E R 1 F A C T O T M N l/s EAS CC T I V A T I Ol/s A EDNDTRE SE CS S ES SCI N S. UVSPAUPLP LUPEELVEEVL E L E N T P EAENRNTAT M S E ENDSASDCDCORODRENURSSNETSAISTNSTSS E ENNTT1 1 E N TF 9L 0U M EE SSC SEUSSPCUPPTLPOE LVTEAEVL EI LZ E RE EN1NT-TU S E R F EL UN M ESC E ENNTT E ENN F EO R M A T ESC E N T F O R MEM RANGE E N TF O R M A T E ENNTT V I S U A L I S A T IEOENNNTT M E A S U R EAM AR A N G E A T E N T A X . V A L U E S E C S C E N ET F L O W = E S E C S C E N E T N T E N E T N T E S EC S C F L U M E S NTETNNTT NTETNNTT A D D R E S S E NETN T E ENE E ENE P Al/s R A M S E N ES NOETRN T A D D R E S SE S EC S C BF L U1M E S F : 2 4 8 3 5 9 8 T I M E =m3300. 05E6SN5EETN S U P P3 L E V E L SUPP LEVEL C 0 . 0 0 0 m F : F O R M A T F O R ME AN TT M E AE SN TU R E M E N T E S C T : 5 D A Y S 0 0 : 0 1 C E S C E N T E S C E N T ENT ESC ENT S U PEPENNLTTE V E5 L 4 6 A2IDNEDSNRETREREST: S V A L U E ( H1E XC) H A N N CE HL A2 N N EDCLSHR1UEAP: NEP NNLETELV 1E L 46 FLOW MODBUS SLAVE 4 6 9 5 FLOW FLOW C H A N NF EL LO W 1 4 6 5 S E L E C T F O R M A T 19200 E S CI N S E R T D A T E / T ESC P A RP A RM AE M T RE ISTSRCAI ST IAOTNI O N 5 05 0 E ENNTT E ENNTTEUSNC I T SB A U D R A T E E3LS C3 R E :R E : E ENNTT EUSNC I T S E ENNTT A C T IUVNAI TT ISEOS NC U NI NI ITSNSESRETR VT AVLAUELENUN: TET : AUACTUTOTIESV ASTET TI O N 8 N81N 1 E N T AV EUESO CE ENNTT V I S URAAL NI SEGSAECT I O N R A N G E F O R M AT E CNLTR R A N GREA N G E E 5 4 . 7 C M L V E L : I S A L I S A T I O N P A R A M E T R I S A T I O N 5 0 0001 XXX.XX 3 0S8S. 0 1 . 1 4 1 0 H S PESANERSN O S R O D R I D S I T S A T N A C N E C E F L U M E S I N S E R T V A L U E : 8 N 1 A D D R E F L U M E S P A R A M S E N S O R m /s OW : 0.5472 FLUMES FLUMES A U T O S E TM EMAESFAAULSM RURETSREEPEEM:ENP4ERSENOSRTRESCE C FORMAT CH1F O R MFAOTR+M0+A00T00000000. 00.100100m0 m M E A SF U RAMETRISATION O R EMMA ET NI NTS E R T V A L U E : S E5NO0 SK O R DAIM SADETDARASDSENTRSUA CESES S l/s 8 N 1 D S Uthe P P limits L E V E of L the C OSgraph NUS TP APNSLT(see 9 0 and to verify A D D RS EUshow SP SP L Ethe used 3 l/s 1 to graphically USE PVPE Lchapter E V E L 7.2) A U T O S Em T 3m V E flow L 1 rate in the bar MEEENANTTS U R ESThese PAESENDERSDNSIRESTvalues ESEICCSTV SII VT IYTare ESSE C /s /s ENNT+ T 0 0 0 0 0 0 . 0E1S 0C 0 m ESC E N T Y T O T A L I Z E R 1 U S E R E N T E S C E ENNTT E ENNTT ESC EAS C E S C T E ENNTT E N TE S C ESC ESC S E N S O R D I S TEAENNNTTC A E D D R E S S ESC E ENNTT E ENN E ENNTan E ENNTT E ENNTTmeasurement C stopped and Nerror flow Erate. by "OUT E S EC S C 3 S EC S C ENE NTcase ETNNTT these limits are exceeded, E ENE TETNNTT is indicated N O T F O U3ENENDENTETN + 0 0 0 0 0 0the . 0 1 0 0 m B E S EC S is EIn E A S U R E P EE ERNENTSETNNETTCS E N S I T I VEmeasured mM /s ITY 0 . 0 0 0 m F : C A D DE RN TE S S ESC OF RANGE" (see chapter 7.2) ESC ESC T E ENNTT E ENNTT C H 1 - m 3 / E NS TI T I V I T Y E ENNTmessage MODBUS SLAVE 95 46 D 4 6 P A R A M E T R I S AF TL OI OWN HSA3EN N N E L R1E : 5 C H A N N PEAL R 3A MFELTORRWIES: A T I O N 50 50 M O M D O B U D S B U S S L A S V L A E V E I N S E R TE SVCA8L0NU81E. 0: 1 . 1 4 91 509: C H CA HN AN NEI LNN E1SELBES1ACRUT DV RAAL TU EE : 5 5 4 64 6 E ENNTT EALS4CC T IR VE :RAET: I O N E ENNTT E ENNTT A UF LTOFOWL OS WE T EUSNC I T S A U T OUSNEI TT S ESSLCA V BE ABUADU RD ARTAE9T5E E CNLTR F O R M A T S I U S A U L A I S L I A S T A I T O I N O ESC V IV ENNTT R A N G E R A N G E VISUALISATION U N U I N T I S T S E S E N S O R D I S T A N C E M O D B U S E N S O R D I S T A curve N C E setup CHANNEL 1 c)S Consumption FLOW F O0FR0OM0R 0AM0TA0FT.L 0O 1W0=0 0m . 5 6 5 S P APRAAR+ MAA0M SD0ES0DN5E0RSN0EOS0RO PARAM SENSOR M E AR SARUNARGNEEGFPELE UR 4MS6EE SC .S 0R 1 0 0 m B A U D R A T+ M E A SF UL RU EM PE ES R S E C V I S U A L I SMAEM TAIEO A EDADDRSDTEARSTESITSS ITSMI C E = 3 0 0 S E C U N4 I6T SA D DF RL FU SAMUNSORUDEBRM UESEMSNLET ANV TE 95 FOEOWSRSM A3T MEASUREMENT LSMUSCEMHFSAEONSRN EML A1 T 5 E A D D R F L F O R M A T 3 R A N G ES E NFSOFI RTOM 1 N O R E S P O N SSE E N SSI U EALT I O N P A R A M S EA NDASDDORDRERSBESASUSD R A T E 1 1 AE D D R E S S m VIEW STATISTIC I RVAMISVTAUI YSTPUP ALLEI VSCHANNELS/CHANNEL TN IPI VTPm ISLT EY/sV E L A D D R E S S 3 /s 3 U In the CONFIGURATION/IO CHANNELS/INPUT 1/MEASUREMENT/ FLOW menu, M E A S U R E M E N T E select SC F L EUNMT EE SSC S USPUPP LPEPESLAVCEREVAL EML S E ENNST O R E RERRORROEFERSOCCERHCM OHAOT mm /s /sE N T E ENNTT ENT E ENNTTE S C ESSE C E ETNN.TTT O ENUN ESC C O P Y S T A E S C ERSAC N G E E ENNTT E ENNTTF E ENT O NR TM A T E S EC S C M E A S U R EEMN ETNE TN ET N TA EDNDTR E S SE SE ECS SCC A D1D R E S S E EENENENTETNNTNTTT E S EC S C V I E W T O T A L I EZEE N EENTRETN 3 E N E T N T FLUMES. E NETN T E NETN TE R R O R E C H O FLUMES m /s SUPP LEVEL 1 ADDRESS F O R M A T E S C E N T ESC ENT E NTT E ENNTT ESC E R REOENNRTT E C H O 6 86 8 C 5H 1 - 9 5 R4 AEM N E T RR EI S: A T I O N 5C 0HANNEL4 S RUE P: P L E V E L C H A N N EMLO1D B U S S L A V E F LFUFL M LO UEWM S ES I N S E R T V A L4U6 E : E NFTL O W C H A INNN ISENLEES1RSECTR VT AVLA8UL4NEU6:1E : 5 ENNTT ESRSET CR VT AVLAULEU (EH (EHXE) X E S C E I N I S N E AUTOSET E N T ESC E N T V I S U A L I S A T I O B A U D R A TNE ENT VISUALISATION PU RPENRDI ETEDSF E. FP. APRASRHSAHLAL L L U N I T S FLUMES 68 SENSOR DISTANCE NAS TO R ) FO RFARROSM NRGUMELUAL A 0 0 0 0 0 0 . 0 1 0 0 mI N SR EARNTGPVEAARL AU ME : S E N S O R I N S EPMRAE TRA AVS FAM AOLSRDUEEM M E A S U R E P E 5R S E C P R E D E F . PL O A REE E0LE( SSH0N0S0ET0NX 10O1T F O U N1 D 10E1NSTESCE C9 0 LAODAHFDEARSFLORLMO+M U SUBS B F L UC M ES SET AANST US R E0 M I O CUHDR A N NM O NM FLUMES AS DE DN RS EOSRS F O6 R8 M U L A FFI LON URS M A D D R E S S 1U E ( H E X ) A D D R E S S C O I N S E R T V A L F O R M A T I N S E R T V A L U E : E R T V A L U E ( H E X ) M O D B U S C HPAY N1SNTEAL TSI S T M A T A 3 E FO/s . RPDA R S H A LLLO A D F R O M U S B SRE EE N I T3/s Y PP AR SE SD m W E R0R0OR0RE1 LE AC YH SO NO RESPONSE S U P PD0EL1RERVOSE RLE CE C H O M SE INTTI V m S U P P ELS EC V E L F O R M U L A ENT ESC ENT ESSSC E ENNTT 1 ENT NTT U S B E SE ECS SCC 0 E0EN0NT1TE EENENENTETNNTNTTT E N TE S C EBSEEICSNSCCA ER SYC I N IPNUSTEERENTNTT E EENENENTETNN 0 1 E EENENESNTETNNETNTTCT E N TE S C EESE ECS SCC 0000 ENT ILNOC AO RD RFE RCEO TENM ECHO M O D B U S SF LL AA VS EH D I S C E S C E S C E N T ESC E ENNTT ENT E ENNTT NG F L U M E S 6 8 F L U M E S 6 8 M O D B U S S L A V E 9 5 STATISTIC CHANNEL 1 5 4 6 FM C H C A H N A N N E L N E 1 L 1 5 5 E C ENT E S C E N T I N S E R T V A L UE: E S C E N T E S C P AEThe RPSACRM AEmeasured T LEREOISTSWRCAI ST IAOTNI O Nheight 5 0 5 0 E ENNTT E S C E N T can recalculated to the flow rate usingI aN Spre-defined NTT I N Scurves ERARSUTHDVA RAL AL TU EEP1 : E NtoT P9Econsumption NT E ENlevel E Nof T the Rbe VE IRETWV SATL AU TE I (SHTEEINXCT PEASPRCA SERHDSAEHVLFAI L.SL UPL 3APRL3ISSHAATLEI LOENNNTT E N T P R E DP AEPFRA.ARPMAABM S ESNESNOSRO R A UATUOTSUOENSTIETTS F O R M U L A C H A N N E L 1 5 F O R M U L A F O R M A T C O P Y S T A T . T O U P A R A M E T R I S A for T I O NParshall's 5 0 P A R A M S E N S O R curve based onMaEMformula. A DNR IGDSEITSflumes, AESAUSRUUERM E EMNETN T S ESNESNOSRRO ATNACNEC E or by user defined consumption 0V 1I E0 W 0 S0TE1OC T A L I Z E R AESDSSDSB0R 1E S SS E 1C 1 U1 UR SE BM E N T P A5 R A LMO SAF LEADONDWAFSDRDORODREM A U T O S E TCMH EAMNAENSAE ULFS1RLUUERMPE EEPRSE SR ESCE C 5 P A R S H A L L PL 3O A CDHMFA ENR NAOESM R S 4 6 1 R A M ERTER :I S A T I O N L M O D B U S S L A V E 9 5 50 CONSTANTS ANT NEL 1C E 5 90 M1 E A S U R E M E N T ADDRESS S E N S O R CDHA M DDRADPENFRAASO ERSRSSpre-defined SH AA TL L P 3 InI DSAcase of Parshall's flumes, select PE RA RR OA RMPREDEF. PARSHALL. S E HN OS O R A D D R E S SEURNERIROTNRSRSOEERRC1ETHCVOHAOL U E ( H E X ) B A U D R ACTOE P Y S T A T I S T AUTOSET M E A S U R ESAPPECSEANTERRSINASIVSSTEM UCTSPI PEONLNSE YOV RE L DR AADM AG PMIEPN IGN G PE AA SS SUWRE CEO M R DE N TE N T N M E S C E N T F O R M A T E S C E N T E E S C N TN E S C E N T SENSOR DISTANCA E D D R E S S VMI SE UA ASE SLUICITRVSIEI AVTMTIYETI O E N T D E S C E N T E R R O R E C H O E S C E N T E S C E NN ENNET T ENNET T ENT E S EC S C EAS DC D R E S S E ENE TNNTT E N T NTETNNTT E ENNTT E ENE TNNTTD1EANMTP I N GEFS LEC SUCM E S A ED D R E S S C O P Y I N G . . . E1ENE M E A S U R E P E R S E CS E N S I T I VEPISATAEC DSYRCDA RME S ES N S O R 0000 I NRCOORR REECCHT O F O R M A T 1 3 % E R ADDRESS 3 ME ERAR SOUR REECMEHENOTN T ESC E NTT ESC ESC E ENNTT S U P P L E V EE N L 1 D A MF LPUIMNEGSE N T S E N S I T I VmI T/sY 6 8 P A R A M E T R I S A TDI OAN M P I N G 5 0 5 C HC CAH HNA ANN NENLNE E1L L1 1I N S E R T V A L5U55E ( H E X C) H A N N E L 1 PAA RDADMRE TE RSI SS A T I O N 50 F L UF M L UE M S E S E S C I N S E R T V A6L8U 68 E : E S C ENT P A R S H A L L P 3 E N T E N T VTOA E S C P A R S H A L L P 3 E S C E N T E N T ESC E N T E ENNTT P R E D E F . P A R S H A L L P A R AE ISEMNCSISCSNEESERNSETSCRCO RVPLAYULESUTE A TEIEENSNENTTT E SACU ENT I NTISONESRETTR VT AVLAULEU: E E: EENNNTTT E N T A U TP ORPESESREDCETEDF E. FP. APRASRHSAHLAL L LE N T A PCEAASTCRI TVAIAMVTASI TOE INOSNO R E NE ETNNTT MEASUREMENT I VSEIUASASULUAI RSL EIA5SMTAIETON0IN0TO0N1 S E N SFOORR DMI US LT AA N C E F L U M E S S E NFSOFORORMRDUMILSUATL AA6 8N C E 0 1 S EC CH A N N E L 1 V M I N S EARDTDVR AE LS US E S B P R E D EMF E. AP SA UR RS EH AP EL RL S E C I N S E R T MV EA AL SUL UEO:RAED PFERROSME U A C T I V A T PI OAPND 1 21I3N243S 41E R T DRM RAEM SESSNESNOSRO R 1 R A A S C L O L A O D A F D R F O R M O M U S U B S B +F L0+ 0 0 0 0 0 0 0 0 1 0 . 1 6 . 2 6 1 2 1 1 m 1 m C H A N N E L 1 5 E R R OF LRO EW C H O C FO LP AY SSHT DA ITSI CS4 T6 V I S U A L I SMAEEM TRAIERO F O6 R8 M UA LDAD RC HEASNSN EAL C1 T I V A T I O N C HAADNDN REUELM1SE SS R E : SAOUNSRRUI ENRCMSEHEMONRETN VT A L U E 1 I NRSE E: R T V A L U E : 5 1 2 3 4 D A M P I N G ETLFYU. PE A( HR ES XH )A LLLO A D SF ER NOC SM REDREPLRSIEENSCSGTS F O R M A1T 1 + 0 0 0 0SI0NE1NS.SE6PRI 2RTT1EI V1D IAm H IAATUNCISVNTBIVEI TVLI YSA1UT AI OL NI S A T I O N P A R A M S EA NDDASADSDOM U N I TE SSC1 9 2 0 0 ENT M EEAN TSE US CR E M E N T E S C EFSOC R M U L A NTETN E ENNTT E S C E SE ECS SCC E S C E ENNTT E ENE E 1 E2NN3TTE4 EENENENTETNNTNTTT E N TE S C E S ECR SACN G E V I S UP AA LRI AS M A TSIEEOENNNNSTTEOEENENERNTETNNTNTTTA EDNDTR E S SE SE ECS SCC N E SE ECS SCC L O A D F R O M UESEE NE 1 BENTETNNTNTTT +000001. 6211m 5 4ME .AS7SEUNRSEOMRCEM L E V PE AL :R A F L U M E S C O M PLETED 0001 M N T X X X . X X 3 E S C E N T E N T E S C E N T m / s 0 . 5 4 7 2 F L O W : ENT ESC FORMAT ESC E ENNTT 1 M E A AS DU DRE ERENNM ETTSE SN T CHANNEL 1 5 68 5 F L U M E SC H A N N E L 1 SFTL UAMTEESC: H4A N N E L 1 68 OK R A M E T R I S Am T 3I /s ON 50 S U P P LCTE VV EALL U 5E m3/s E ENNTTA C T I V IANTSI EEOSRN 1 1 COPY STATIST A LNL UP E3 : 5 0E5N0T E ENNTT F OI NRF POMSRRAUEMLEDRAUDDTLEEPARSVFAECA.RSPLASUAMER :S EH NA SL 8OL 15R8 5 E ENNTT P R IEODCI OAEH FCACHN.TANPINEVAELNSSARE CLTSS IHOANL L EAS UC T O S E T P A RP A RM AEI M TNPERESA ISTSERCRAIRS ST TIAHOTV NI OA E ENNTT E ET E S CE S C EENNNTTT E N T EUsing SC E N T E S C E S CLS CI S A T I O N E N T E N T E ENNTT M O M D O B D U B S U C S H C A H N A N N E N L E S L S E E N T V I S U A E EE NNN T select required confirm, and return to the previous menu. Sflume ESOL EERLCMEtype, TMUC FELT OAFRSOand M RRUMELusing UM ALEAN T I O C Hbutton, V I S U A L I S A T I O N F O R M U L A U F S TSREPTNAPSSAOSSRWSDOWIRSODTR?AD N? PCAER A M E T R I S A AT IUOATNUOTSOESTE T5button, A N N E L S 1 FORMULA 8NO5SNTSATNATNST S 0 R E R L E A L Y A S Y S 1 2 3 4 P A R A M S E N S O R 1 I N I S N E S R E T R C T O C P A R A M S E N S O R C O P Y I N G . . . L O A D F R O M U S B A D D R E S S LRO0MA0U0DL0FA0R1O. M6 2U1 1Bm M E A S U R E P E R S E CA U T O S E TS ESNESNO +SR0O 0DR 0I DS0 IT0SA1TN.A6CN2EC1 E1 m S E L E C T F O+ M O D B U S C H A N N E L S B I B N I A N R A Y R I Y N I P N U P T U T M E A S U R E M E N T S T A T I S T I C OAR RDA D ? M E A S U R E M E N T 1 3 % I O C H A N N E L S 1 E R R O R E C H O M E M A E S A U S R U E R P E E P R E S R E S C E C FORMULA MDERT ER ISS S ATION RELAYS I N8S5E R T CF LOO NW S T AM S E5N0 S O R CDCHAIHADSA TDERANDLENE1RSLCE1SES S R E : A D DM RO DEBSUSS SVL IAEVW E S T 1A T I S T9I 5C DNAOTM 2A DS PB IUNSGC H A 4N6N E LB SI N A R Y FI LNMOAPOWMUDDOTDBDRUBESUS SSS LSALVAEV E 14 6 N DNN 5 S EU NT SORIEST:EI TV I T Y M E A S U R ES PESENERSNSIESSTESEICCTVL IIEVTCIYTT YF O R M U L A E N T E S C CLNSA HCI V A NNEL 1 S CU DSECER E S C BE A I N S E R T V A L U E ( H E X ) L E CYETS FT OAERETNNM O P .TTTA OET ENUN E E N T S C E S C E N T A T E S C E N T R E L A Y S E N T U T S E N T E S C E N T E N T E N T U N I T S A C T I V A T I O N ESSEC N S O R D I S T A N C A E N T I N S E R T C O N S T A N T S E N T E S C E N T M O D B U S S E E N T E EDNDTR E S S ENT ENT ERS EA C SNCG E NTETNNTT E ENE ERS EA C SNCG EB I N A R Y I N P UET ENE NTETNNTT W TOTALIZER F O R M VA ITE14 M E A S U R E P EE© RENENDinel, SETNNETTCS s.r.o. T E N S I T IEFM-115 VEVISTECI SY CU A L I S A T I O N E ENENTETNNTT 5 4 . 7 C M L E V E L : A D D R E S S M O D B U S S L A V E F L U M E S E ENNTT XXX.XX F L U M E S 0 E0 N0T1 PARAM SENSOR ADDRESS ESC ESC ESC m3/s F L OR M W: 0.5472 5 68 R MC AH ATN NEENL T1 M E A FSLUU MR EESEMENENTTN T IO CHANNELS S E ENENSNTITT I V I T Y CT HAATN ENAE:TIL4N S S E R T 8V 5A L U1E C O P Y S1T A T I S T F O R M U ILFOSAO 3 P A R A MFFEO TO 50 RRMI US AL AT I O N 85 PAAK RDADMRE TE RSI SS A T I O N 50 I N S E R T V A L U E : O m /s A C T I V A T I O N E S C l/s 1 S U P P L E V E L E S C E N T S U P P L E V E L P R E D E F . P A R S H A L L ESC MODBUS CHANNELS ESC E ENNTT A U T OS SE EL T E ENNTT I N S E A E C TI SF UO AR LMI US A L AT I OE NNTE N T E N T S E ILOEECI SCOMEHCTSCAOHCNFDANONBE LNRUSEMSL SUC LHAA N N E L 1SE N1T T TP OAF SSOESRTW R T P A S S W O RE EDNN?TT M OU RL AD ? EEENENNTNTTT NNEN T CE SRC D V E SRCU R E L AE YSEICSSNCISNESRETR DT ADTAET/ ET /I TMEI EEM E TN T EN E E NETN T ET I N S E RR TE LCAOYNSS T A N T S S E NESS O ISTANCE WRITE ERROR
0.57 70.57 0.57 0.21 10.21 0.21 233 3233 233
0.57 0.21
233
0.57
0.21
0.57
233
0.21
IO CHANNELS
1
FLOW
46
SENSOR I N S E R T V A L U E ( H E X ) PC AU RR AR M E NR TE MO EUNCT TOP UP YT S T A T I S T MEASU ENNNTTTTEASDC D R E S S EESSCC ENT 5 1 E ENNTT EEEN ERROR ECHO INSERT P A R A M S E N S 0O0R0 1 A U T OL SOEATD F R O M U S B F L A S H DISC DAMPING MEASUREMENT SENSOR DISTANCE 1 CHANNEL 1 5 ESC A D DFRL OE WS S 4 6 ESC AR NA NM EE TL R1 I S A T IROEN: M O D B U S S L AE V EENNTT 50 M E ACSH UA NRNEE LP 1E R S E C ESC ENNTT E ENNTT 5 E I O C H A N N E L S E S C C O P Y S1T A T I S T ER SNECICTHS O EPSAC R A M S E N S O R S CR S H A L L P 3 E ENNTT E ENNTT W R IETRER EORU E ENNTT D D PRE A BAUD RATE AUTOSET RNOGR AE CS TSuser I V A Tdefined ION InAS case curve, select FORMULA. I O C H IANN PN EUL TS C H AFNONREML S C O N S T A N T S D A M PRI A MEASUREMENT E N S VI Tof N G E9 0 A1T S E N S O5 R D I S T A N C E I ISVUI AT LY I S A T I O N CO HRADENBLN U EALSY1 S 1 E S C E N T A D D R S S I N S E R T V A L U E ( H E X ) F L U M E S 6 8 E N T M C H A E S C F L U M E S A ANUDNTDE RLC SEOSPSY5 I N G . . . E N T E S C E N T MR E A S U R E P E R S E C ENT P RA DR A M S E N S OERN T P A S S W O B I N A R Y I N P I N S E R CTHEV ARNARNLEOU L R1E E: C H O 5D P R E D E F . P A 13% TAR DA MDERT ER ISS SA T I O N R E AL CA TY ISV A T I O N FO 50 R SR HM AA LTL M RE SA HS AU LR LE M ENT 3 B I NVMAI OSRDUYBAIULNSI PSSUALTTAICVOOENP Y S T A T I S T E FORMULA SUPP LEVEL S EU NT S1O ISTEI TV I T Y m /s 1 A 0 0 0 0 PD A RMAP MI NSGE N S O R A I N C O R R PE A C TD D R E S S P 3 C U R R E N T O U T P U T C H A N N E L 1 5 P A R A M S E N S O R M O D B U S S L A V E EESSCC F L+U 0 M E0S0 E0MS0EC1A.S6U2 R1 E1M NNTTT ESC ESU CSB mE N T6 8 E ENNTT L O A D F R O M ENENNTNTTT ESSEC N S O R D I S T A N C EEE EEEN E ENNTT E S C EN T ESC A C T I V A T I O N E N T M E A S UI RN ES ME RE TN TVCAOL PUEYEENINNTT G . . . 1 I N ESSECR T V A L U E : P R E D EAFD. DPRAERSSSH A L L MEASURE PER SEC A D D R E S S V I S U A L I S A T I O N E R R O R E C H O E S C E11N T3 % E S C E N T F O R M U L A A D D REEENSNTTS ENT ESC ENNTT ESC ENT 1 2 3E4NETENNTT L EI1 N 5 ESC P A R A M S E N S OERENNTT ESC F+ L U 0M 0E S0 0 0 1 . 6 2 1 1 m 6 8 E S C L O A CDHDFA ANR NM OE PM U GSEBENNTT SENSITIVITY C O P Y S 1T A T I S T I N S E R T V A L U E I O C H A N N E L S R E : M E A S U R E M E N T E LS1E R T V A L U E : E N T ESC EAS CC T I V A T I O N EPSRC E D E F . P A R S H A L LE ENNTT 46 E ENNTFT L O W EASNCNI N ENT CVHI AS NU NA EL LI S1A T I O N I NR M S EURL TA V A L U E ( H E X ) AS D D R E S S E L4E6C T F O1 R M A T IUNS PS UL ATV EC H A N N E L S9 51 9 2 0 0 F O F L O W U N I T M O D B CHANNEL 1 5 1 2 3 4 E ENNTT R E L AEYSSC E ENN P A R A M S E N S OE RENNTT ESC L O A D F R O M U SEBENNTT +000001. 6211m U FNO IRRTMASUNL AGE SEC BI AO BUC IHDNA NRANARE TYL SEI N P U T C O M 1P L E T E D P A R A M E T R I S ALC TE I AV OENNENALES:L U15 R4 E. 5M 7 0E N T C M A C T I V AETSICO FNL U M E S HM 0001 XTX8VX5A. X XE 68 3 5 F L U M E S C O P Y T A T I ST R A N G E M O D B U S C H A N N E L S I N S E R L U F O R M A T m / s 0 . 5 4 7 2 F L O W : S E L E C T F O R M U L A V I S U A L I S A T I O N A U T O S E T MODBUS SLAVE I N S E R T V A L U E3 : I N S E R T P AP SR SE W A CD TD IRVEAS TS I O N 1 0 3 1 F L UFMO ERSM A T D EOFR. DP?A R S H A L L ANTDTRCDEURLREARSYESSN T EOS UC T P U T 1 0 7 E EN : 4CL IES A T I O N S E RC UT R CR EONENTSSOC UT TAP NU TT S S E DNI SS POL RA YSDMETIVSOSAICDTSTEAUE NA m /s E ENPNATT R A M S E N SEFOSOCRR M U L A EN NO T IRSNM E T ENNTT U P P L E V E L ESC I O C H A N N E L S 1 F A T B I N A R Y I N P U T E RTI S A T I O N 50 MT E A S UP RA RE AMM EE TN M E AF FOSRLUMORUWLEAEPPSAEC RR AS M E CS E N S O 8R5 E N T M I N EFS LC O W 1 2 3 4 ESC E SOCA D F R O M button, USB EL SACVby + 0 0 0 0 0 1 . 6 2 1E1ENNm E ENNTT A Drequired E ENNTT M Omenu, S U EP SPC L E Vcurve m3/s D B U S Sand EC O MEPENLNTET T E D SL OC W HSELECT A NENENENTTL S FORMULA select AT D D R E Then, SAS U T OLusing TTE FO LEAERthe D FRSLEEOSLW SE C+ ZM MOE ALD XB UFthe SET 1 Mformula AOTS RA UMRL IUEfor N T consumption M RT PASSWORD? R E L A Y S E S C E N T E N T E S C I N S E R T C O N S T A N T S S E N S I T I V I T Y E N T ENT SOURCE S E N S O Rthe D I SE ETNNATTN button, CE E ENNTT ESC 1 A D DNRN Ethe SS pressing confirm and return STATISTIC I O C H Ato E L S previous menu. 1 ESC B TI NY AP REE SY CI N P U TE ENNTT ESC 8 5 ESC E ENNTT M E AF OS RUMRU EL AP E RE EN SNETT C RAMETRISATION 5 0ESC ESC E ENNTT E ENNTT E S C E N T E N T E S C E N T E N T EASNCN E L 2 M O D B U S S L A V E U S SS LTAAV 1T E ISTIC ENT 4 6 I O C H A N N E L S MVO IDEB W FLOW A D DCRSH EAESNLNSEE CL T1 F O R M U L A E 5N T F LM O WO D B U S C H A N N E L S4 6 AUTOSET RE: S E L E C T U N I T C O P Y S T A R E L A Y S I N P U T C H ABNANUE DL SR A TTE. T O U S E N SI AINTCSI TVE IRI VTTAYCT OI ON NS T A N T S ESC SENSOR DISTANCE UNITS ESC U N I T S E ENNTT ENENTNTT V I E W T O T A LIZER E S C E B I N A R Y I N P U T R E L A Y S F O R M A T ENT M E A S U R E P E RE ENSNTET C I N S E R ET SVC AF OL VRUMIESU L(UAHAELXI )S A T I OE ENNNTT C8 5H A N N E EL S1C I ORMCAHONADNGBNEEULSS S L A VE EENNTT 1 S E L E C T F OR3RAMN AG TE 0T A0PATUDI STDT RI CE S S1 I O BC IH NA NANR1E Y L9S2ISN F /s LUMES AR DA MDERT ER ISS SA T I O N 50 FLUMES PARAM SENSOR m Q = A *F HO^RDM+AET I N S E R T FMVOOARDLMBUAUE TS: C H A N N E L S MM OO DD BB UU SS CSVHL IAE VNWENSE TL AS T I S T I C S EU NT SO ISTEI TV I T Y SMEEL AE SC UT RFEOMR EMNUTL A A 0 0 0 1 EI ASNCDS DE R ET SCSO N S T A N T1LSEE NVTE L : D5I S4P.L7A Y MESRSOUECDLPECAP M X X X . XSSXEU3 LPEPCLTE TV YE PL E 3Y RC EULRARYESN T ECOSOUC PT YP US TT A T . T O U L/ SEs V E L 1 0 3 E ENNTT E E ENNTT ESSEC N S O R D I S T A N Cl/s E 7 2B I N m F LNOT W : 0F. L5 O4 W I O C H A N N E L S 1 Q . . . F L O W ( m / s ) A R Y I N P U T B I N A R Y I N VEP SIUECTW T O TEAENNLTTI Z E R Mm E A3/s S U R E P E R S E CE ENNTT SC ESC E ENNTT E ENNTT E S C SETENNATTT E : 4F L O W2E+ E ENNH TT .E.S.CL E V E L ( EmS )C T O T A L I Z E R M O D B U S S L A V E Q = A * H ^ D + E M O D B U SI NSSLEARVTE D A T E / T I M E I N S E R T V A L U E : M O D B U S C H A N N E L S ADDRESS ESC ESC E SAC , D , E . R. .E0CL- OA S TAA NETENNTT ESC 2 N0Y Sm E 3N T E ENNTT S E N SEI ETNNITTV I T Y E ENNTT Q . . . F ILOEOCSWHC A N( NmE L /S s )E N T 1 4 E. S0C1 . 1 4 E1 EN 0N:TT0 5 2 2I NmPAU TE E2NN4TT ESC E1ENNTRTEASNCG E B IENRARR: Y RE: EASNCN E L 3 E E5NN0TT E S C PEASR CA M2E T R I S A T I O N ENT E ENNTT I N S E R T D A T E / T I M E H . . . L E V E L ( m ) M O D B U SI NS SL EA RV TE V A L U E : Q=A*H^D+E INSERT VALUE: MODBUS CHANNELS T O T A L I Z E R 1 - F A C T8ONR1Y AUTOSET M I N . VE SACL U E AE ,S DC , E . .R.ECLOANYSST A N T E ENNTT E ENNTT M O D B U S S L A V E 95 46 FLOW M A X . V A L U E 46 CHANNEL 1 5R D I S3 T A N C EF L O W Q .S. E. FNLSOOW ( m / sE )ENNTT 1 4+. 00 10 .01040 0 E.1EN E ENN 2 00N1T:T00 50 mBFA: U D2 4R 8EA3STC5E9 8 m3 P E) R S E C U N I T S E S C I O BMCIHONADAN BNREUYLSSI NS PL AU VTE EENNTT 1U N I T S E S C A C T I V AETSICO HN .M. .ELAE SVUE RL E( m B I N A R Y I N P U T 64 F O R M U L A 8 5 F O R M A T T : 5 D A Y S 0 0 : 0 1 A D D R E S S P A R A M E T R I S A T I O N 5 0 R A N G E R A N G E V I S U A L I S A T I O N I N S E R T D A T E / T I M E A , INSERT D , E . . . C O *N HS ^T DA + N TE the menu, define U E3/s : P A R A M In DT IBO UN S C H Afor N5 N0the E L Sselected 0 ATI NF MOERN M U ULA I SOAconstants E LEESMCformula. A DCDLREEASRS T O T A L I Z E R 1 E S P IO N N SSE E R T V A L m S ERONRSDQI T=I AVCONSTANTS ITY F L US M F L UAMUEPTASOR AS ME ETT ERM PS AE NS SS O W C TUARNATTSI O N RSECL A Y S E ENNTTC L E A R T O T A L I Z E R 2 E EN ESC FNOTT IERNSMCSAEB TIRN TCA ROCYNOIENEFNSPSI CSUG EEEN FENNNOTTTTRSME AN TA MTNTTET A S U R E M QE ENE. S.STC.CF L O W ( m 3 / s ) S OU RT OD SIBSEI NT AA NR CY EI N P U T EN4NTT 16 04 : 0 5E ENNTT ECSLCE A R T O TEAS CL I Z E R 3E N T EENENN E T 1 4 . 0 1 . 1 l/s 2 S U P P L E VDEAL T E / T I M E V I E W S U PMPE LAFESOSVREUMENRULSLEAOM A D D R EPSA0SR0A 0MH0E T. .R .I SLAETV1I OENL ( m ) 5 0 PREORDDISBSEUTCSA NS LC AE V 8E5 CPLAE SA SR WT OO RT DAELNCI TZH EERC 1K E S CC L E A R T O T A L I Z EERENN4TT RNNTUST LE AC ESC ESC A U TAO, SD E, ET . . E. CENNOTTN S T A N T E S C A D D MRS EE SAL SES CU TR EF OP REE EM P A S S EWENONTTR D CDL IEAAGRNTOOSTTEAI NLC ITZ E R 2 I IN SDI EVR REI TTSYSC O N S T A N T S A D S E N S T MODBUS SLAVE S E N S O R D I S T A N C E R E : C H A N N E L 1 5 ANNEL4 FB LIENOSAWCR Y I N P U T I ZE NE TR 3 ENT E ENNTTE S C E46EN64NCTTEO SN CS T A NCTI LSNEFAOER STC O T A L E E0 RS0AC0M0E T R I S A T I O N E8EN5NTT E S C S E N S I T I V I T Y E ENNTT E5EN0NTET S C M E AF OSE RSUMCRU EL AP E RE ESNNETTC TR BO1AT- UAU DLS IERZRAEETRNE1T - U S E VR ITSOUTAAL LI SI 9ZNA0ETTRI O4 N C L E A U N I T S C L E A R T O T A L I Z E R 1 T O T A L I Z E S E L E C T F O R M U L A E S C E N T E S C E N T A F O R M A T AUTOSET E N T E N T P A R A M E T R I SAA D T ID O NR E S S 50 P A R A M S E N S O R R A N G E CLEAR TOTALIZER 2 8 N 1F : A 1D .D4R1E5S4S3 2 7 3E + 0 BI N S E ERSTC V AML U S E N S O R D I S T A N C E A U T O S EST E N SI INTSI VE RI TTYC O N S T A N T S E AE :S U R E M E NETENNTT FC LL UE M A RE ST O T A L EI EZNNETTR 3 ESC m F: 0.000 C M E A S U R E P E RE ENSNTET C S E N S O RE SDCI S T A N C E 1 A D D R E S S E ENNTT F O R M A T B I N A R Y I N P U T 6 4 C L E A R O T A L I Z E R 4 F O R M U L A 8 5 D + 0 0 0 0 0 0E.R0R1O0R0 m AER SDAPMODNERST EER ISS SA T I O N m3/s 5M0 E A S U R E P E R S E C TOTALIZER 1-USE ECHO SC UL EP A P RL ETVOETLA L I Z E R 1 S E L E C T F O R M U L A S EU NT SO ISTEI TV I T Y A S E L E CEECTSSLCCSE EANR STI OT ITVAI LTI YZ E R EE2EENNNNTTTT ESC EESSCC E NATTD D R E S S E ENNTT 3 ESC S O R D I S T A N C EEENEN ESSEm C N /s SNETT N S I T I V I T YEI SNCS E R T C O N S T A N T ESENNTT F : 1 . 4 1 5 4E3CN2LT7R E + 0 E ENNTT C L E A R T O T A L I Z E R 3 ESC M E A SEUENNRTTE P E R S E C E S C ESC E ENNTT E ENNTT C L E A R T O T A L I Z E R 46E8S C E ENNTT F L U M E LS O W ADDRESS I N S1 E R T V A L U E I N9 S0 E R T V A L U EI O: C H A N N E L S C LO LN S T A N T S S E N5 S I T I V I T Y P R E D E F . P A R S H A CEX) ESC MMOO DD BBUUS SS LCA HV EA N ENSEC L S 9 5 EI ENNNSTTE R T V A L U EEF (SOH A CE HENANTNTUSB. R M U L ALOAD FROM ESC E ENNTT P A S In select NEL 1 5 S Wcase O R D of user defined curve F L O WusingE SaCtable, 0001 0 1 S E CR E BL AA YU SD R A T E L O A D F4R6 O M U ESENBNTT D 1 U N I T0S0 0 0 B I NF AO RR YM IANTP U T E VISUALISATION INCORRECT P A R A M S E N S O R RANGE M OADDBDURSE SS LSA V E MN TE A S U R E M E NE STC F L U M EF LSU M E S E S C ESC E ENNTT 68 E EN TD D R E S S 1 A F O R M A T ESC ESC E 3ENNTT E ENNTT E ENNTT E S CS U P P L EP VR EE LD E F . E ESC P EN ANTRT S H A L L ERROR ECHO ENT m /s FORMULA ESC ESC ENNTT E ENNTT E ESC ENNTT E ENNTT E CHANNEL 1 5 PARAMETRISATION 50 LOAD FROM USB P A R S H A L L P 3 V P A R 4A 6M S E N S O R M O D B U S S L A V E FLOW 95 A U T 5O S E T CHANNEL 1 MEASUREMENT 68 UNITS S E N S O R D I S T A N C EF L U M E S B A U D R A T E ACTIVATION I N S E R T V AAL DU DE R: E S S 1F O R IMN AS TE R T V A L U E ( H E X ) V I S U A L I S A T I O NM E A S U R E P E R S E C P R E D E FE .S CP A R S H A L L E ENNTT R A N G E ERROR ECHO FLUMES FORMULA ADDRESS P A R A M S E N S O RA D D R E S S 0001 0 1 D AS M E CP I N G FORMAT LOAD FROM USB MEASUREMENT SENSITIVITY 3 ESC SEUENPNTPT L E V E L m /s ESC E ENNTT E S C1 ADDRESS E ENNTT AMPING
SC
E ENNTT
PREDEF. PARSHALL
P A R A M EETEFSRSOCICSRAMT IUO LN A
50
T EEENNNTT
0.57
AUTOSET INSERT VALUE: SENSOR DISTANCE EEENNNTTT E S C M E A S U R E EEPSSECC R S E C 01 SECENT A D DPRAE RS SS H A L L P 3 SENSITIVITY
C H A N N E LEES1SCC
570.21
21 233
33
7
E ENNTT
1
IO CHANNELS
ESC
ENT
ENT When the E ENNTT button is pressed, aI Ntable unit.E S CE S C P U T is C Hloaded A NENENNETTLtoS the internal E S C memory of the evaluation ESC E ENNTT
ESC
E ENNTT E ENNTT
CHANNEL 1 5 R E L AF YL USM E S 68 INSERT VALUE INSERT VALUE: ACTIVATION B I N A RPYR IENDPEUF T. P A R S H A L L V I S U A L I S A T I O N M O D B U S S L A V E F O R M U L A CHANNEL 1 5 PI ANRSA EM RE TTR Table IVS A A TLI U O NEdefinition: 5 0 1234 ( H E+ X )0 0 0 0 0 1 . 6 2C 1H1PAm SELECT FORM T 19200 ANRNSEHL A1CL LU RP R3 EL NO TA DO UF TR PO UMT U S B P A R A M S E N S OP AR R A M S E N S O R AUTOSET ESC M E A S U R E M E NMTE A S U R E M E N T E ENNTT S E N S0O0• R0 1D I SFile T A Nname C E and format: CM L E V data.csv EL: 54.7 1 A D D RX EXSXS. X X A D D R1E S S MEASURE PER SEC m3/s FLOW: 0.5472 ESC E ENNTT ESC ENTRT R O R E C H O E S C ESC 3 E EN ADDRESS S T AE ETNNETT: 4 m /s DAMPING delimiter: semicolon C U R R E N T O U T P U T 107 S E N S I T• I V I TColumn Y E S CE S C ESC E S CE S C ESC E ENNTT E ENNTTE N T E ENNETTENNTT E ENNTT ESC M I N F L O WE N ETENNTT ENT IO CHANNELS 1 F O R M U L A M A X F L O W 8 5 P A R A M E T R I S A T I O N 5 0 • Left column: level height in meters MODBUS CHANNELS S O U R CS E L E C T F O R M U L A AUTOSET INSERT PASSWORD? CHANNEL 1 R E L A4 6Y 5S M O D B UI SNSSL EA VR ET V A L U E 9 5 CHANNEL 1 NE5S: O R D I S T A NFCL OEFWL U M E S 3 T Y P E I N S E4 R6 T6 8C O N S T A NF LTO SW I N S E• R T VRight ASML EU A C T I V A T I O N column: flow rate in m /s BINARY INPUT P R E D E F . P A R S H A L L BAUD RATE UNITS E A S U R E P E R S E CU N I T S ACTIVATION V I S U A L I S A T I MO ON D B U S S L A V E FORMAT 1234 R A FNOGRE M U ELSAC V I S U A L I S A T I O NA D D R E S S E ENNTT R A PNAGRE A M S E N S O R DS F R O M decimal USB 0R1S.E6N2S1Iof 1T mIvalues: ADDRESS V I T Y decimal F L U with M E S point F L UL OM AEnumber, P A R A M+S0E• 0N0S0OFormat part separated M E A S U R E M E N T ESC F EOENRNTM E ENNTT ESC T AT F OE ERNNMTT A T ME EENNATT S U R E M E N T E S C SC 1 A D D R E S S l/s 1 SUPP LEVEL SUPP LEVEL ADDRESS ESC • Maximum number of curve points (table rows): 128 E ENNTT E S C E N T E N T E S C E N T E N T E S C E SC ESC I N S E R T EVENNAETTLNUT E E ENNTT ESC ESC E ENNTT E ENNTT E ENNETTN T
1
3
3
0 0A0* H ^ Dm+ E I N5 S0 E5 R0 T V A L U E : F O R M U L A + 0 0 0 0 0 0 . Q08= 5 S E L E C T F O R M U L A A U AT UO TS OE ST E T Q . . . F L O W (m3/s) 2 I N S E R TE SC CO NHS.T. A S E SN ES NO SR ODRI SD TI SA TN AC NE C E . LNETVSE L ( m ) E ENNTT M E MA ES AU SR UE RPEE RP ESRE SC E C A,D,E...CONSTANT A D AD DR DE RS ES S S ESC S E SN ES NI TSIIVT II TVYI T YE S C E ENNTT
P A RPAAMR EATMREI TS RA ITSI AO TN I O N
WORD?
m3/s E ENNE TTENNTT
E S CE S C
PASSWORD 0000 3
m /s
SC
E ENNTT
E ENNTT ESC
E ENNETTENNTT
ESC
IO CHANNELS M O D B U1 S
I NOSDEBRUT SVCAHL AURNEEN: LEALYS S M BINARY INPUT RELAYS BUS SLAVE B I+N 0A 0R 0Y0I 0N0P.U0M T1 O0 D0 m MODBUS SLAVE ESC
E ENNTT 1 0 7 E S CE S C
1
CHANNELS
E ENNETTENNTT
INSERT DATE/ 8N1
14.01.14
ESC
E ENNTT
E SE C ENNTT ESC
PARAMETRISATION
A U T OEFM-115 SET © Dinel, s.r.o.
SENSOR DISTANCE MEASURE PER SEC ADDRESS SENSITIVITY
50
ESC
68
P R E D E F . P A+R0S0H0A1 L0L0 . 0 0 0 0 M UUL LA A 85 F FOORR M L O SA EDL FE RC OT MF OU RS M B ULA I N S E R TE SC CO N S T A N T S
ESC
ENT E SECN T ESC
E ENNTT
I N S E R T V AE ELNNUTTE
E ENNTT CURRENT OUTPUT
m3
E ENNTTE N T ENT
INSERT VALUE:
BINARY INPUT
E ENNTT
107
CLEAR CLEAR CLEAR E S CC L E A R
64
T0 O1 T ASL EI ZC E R 1 TOTALIZER 2 TOTALIZER 3 T O T A L I Z EERENN4TT
E ENNTT
EE S CN T ESC
E ENNTT E ENNTT
INSERT VALUE (HEX) 0001 ESC
10:
ESC
E ENNTT ESC
MIN FLOW MAX FLOW BINARY INPUT 64 85 S O U RF OCREM U L4A6 PARAMETRISATION MODBUS SLAVE 95 CHANNEL 1 5 F L O W5 0 T Y P E S E L E C T F O R M U L A V I IOSCUH AA NL NI ESLAS T I O NC L E A R 1T O T A L I Z E R B1A U D R A T E AUTOSET INSERT DATE/TIME CN LNEEAL RS T O T A L I Z E R 2 I N S E R T V ASL EUNE S: O R D I S T A N CUE N I T S Q = A * H ^I D N+ S EER T C O N S T A N TP SA M O D B U S C H A FORMAT RANGE RR EALMA SY ES N S O R C L E A R T O T A L I Z E R 3 M E A S U R E P E R S E CF L U M E S E S C 3 E ENNTT M E A S U R E M E N T C L E A R T O T A L I Z E R A4D D R E S S Q...FLOW (m /s) 14.01.14 10:05 BDI RNEASRSY I N P U T 1 ADDRESS 2 A D F HO .R. M. LAETV E L ( m ) SENSITIVITY ERM R OO RD BE CU HS OS L AEVSEC S AU ,PDP , LE E. .V. EC LO N S T A N T ENT FLUMES
RD
C U R R E N T O U T P U TE ENNTT
IO CHANNELS
15 E ENNTT
S
O
1 E ENNTT
.57
RE:
5
ESC
ESC
ENT
ESC
E ENNTT
d) Measured flow rate format setup (number of decimal points)
CHANNEL 1
CONSTANTS
5
90
IO CHANNELS
BINARY INPUT MODBUS SLAVE
E
0000
INCORRECT
FLOW 1 CONSTANTS
E ENNTT 46 90
ESC
IMOOCDHB AU NS NSELLASV E
E ENNTT 95 1
U B AOUDDB UR SA TC EH A N N E L S FACTORY DEFAULT M SI NOSRE R T V A L U E ( H E X ) A C T I VP AA TS ISAOWN O R D I N S E R T VM A LO UD EB U( HS ECXH) A N N E L S ANITS V I S U A L I S DA T I O N 5 I O FRCO NMNYA E SLTS 1 ENT C OR EH LAR A 90 DNAS TNAGN ET S RELAYS F L U M E S A 1 P A R A M S E N S O R B IDONDmenu, ARBREUYSSISNCselect PH UA TN N E L S E SOR 0000 I N S E R T V A L U E ( H E X ) A R E Y O U InIPNthe CONFIGURATION/IO CHANNELS/INPUT CHANNELS/CHANNEL 1/MEASUREMENT/ FLOW M D B I N A R Y I N P U T A E 0 0 0 0 C O R R E C T F O R M A T M E A S UAR SE SMWE NO TR D OE N T 3 M O D B U S S L A V E SURE? R E ILOACYH AS N N E L S MODBUS SLAVE D SE U CPOPN SL TEAVN ET SL m /s 5 1 90 1 A D DFORMAT. RESS 1 BINARY INPUT INCORRECT ESC A S E N S O RE I N0S0E0RE 0STC V A L U E ( H E X ) NTTT EMSS O C DMB OU DS BSULSA C NLTTTS E EENN TTT E EEN NN E EEEN NN ESC ENNTT O V HE A N NE E C E S C N E E S C E N T E N T E S C E N T P A S S W O R D T T ENT ENT ENT E N T ESC E ENNTT ENT RS CE M E N T E ENNTT E S C RELAYS D 1 SS B I N A R Y I N P U T ENT E 0000 INCORRECT ENT ESC ESC E ENNTT ESC ESC E ENNTT ECHO ENT ENT M O D B U S S L A V EE N T IO CHANNELS 1 FLOW CF LOONWS T A N T S 9 60 RRGEE :: V I E W S T A T I S T I C 6 5 4 6 M O D B U S SLAVE 95 4 M O D B U S S L A V E 9 5 CHANNEL 1 5 F A C T O R Y D E F A U L T INSERT VALUE (HEX) ANANS LTI ATUNSET S( H E X ) HOAUDNDBN EU B A UEDS CR A1 T9 E2 0 0 D A T E / T I ME EENNTT 9 0 C H A N N E L I1O M BRCA RSLSAS TC EH A ENNNT E L S1 U N ISETESSCL E C T5 -FMOI RNMFAL TO W E ENNTT ENT A ICNTSI EV RATTC OIVU ON ESC E L A Y D RI EN:S E R T V A LEUNET ( H E X ) C H A N NEESL C1 E N T E N T F A C T O R4 Y6 D E F A U L T M OF DOB RU SMSAL AT V E 95 RA AT NI OG NE FB OIONRDAMBRAUYTSI NC PH UA TN N E L S F LRO AW N G E M 5 V I S U A L I SA E L E V E L : 5 4 . 7A FU LNUI TMSE SX X X . X X A R E Y O U 0000 10 BA AD UD DR ERSAST E 1 3 . 0 1 . 1 4 R EDOLDDARBYEUCSSSM 3S P AC RT AI VMA0ST0EIFD0ONL1NSUOMRE S A S U R E ? M S L A V E m / s 0 . 5 4 7 2 F L O W : F O R M A T R A N G E F O R M A T F O MR OMD AB UTS S L A V E A R E Y O 4U6 BINARY INPUT M IESAUSAULRI ES EM V A TE INOTN R E 30: 0 0 0 FPL PO WL E V E L 95 4 S T A T E : C H A N N E L 1 5 S U m /s F L U M E S S U P P L E V E L A D D R E S S S U R E ? 1 M O D B U S S L A V E E SSSE N S O R PA AD RD AR M NTTT E S C B A U D R A T E ESC ESC EN T E EEN NN E EENN TT F O R U E MNAITT SEE SS CC SC ENT E T ESC ESC E ENNTT E ENNTT EMS EC AAS CU TRI EVEMSACETNI O TN E ENNTT E ENNTT ENT E EN NNT TT E S C E NNTTE S C R A N G E FORMAT VR IESSUSAE SL CI S A T I O1NE N T S U P P L E V E L m3/s E S C E NTT E S C E N T A D D E N T E N E N T ENT SC ENNTT F L U M E S A D D R E S S E P A R A M S E N S O R ESC ENT ESC E ENNTT E ENNTT ESC ENT F O R MV IAE WT S T A T I S T EI CN T 65 M E A FSLUO WR E M E N T E N T 46 MODBUS SLAVE 95 MODBUS SLAVE L E- M V EI NL F L O4W6 m3/s RE: FLOW S U P P 5 46 FLOW C H A N N EAL D1 D R EU SN SI T S 5 1 D A T E /9T5I M E V ITE WF SOTRA M TIA S TTI C 9 5 U N ISETESSCL E C EEL E( HC ET XF) OERENNMTTA T 4 6 CUHNAI NT NS E L M1 OBDAB UU SD S RL AA1VT9E E2 0 0 B A UEDS CR A1 T9 E2 0 0 H A N N E L 1 E ENNTT T I M6E5 ENT A ICNTESUsing ISEVCRATTF LIVROOAAWNLNSUGEbuttons, E EENN/ TT I N S E R T D A T F O R M A T D A T E / T I ME EN T select required points. Using value will 5 - M I the N F Lmeasured OW F O Rbe M Adisplayed T RE: BA ADof UD DRdecimal R A this N G E format, R A N Gnumber E V I S U A L I S FUALNTUII TM O SNE S 13.01.14 10 EARCSTAMST E 5 4 . 7 L E V E L : R A N G E A D D R E S S C H A N N E L 1 F O R M CM VEL: 54.7 I N S E R T V A L U E ( H E X ) S E L E C T F O R M A T F L U M E S 1 9 2 0 0 F L U M E S P A R A M S E N S O R 0 0 0 1 X X X . X X 3 C H A N the 1 on the chapter 7.2). is exceeded, "------" symbols OS RT AMNEATscreen X C OFNmain 90 3 0 8 . 0 1 . 1are 4 displayed. 10H /s . 5I O4case 7D2D RN EEmLSSSrange F LF OO W : A0TIn SSEXT VX EXL. X (see 13.01.14 10 A OI NWS: E R0 T. 5V4A7 L2U E (mH E/ Xs ) M E A S U R E FSMLUEUPNM F O R M A T R M T F A C T O R Y D E F A U L T P L A LS ETS VAU ETP LEP:: L54E4V. E7ML O D B UC SM C H A N N E L S A T E :RmE43:/s l/s S U P P L EX VXEEXSL.CX X A D D R E S0 S0EFD0SO1C R M A T 1 E ENNTT ES1 C9200 I N S ESRUT PVP ALLEUVEE (L H E X ) E ENNTFT L O WC :H A0 N. 5N 4EERS7LEC2L1 A Y mS 3 / s S E L E C T F O R ME AN TT E ENNTTE S C E S C E N T E EN NNT TT NTTU T EEEN NYNT TTO U SC ESC A RE EES C E ENNTT E ENNTT EBSICN A R Y IENENP E N T ESC EE SS C E E EENN TT E S C E ENNTTE S C E C NT ESC E EEN NN TTT ESC C DBUS SLAVE E NNTST T A LT EE V: E4 L : E5MS4O m30/s0 0 0 E ENNTT SURE? .7 CM 0001 X X X . X X 3 E S C E N T E S C E N T ESC ESC ENT ENT E ENNTT E ENNTT e) Small flow suppression setup F L O W : 0 . 5 4 7 2 E NmT / s RE: 3 P A R A M E T R I S A ET SI OCN 50 S T A T E M: E4O SD CB U S S L A V 4E 6 ENT 1 - m 3 / s E ENNTTM O D B U S S L A8V NE 1 95 E9EN5NFTTL O W I N S E R TE SVCA L U E : C H E4EN6NTTC H A N N E L 1 F L O W S E L E C T5 F O R M A TE4N6 TF L O W HSRWCAE :N N E L m 1 /s 19200 I N S E R T 4D 6A T E / T I M E A U T O S E T B A UEDS CR A T E 0 8 . 0 1 . 1 4 E1EN0NTT: 0 5 BAUD RATE ENT U N I ETSSC U N I ETSSC A C NTESISVOCAR TDIUO NNTI TA SN C E ERENN TTA T E ENNTT S E I S HVRNAEEI :NLT :NS E5 L4 .17 E ENNTT C M S E L E C T F O M 1 9 2 0 0 M OF DO B RU SMlevel SAL AT V E height 95 Dm6A T E / TUntil I M E the 4 F LRO A W N Gsmall F O R item M A T is 4 6used to suppress F LRO A W Nmenu. C HVA INSN UESelect LA1L I S RASUPP GE This set ATE NIROGSNEEXLEVEL ANGE + E0 0 V0I E0flow 00I FN 08TL.S.AOrate 00ET W 11IRS0.T= 0Ivalues. X X5 . X X in the4 same 3 M E A S U R E P C 1 4 1 0 H W S T C 0 . 5 6 5 6 5 5 A D D R E S S I O C H A N N E L S 1 6 F L O W C O N S T A N T S 90 BAUD RATE U SR SEL SA VS E 9 5 FU LNUI TMSE FU LNUI TMSE S M OADDB D PA ACD RTD AIRVM m O A ASSTSEIFONLNSUOMRE S M: : E 05S .45. 47 7 2 C M/ s VLS UEW 0 0decimal is Enot height is FRAset digits. 3 L.four O FMOOMRDOMBD ABUUTSS SCLHA A OA RN in M T 5 - 0MT8Iwith R :Rm X . X Xflow rate will SM RTT V BAAL U DE The (RHAETXlevel ND NA ETLES/ T I M9E5 FR OAI NRNbe NTEYRINOTOMTRSNADXT Xzero M M TROLEM G EAmeters FSreached, E) .NM0 EF1 = 134W 14S06EHC GEEAindicated. V OW VE S EIDESCNDAHUSRSAAIPNEUTLNASRIIESSVESL U I1ATOA W m3/s .l/s 5472 OEA : AE04T:/s FPL PO WL E V E L 46 FPL PO WL E V E FL O R M A T 5 AR ED LDAR YE SS S 1E L S U N T S U R N G E A D F L U M E S S U P P L E V F L U M E S P A R A M S E N S O R U P P L E V E L E S C E N T SAC T E : 4 1E ENNTT E S C E N T B A U D R A T E N T E S C E N T E N T E S C A C T I VEFSALCTU IMO ENS E ENNTT E S C E N T UNITS E ENNTT EFSOC R U E E N T EBSICN A R Y I N P U 1 T3E. 0 1 . E 1EEN 4NNTTTT 1 0 MNAITT S EASDC D R E S SE ENNTT E N E EN NNT TTEFESOC R M A T SC E ENNTT NRC EOEM RS RCEESNCATTT I O NE ENNTT E ENNTT ENT E ENNTT EMS EC AVS IIUS FORMAT R A N GV EEESLC R A N0 G0 E0 0 l/s SOC MAT1 E N T A D D R E SUSAEFSLOCI R ENNTT M O DABDUDSR SE LS AS V E E ENNTT S U P P L E V EELS C E ENNTT S U P FP LLUEM E ES FLUMES PARAM S USPEPN LS EOVREEENLNTT ESC ESC ENT E9EN5NTT ESC ENT ESC E ENNTT CEH5EN1NT-T m 3 / s E ENNTTM EO SD CB U S S L A V EE S C F O R MMAEOTSD CB U S S L A VE4EN6 T RC E M E N T RRWEE :: 9EN5NCTTHE AS NC N EF LO1R M EASTC T LETUOSI OW 4 6 P AE RS AC M EMT ER IAS FS E ENNTl/s E ENNTT E4EN6NTFTLEOSWC A N 5 0 E E N T 1T- 3 E N T E N T 1 S U P P LAVETVAI 0O EL 8LUN .E0: C1EH. N S SU P P L BE AV UE LD R A8 TN E1 A D D R EU SN SI NT S E R T V A L U E : B A U D R A8 TN E1 V I S U A L I S I N S E R T 1 4 1 0 : 0 5 U N I T C H 1 m / s NITS M O D B U S S L A V E 9 5 A U T O S E T 4 6 F L O W 4 6 W E S C F O R M A T E S C E N T E ENNTT ENT ESC ENT PARAM SENSOR E ENNTT R A NEGS CE R EN: G E A P ASR EA N M ESTOR IRS ADTR ON NTN AGSNE C E 5 0 E N T 0: = 1 .01. 45E61N50T: 0 5 BFA OAD RUD M DR EARSTAST E E N T A D D R E S8SN 1 UII LSA I TM MO WE IAN+ SSU0ER0RE0TM EAF0N0LL.TN8OU0O.W V E F L U M E S F U E S RLNEUI:TMSE S 0 0 1 0 0 m T F O U N D 4 6 F L + 0 0 0 0 0 0 . 0 1 0 0 m M E A S U R E P E R S E C M O D B U S S L A V E 9 5 C HAAUN NT EOL S1 E T R A N G E 5 A NM G EA T 13 0 0 S E C TF LI M ADDRESS F O R M A T FA OD RD MR EA ST S O EW== 0.565 SAA EDCPNDTASIRRVOAEMARSETSDTIFFRIOILOSSNUATRSTM AMEI ONELANSCET CE T F O 5R 0M A T BAUD RATE H3LOAURNM NRm 1 ELEESE33:L/s 19200 EU RNRI TO+SR0 E0 C0 H0 0OI TN0 I.SM0E E1R= T 03Dm0A0T SE E/ TC I M E SUPP LEVEL PMSA LEETCV E L VEL 0 SV EIESNAUSSAIUTLRII VES SFIAPTOUTEYRPRI O R A N G E M I N S E R T V A L UE EENN:TT 8N1 OU RP PMm A T/s N EFSOC R M A T ESC E S C E EENN TT E N T E S C E N T E N T A U T O S E T E S C E N T E S C E N T E SVUCEP LP: L5E4VE E EN CDRESS ENT E E SSSEESSNUCSPOP RL E V EEENLNTT ESC E ENNTT EA E ENNTT E NNTT E EN NNT TT 7NLTTT CM E EN NNT TTEFSLCU M E S E S C PSADC RDSAREM E N T EAS D 3 . N X X X . X X 3 N S O R D I S T A N C E 0 8 . 0 1 . 1 4 1 0 H m /s E S C SSI UT RI VEEIMSTCEYN T ENT ESC ENNTT F O R M A T+ 0 0 0 0 0 0 . 0 1 0 0 m m E/ EsNNTT SMEENAM E N T E SOCW : 03. 5 4 7 2 E N T E A S U R E P E R 1S EE CN T ESSUC P P L E V E L ESC EAS D CDRESS E ENNTT A T E :m4 /sE ENNTT E ENNTT FLUMES 68 ENT ADDRESS E A L U E ( H EE9X ENN3T T OA DRBSU H S SALLA LV 4E 6 9 5C HE AS NC IN NE LS1E RS TT AVT A EN5N)TT I S LT IUC E : CEH 6 3 M EO SDI CBNUSS ES RL ATV V 5EN1NT-T Em C HEI TAS NCI V N NEI LTS1YE R TE EV 5E N FTLPO RW E D E F . M P E S C N T 4 6 /s N T SRWCE : S E N S I A L U E : 8 N 1 E N T E S C ENT ESC ENT E Nsetup T ENT f) Echo loss maximum time F ON RI TMSU L A B A U D R A T E V I S EUSAC L I S VA ITEI W O NS T CA HT I1S- ETENI NCTT E N T B A UEDS CR A T E V I S U A L I S A T I O N U ENT NITS E N T E S C E N T ENT M OF DOB RU SMSAL 0AT V0 E0 1 95 ENT 0NO1SPOYRSSE TCA 5T . T O U S B R EN: G E C HPAAN R N EAL M 1 S EC P A RI NA+SM0E 0RS0TE 0NV0SA0OEL. RNU0 TE1 :0 0 m F LRLO OAW AN DG EF R O MF OURSMB A T8 4N 61 A NNTOOTTFAOL UI ZNED3 R S A D D R E S S B A U D R A T E A D D R E S S V I E W M E A S U R E M E N T V I S U A L I S A T I O M E A S U R E M E N T F L U M E S UNITS LR UE :M E S /s MODBUS SLAVE 95 P FLOW F O MR OMD AB UTS S L A V E 46 A AD RDSARE M E SSSETN FS OO RNR MO ATC1TFHO1 U- m N5 D R EE0 S(0HS0E0X0)0 . 0 1 0104m6 CHANNELS/INPUT GNEAETL 1 OW R MRAE 3T: CRFHOAAFRNLNM I N SInE Rthe T VACONFIGURATION/IO AD LDU+ 95 2 0 the 0 1menu, 1E.EN1NT4T ERROR 1 0 : 0 5 ECHO 46 E S 1S 9set ESRECCRAHOSA RNUL NEREEC1 CEL M H OE N0T8 . 0select EAS D C D Rand U EM EFSSLUCUP M E RN RI TO SR E C H O E ENNTT PO WEL SE V E BL A U D R ACHANNELS/CHANNEL ETENENTT UN PI TP Sm L E/s VEL ERSAC N G E ENNTT V I S U A L I S A T I O N E S C E N T F O R M A T E S C E SC B A U D R A T E 1 E U N I T S E N T E S C E N T E N T A D D R E S S A N G E E N T T E ENNTT E S C time of the lossEof ENNTecho T EEFSV E N TE S C O R M A T ENT E0ENN. T5 C E N T maximum (0-99 s). 5 4 . 7 C M L E L : SC ENNTT E N T F O R M A T F L O W = 6 5 3 E N T E 0 0EF0SL1CU M E S .SXE XN S O R E R R PO AR RXEACXEMHXS O L U Mm E S/s UW P RP: AL0NE .GV5EE4EALS7DC2D R EmS 3S/ s E ENNTFT LS O E ENNTT I ME EN=T 3 0 0 S E C E N T E S C A D D R E S S M E A S U RC TE M FORMAT 50 O R M A 3T E ENNTT T E ENNTT C HE AS NC N E L 1 SLETUSAMC ETSFE L: U4 M E S E5ENNT1 EN8NTT PARAMETRISATION E m /s A D D R E S F 6 M E S 6 8 9 5 P A R A M SS ET ANTSS FHOARLMLMAPOTD3 B U S S L A V E SAUN PN EPL L1 E V E L I SOT RI C 63 UW P P L E V E L3 P A R S C H 5 46 I CN S E R T V A L U E ( H E XE N) T A U T O S E T I N S E R T V A L U E : O P Y S T A T I S T I C I N S E R T V A L U E ( H E X ) I N S E R T V A L U E : E S C E R R O R E C H O E S C E N T E S C E N T m /s E N T E S C E N T E S S U P P L E V E L E S C E N T P R E D E F . P A R S H A L L E N T E N T E N T E N T ENT E9N5 T M E A S U R SETV SRNC EI TD SE F . P A R S H A L LE ENNTT S E N S O R DEVISSICST UA AN LCI ES A T I O N E5ENNTT MA ITEEI NSWTTI CS T A T I S TEI NCT 6 3 M OBDAB U U SD S RL AAVTE E CHANNEL 1 ESC 46 E ENNTT F LFU O M ERESMS CU L A F O R M A T 6 8 E ENNTT OAW RN M CO P Y SS TT A1A TT I. STETONI CTU S B E ENNTT N TS IOORN A D IDENRSSCEESRSTV GSEU L A M E A S U R E PVPAIESRRUASAMEL CSI SE A I N S E R0T0 V0 A1 L U E ( H E X ) B RADUSUDSHDRB AERLS0ALS0T0E1 LI SUNTEESOC:ETRATL I Z E R S 0VII1OEEAW L O A D F R O M 0 1 S E C N I T P R E D E F . P A O A D F R O M U S B V W M E A S U R E M E N T E R R O R E C H LAUNMG EE S ADDRESSPARAM SENSOR F O R M A T C O P Y S T A T . T O U S B F L A S HH4 61D -I S C FORMULA 1 R E :M A T AI TDEYDA RS EU SR SE M5 E N T MODBUS SLAVE 95 F LDO A W M P I N G V I E W T OC 46 F L O WF L U M E S C HSAENNN ESLI 1T I V M 0 1 S E CT AEE LN: TI Z E R S LOU URP M L OC A D F R O MA DU DS RB E S8SNE N1 T 6 8 EORDNRIDNORSREESERSCTHEVONAT L U E : 1 BSAC U DI NR0SA0ET0RE1T V A L U E E( NHTE X ) EUS N CITS INSERT VALU P EL SE V E L EUS N I TP SR E D E EFS. CP A R S HEAENNLTTL E ENNTT EAS C T I V A T IA ENT E E S C E S C E S C E N T E S C E N T E NT SOC R M A T E N T ENT ENT ENT RANGE E EN NNT TT R A NFGOER M U L A E ENNTT V I S U A L I SEEASRCTRI O R E ENNTT F O R M A T E SUC P P L E V E L N ECHO ENT N1O T SF EOCU N D +R 0 0 0 0 0 0 . 0 1 0 0 m F L U LMOE AS D FE RS CO M U S B A D D R E S S F L U M E S 0 0 0 1 P A R A M S E N S O 0 E N T E S C E N T SC E N TE S C E N T ESC E ENNTT E S C SC E ENNTT E5ENNTT E ENNTT M E A S U R EEM E6EN8NTT C HFAON NR EML A 1 T F L FU O M ERSM A T ENT INSERT VALUE MES 6 8 P A R A MI NE TSREI SRCATHT AI VONNA 5 N ELLU1 E : 1 5 0 5 l/s SARUREPSDPHELAFEL. VLPEPAL3RI NS SHEARLTL V A L U E ( H E X )C HASAUCN NTP EPI LVL1AE TVI EOLNCC O ADDRESS P O P Y S T A T I S T I C I N S E R T V A L U E : P P Y S T A T I S T I C ARMREESSDHEAF L. LPEPAN3RT S H A L L 6 8 EASUC T O S E T EPSAC R A M S E NE NS TO R VSAICSREUASAM I SEEANS CTS IOORN ESC ESC ENT ENT E ENNTT EFSOC REMS CU L A E S C E ENNTTEP E ENNTTE ENNTT E N T ENNTT CL S ENT O R DMEUFL. AEP NA TR S H A L L 1234 IUNSSBE R T EVNATLE U E ( H E X )C HM U1 RSEEMN ESCNOOTRP Y SE5TNATTE INSTT I CE N T V0EANLTU E : PAAEN RNAEASL M P ASR EA N M ES+TOR0IR0 S A0 5m DTM0II SO0ENTIA LAORASDH A F RL O M 1NA.SSN6UE2CRR1EET1M R EA I N S E R T 0 0 0 1 P L P 3 0 1 S E C 1 O D F R O M U S B 1 A D D R E S S C O P Y I N G . . . P A R A M S E N S O R A D D R E S S M E Atime, S U R this E M Eloss N T is evaluated as a failure state. This fails to receive echo for a longer time than the set M UE TAIn E R Ssensor EC A OS SUcase ER TE P the ORMULA DISC E RDE RDAORS REU SRE SSCETM H OE N FT L A S1 H3 % A A D MD ESRTOER IRSSCSADHTEIAI RSON NRTN EO AILORN1NCE EC H05 1O M O D B U S S L 0A V0 E0 1 95 M 63 S0 E Cmain OWR EA: D F R O M U S B 5 CMH AP NI NN EGL 1A T I S TI I NC S E1 R T 5 0 5the 4 6 P ASREA PN Astate R IATM IEVTis RI T IA Sindicated AMT P on screen. D A ESC A D D R E S S D I N G S E N S Y E ENNTT E S C I N S E R T V A LFNULSSAETO:SAREHTENIDNSTTI TS ICC M E A S U R E P E R S E C 8N1 E S C P A R S H ABLALUPD3 R AETENENTT V I E W EAS U C T O S E TEVSICS U A L I SEAENTNTTI O N P A R A M S E N I T S E S C E N T E S C NTTT E S C C NTTT EAS DC DAR UE TS O HSOOC P Y S T AETENN. TTT O U S BE N E N T EESRC R O R E CEC E ENNTT E EEN NN ESSECT EEN N S SS C E N T E E NT T E N T F O R M A T E T E N T PI RAS RTD AI SN MTCSAEENNCSE O R M E A S U R E M E N T S E N S O R D ANGE S E N S O D A M P I N G S E N S I T I V I SPTECEYAR SSUE RCE M E N T EAS D CDRESS SLCU M E S E ENNTT E ENNTT E ENNTT M E AMS EUAR SEEM A+D0D0R0EEV0SSI0CES0W. 0T 1O0T0AEmLN 1TI Z E R S E N T URE PER SEC ESC ESC E1N T E S C R E S S A D D R E S S E ENNTT E ENNTT 1 time ICOH CA HN AN NEE LNRE1RL SO R E C H O OM ERSM A 3T M USL A 88 5 g)TDR Measurement setup 5 P AAR AD MDEA IDS CR A HTEAI SONNSN E L 1 5response 0 5 FF LO UR M E 6 6 8 INSERT VALUE ERROR ECHO ONPP EYYL SSS TT A A TT II SS TT II CC /s N SU EL RA T V A L U E NNA GCCNO M O TDDIBVAUAMSTPCI IOH LA ARUSREPSSDPW HEm S RE LE ED CE TF .F POEARSIRM A C AS EU NITNSSOSEISTENEIRSCTVTHIPAITATVACNI YAVRNT ELIAI LTVUM1YAE S:T EI ON NS O R P S H A L L OFELR.VLDPEEP?ANL3RT S H A L L C ENNTTERSECL EASYC S E S C 5 NTTE ENNTT E ENNTT E S C E S C E N T E E S C E N T E E ENNTT E N T E S C E N T SC E N T I N S R T C O N S T A N T S E N T C R DM C HVA INSN UE LA1L I S A T C I OO NP Y S 5TENA E N T S E NESS O VI SIESTAUASANULCRI EESEM ANTETINEOTENNNTT F LFU O M ERSM U L A 68 ENT T I S T I C AORRSMH UA LL AL P 3 I N S E R T 1V2 A3 L4 U E SS:SEE N B AICNRTAAI VRMYA STI ENI ONP NSU OT RC O P Y I N G . . . 1L 2 3 4 M E IANThis SSU0ER0RE0function EE2SCis PA TPPA0PVA AD0EARRD1RLA A.RSU6M M NmSS O O RR for1 the PLsuppression E O A D F R O M U S B + 1 1 R E D E F . 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I51N SF OEFmenu, (I HN ESrequired XE )R T V8 A M6 O3 D B U S C H A N N E L S A II OO ACC DHH AADresponse NNANNDEE D 1 TOI P C Y (0.0 1 C S T A T I S T I C R E S S U E RRMTU LVAA and 5 L measurement L S 1 M U L Am3/s A MS EST W R I SOIAORT CD I OH NA N N E L S 5 0 8 5 P APR A E R R O R E CEHS O S U P P L E V EE LS C E LT A EYSSCI NE SS CE R T D A T E / T I M EE N TE ENNTT DE ENNTT M E F . 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L E VEESLC ( m ) E ENNTT I N S EESSRECTN VS A STTE DL AE CMMTP OIFNDOGBREUMS SCA ST L A V EE N T 19200 ENT E ENN SC E ENNTT E S C E S C E N T E N T E S C A , D , E . . . C O N S T A N T E N T E N T I N S E R TE8ND5 TA T E / T I M E B I N A R Y I N P U T 64 NCAHORAD Y INPUT ENT 64FORMULA M U L AQ = A * H ^ D + E 8 5 P A R A M E T R I S BIAOITM I O N N BN EULSS C5H0A N N E L S1 ESC ESC T X E ENNTT 0E 0S C1 OTTOATLAI ZL IEZRE 1R 1 -EUENSNTTE R R ELOLEDABYRUSTS OCTHAALENIENZNNETETLRLE S1V E L :S 5E 4L EE. S7CCT F O RCMIM 16 3NUSL EAR T D AETE NENT/TT I M E C LXEXAXR. X CM ©U Dinel, s.r.o. A U0EFM-115 E L E C T F O R L A 3M Q = A * H ^ D + E T O S E T m / s 0 . 5 4 7 2 F L O W : W BC IHC NAALNRENYA ILNR1P TU STOT TA A 65 4 . 3.SOFELRRODTWC O( mN S/ Ts A) N T S P A R A M E T R I S IAOTCBCI IOLHNNEA ANANRREYLTSIONT5PA 1 4 . 0 1 . 1 4 1 0 : 0 5 L I Z E R 2 U T L I Z E R 2 F O R M U L A 8 5 E I N S E R T C O N S T A N T S T I S T I C 6 3 3 1 N 68 85 S E N S O R DRMI SEOLTDABYNUSCSE S L0A V E S T A T FEL:U4M E S 01 m INSERT VALUE m. M. /s LU LEAV E L ( m )3 CA LC ETAI VR AT TFO:IVTOIA1NEL.W4I Z1SE5TR4A13T2I 7S ET + CBPVILOENEARDAALBSRRUUEYETSC:IONCTPHAUALTNI ZN EE RL S3 SP ER LE ED CE TF .F POAR RM IC 1S4UH.L0AA1L .L 1 4 1 0 : 0 5 M UE ITANOSSSUEERRTETM W D.E.,LOFEELRE.CON.D.TTWCFOO(NmRSMT/ UsA)LNAT E S C A CV LI SBEIUAN AARRLTYI OISNCTAP O ATTPLI O I ZENSNETTTR A24T . T 6O4 U S EBS C ESC NUNSC TTSEOSTLAALVI EZ E RE S4C E IFNOSFROEMRRMUTULLCAAO N S TE AN NT T S E ENNTT Y RCI SELOLETDAAEBEYRN U SA EDPNDASRR OAEMRSESDTEM N. .SLEEENRVTTE LC O( mN )S T A N T S 85 ESC 1234 RI ST IISCN E ENNTT C E ENNTT P AL ER AA RM TSOEVTNIASELO SDC, E . . . C O N S T A N T E N T S E N S I T I V B WI RZTEOR T3A L I Z E R S YA AT I RO NY I N P U T5 0
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P A R S EH N A TL L PASSWORD FDOARTME U/ TL IAM E V I E WD A M P I N G C H A N N E L 1 D AETENNETT/ T I M0E1 5 S E C ESC INSERT 0001 LPOAASDS W F ROORMD UCSHBE ECSKC ESC ESC E ENNTT ENT CHANNEL 1 C4O 6N S T A N T S D5I A G N O S T I C 5 RE: P A R A M FSAE CN TS OO RR Y D E F A U L T VVFAELLAUSEH( DH IESXICO)9 5C H A N N E FLOW MI ONDSB UE SR ST9L A0 CHANNEL 1 P A S S W O R D P A R A M S E N S O AR C T IEVS AC T I O N I N SEEENNRTTT V A L UU NE I( THSE X ) MODBU A E ENPNTTA S S M BAUD RATE W EOAR SDU ERSECM E N T 1 M E A S U R E M E N TV RF LEOLEWAN YT D E ENNTT R A N GI ENESCCO R5 R E C T F O R EMS0AC0T0 0 C H AENENNNTET L 1 A DR ED :R EESSSC I S UE1 SACL I S A T I O N C H AENENNNT ETL 1 ADDRESS BINAR E E R R O R E C H O F L U M E S ADDRESS 0000 INCORRECT P A R A M S E N S O R C2T main I V A T screen I OFNO R M A T E R R O R E C H O M E AMh) of the measuring on Athe M UO ND IBTU DAM P IC NO NGF I G U R channel 0 N UE N T visualisation ATION SA UI NEnabling RMEE M RANG 3 V I S U A L I S A T I O N D A M P I N G ESC ENSNTT S U P P L E V E L m /s E 1 S T A T I S T I C A D D R E S S I / O C H A N N E L C H A N N E L 1 5 ESC RISATION ESC 50 E ENNTT F L U M E NETS C P A R A M S EE SNE CSSCO R EN NS T HF A NTO T P Y S T A T I SEETSNIFCTCO R M E T C ENNTT E EN ENNTT P A R L L P 3 E S C C O N I G U R A T I O N E S C E N T E S C D I S P L A Y M O D E E E E N T E S C E N T E N T E N T P A R A M S E N S O R ENT MEASUREMENT SET D A T E the / T I Mmeasuring E V I EOWK channel visualisation OERenabled, SUPP mMP3/s EA AS S UWRis MDE N T When can be1 displayed on the main screen (see chapter Athe D D channel RESS OR DISTANCE PASSWORD CHECK 1 C H A N N E L 1ADDAEDTENRNRETETE/ :TS ISM E C O P Y I N G . . . ESC CHANNEL 1 5 URE PER SEC ESC E ENNTT button RE: next to the VISUALISATION. If 1.1). The channel visualisation on the main screen can be enabled using D I A G N O S T I C 4 6 C H A N N E L 1 F A C T O R Y D E F A U L T F L O W 1 3 % MODBUS S E R5R O R E C H O CHANNEL 1 ER SE :S ACTIVATION ESC TTION N I T S next to it. BAUD R E ENNTT TIVITY CHAND NE SA ECshown LM 1P I N G next to it. Otherwise, V I Sonly USAE LLthe IESCAsymbol I N Sthe E R Titem V A LisU active, E ( H E XAthere )C TEIENVNTAis TT FI O NR M A TisUshown a symbol 19200 R A N G E F O ER M E S C E S C E N T ESC V I S UE NATTL I S A T IROE :N N TA ENT PARAM SENSOR E ENNTT CP HAARENANNM E L S1 E NLSEOVRE L : 5 4 . 7 F L U M E S ADDRE MAE LAUSEU (RHXEEXMXXE) .NXTX 3 C M C H A N N E L 1 0 0 0 1 I N S E R T V SE 3 FORMAT MAIN MENU 2 I O N/s 1 M E A 0S U R E OMK FE LNOT W C: O N0F.I 5G U4R7A2T m ADDRESS m /s STU P P L E V E L mF3L/sUSMTEAS T I S T I C CEH:D N EPL L1A Y M OED 5 3 OK 1A 4NI S E N T A D D R E S S 6 8 S T A T E N T E S C E N C O P Y S T A T I S T I C I N S E R T V A L EUNEETLS EC V E L : 5 4 . 7 C EM 0001 E R T mV A/sL U E : ESC 3 NTT APECAENTSNTITSVWA OT RI ODN EN OENTNTDFEIFG. UPRAARTSI HOEANSLCL PECREN m /s ESC ESC NTT ESC E S2C E ENNTT E ENFNTLT O W : 0 . 5 4 7 E ENNTT VD3I AS TU EA/ LTI ISMAET I OENN T FDOARTME U/ TL IAM E V IEEENW 4 S T A T E : 1 2 3 4 OE KC K m /s P A R A M S E N S O R P A S S W O R D C H F A C T O R Y D E F A U L T L O A D F R O M U S B 000001. 6211m C O M P L E T E D ESC C H A N N E L 1MMEEEAAENSNSRTTUEU:RREI M ESC ENT DIAGNOSTIC N GE N T E S C RE: C MH OADNB UN SE SLL AE1 VNE T IONW S E R T EV NA TL U E ( H E X4)6 CHANNEL1 1 ENT AE SDCD R E S S RE: 95 E S C E N T F L 4 6 F L O W C H A N N E L 1 5 E N T E N T CHANNEL 1 2ALUE (HEX) CONFIGURATION I N S E R T V RE: SEEENLNTET C T F O R M AE ST C ANNEL1 ENT E ENNTT U N I T ESS C U N I TESS C A C T EI SVCA T I IO/ NO C H A N N E L ESENNTT E ENNTT CM L E V BE AL U: D5 4R.A7 T E 0 0 0 1 OW 3 FWO:R M0 .A5T4 67 2 3 R A N G E R E : R A N G E V I S U A L I S A T I O N 5 4 . 7 C M L E V E L : C H A N N E L 2 F L O W m / s F L O F L O W C H A N N E L 1 5 D I S P L A Y M O D E m /s 0001 FLUMES XXX.XA XDDRESS 3 E/ Ss P A R A M S E PN AS SO SR W O R D I O C H A N N E L S m3/s F L O W UNIT UNITS STATE: 4 A C:1 T 0I V. 5A4T7I 2OFFNLO URmM OK T T O K 3 S UWRRE IM 3 M A T F O R M A T M E A E N T S T A T I S T I C I O ICNH PA U N NTE LCS H A N N SE T A T E1 : 4 R A6 N3 G R A N G E ESC ION mF O/sR M U L A D A T E / T I M E 8 5 RISATIONOK 50 m NTTL S V I S U A L I SEASST l/s E ENNTT S U P PM LEOELDVABEYLUSS C H AE EN A D D SR EE LS ES CFTA FCOT ROMR 1UY LDAE F A U L T V I EE NWT S T A T I SETNI CTE S FC L U M NN ECLPSA R A M S E N CSUOP RP EL EN VT E L R F L U M E S E S SET E N T E S C E N T E S C ENT E S C C EO NP TY S T A T . T OE EU NNSTFT BO R M ESC E S C output RB EEI NLN AT YR YS I N P U TE ENNTT M E A S U R E ME SE CN T E ENNTTF O R M A T Relay CC O N S T EAENNNTTT S I N S E RETSsetup O R D I S T EAENNNTTC8.4.3. E E ENNTT E ENNTT V I E W T O T A L I Z E R SS U P P BMIl/s OK 1 ON DA BR UY SI NS PL UA TV E A D D R E S S SUPP LEVEL URE PER SEC A TV PE U TE S C C H A N N E L 2M C UOERDENRNBRTTEUE :NS TS OL U 4 6 ESC FLOW CHANNEL 1 5 ESC ESS E ENNTT E ENNTT can menu. R PE A: R A M ERelay MODBUS S RTEI :V I T Y C H A N N E L 2 FCHANNELS/RELAYS L O W E ENNTT C5H 0A be N NEE set LN 1T in CONFIGURATION/IO 5 ET SR CI S A T outputs ION ESC U N I T S 4 68 N 1 A C T II NV SA4ET6RI TO NV A L U E : F L O W C O N F I G U R A T I O NA C T I V A T I2O N 0 B A EUENDNTTR IN MENU E S C UNITS ESC U N I ETENSNTT RANG VISUALISATION A U T EOSSC E T E ENNTT E ENNTT FORMA RANGE STATISTIC R PAANR AGMEE T R I S A TPI AO NR A M S E 5N0S O R FLUMES S E N S O R D II /SOT AC NH CA EN NCVEHILASSNU NAELL I 3S A T IROE :N A D D RI NE FLUMES CONFIGURATION F L UA M E SO S E T M E A S+U 0R 0E 0M0E 0N0T. 0 1 0 0 m FORMAT M E A S U R E DP EI SR PSL EACY MPOADR EA M S E N S O R U T FORMAT D A T E / T3 I M E V I E W 1 SUPP LEVEL A D D R E S S P A S S W O R DM E A S U R E OMK E N T I O C H A N N E L S l/s F O SR EM1NASTO R DAI SD TDAR NE CS ES W R I T E E R R O R D A T E / T I M E l/s O K 1 S U P P L E V E L P A S Sm W /s ORD CHECK I O ICNH PA U N NTE LCS H A NENENENTTLS SU P P1 L E V E L E S C ADDRESS SENSITIVITY ESC + E ENNTT M E A S U R E P E R S E CI N S E R T D A ETENEN/TTT I M E F A C T O R Y EDSNEECTF A U L T D EI AR G TUNITETC: R EEOENLDNATTBYUSS C H A N NE SECLASD D R E S S E S C T NV OAESLEN ESC M ESC E ENNTT E ENSNTCT E EENSNTCT E ENNTT Q = A * H ^ DE+ E ENNTT NT 3I N E S C E N T B R Y I N P U T SC E N T R E L A Y S E N T ENT m /s NO RESPONSE SENSITIVITY 3 Q...FLOW (m /s) .ON0NT1 . 1 4 51 00 : 0 5 2 ESC C H A N N E L BM 3 I ON DEANNBRRTTEUY: SI NS PL UA TV E E S C PARAMETRIS1 AE T4EIN T C UO5ERD RB EU NS TS OL U TV PE U T H . . . L E V E L ( m ) PARAMETRISATION M A RE: MODBUS SLAVE 95 CHANNEL 3 0 RE: CAH UA NT NOE SL E1 T 5 4 6 F L O W 0 IN MENU 2 C O N F I G U R A T I O N I N S E R T V A LB UA EU :D R A T E A ,EDS C, E . . . C O N S T A NA TU TEONSTE T ESC E ENNTT S E N S O R D I S T A N C E V I S U A L I S A I O N STATISTIC I / O C H A N NSEELNS SE NOTR D I S TUANNI TCESES C FORMAT E ENNTT E ENNTT ESC MPEAARSAUEMSRCES EP NE RS OS RE C CHANNE F L O W+ 0 0 0 0 0 0 A C O N F I G U R A T IEOENNNTT D I S P L A Y MCMOHEADEANENSN TUE LR4E P E RRR EAS: NE GC E . 0D 1D 0R 0E mS 4S6 A MD ED AR SE US SR E M E N T VISU DATE/TIME VIEW P A S S W O R DA D D R E S S N O R EFS PLOUN ISMOE EC SH A N N E L S m3/s U N I T S 1 1 S E N S I T I V I T Y A D D R E S S 4 6 F L O W F O R M A T 3 PARA P A S S W3 ON RO DR E S CP OHN SEE C K D A T E / T I MtoES ERELAY4 RANGE m /s I Lset NEPVUthe TL Cconfiguration H A NENENNETTL S Select of relays. N S I T I V I items T YS U Pto E SECR R O R E C H O ENNTT P E E U N I T SFRELAY1 MEAS D I A Gm N O/sS T I C L T A C T O R Y D E F A U F L U M E S B I NRAERELYNATI NYPSU T 64 E S C E N T E S F O R M U L A E S C N 8 5 E N T E S C E N T E S C E N T E N T E ENT RS ICS A T I O N E ENNTT 50 E N TF O R M A T ESC T RN A TN GE ES C T O T A L I Z E R 1 - U S E RACT D D R EZENENTR E ENNTT C E A R T O T A L I 1 E ENNTT B I N Y I N P U T 3L S E L E C T F O R M U L A F L U Mrelay E S can work ERRO SET Each modes: mCML/s N O R E Sin P O Nseveral SE SUPP LEVEL OE DA BRREU:TSOSTLAALVI ZE E R 2 3 I FNOS RE M R TA TC O N S T A N T S OR DISTANCE C HFAL UN MN EESL 4CC LUEEREN . 4ENN1TT5 4 3 2 7 E4 + 6 0 E1S C m FLOW F : 1E ESC ARNTRTE NT OT TOAULTI PZ6 U8E TR 3 MODBUS S C H A N N E L 1 5 S U P CPO LN FE I VG UE RLA T I O N UI NRMEE PN UE RC HS AE NC N E L 4 0 R E : 4 6 F L O W 2 I N S E R T V A L U E ( H E X ) INSERT VALUE: U N I T S C L E A R T O T A L I Z E R 4 • Direct manual control E S C E N T P R E D E F . P A R S H A L L BAUD R V I S U A L I S A TR IAONNG E ESC SETSAS T I S T I C U N I TE SN T I / O C H A N N E L SE ENNTT FORMULA FORMA PF AL URMAE SM S E N FS LOURM EE SS C 0 6080 1 CTOI NV FI TI GY U R A T I O N R A N GE NE T D I S P L A Y M O D EE N T 0 1 S E C E SFCR O M U S B L O A D E N T E S C A D EDENRINNTET P R E D E F . P A R S H A L L E N T M E A S U R E M E N T • Alarm NTT D A T E / T I M E V EI ENW F L U M E S P A S Sfunction WORD F O R M A T 3 1 F O R M U L A A D D R E S S PASSWORD CHECK F O R M1 A T N O R E S P O N IS OE C H A N N E L S m /s DATE/TIME SUPP LEVEL USB E RLROOARD EFCRHOEOM m3/s D I A G N O NSOTR IE CS P O N S E EFLAE CC TToutput SLNSUT P P L E V E L E S C OURNYI TD function EFAULT I N P U T C H A NENENENETETN S EC S C NTETNNTT • SPulse E ENE ESC E EENSNTCT TC ESC E N T SC E N T E ENNTT E S E N T E S C E N T R E L A Y S ENT ENT ENT ENT 3 B I N A R Y I N P U T m /s FLUMES 6 8 ESC E S C E N T ENT M Orelay D B U Scan S L Abe VF LEcontrolled manually. UMES C H A N N E L 16 8 5 P A R A M EUsing T R I S A T the I O N DIRECT 5 0 MANUAL item, the PARLEUDEE: F . P A R S H A L L 0 IN MENU INSER I N S E R T V 2 P A R S HCAULRLRPE3N T O U T P PURTE D E F . P A R SP H CONFIGURATION A AR LA LM S E N S O R FORMULA A U T OE SSCE T I / O C H A N N E L S E N T SC ENNTT STATISTIC E N T rate value Ein F POARREM UE LT enter AI S A T I M E the A S Ualarm R E5 M0 E function. NT L O A D is F Rexceeded, OM USB CHANNE S E N S O R D I S T A N C E If you set maximum flow the ALARM item, you to When this value A M R O N CONFIGURATION 1 L O A D F R O M U AS DB D R E S S P A R S H A L0L1 P 3 S E C MEASURE D P EI SR PSL EACOY RMDO D E PARA AUTOSET ERROR ECHO DATE/TIME VIEW relay is activated. A D D appropriate R E S S PD AA ST SE W MEAS S E N S O R D I S T A N C E PASSWORD CHECK / T I M E DAMPING 24 R SA IN TG IE V I T Y S E N E S C E N T ADDR E N T DIAGNOSTIC AA CL TU OE R Y D E F A U L T T O T A L I Z E R 1 - FE EANNSCTCT M T OE RA YS U R E PE SE CR S EECENNTT E S EC R R O SNTCT Eand S C QUANTITY M I N . FVyou E ENNTT mode. E EN E S C When ENNTT set WIDTH PULSE values in the PULSE OUTPUT item, you enter to the pulse output E A D D R E S S SC E S C E N T E ENNTT E N T MAX. VALUE DAMP SmE 3N S I T I V I T Y F : set 2 4 8the 3 5 9pulse 8 In the WIDTH PULSE item, you can width from 0.1 item, you can set flown ESC P A R Ato M E9.9 T R I S s. A T IIn O N the QUANTITY 5 0 ESC E0 S C: 0 1 E ENNTT T : 5 D A Y S 0 C H A N N E L 1 E ENNTT 5H A N N E L 1 P A R S H A L L P 3 F L U M E S 6 8 C 5 PARAMETRISATION 50 INSERT VALUE AUTOSET the pulse. 0 IN MENU FAI GLgenerate UUR EA :T I O N I Namount S E R CTO VN to A U T O S E T 2 P R E D E F . P A R S H A L L P A R S H A L L P 3S AE CN TS IOVRA DT II SOTNA N C E P A R A M S E N S O R VE IAS SUUARL EI SPAE TR I SO ENC STATISTIC D I S P L A Y MSOE DNEESENONTTR D I S TF AO NR CMEEUS CL A ESC CHANNE MF LEUAM SE SU R E M E N T ENT 61 82 3 4 M AE(active O R – switched CONFIGURATION R1 Dm F R O M Uthe S B relay is in Inormal A DP DR RE ED SEon, SF . Pinactive In + 0the 0 0 INVERT 0P 0A 1S .S6W2 O1item, N S E R TAmode VPDAADRLRU EMS:SS E N Srelay ACTI M E Ayou S U can R E P select E RL OSAE DCwhether A R S H A1 – L Lswitched M E A S U R E M E N T DATE/TIME VIEW D A T E / T I M EA D D R E S S E R R O R E C H O VISU S AEswitched ND S IRTEI SVSI on). TY ORMULA 1 D AF M off), orFin relay – switched off, inactive – D PASSWORD CHECK A Cthe T O inverse R Y DS EE FN ASmode UI TL ITV I(active P I N G TY NTET N PT A R A S ECU + 0 0 0E0SE 0CS C1 . 6 2 1 1 m T L O A D F R OE M E ENE E ENN TN S CS B DIAGNOSTIC T SE A S U R I NE G 90 N TM E A S E T E N T E S C N T E S C E N T N T E S C C O N S T A NM E N T E S C ENT E NSTC ENT T OE ETNNATT L I Z E R 1 - UE SN ET R SC SC ENNTT select A the ESOURCE ADDR E ENNTT In item, you Ecan a channel the with. C H A relay N N E L 1 function is associated 5 B 3 F L U M E S 6 8 ESC E S C ENT E N T E S C F: 0.000 PF LAU RM AE SM SmE N S OI OR C HI NA NSNEE6RL 8STE NV TA L U E : C1H A N N E PL 1A S S W O R D INSERT C 5ENT PREDEF. PARSHALL FORMULA INSER P A R A M E DT R I S A T I O N 50 M8E5A S U R E M E N T I N S E R T1 V A L U E : C T I V A T I O NF O R M U L A S E L E C T F O R M U L A A DP RD ER DE ES FS . P A R SMHOAD1LBLU S C H A N N E L S A A U T O S interface E TI O C H A N N E L Ssetup SWSRWI TO ER DO ?K 8.4.4. Network V I S U A L I S A T I O N 0 I N C O R R E C T F O R M U L A L O A D F R O 8M5 U S B IO CHAN I N S E R T C O N S T A N T ESR RP AORRACMELECRT HR I OS A T I RO NE L+A 0Y0S0 05 00 1 . 6 2 1 1 mPF AO RRMAU M S E N SE SOCR D II NS PT UA TN CC EH A N N EEENLNSTT LAS E N S O R ENT + 0 0 0 0 0 1 . 6 2 E1S1Cm M E A S U R E RP EE LRASYESC D AL OMAAP UDI NTFGOR SOEMT U BS IBN A R Y I N P U T M O D B S E L E C T F O R M U L A MEASUREMENT E R T P is A Sonly S W Ofor R DFCU-400-R_-W ? M O D BE UN TS S L A VE B I N A R Yinterface I N P U ITN Ssetup A D D The R E S Snetwork interface setup E S C S Eversion. RS TS Ccompletely OSNC S T A E1N NT TSbe done EENS TC R E L A D SR Ecan EN N N S O R DEThe ISSCT Anetwork C TE E NSATCDI N E E S E N S I T I V IMTOY D B U S S L A V E E N T B I N A E NETS C ESC C U R R E N T OEE SNUCTT P U T E ENNTT E S C M E A S U R E P E R S EECENNTT E ENNTT E ENNTT ESC MODB E S C using a web interface. E ENNTT A D D R E S S E S C ENT E ENNTT SC ESC ENT E ENNTT S E N S I T I V I T Y RE: CHANNEL1 CHANNEL 1 5 FORMULA 8 5 ESC P A R A M E T R I S AE T EINONNTT 5 0 ESC ESC E ENNTT ESC E ENNTT I OA CCHTAINVN A E LTS I O N FORMULA 85 PARAMETRISATION S E L E C T 1F O R M U L A I N S E R T 5P0A S S W O R D ? I AO UC HTAON SN EE LTS 1MI SO UD AB LUI SS A V T I O N 8.4.5. B inary input setup C H A N N E L S S E L E C T F O R M EUNL SAO R D I S T A N C E INSERT CONSTANTS I N S E R T P A S S W OI NR SD E? RI TO CVHAA NL NUEEL S: A U T O S E T1 Q = A * H ^ D + E I N S E R T C O N SS M Y SS E N S O R I N S E R T D A T E / T I M E MRTEEAOALNDSATBUYSURSSE PC EHRA SN EN CE L SPMRAEERALASAM WRITE ERROR I N P U T C H ASNENNESLOS R D I S T A N C E B I N A UR YR EI M N PE UN T 3 IO CHAN 3 M E A S U R E P E R S E C A D D R E S S m /s Binary E L A Y S can be set in CONFIGURATION/IO 1. 0 Q . . . F L O W ( m / s ) O K CHANNELS/BINARY AMDmenu, 4+ 10:05 MODB I N P U T In this OD DR BE US QSyou VH E^ 1Dselect 2 BR inputs =S LA A*can E 1 . 1a4 user I N S E R TS VBE IANNLSAUI RTE YI:VINPUT. I N A R Y I N PA UD TD R E S S H . . . L E V E L ( m ) ENUNTTS I ST LYA V E M O D B E E S C E N T SE Izero T I V I TEduring Y totalizer the binary input. Make the selection E S C3the E N T button E ENNTT R E L A ESC T by pressing M Oto D Bbe U Sreset S LS AE NVto E ENN AS ,C D , E .the . . C activation O N S T A N TE Eof NNETTS C ETQ S C. . . F L O W ( m / s ) E ENNTT BINA E SUCT P U T E ENNTT 2 ESC E ENNTT ESC E ENNTT C U R R E N T O T ODB ENH NTT. . . L E V E L ( mE )S C item. See more about totalizers in chapter 7.5.2 E ENNTM E E N T E S C E S C next the required E N T ENT ENT ESC SC E ENNTT ENT A , D , E . . . C O N S T A N T R E : CHANNEL1 C H AENS NC E L I NE SSCE R T V A L U E ( H E X )E ENNTT ENT ESC Q =1A * H ^ D + E I N S E R TE NV TA L U E : I O C H A N N E L S IO CHANNELS 1 VF OA RLMUU EL A: B I N A R Y I N P U T 6 4 Q = A * H ^ D + E I N S E R T 8 5 M O D B U S C H A N N E L S L E V E LI N: S5E4 46PARAMETRISATION OW 50 1 INPUT CHANNELS C L E A R T2O T A L I Z E R 1 R E L A Y 0S 0 0 Q ...FLOW (m3/s) FLOW: 0. SELECT FORMULA UWNOI RT DS 3 AUTOSET RELAYS L) 3E/s A R T O T A L I Z E R 2 BF IONR MA URL YA I N HP .U. T. L E V E L (8m5 ) S T AB TI N1EA4:R.4Y0I I N S E R T C O N S T A NOTKQS . .P .AFR LA MO EWT R I (SmA T I/COsm 2 RANGE S E N S O R D BI SI NT AA RN YC EI N P U T N 5 0 C L E A R T O T A L I Z E R 3 H...LEVEL (m) M O D B U S S AL ,ADV, EE . . . C O N S T A N T E S C C L E A FLUMES M E A S U R E MP EO RD BS UE CS S L A V E ER NTTT O T A L I Z E R 4E S C S E L E C T F O R M U L EAENNTT E N A U T O S E T C L E A A , D , E . . . C O N S T A N T FORMAT A D D R E S S C U R R E N T O U T P U TP A S S W O R D T I N S E R T C EOSNC S T A N T S E ENNTT C L E A E ENN S E N S O R DEISSCT A N C E ESC ETS C CLEA SUPP LEVEL E ENNTT ESC ESC S E N S I T I V EI ST CY E ENNTT M E A S U R E PE SE CR S EECENNTT 0 0 E0NN0TTE S C E N T E E N T E N T CLEA SC E N TA D D R E S S E ENNTT E S C E ENNTT E ENNTT RE: CHANNEL2 FLOW CHANNEL 1 5 SENSITIVITY C 8U 5 N IETS S P A R A M E T R I S AE T EI ONNT 5B A 0 CETS ICV A T I OF NO R M U L A E ENNTT ESC ESC E ENNTT FORMULA RANGE 85 NT VI NI ASRUY AI NLPIUST A T SI OE LN E C T 6F 4O R M U L A I O C H A N N E L S P A R A M E T R I S A 1T I O N 50 AUTOSET P A S S W O R D C L E A R T O T A L I Z E R 1 FLUMES PARAM SENSOR SELECT FORM SELECT UNIT I N P U T C H AANUNTEOL S E T S EUNL SAO R D I S T A N C E MCELAE SA UR RTEOMTEAINNLTISZEERRT 2C O N S T A N T S F O R M A T PASSWORD INSERT CONM S TE AA NS TU SR E P E R S E C RELAYS S E N S O R D I S T A N C0 E0 0 0 l/s OK 1 3 C L E A R T O T A L I Z E R SUPP LE A D D R E S S 3 BINARY INM P UE TA S U R E P E R S E C ADDRESS m /s 0 0 0 0 ESC E SCCL E A R T O T A L I Z E R E4ENNTT MODBUS SA L AD VD ER E S S S E N S EI TENNI TVT I T Y ESC C U R R E N T OS UE TN PS UI TT I V I TE SYC ESC ENT 17 E ENNTT E ENNTT ESC
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INPUT CHANNELS UNITS RELAYS RANGE 8.4.6. Communication parameters setup forB modbus I N A R Y I N Prtu U T / rs-485 slave FLUMES IO CHANNELS 1 C O N S T A NM T SO D B U S S L A V9E0 FORMAT CURRENT OUTPUT F A C T O protocol RY DEFAULT E (LH E Xof I N S Complete E SR UT PVPALLEUVEsetup ) RS-485 line M O D B Uaddress S C H A N NinE Lthe S Modbus RTU(Slave) A communication parameters and device WORD E S C E N T E N T RSLAVE E L A Y S menu. D E S C be made in the CONFIGURATION/IO E ENNTT can CHANNELS/MODBUS I O C HBA INNN A E LRS Y I N P U T 1 90 A RC OE NYS O 5 C O N SET A N T S T AUN T S 0C0H 0A N0 N E L 1 RECT I N S E R T V AP LAUREA (MH ES XE )N S O R M OMDOBDUBSUCS HSAILNNASNVEEERL TS V A L U E ( H E X ) F A C T O RS YUARD EE ?F A U L T A ORD RI OE LC HAAYN SN E L S DC O N S T AI NOTCS H A N N E L S P A S S9 0W O R 1D 1 MEASUREMENT D B I EM NSAOC RD YB UI NS PCUHTA N N E L SE ENNTT E EAS C E S C F AACRTEOYREOY UD E F A UELENTNTT 1 CT A EA D LLDEURCE TS( HUS ENEXEINTN)TT V I N P U T C H AI NNC NOEERENLRNTEST C T E SI CN S E0 R0 T0 0S 0000 SURE? WORD ENT M O D B U S S L A V E ERROR ECHO RELAYS RELAYS D I N3 G ARE YOU BINARY INPUT BINARY INPUT E 0 0 D0 A0 M Pm RECT /s E SV CI E W S T A T I S E S CM O D B U S S L A V E E ENNTT ESC E ENNT S TUIECRS EC ? 6T 5 ESC M O DE BS CU S S LEAENNVT4TE6 ESC M O D B U S S L A VEES C 95 E ENNTT E N T5 E ENNTT F L O W E ENNTT ENT IO CHANNELS 1 STANTS 90 C U R R E N T O U T P U T 5 M I N F L O W UNITS B A U D R A T E N F A C T O R Y D E F A U L T ESC H TA N ENENENTLT S ESC ERS A C N G EES C E S C M O D B U S ECENN E ENNTT E ENNTT FORMAT E ENNTT E ENNTT ESC T ENT I O C HRA EN LN EAL YS S 1 F L O WF L U M E S VIEW STATISTIC 65 ATNITOS N 90 46 M O D BAUDS D S LRAEV SE S 95 C H AB NI NN EALR1Y I N RPEU: T FLOW NSOR 5 F A C T O R Y D E F A U L T C H A N N E L 1 5 ARE YOU MODBUS CHANNELS 5-MIN FLOW U NFI OT RS M A T BAUD RATE UNITS 1 R ASNUGPEP L E V EALC T I V ASTUI RO EN? SETNA T NTS 90 V E setup a) Communication RI EO MLC AHOAYDNSBN EULSS S L A rate 65 15 ON 9 5I O C H A N N E L S V I E W S T A T I S T I1CR A N G E F AUACARTLE IOSYR4AOY6CTUODI NOES NFT AANUT LS T FMOO RD BMU AS TS L A V9 E0 2E 4L S FLOW R A N GBE I N V I S A R Y I N P U T M O D B U S C H A N N F L U M E S FA E5HS-A CMNI N EFLLSOFWL U M E S E ENNTT A DEBSDACRUEDS RS A T E EUSLNCUI T EN NTC TAT O R Y E N T ONR T O T A L I Z E R 1 F A I N S E R T V A E ( H E X ) M O D B U S C E E N T S E N T ENT P A R A M S E N S O R M I N . V A L U E S U R ? M O D B U S S L A V E R E L A Y S P A S S W O R D E S C E N T E S C E N T H A N N E L 1 5 I O C H A N N E C E N T C O N S T A N T S F O R M A T 9 0 E N T E N T ENT The rate can be the NTTI O N RELAYS F O R M A T LS RPAPset NLGEEin FORMAT M EBAUD AI NS USAERRRRATE EETMYEVODNAUTLmenu. M A Xcommunication B. IVNAALRUYE I N P U T 3 3 E ( H E X ) S U V E L P A R A1M S E N S O R U M O D B U S C H A N A BINARY INPUT O K M O D B U SP A SUPP LEVEL SUN RT E E? m E EN1NTT E S CA D D R E S S D S OE AR S U R E M E N TE ENI NNTTC O R R E C T S LS AS VWm EO RE/sEDNN0TT0E 0S C0F L U MF :E SE2S 4C A8 D3 5D 9R 8E ESSEN ESC ESC M R E L EAENYNTST T E ENNTT M O D B U S S L A V E NTT T :A T5 DE SACY S 0 0 : 0 1 E ENNTT ESC ENNTT F O R M EA ND TD R EE EN E 1 SS BINARY INPUT V I E W S T A T I S T I0C 0 0 0 65 E 46 W M O D B U S S L AI VNEC O R R E C T 9 5 S U P P L E V ANCE LIRTURSEO (RH1EE CXH) O S E L E CEE5TSL-CFMOI RN MF AL O TW 1 9 2 0 0D A T E / T I EMS EC U ES S L A V E DNAT TMEO/ DT BI M E ENNTT E ENNTT E ENNTTC H A N N E L 1EBSAC U D R A T E E S CI N S E R TE EN ESC E ENNTTE S C ESC T E ENNTT E S CE ENNTT EVSI CEEWENNSTTT A T I S T I C E ENNTTE S CE N6T5 E S CE N T E ENNTT ENNTET S C 4 6 D A M P I N G E M O D BFUOS RS M L AAV ET 95 ANGE CM ELNETV E L : 5 4 . 7 EDSAC T E / T I M E 1 0 : 1 1 E ENNTT 0 8 . 0 1 . 1 4 E 1S C0 H X5 X- MX I. NX XCF L O W LET1UUSSECM( EHSE X ) ENT E N TS E L E C TV IFEOW ERSSM CE HN AT N N E L 1CBHAAAUNDED2NDSERCRLA1EmTS E3S/ sR E : 1 9 C2 0H 0A1N3N. 0E L1 .11 4 I N S E R T D A T E S/ TE ILME EC T F O R M A I N TSAA ET RITSTT I VC A L U E ( H E6 X5E) N T 4 6 F L O W : 0 .F5MO4ORD7 M B UAS TS L A V E 95 OWGREM A T VIEW STA 4 6 F L O W 4 S T A T E : MODBUS SLAVECONSTANTS 9 5 C H A N N E L 1 5 90 5-MIN FLOW UNMPI ETPSSL E V E LC H A N N E L 1 L E V E L : C5 O4N.S7AT5ADBNDTASRUEDCS MSR A T E 1 3 . 0D1A. T1 E4 / T I 1M0E: 1 1 90 5-MIN U N I T S B A U D R A T ES8ACI .N0S1E. R1 T4 D A1 0T HE / TXI M P A R A M S E N S O R I N S E R T V A L U E ( H E X ) X X X . X X 5 4 . 7 C M L E V E : C H N N E L 1 3 AHCMLNAAUNGTENE E( LH1EEXENN)TTAR EC :T I VEAEFNTNLTTIOOEWSNC: 0 . 5 4 7EF2SOC R M E C T O R M A T 0 ENS1NTET R E S C S E TL O EA SLSFCIW ENNTT E S C 1 9 2 0 0 E N T E T Z E R 1 U E N T A T E E NV. TX TE X 4 6 F L O W E E E S C 0 0 0 E N T X X M O D B U S S L A E N T 3 P A S O R D E N E N T m / s E N T CHANNEL 1 5 RANGE FLOW : .I 00T 1.S5. 14 47 2F O1R0mM: 1A/ 1sT D V I S U A LSI TS AA M T EIEO:A4NSAU R E M LPU LMEEVSE L 1 3 A DEANDCTRTE ISVSA T I O N 3 U N T B A U D R A T E1 0 7 1 0 3 D I S P L A Y M O D E C U R R E N T O U T P U T B F L U MEEN3 ST 1 ADDRESS E STATE: 4 CM P A R EAENMNTTS EL ENAVSDEODLR:R E5 S4OE SKS. 7C O1 R M A T m E/sENNTT F : IXEN0SXC.CXO0 R.0XR0EXC T 3 0M 8 .I 0N1 F. L1 O4 WF1O03 RH M A T ENT F O R EMmNATT E S CF L O W E0 S0C0 0R A N G EE N T E N T U P P L EEVENNETTL M E A S U REEFSMCL EEORNWRT:O CDR0 .E5C4H7O2V I S Um E AN/LTsI S A T I O N E N ET S C E S C E N T E N T C H 1 m / s E N T E S C E N T UI ZMEERS 919200, SC CWA D D R E S S S Sof VOE T FA LL 9600, 5 E N T 38400 Bd/s. 4 6button S U P P from LEEEENNVNTTETMvalues LOF DL BOU W P A required R A M 4S6 E Ncommunication S O RE N T F L O W +L AT4200, 5 A D D R E S SSF LTODAWATM M A X F LE SOWhen rateEEusing and P: 4I N1 G E Sthe E Select SC C ENNTT E N T B A U D R A TE ES CF O R M A T C ENT E ENNTT U N I T S 0 8 . 0 1 . 1 4 1 0 : 0 5 E ENST C ETSEC/ T I M E U N I T S E ENNTT M E A S 1UE9RE2NEN0TM N ESC TE FN O TE3/s T0E N T E ENNTT S U P P L E VE N E S CS O U R ECENENTT E SRCM Am I N S E R T D A ENT E S C T E S C EESSCC the K S E L E CE E L T E N T E S C button is pressed, selected communication rate is saved, and you will return to the previous menu. When E N T E S C E N T E N T E N T 1 E S C C L R E S C N T F O R M A T E N T A D D R E S S E ENNTT ENT RANGE T Y PCEH 1 - m 3 you E ENNTT ENT R A N GEES C TION 0 . 5E S6/ Cs5 M O D BAUDS D S LRAEV SE S E S C 95 46 OW E ENNTT F L O W = SL ACYIHNprevious E SC H A N ENSECL 12button, NS ES LOERC XT5XFXO.RXMX A T F EL OENWNTFT L U Mpress F L O W E ENFNTTL UDM 4 6 F L O W A 0S NO N8DE EE.RL0T11 D. 1Amenu 5 94 26 0 R0E : you willF L return 1 0 3 I SEPthe M C U R R E N T O U T P U T 1 0 7 T E / T I M E to without saving the setup. 0 ET8SI. CM 0 1E .=1 34 0100 S: 0E C5 B AE SU CD R A T E U NFI OT RS M A T A C T I V A T I 4O N 1 0 H U NFI OT RS M A T ENT RE: F L O WE L IUNNFI LT OS W E ENNTT 4 6E ENNTT FLOW F O R M AS TS L M 5H A N N E L 1 C HU 1N -I mT S3 / s O SN EXLXEXC1.TX5 FX O R M A T RF CAL SOHNWUAGNPENP ELLE1 V E L A5 V R E ANGE 95 4IACZ6A 1 49 62C0 H0 A N N E L R1F ALCSONHWUAGPNENPFE LLL E1OVW NT0USO1AE.T1RLA4ITLS D TIRHOE /NST EI M E C ATMDOF DDOBRRUEM V I S T + E F L O W = M A X F L O W 0 8 . 1 0 E S C U N I T S001..R51A64N51G0E: 0 5E N T I INNSSE I N S E R T V A L U E ( H E X ) L E A T S S 1 9 2 0 0 F LEUUSA M ETTSSI V A TPI AO RN A M S EE ENNPSTTAO RR A M S E N SEBOSAC U D R A TF EL U M E S E ENNTT F LEUUSNM E S ONR C C 0 8 . C E N T E N T b) Communication format setup F L U M E S N I E N T E N T R E : S P A S S WTRIOAMRNEDG=E3 0 0 S E C SOURCE NEL1 ESC SA C TION ENT E ENNFTTO R MI T A UT A L IESM E ENNFTTO RVMI S NHCTTAI ON N L 1EMNE TA S U ER NE TM E FNOTR M A T F O R M A T E HA ASE0NNU1TNR.OE1UM R A NAGTE D I S P L A YI NM OS DE ER TL VE VA EL LU :E 5(1H XXX.XX CC 40.SE37XUR)PAPPANLRGEACEVM M E S= F0 O. 5R 6M5A T E L 1S 9 2 00 80 . E UD0NR8DSR.O R S S 4T PAU 1DT 0D HR E 1S XS X1XD0I.AS7XPDLXDA YR ME1 OST DSYESPUCEOPNPS TLSAEENVLT EES LC1 0T 3F O R MI NAC TO 9R 0R FE CLF TUL OM W 0 0S5 0UF1PL PU LMEEVSEO LK 3E LS A HSAON NR E 1L 1 l/s VP E L F L U M E S R E E N T ESC F O m / s 0 . 5 4 7 2 F L O W : F L O W RMMEAS=ET 3LS0EUI 0COP TCSPHETLACEYEN NN ENNTT Ecan E Scommunication C MEI NFORMAT NTFELENONTTWE R mode. EUSin CEthe ENNETTC H E N T ESC F L O W The format be set E S C E N T R O R O E T I M E A S R M E S C E N T E N T E N T 3 3 ET NO A TR A EMNST5E0N S O R L E/UPsNEITN(ECG HME X ) C EHS1C -M O D B UTS C H A N .V7A E VAI NEXLS F:ECLR5HO1T4 1W OEPNN A EOSTC A ENT OFK O R M A T F L O W +m /sTE0T S0AT0SLA1WI ZTOERR:ED4EN9NT5T F OA RDI NMDESSARECETRSTSE SLVCM m EM N T EN3NTT F L O W +E ST8C AOL W U E: : 0 . 5D4- A N 1 D L I Z E RX X X . X XE ENENTNT T S U P P L E V E L R E L A Y S 4 6 S U P P L E VMEOLD B U S S L A PV A WM E A S U1R E M E N T S U P P L E V E L m / s 7 2 F L ENNTT C ESC U .R0C1E. E1EN E S CS O 8 NT NETTS C E ENNTT E S C E EIN ENENNTNTTT E E SECS C0 - 2 0 m ANTT B I N A REYN 4TESN3 TSC1TC0 : 0 5E ENNTT E S C NTTA U D R A TEEEEN 1 ESC EE TENSTPC U T E N TS T 0 NSKATI DTADSNRCEESESENNTTE S C mE3/s E ENB E EN ESC NT E ENNETTESSCC 0m 0 0/ s CNOTTR R E C T9 5 T YA PT CEE H: 41E0E-N M O D BFUOS RS M L AAV ETI EN N E RN RCO :HTE21NF2-OTmUM AN OD D B U S S L A V E 46 AENR GRSEOE RC5 E0 C H O + 0 0 0 0 0 0 . 0 1 0 0 m R E : CBHAAAUNDEDNDSERCRLAE3TS ES R0LAEF8M SDL.ECEEO EI N S CS E R T V A L U E : 8 N 1 ESC E ENNTT E ENNITTN SD EI SRP TL APVYAAM E ENNTT 0T:R1WI .S= 1A T40I O.15N06: 5301 50 3 5 0E N T OU LTDUSAMME PS I N G E S C B UAS TS L A V E M SE E=CT3HC01H0-AmSN EN/CEs L 1 E ENRNETETS: C ESC EUTSTICO SEES LC E C T TE EYNNPTTE E E9NN5TT E ENNTT F L O4W6A ESC RE ES :C ENNTT TOOWEAGNYSRNECMCAE T 5 0C H A N N E L 14 6E ENCNTHT A N N E L 1 FM5OORD M M O D B U S S L A V E 9 5 C H A N N E L 1 5 4 6 E C H 1 F L O W E S C E N T F L O W S E N S O R D I S T A N C E F L O W = 0 . 5 6 5 E N T +I N0 F A DBDARUEDS SR A T E 0 0V+.AT00LO18UT0.E0A:(1m S0 LE0OR0 TW LEHE.0I EEP1NZNSXE4ETTUER)R1CNS0I E:T0CS5 E NCETSHCA N N E 8L N11 RUNMPISETPESSCL E V EE ELNNTTA C T I V A T I O N ESC TB CA TUI DV A S TE LFEOCUTN FDO+R0M0 A0ET0N0T0 . 0 01 80 EESNC N O E ENNTA R A T T I O M E A S U R T I M E = 3 0 U N I T S E S C ENT EFSOC R M A T ENT RE: MODBUS SLAVE AHCMNAANGTNE E L 2 0 - 2F0L OmWA VF IOSRUMA AL TI S4A6T I O N AF DL FODLWROEWS = S 0 . 5R6A5N G E 4 6 AENEVSCE EL R A N 3G E E1 N0 3T5 V I S U AELENINSTTA T I O N D I SAPCLDHADAY NRMNEOE SDL ES1 LSHPUTALM 5 0PAADRDARME SS SE4N6 SMOA IRNN MOETNXUFXOXMU.OBX T SAC M NDAXDB UU SD SRL AAVTE0E F L O I V A T I FOLNm + 0 E0S0C0S 0EUT10NIN.SM0IISTET1ES= N O R E CS PHAOANCNS T NSNAEETCL 1 I0VL0N3EITm0TC0YTF SLTEUYCEMPNEETS PLAER VA ME ELT: R 5I ES4AR.TR7FI O:LU2ON NW2 I m 3 U M/sEE SN T E S5C PR AE :R AEMN TS E N S O R NE E L 1 OERRM E S C ENT F L OVWI S U A L4I6S FAOT RI OMENEANENTTNTT C H A N N E L 1 E S CR A N GE EN T5 F O R M A TE NETSMFCOALDOUB W ENT TU SO:3SSL0EA .VT5E 4 7RU2AN NI TGESmEENNT9/Ts5 M E A S U R EESSMCT AE TNICSTTOI NC F I GE SUCRFBAOATRUIEMDONANRT6TA3 T E T I M E N T 3 A T I O N A C T I V U P P L EEVNETL M E A S U R EFOML KOEWN T A RE EWS S 4 S T A T E : E N T E S C O Rm AT M E LNUISZPOEPRRL E V E LV I S UEAS LC I SE AS CTFI LOUNM ECSHO1K -S UEPENPNTTL E V E LSB EA NUmSD O/s /sTS A RRA DT IESFRTLAAUNNMGCEEES A D D ER NE ST S V I EDWA TS ET1 /ATTI IMS FETODI VCRDIM TCYI N S E R T V AAL DU DE R: E SE NST U N I T S 1 FELS OCPVWAI S+ AT A ET NI OT N E ENNTT ENT 1ES SM OL URS M ME CEA SETEENNNTETETSSCC ESC ENT F OO- 2RR0MmAA TEN M E AUSA8ULENREIN ENEN TPT EFF R P A S S W O R D C H M E A S U R E F O R M A T C O Y S T A T . T O U E S C N T E N T 0 E S C E S C E T E N T N T E S C E N T E S C ESN E S C E S C N P A R A M S E N S E N T A D D RSEEEBCSN E T E N T E S C E N T E S C E N T E N T T E N T TNTT EK E N T R A N GYou E Ecan ENT Pselect AD RD AR M SSE N S O Rformat ENT S NT A required using button from 8N1, 8N2, 8E1, 8E2, 8O1, and 8O2 types. When the butl/s K 1 S U P P L E V E L M O D B U S S L A V E 9 5 S T A T I S T I C 6 3 U P P L E V E L E S C H 1 C H A N N E L 1 5 ESS FORMAT A D D R V I EDWI ATGONCTHOAASLN TINZEI LCE 1R S E R R : 2 2 m A 4 6 F L O W M E A S U R E M E N T R E : F L U M E S M E A S U R E M E N T C H A N N E L 4 NS+ E R0T0 V0 0A 0L 0U .E 0: 1 0 03 m E N T 4 6V EI NE TW S T A T I S T IECS C L OI WTEYS C NOT FOUND RS MAI TATIFI ENV Nwill E S C 8 N 1selected communication N F O press the STUEDNreturn E N T I Nyou K S U P P L E V E L menu. m /sEUNNTFI OT RS Mton STTUD ADP ALR RIESASMASETformat EBENA T E EINA you When 0 1V MNE Nthe T IROEI SSNACT I OisN 1saved, 5and 0 A T is pressed, ADDRESS Uto I TU S previous CH1CESEOTNNAPTTTYEI SSSTCITC A T . VTI OSEUSUCAS LBI S 6A3T EI EONNNTT EFEM NORNEOTETR RNMEOLARS1UEETNCOSHSOEOESR TC SD:CBMU AS TS LCA O NTTN V EN FEISGC U R A TE 9 IE5 E ENNPTCTA REFN ALNISTOHOTNWUNAGNPENP ELLE2 V5EES0LC RE ES:C 8 N N6O HNCENARHTR NA 5 P A R A M E T R I S A T E E T I N S E R T V A L U E : 1 4 6 C H A N N E L 1 C F L O W E R A N G E 4 F L O W A N N E L 1 5 N O T F O U N D + 0 0 0 0 0 0 . 0 1 0 0 m F L U M E Sbutton D D R E Sthe S setup. V I E W T O T A LPI AZ ER RA SM S E N4S6 O R button, you will Mreturn the previous menu withoutAsaving EEVSAI CSS UUto ENT SAR EEL NIMSSEAONTRTI OD NI S T AE ENNCTT E I N S E R T VEBUASACNLUIUTDES:RDAATFTELEU/ MT IEMS E EVENINETTWI N S E R T8 VNEVA1SUILCEUNWEI TS( SHT EAXTM)I ESAT SI CU R EEMENNECTCTNHOTA AR UE :T O S EE NTT EUSNC I T S N SNT N A E SP CA R A M E T REI SNACTTHI AO NN N E L 1E ENNAT5TD0DARCETSI SV A 5ETSI CO N 1 HC A N N E L 3 E N FTO R M A T E N T F O R M A T KL SU EE R: T VCAROLAPUNYEGS(ETH AE ATX .D) TD OR EUSSSB 8 N 1A UASRTOEINROPONETR FSOEUCN D P A R 3A M S EE RNPRSAVOORI RSRAM T EVCAI N + 0 0 0 0 0 0S.E0N1S0O0RmSD UIRSPATPNALGNEECV EE L RW A.ODN0RRG1DEE0PS0ASmFSOS RWMOIANRTSD E CR H UEMCAE SHLAEICOSSN A U T O S E T P A S S N A D H A N N E L 1 5 V I E W T O T A L I Z E R S + 0 0 0 0 0 0 L E V E L : E R R O R E C H O 0 M A I N M E N U P A R A M E T R I S A T I O N 5 0 M E A S U R E M E N T D I A G N O S T I C A D D R E S S M E A S U R E P E R S E C m /s N O R E S P O N S E Modbus address setup 0 E0 S0C1 F L U M E S D R NTT R E : E N T F LFULMUE SMc)SDevice 6T 8D IM E S CF L U M E S S U P P L EEVENENTLT ENT ESC HANNEL1 E SSS C E NA SR O SETAAESNENUCNTRTEEESMCAEPDNADTRRSAEESM NR : S EU NR SA OT RI OE N TCAIEHOVLNANAUI TNTFMEEYIN:EG1N A D DERNE TS ESS CF O R M A T A U TS OEI NSN SESE EETO CE3 TARI NTSEFVSEOACN LSUI TES+ IEP(VHLA0IEE0STCX0SYT)0W0FO0OR.RD0ME1AEN00NT0T0T m0 0F OC ROMP AY TSETS AC ITNI SS ETERINCTTVF1 AL9 OL2E UW 1N S IPVM N T6I N3C O SRFREIOELNCRESTM 0T E0E :( P YR E D E F . MP OADRBMSU SEH SAALSLANUVLRTERTE VA TOIE SA T ISC U R EE LM1E N T PAAREDNLRRDUCOSREEEREEE(NCS9ENHTS5CTE HXEO)RMRIENOAERSS CUERSCRTTHEAM NNEL 1 5I V I S S T A S E N S I T T D A T E / T I M E V I E W S E N S O R D I S T U P P L E V E L E S C E N T E N T O K E m /s l/s O K 1 S U P P L E V E L S U P P L E V E L A D D R E S S ENT ECN T E1 N T menu. C ENNTT F O R MThe EBSACAU DD DRRaddress ENNdevice T E S C Modbus of the can be set in the ADDRESS U L A E E T E S S A T E V I E W S T A T I S T I E S C E N T E S C E N T A D D R E S S I S U A L I S A T EI OS CN 3 NETU A SLBNU RE6TIE8ETEE0PNIENNV0ENTTTR0ITDT1SAY EMCP9 I5N G E SECS C S T A T I0SL1PTEIACVSESSLE W 0E0N0ETEE0NSSTCC I N CEONERNTERETSSECCC T :C 5EOE4NRNE.TDTE7NSTCC H E CCKM E S C NM F L U MELESO SC A D FMROEODEM ESC I N SE EEERENNNTTTT 0EE0ENNN0TTT1 BFUT AAVS O N SSE E N S O R 5m /s OSSRSSEM AOE RLRE1AS P M S TS AHN TTDI ISNSTCSI EC R T EVNATELSUCE : I N S E R T EVECNANEFO LRLPUIROYAEOWG :SR:NTEAO0CTS.EH5.TNO4TI TC7O 2U 6S 3Bm 3 / sI N S E R T EVFNLALTULMOUEWSE ( H E XXE) XN XT . X X 6 8 C O PFYL A ESC P R E D E F . P BA A RAD SDHEDDDSARRCRLEAELSTSSES TTD EE SDCE F . P A R SE SHCA L L ENNTT ENNTTE S C E ES CR S V I E W T O T A L Z A U V I E W S T A T I S T I C E N T E E E N T D A M P I N G P R UE A LS IUSRAETMI OE N T E N T 3 E ENNTT INFO S E NB USASITSTLIAVV IE T Y 95 m CSOT AEPSTSYITCSSAT ITTCAE T: 4. T O U S B 6E3ENNTT L URMME SU L A FMOORD M 68 1 5/sFF O DKNANDMERL SE1 ES NS S O R F O R M U L A MODBUS SLAVE T EP SA CR IANMSSE ETERLV L O HATSRACDEN DFN REE LFO .3M UC EF R( HOEEM )HNTTTAST NBN E L 1 E ENENETNSTTCICNOSPEYR ST59T5EAS ETCSI CS T I CE0NFS1LTTOAWTSI SETCI R0I4ESIT1V6EACVTW EN NU E ENNT ECN APEDUSABDCSRARERBSUESE:HD RLALETENEFNTLTO W TCSNLECOUECSTNETA:SALIETTIECNZI5CINHSTVEH0TATARINNITSCNNYEE LL 21 EEENNNRETTTESI:CN S E0 R0 T051LV OEAESALSCD ITEIEASOSSW CSAS NTT EX RI SR UORARELEM I CSEH ANO TTI O N E ENCNEPT E EN B A U D R A T E F LI AN SS HE RD TI SVCA L U E : VIEW C UH NA NI TN SE LE1ENNTT RAE U: T O S EECTSOC P Y S T A T . CTVHOI ASNUUNSAE BELLE1NI NSTTA T I O N M O D B U S S L A V FU E L NO W AHCRRAEANSNMSE SL 4E N S OR RE :1 E ENNTT F O R M U L A EFSOC R M A T 5 CHANNEL 1 A C T IMV AA TT I5O N FLOW C O IPTYS RANGE E: RCR ATS IMV SA ET4 N6I OS NO R I N S E R T S E N S O R V0DI1IESWTLSATOENOW CT EA L RIPZEA 0 0 0 1 V I S U A L I S AVFATIODSI RO UI EN NWG IT C EO AR SEUCRHEOM E N T L O A D F R O MA DU DS RB E S S B A U D R A T A DU RNAEL SI ES5SAC T I O FN L+A0S0H0 0D 0I S0 C. 0E1N0T0 mRVEA CEH PAUENNRN IESTLEES1ENCNT5T M E A SE UN TR EEMS CE N T CS HC A N N E L E1 ENNTT E ENNTT F L U MEEENS N NE EAL S1 EUSRC ESC NTT E SC CH AM DOHNDA NR NE ESLS2 5 0 R E : E EN1NTT E S C E S C F O R M A T E E N T E N T V I S U A L I S A T I O N F LR UA MN E P A R A M S E N S O R P A R A M S E N S O R E N T M O D B U S S L A V E 46 COPY STATISTIC 68 1 FLOW 4F6L U M E S WN G E C3LHEACN T N E LS1E N SF IOTRI V 5 A D D R E S S F LRO A A D D R E S S M A T P A R S H A L L P F L U A C T I V A T I O N S E I T Y RROR ECHO S E N SF OL UR M E S AB A DU DD R ERSASTF EO R MM PI SARTORI ARC ME CSHE ON S O DR E F . P A M E A S U R E MMEENATS U R E M E N T RI TV3/sAV TAISLOUNEP P( HL E EXVN)ETELPMSSCE ERANASSM I N S E R T V A L U E : E N TNEOSRCE S P O N S E E SICNA SCETm FORM VAURI SDNS UDIHTARASELL ISELSESNNATTAT DI ODNR E S 1S E S C ENNRTTE EMPSERC NE T U3ICRT EIEVMS ICETFUCNYONOTRIPTMYSASETTEONNAKTTTE RM ENT ENNTT l/s EU 1 ENT F O R M E E A S N SC T A N C E E N T ENT E S E T TESSUC P P E S C E N T R A N G E F O R M U L A STC N T G . . . AE V I S U A LE EINSONETKTAS CT I O N C H A NANEDESLDC1RmE S/s 3 E S C C O PCEY T R A N G5E1 E ENENT OR ESPENANT 1ENNNTTTPEARRRAOMR SE ECNEHS A IDCD R E5 S0 S L O A D FEEREN HNNATITTNNI NSA ETD L I1DC R E S ESNENSTTSC U P P SOC EA ONERSR E SEPSROENTSC5EV0A L U E : m /s L O W R A M E T R I S A T I O N S U P P L E V E L C O P Y S T A T I S T T I N S E R T V A L U E ( H E X ) E F L U M E S C O P Y S T O M U S B F L U M E S P A R A M S E N S O R P A R S H A L L P 3 0001 M E A AS LULR PE 3M E N T 01 SEC P AERRARMO RS EE NECESNHNOTOT R I N S R T E S C 3 1 3P % ESC NTT set address A ER SACM RRME AS TS is pressed, NTT OEA KNUETFSTO ESATHT D I S C m /s E ENWhen E A S U Rrequired E M E N T address You canMselect dec). the PEAENNRAETTFSDSOCHDbutton the is S E N S O R E ENNTT 1 E EN FCOto LRSAM0xF7(247 M E A S Ufrom R E M0x01 TOKANYI NN CS EE R T 5V0 A L U E : l/s EASUREMENT I NA SD0ED0RR0TE1VS FASL LU UM EES ( H E X1A)C DHDADANRNMFEE LLPSU1ISMNEG6S 8S EISCNNUOSSPOE1PYRR LTSDE5TIVSAETTLAI SN6T8CI EC E ENNTT SCU P P L E V E L I N S E R T EVN AT L CUCOEOPP( YHY ESI NXM 0 1 S E C G . . . E S T A T I S T I C E SH CA Nto E S CSprevious UE: PCEHASARC NSNHsaved, R SEC R E : youE Ewill EA N L 1 5 EAL L4 LE PS C3and A )D D R E S SE N5 T C O : WL button Nmenu. SO R SUHRWhen 4P6Ayou NNTTP return LETA E.NNP TA REDEE F to E ENNTT NSNI ENE CLSpress 3E R TENFVNRthe EDE EICPNSNHETTCAR you R A M Ewill T R I Sreturn ICTN OTTN N Ethe E S C button, Tthe SA CS ENPNRRTA TORH SO C ETEN 1 3 previous %0 E SI OCRNE C H O RAAPEMLRC LSEH EDO EM S CFEE LA NEE E S CE S C C EE N ETNNTT E ENNTT S RS E NE T6 8ETU ELEN TTR AEF EDLFUND. MTIPRENA ESSESRHT A L L NITS STANCE 01 SEC ENT REEPA : I SN UGR E M AVUATL OU SE E: T V I S U A L I SE AR RT O INSERT VALUE NMEULsetup. 1 AD AM I N S E R T 0 saving 0 0 1C FH OA RNthe M menu without F O R M U L A P R E D E F . P A R S H A L L 1 SG O.P.RI .N G L O A D EFNRTOE SCMCHAAUDNSDN BERL E1 SE SSC S E N FSLI AT ISEVNH5ITTD YI S CI N S E R T 0V1RA AL UNS EEG CE( H E X ) ER SEC CS EH NA SN ON RE0ELD0S01ICS1PT AA RNCACOME P SYDEI AN M SI ESC ENT FACFRNOONREMM E ENNTT E SF LCU M E S 6T 8 E ENNT ESAOESPCUY 1RSE3ETS% MAC ET NI ST TEINC T E R R O LROEACCDEHHSO F E ENNTT ER NETT P EMRC LE1UUNSLTBA R E : E N ETENNTT FI LNUS ME RE TS EVSAC L U E M E A S U E N R E : H A N N E L 3 P A R A M E T R I S A T I O N 5 0 0 0 0 1 0 1 S E C A AC M T IPVI AN TG I O NL O A D F R O M U S B N ELL U1 E : 5 68 D 1 A D D R E S S C H A N N E L 1 P R E D E F .F LPUAMRE SS H A L3 L I N S E R T V A L U E ( H E X ) F O R M A T TVNCYA 8N1 CM DEL RLU:EES5: S4 . 7 parameters ESC P Y S TE NA TT I S T I CE N0T0I O0 SC1 HUAPNPN3 ELLES V E L I N S E R1TLEAEVSDVA T F O R M U output 3 SP EEANTRT S H A L Lsetup E ENNTTEVS ICS U A L I SEAS CT CI O N E EC NNTurrent A R A M S E NE NS8.4.7. F O. /s NEOSRCE S P O N S EL A P R EADUETm FSL EOCNWS :I T 0I V. 5I ET4SYE7C R2 R O Rm EE/ECNsNHTT O E N TE S C TO R E ENNTT I N Pm U T/sCE1HEN2NATT3N4N E L S 5 E NNOTER ESSCP O N S E N SL6AO8ERNE DNTETISSC T A N CCEH A NPNAE LR 1AE M EE0LA CA HLATENIVNSETLLI1:C 5 4 E SEBU . 7ENNTT S 3C S E N S O R ENNTT 11S. 6U 2R 1EE1MNmETN T 5 F L U MLE OS A D F R OFMO URSM E SOCP Y C S T I N S E R T V A L U E F L U M E S 6 8 E 4 S T A T E : E S C E N T 0 0 0 1 E N T E S C E N T E N T R E L A Y S C O M P L E T E D E N T 0 0 0 . 0 1 0 0ENmNTT TIVNI ASGLT. U.I C.E : E N T ESC + E NF T T IR/s OE NMC EOE NISPNCset R EOUKPSEBR S E C A CMT EI VA ASmU TYCS SOE Tin 1 P R E D E FComplete . P A LR OS A HMA DAL DUMRESE: ES NS S O R DELFALRS OU M RP ATYCONFIGURATION/IO A LCOETSW I CV: A 0T .I 5O 4N 7 2 E ENNT menu. BT I N A R YCHANNELS/CURRENT IEPNENRPNTETUDTE F . P A R SE SHCA L L EOUTPUT VC IHASA UDN NADE LRL IE1Scan 3 A Dcurrent D R E 6S8S output parameters SAESOTENKNI be T N ES 11 35 %C H AE NS NCm RNSRNUEOLRR1E EMCEHNOT TO 35 FF O VTNTA ITSATUTI SAE TL: II4CS A T I EOSNC LI UORMNME SU L A 5 0 F O R M U L A E LI C1/s 5 1 2 3 4 M O D B U S S L A V E C O P Y S P A R A M E T R I S A T E S C I N S E R T V A L U E C O P Y S T A T I S T m /s O R E S P O N S E E S C E N T P A R A M S E N S O R S E N S I T I V I T Y ENT L OEPASRCDE DF RE FO .MP UA SR BS H A L LE ENNPTTA R S H A L L PEA3SCC T I V A T I O N C O+P0Y0I 0E N0EN GN0T.T1. .. 6 2 1 1 mE N TF L U M E S 1VAR.ARM6ELAPS2UMIS1EN1S:GmEENENNSTTO R 1 L O A D F R O EM6N8UT S B DALMU ES :E N S OOWRC O CA ENENNTNTTT C IONMS PE LR EPTETASVER P A 1R EALM4 ESNE TNRCSPE :UOR RE DR EE N M ENATIT SS IUUO ARC ELH IM EE ASNEEA NSNET F .T P CEAHESURASCTSNCPNHEUAL TL1 L ECO AR SEUCRHEOM E NA TU T O SE EENENTTETNNFTTO R M U L AE S PC AE RSACM E T R I S A T I O N CLTISO N1 3 % C H A N N 5 M E EASSCU R E MFEL N T E NET5ENV ENT 0 NTT CS1ONHPNAYELILLNSCPM GH3.EA.AN. NSEUL R1 E M EEFSNOCTR M U1L1A25 3 4P A R A M ES EN MD0PD1I .RN6EG2S 1S 1 m S E N S 1O R D ILSOT AA DN CF RE O M UASUBT O S E TC H A N N E LE2N AT DP DRAERR: EASI MNS PS UE TN PSCAOHRRA U N I T SC SS 4A6D D R E E A D D R E S SE S C L O A D F R O M U S B E ENNTT EF NL OSWO R ESC NC T FRLAO W E S C E N T C O M P L E T E D 0 1 S E 1 3 % R R O R EE ECNNHTTO M E AESENUNTTREES CP E R S E C E N T NG E N T R E L A Y S E S C M E A S U R E M E N T NR T ESC 63 1 ER S E N SE O E S C M E A S U R E MUE NN ITT SE ENNTTS T A T I S T I C IT 8 5D I S T A N C E I O C H A N N E L S E S C A RC EOT NRI VETEEANCNTTTHI O N 5 0 ARDE :D R E 5S S F O R M U L A O D B U S S L A V FE LUUNM AONHNNM NE LERL1E1 S S 15 5 V I E W S T A FTLIOMSW C CH HAAANDN D AENPL NI1 NE LG4 TIC MSUEELARAST UVRAE L PUEER S E C AMDODDRBBEUI SNSSACCRHHF YALACONINWONNNPEPLEYU2L1STST A RTDEVIA:SIMTS PIUCI AN LGI4S6A T I O N R A NE I N R A N G E S E L E C T F O R M S E N S I T I V I T Y ESC F EOF LR UM B A U D R A T N EDL RS E SE NS T 1 TN MY SO DEBS UC US NSI LT AS VE EENNTTE SPCA R AEMN TS CEEUNSR SCR EONRT3 O U TEPNUTATEVCRI TSRIUOVARALETEIEN 1ICSNO 0TH 7O CC T I V A T I OE NNT E N T A T I O N E S C E ENNTT EI SNCS E R T ICOOC NH ASANTD U N I T S C O P Y S T A T . T O U S B R E L A M FLUMES A N TES N TE S C ENT ENT D NT SPONSE F OEGRR EM T ENESNTSTUC P P E SICNmF /s E EINN ISESLTU1AANLCI5ES0EANTTEI OS CN 5 F O R M U L A C T O T A RL A 6 3A E I O C HBA INNN A E LC VPI AS URMAP M LI NI ESGENAENTNTTF SIOOORNRM AS TT A TVI ESISTECI W IETE YL S RS UY ERI NNRCTPE OUNRPTTAYNOSGUT1ETAPNTUOI RTSE TM IECA S U5 0R E MM E N T L OF W I N TSPESURETTN CSV8HI1A5TA2LI N3VU N I O C H AI AZNND N EDL SRS E S S F O R M O R M U L A 4 8 5 P A R A M E T R I S A T I O N AIERVRAASM E N T E S C TEI CSO ENN S O R R E ULE LAS ACY S AS CER AA SMUSREENMSSEOUNRPTP L E VEVEN T PEM IENETLTW S T A T I S TF LI CUBMUESS C H A NS NU EP LP MEOM ULMSME PS L E T AEEDDENNDTTR E SESENNTMT A X F LE ON EFN SVLCEE S HSALNA OK 1W ND TOBDUEBSSUCCl/s 5 S E L E C T F O RBM 1C O P Y S T A T . MTFOOODU UEN NAELSL IU1SRAETMI OE N T E AT T A M P U TMEEOS R D ? REI OENLCTHAAYN SN E L S 6E8AN TUFCTOOOCRPSOM S BA T 6 3 E S C S O U R C E 5ESENENMTLTAEEDACDSTRUFEROSERSMMEEUSNLCTA C HTAEI NSSNCTE LI C1 ITNNSAASENRERTYR1TST2I PN E UR LTA C O N SIIN IC E NETTL AR Y NIRCVSEEAES TNS IS5OO0NR TOC EONSK TE N S O YR SD1TI S 3SV8A4LA5FSALLSUVUW 1 3/sI FNO SR M I N ASEDERRDRTROECRSOESNCSHTOI AN NS TE RS 1T VSVITECAEASHW DAANYRTDM LTCAIUNSTENT O T A N C E l/s E LT1A ELRN V F5ENLTLTU M ECS O M O D B U S E I IZSSNEUTARPIRSPCYSL IEN m O E S P O N S E T Y P E B I N A R Y I N P U T P A R A M E T R I S A T I O N 5 0 S U P P L E V E L EMRS O CS D EN NT TADC T I V A T I O N I N S E R T V A L U E : RICSSUERACEL M E EN E E S C E N T V I E W S T A T B PUT C O M P L E T E B U S C H A N N E L S a) Minimum flow rate setup P R E D E F . P A H A L L E N T E S C E N T E S C E N T I SEEANNTTTI O N S U R E P E R S E C EENENTN6ETT8NP TA R S H A L L CEPHES3ASCNC N E L 1 SC NTET NSTE L E C T F O 5ENNTNTTPT A R A M S EENS ES C RU MR UR EL AN T O U T P U T E NMT OR DEA LBUCAUTUYSOR SRSE ELN ATTMFOVLEEUUEA E ENE STMCPEUST EEN V I S1 U0 A7 L I SE AN TT I O N N ITN S E R T C O CM O PE YA SS UT RA EM T M.OETCDINOOBNTRUS SE BRS TL AVPVAR ELE UD E 1 2 3 4 F O R M U L A N S T A N T S A D D R E S S ASRTREASNMSCSEE N S O R 1 I N S E R T V A L U EE E:NNTT B RISNEE: AN RMS YO A C T I V A T I O N 1 2 3 4 ESC E S C E N T R D I S T A N C E P R E D E F . P A R S H A L L P A R A M S E N S O R E N T IEW TOTALIZERS 1 FORM PLEUONTWSCI OT M IENSI NCFSminimum OA AN NDEEEN FLNRT3T O M U S Bto the flow rateC LHcorresponding can 5be AE Mat ENTTthe R I S A output TION 0 set in the MIN FLOWVitem. 2 1E1S m C I VPcurrent I LTEYPTA ER D E AR SSUE RC E M E N T E+ENN0TT0 0 0 0 1 . 6Minimum V I S U A L I S A T I O N E S C A D D R E S SE S C E S CM M I NC E ENNTT L O A D O ED ABMSUAUSXRSEEFLSFLPALCFUOEVOMRW ERE SSMEEEUNCNLTTA MAE UA TS OU SREEEN 6TTM8E N T E ENNTT 1 ESC D D R E SESENNTT ESC E NTT E R R O R E C H O 1234 RAED:UDS RB EE6SN ESC NTT1I Om CAH AD NDNRE LESSSTCS 1 P A RPAAMRIE NTARSM L 3F R1 O M ASHCTCAILESNOTNIACE D 3S T I ES AS TETI ONVNSAOLRU EE N 50 HANNELS 1 + 0 0 0 0 0 1 . 6 E2ENE1 INSERT VALU R : S O U R E E S C N T ASNECRET D AMTEEA/ ST UI MR E ME SECN T TCY E N T S E N S I T I V I TP YR E D E F . P A SR ESNHSAEOLNRLT D I S T ENNTT D A M P I N G I N E E S C E N T Q =CAUE*RNRHTE ^N DT + VOADLBUUES: C H AE NS CN E L S ET LA ENT + ESC O UET P UE TN TE S C 1 0 7 EMS CO D BT UY SE P EENCVNTHTI EAFWON RNS M E ENNETTN T ESC UESLTENAINSTTETNTSTOMCI CEU A6S S3B U R E PE SE CR S E CE ENNTTAAUDTDORSEESETSENNTT ENT ENT 1 REESLCA YS ST A TCI SOT LPI COY ASDT AF RTEO.ENM I N S E R T VSAELNUSEO R D I 0S 1T A NSCEEC1 E S C EN LN EAL YS S E ENNTT TAUDSDBR E S S M I N3 F L O W 0E 0NE 0ST C1 ESC Q...FLOW M ( mA EX/SsCF) L O W N O R E S P O N S E I O ECENHBNATTINNN AE ELm I EUSW RSSY3C/s VI INVE PW STCTTAOT1TI SA TL I CZSE ERE NNSTS I T EI VENNITTT Y1 4 . 0 1 . 1 4ME SE1CA0S: U0 R5 E P E R S E C E ENNTT D NB AU RS YC IHNAPNUNT E L S IO CHANNELS ^OD)U+R EC E 1 H . . . LQE= M OMDOBDUBSUCCSSHOTSEAPNLTNTYAI SINVSNTEIETSCLAESTR .T TVI OOACEULHESUSACNBNE TN:3E 6L S3 I N+S0E0R0T0 D01 A0E T.NA0TED0/ DTQ V AE L* HS( m RI ME ASE *S Hm^3D + E AHOLAYDUNSBEN :EULSS S L A V E T AENTSN I CSET LI C H A N N E L 1 M O D B U S C H5S A E NSTE N0S0= FORMULA 6I 8T Y RI OE LC HAAYN SN E L VSE8INVN I T I V E5O W TP OONSTSTEAALT1I ZI SE TR ISC m /s F L U M E S ITR EE SW AO RDYB UI NSPCUHTPAA NR ANMEE LT RSI S A AT I,ODN , E . . . C O5T3N0YSPTEA N T S CY S P 3A R A M E T R I S AETEN IN OTA E0 S C: 0 5 TN C T I V A 5TR0I EO LENA EVSAC L U E : ENHN1TPTA4RN. E0 V I E W M O D B U S C N E L S I N S E R T E S E L E C T F O R M U L A Q . . . F L O W ( m / s ) 1 . 1 4 1 B I N A R Y I N P U T A U T O S E T D E F . P A R S H A L L Y S T AETEN.NTTT O U S BEEENENNTNTTT E S CI N S E RQT . D.IE.OASFCTCLHEOA/NWTN IEML(ESmEENNT/T s ) DVECBA L UAL SU Y SES:L A EVNET ECSHFOCOAPRNM E0S O C 1NTT Q = A * H ^ D + E ENT E EN B I N A R Y I N P PUAT R S H E ENNTT E S C O5O NM S TBDAUBNSUTSSSLCV D A IVEEW NUTLEOALTS2A L IRZEELRASY S 8 5 F O R M U LH A. . . LMEOVDEBL U(Sm C) AH UA TNONSE EL TS V I S U A L I SMAOTDI BO UN S S L ACVOE P Y N A R Y I NEPNUTST E N S O RH .D. I. SL TE AV NE LC E( mE )S CP A R A M E T REI SNATTI INO SN E R T ECNM R E L A Y S E N T S E L E C T F O R M U L A V I E WN E E S C T I N S E R T V A L U E B I N A R Y I N P U T R E : C H A N S E N S O R D I S T A N C E A U T O S E T P A R A M S4E6N S O R C H A N N E LE4N T CE CO A D F R O M U S B 5SNE SNF TLTOAWN T O IDNBSUESR ST LPAAM VSESAWSEOUN RTAR D,EQD?P., .EE.R.F. LS. O NNTTT S L O W N S( mT 3A/ Ns )T I N A R+YE0SI 0NC0P0UI0NT1S.E6R2T1 C1 OmMN OS DTEBAENU S ESSLCA V1 E4 . 0 1 A. 1, D4C ,HREAE1.NL.0N.AE:CL0YO US R E 5P EMR ESAESCU R E M E N T 1 N T MUENAI S VISU A D DERNE TS ESHS C. . . L E V E L ( mP)ASREA NM ESTEORNRI TS ADTII SO NT A N C EE S5CBM 0 T E ENNTT R E : E N T E B I N A R Y I N P U T E N T O D B U S S L A V E ENT SENSITIVITY D DONRRGEEESENNSTT A D D R E S SEF SL OC W 1 M E A ES NU TR E P E R S E C B I N A R Y I N+P U0T0CEESH0SCP0C AN0 NR0ES. L0H40A 06L 0L4 P 3 m 3 EEENNNTTT ESCP A R A M S EA PARA NTA TF O, RDM, UEEFM-115 HC A N N E L S 18 ENT M O D B U S SMSNLREEASAN V SE I T I V I T EYS C TA AU NT TO S 8E 5T E1ENs.r.o. L.A. . C O N S A ON 5 0 © Dinel, T A L I Z E R U1 N- UI TS SE R E ENENTSTMC E A I SNUEDSLNDEASRR OET SRDSDAE ISTSCET/ AT NI MC EE ECSELCSECA R TEOENNTTTA L I Z E R 1EENENTENTSTC ESRSCRCE N T O UETENPNUTTT M E A S U REE1EEN NTTT7F LNUTM E S T O E EO NNRTTM O D B U S C EHNATE NS CN E L S C U 0 E N S E L E C T F S E N S I T I V I T Y E S ESC AC D D I N SEEARSTUEVERNNAETTLPUE ER S E C C L E A R 3T O T A L I Z E R E2 N T A D D R E ES NS TE SF CO R M A T1 E ENNTRT A N G E 1 EN LN EAL YS S E N T I N S E R T C OI NN SESM TANTS MT I N F L O W EESRC R O R E C HSOU P P L E EVFENE:NTLT 1 . 4 1 5 4 3 2F 7L EU+M 0E 1S m 3 E R R O E ENNT O NES E B I NE AENC URSTCT/sO T AE LS CI Z E R6 43 1AS4EDC.RD0T1R8D.E51AS4TSN EO /R1ET0S IP:M 0 5 3 NRTYTL IEN APEm E ENNTT DSEENBSTRAUCARSSNYECCC5IHEN0APNUNT E L S F OERENMNTUT L A MAX FLO F OW R M UDLAA M P I N G E S C 8 5T O T A L I Z E R B 1I EN-NAFUTROSY REI NM RP AU TT ESC 3 5 0 +U0SL0EA0N0S0I 0T .I 0V 0I T0Y0 mC LPCEALAR EARAM TERTORTTIEOPSANEANATONLRTTRATAIIEOZMLSNPEEI OZTRNRESI1ERS A4T I 5O N0 1 SELECT FORM IO CHANNELE S CNS AHOAYDNSBN EULSS S L A V E 85 LTEU AP RP TL EO VT F1EALLLU MI ZE SE R IO CHAm N N E/s L S F OS ROMUU LRAC E 1
0.57
0.57
0.21
233 0.57 0.21 0.21 233 0.57 233 0.21 233
0.57 0.21
0.57 0.57233 0.21 0.21 233
233
TYPE E S CI N
SERT VALUE
E ENNTT
MIN FLOW MAX FLOW SOURCE TYPE INSERT VALUE
m3
+000000.0000
107
CURRENT OUTPUT
a) Maximum M I N F L Oflow W rate setup ESC
107 E ENNTT
C EU SR CR E N T O U T P U T
E ENNTT
MAX FLOW ESC T E ENNT Maximum + 0 0 0 1can 0 0 .be 0 0 set 0 0 in the m 3 MAX FLOW item. S O U R flow C E rate corresponding to the maximum current at the output TYPE
CURRENT OUTPUT ESC
MIN FLOW MAX FLOW SOURCE TYPE INSERT VALUE
107 E ENNTT
E ENNTT
ESC
INSERT VALUE
m3
+000100.0000
107
CURRENT OUTPUT
MIN FLOW FLOW E ENNTT +000100.0000 m SOURCE C HTAYN NP EEL 1 5 PARAM SENSOR c) Source channel setup C EUMSR ECR A E NST UORU ET PMU ET N T 107 E N T E S CI N S E R T V A L U E ENT E ENNTT 1 with. DI N D RF EL SO The SOURCE item is used to set the source channel, the currentAMoutput isSWassociated EMRAR XO RF LEOC W HO +000100.0000 m3 DS AO MU PR ICNEG CURRENT OUTPUT 107 T Y P E ESC E ENNTT CHANNEL 1 MIN FLOW EMSAC X F L O W E ENNTT ESC E ENNTT SOURCE RE: CHANNEL1 TYPE ESC
CURRENT OUTPUT ESC
EMS A CX
E ENN3TT
107 E ENNTT DISPLAY MODE
MIN FLOW MAX FLOW FLOW SOURCE FLOW+TOTALIZER d) Current T Y P E output type setup CHANNEL 1
103
0.57
E ENNTT 107
ESC C U CR RHE AN TN ONUET LP U1T
INCORRECT ESC
ENT
ESC
E ENNTT
Y MODE
W W+TOTALIZER
103
E ENNTT
0.57m /s 1735 m 3 3
E ENNTT E ENNTT
TRISATION
50
ON SMEE TN U 0 STOART DI SI TS ITCA N C E SOUNRF EI GP UE RR ASTEI CO N RAETSES/ T I M E V I E W SAI ST SI VWI OT RY D C H E C K IAGNOSTIC E ENNTT
SC
E ENNTT
N MENU
CT SENSITIVITY TATISTIC ONFIGURATION WE V I E W A T E /LTOI M ASSWORD CHECK IAGNOSTIC
N MENU
68 TATISTIC DOE NF F. IPGAURRSAHTAI OL LN MAUT LE A/ T I M E V I E W DA SF RS O W MO RUDS BC H E C K AI A N NGENL O1 S T I RCE :
T
N MENU
0
E ENNT ETENNTT
SC
OS CW
0
0.57m /s 1735 m
E ENNTT 3 E ENNTT 3
0
TN EALTS I S T I C 1 O N F I G U R A T I O N E ENNTT AT TCEH/ TA INMNEE LVSI E W AAYSSS W O R D C H E C K IRAYG INNOPSUTTI C 0 BN UM SE N SU L A V E SC E ENNTT RTEANTTI SOTUI CT P U T O N F I G U R A T I O NE ENNTT ATE/TIME VIEW AN SM SE NWU O R D C H E C K 0 TI AA GT NI SOTSI TC I C T OUTPUT 107 SOC N F I G U R A T I O N E ENNTT FALTOEW/ T I M E V I E W WO R D C H E C K AF SL SO W RINA CMEGE NNUO S T I C 0 ESTC A T I S T I C E ENNTT ONFIGURATION ATE/TIME VIEW E ENNTT ASSWORD CHECK E SO TKI C W I ARGI NT O
SC
SERT VALUE N MENU
MIN FLOW MAX FLOW SOURCE TYPE
ESC ESC
E1DEN0INST 7TP L A Y M O D E
FLOW FLOW+TOTALIZER
E ENNTT E ENN ETST C
ESC
103 OK
E ENNTT
© Dinel,3 0s.r.o.
00000.0000 m STC A T I S T I C ONFIGURATION ENT ATE/TIME VIEW ENT
E ENNTT E ENNTT
0.21
C EHSACN N E L 1
ACTIVATION VISUALISATION PARAM SENSOR MEASUREMENT ADDRESS
RE:
E ENNTT
0-20mA ERR:22 mA E ENNTT
CEHSACN N E L 2
233
E ENNTT
RE:
0 MAIN MENU PARAMETRISATION 50 YPE 2AUTOSET C O N F I G U R A T I O N l/s OK I / O C H A N N E L S DATE/TIME VIEW a) Main screen type setup S E N S O R D I S T A N C E 0D- I2S0PmL AA Y M O D E P A S S W O R D C H E C KE ENNTT MEASURE PER SEC EPRARS: S2 W 2 Om RAD DIAGNOSTIC ADDRESS D A T screen E / T I M E type can be The main set in CONFIGURATION/DISPLAY menu. I MODE NFO SENSITIVITY RE: E N T E SFCA C T O R Y D E F A U L T C E NETS C EHSACN N E L 3 ENT ENT C O N F ISG EU RL AETCI OTN T
ENT
ENT
C E ENNyou TT WhenE Syou access this item, can select from two displays: FLOW, or FLOW+TOTALIZER.
MAIN MENU CC OON NF IFG IUGR AUTRI OAN T
0
2S E L E C T S E N S I T I V I T Y ION D IA/ TO EC/ TH IAMNEN EVLI SE W P AD SI SSPWL OA RY DM OC DH EE C K LOW W SOTRIDC D PI AA GS NS O I NDFAOT E / T I M E T ENNTT E SFCA C T O R Y D E F A U L E ESC
ESC E ENNTT
E ENNTT
m /s 1 0 3 FLOW F L O W + T O T A L I Z E RE ENNTT
DISPLAY MODE NO RESPONSE
CHANNEL4
3
RE:
ESC
C O Nyou F I G Uselect R A T I O N the FLOW When the screen. F2L Uitem, M E S actual flow rate6 is 8 displayed on DISPLAY MODE
E ENNTT
1
E ENNTT
INSERT VALUE (HEX) 0001
S E L E C T T Y P E3 m /s
8.4.8. 1 0 3General settings
Y MODE
RE: WA N N E L 1 W O W+ T O T A L I Z E R
T
C UEC RSRCHE A N TNONU ET LP U1T
E ENNTT
5
CHANNEL 1
IN FLOW m3/s MAX FLOW E ENNTT ESC SOURCE T Y P select E The current output type can be selected in the TYPE item. You can between the scope of 0-20 mA, and 4-20
mA, with current error of 3.75 E S CmA or 22 mA.
O KM
PASSWORD
ESC
E ENNTT
5
CHANNEL 1
ACTIVATION VISUALISATION PARAM SENSOR MEASUREMENT ADDRESS
ESC
PARAMETRISATION
1
E ENNTT 50
AUTOSET SENSOR DISTANCE MEASURE PER SEC AC UDRDR RE NETSOSU T P U T 107 SENSITIVITY MIN FLOW ESC E N E N TT MAX FLOW SOURCE TYPE ESC
E ENNTT
m /s 1 0 3 SELECT TYPE FLOW ENT F L O W C+U RT ROE TN TA OLUI TZPEU RTE N T 103 107 0-20mA MIN FLOW ERR:22 mA MAX FLOW 1 0 3 D I S P L A Y M O D E C USROR EUNRT CO UE T P U T 107 ESC E EN ENSTTC ENNTT E E SC E S C E N T E ENNTT E N T FLOW TM YI NP EF L O W FLOW+TOTALIZER MAX FLOW 2 CONFIGURATION ESC ESSOC U R C E E ENNTT E ENNTT I/O CHANNELS IO CHANNELS 1 0 MAIN MENU P A R A M E T R ITS YA TPI EO N 50 DISPLAY MODE INPUT CHANNELS CONFIGURATION AUTOSET PASSWORD NT S CD Ithe R E L A Y SE S C item, actual flow E1EN ATE/TIM E VIEW S E N S O ERon S T screen A N C E together E ENNwith TT WhenDyou rate theDtotalizer state. 0 T3 is displayed A T Eselect / T I M Ethe FLOW+TOTALIZER B I N A RDYI S IP NL APYUMTO D E P A S S W O R D C H E C 5K 0 M E A S U R E PSEERL ES CE CT T Y P E C OFNAF ICG TU O R ART YI O D N EFAULT 2 PARAMETRISATION F L O W MODBUS SLAVE DIAGNOSTIC ADDRESS L O WU + TOTALIZER A IUNTFOOS E T EI S/ O C CHANNELS NTTU R R E NF T E ENC SENSITIVITY 103 D I S P LO A Y MTOPDUE T DISPLAY MODE SENSOR DISTANCE 0 2 0 m A S E L E C T T Y P E ESC E N T ESC ENT ENT FLOW PASSWORD MEESAC S U R E P E R S E C E ENNTT ERR:22 mA ENT FLOW+TOTALIZER ADDRESS 2 C ODNAF ITG EU R/ T A TI IMO NE SENSITIVITY E 0S C -20mA E ENNTT E ENNTT IF /AOCCT HO AR NY NDEELFSA U L T C U R R E N T O EU ST CP U T 1 0 7 EDSICS P L A Y M O D E ESC ERR:22 mA E ENNTT E ENNTT S E L E C T S E N S I T I V I T Y M I N F L O W PASSWORD E N T E S C E S C E N T M A X F L O W E N T E5N0 T DATE/TIME 0 MAIN MENU S O U R CP AER A M E T R I S A T I O N C OFNAF ICG TU O R ART YI O D N EFAULT 2 INSERT VALUE: C O LNOF W IGURATION AUTOSET T Y P E EI S/ O C CHANNELS E ENNTT DATE/TIME VIEW SENSOR DISTANCE 0 M A I N M E N U P A R A M E T R I S A T I O N 5 0 b) Access password change DISPLAY MODE PASSWORD CHECK M E A S U R E P E RE NST E C +000001. 6211m ESC ESC CD O AU PASSWORD I ANGF NI GO US RT AI CTEIENONTNT D TD OR ES SE ST E N T 2 C O N F I G U R A T I O N D A T E / T I M E V I E W S E N S O R D I S T A N C E D A T E / T I M E I N F O I T I V I T Y The access password can be changed in the CONFIGURATION/PASSWORD menu. F AI SCPTLOARYY MDOE DF A D E ULT EPSAC S S W O R D C H E C K E ENNTT EMS EC A S U R E P E R S E C E ENNTT ESC E ENNTT DIAGNOSTIC 68 A D D R EtoS re-enter S AC S Senter W O R Dthis item,Eyou ENNTT are asked WhenEPSyou your user password. FLUMES I N S E R T V A L U E INFO SENSITIVITY DATE/TIME P R E D E EFS.C P A R S H A L L FACTORY DEFAULT ESC E ENNTT E ENNTT FORMULA PARAMETRISATION 50 m3 2 +000000.0000 C OMN EF IAG US RUART II ONNG L IONAS DE RF TR OP AMSUS SWBO R D ? S E L E C T S E N S I T I V I T Y AUTOSET EI S/ O C CHANNELS E N T ENT SENSOR DISTANCE DISPLAY MODE MEASURE PER SEC ESC PASSWORD ESENI NTTTI V I T Y S E L E C T SLEONW E S C E N T ADDRESS E N T I O DC HAATNEN /E TL SI M E 1 SENSITIVITY IFNAPCUTTOCR HY ADNENF EALUSL T LOW ESC ESC E ENNTT ESC ER SECL A Y S E ENNTT E ENNTT E ENNTT CURRENT OUTPUT 107 BINARY INPUT IO CHANNELS 1 MIN FLOW 19 MODBUS SLAVE EFM-115 INPUT CHANNELS C OCNUF R I GRU ER ANTTI OON U T P U T 2 M A X F LEOS C W E ENNTT RELAYS F LEU M E S 68 S O U R C I / O C H A N N E L S ESC BINARY INPUT E ENNTTTY P E INSERT VALUE: PREDEF. PARSHALL DISPLAY MODE MODBUS SLAVE FORMULA PASSWORD FLUMES 68 CURRENT OUTPUT I/O CHANNELS DISPLAY MODE PASSWORD DATE/TIME FACTORY DEFAULT
PREDEF. PARSHALL FORMULA L O A D DFI RS POL AMY UM SO DBE FLOW FLOW+TOTALIZER
NO RESPONSE
3
0.57
C H A N N CE LO1P Y SRTE A: T I S T I C I N S E R T V1A L U EA: D D R E S S 1I N S E R DT AVMAPL IUNEG ( H E X ) E5 0 0 0 0 CHANNEL 1 I N C OS RURPE PC TL E V E L 68 ERROR ECHO APCYT SI VT AA TT II OS NT I ECENNTT EESENCNTITN S E R T V A L U E ( EHEN NT T) E S C C O E X I N S E R T V A L U E : E S C E N T P A R S H 0A1LEL N ST EDCA M P I N G S CT I O N E N T V I S U A L I SE A I N S EE SRCT 0001 FORMULA F L A S H D I S C ESC ESC NTT ESC E EN0 NTTTS E N S O R ESC IPMNAESRAEEASRENM 0 E0 N0 1T 1 SEC LOAD FROM USB 3 FALDADS RHEUDSRISESMC E N T RE: OK m /s C H A N N E L 1 : 1 C H A N N E L 1 5 ESC ESC ESC ENT E ENNTT E5ENNTT E ENNTT C O N S T A2 N0T0S 90 C H RAEN: N E L 1 I N S CEHRATN NVE AL 1L U E ( H E X ) SELECT FORM E S C1 9 ENNTT Aby CA TTpressing I V EANTET IENONTTNthe button C H A N N E L 1 F L OE W When the password is entered incorrectly, "INCORRECT" text is displayed, and "INSERT E S C E S C C H A N N E L 1 5 ESC E NTT P A R A M S E N S OERENNTT I N S E R T VVI AS UL UAE N ESC A ENT L IT( SHAE TX I)O N P A S CS M W OE N RD U N IT M E A S U R E M E N T 5 4 . 7 L E V E L : D A C T I V AorT Ireturn ON S E N S OWhen R 0001 X Xthe X . Xprevious X P A R A Mmenu. 3 text is password to you enter correct CPASSWORD" RANG 1 5displayed AH ADNDN ERLE1S S 4 7enter 2I N C OmRthe F L O Wagain : 0 . 5to E R/EsC T V I S U A L 3I S A T I O N C O P Y0 0SMR0TEE0AA: TS IUSRT EI CM E N T A L L 3P 3 P A R A M S E N S O R F L U M E R R O R E C HaOfield for the access S TC HAATNpassword EN :E L4 1 Ochange K mwith P A Rup AM S/sE Nthe SCOH existing RA N N E L 1 password 5shows password, By pressing the 1 A D D R E S as S its default. O N m /s 5 0 C O PI NY SSETRATT VI SATL IUCE ( H FE OX R) M DM ALEMLAC POSP INU3NF RIGGEUMR AETNI OTN 2 P A R S H A M E A S U R E M E N T A N N E L 1E N T R E : 3 S E N S O R E N T P A R A M E S C E N T E S C E N T ESC ENT E ES CN T ENT ENT E ENNTOT K 1 E can C O P Y I the NEGENN.TT. . button, numbers RI /EOS SC H Anumbers By 1pressing D Dhighlighted. R E S SE S C EA S CD D button, N N E L S N T be browsed. E S to C the cur- E N T S UE P ENNPT M E A SmEUS/s RCECurrent M E N T positionA is OS WT A N C E ESC E ENNTT ENT 13% E R R ODRI SE PC LHAOY M O D EE N T ESC 1 Epressing SC m3/s C O P Y I N0 0G 0. .1. A the D D Rrange E SESENNTTof 0 to 9. E ENNTT , the password is confirmed. ER SEC rent be entered in By the button D A Mposition PP IANSGS W can ORD 13% ERROR ECHO 3 T RE: MODBUS SLAVE 95 NTT3 4m 6 /s E N T E ENNTT F L O W FLOW OK ESC E EN CHANNEC L H 1E AS CN N EDL A D A M PC HI NA NGN E L C1 H A N N E4 L61 m 1 T E / RT EI 5:M E FLOW T :Y 5 E L 1 E 4N 6T I N S E R T V A L U E ( H E X ) BE SACU DE SRUCANTI ET S C H A N EN N UNITS AE CS CT I V A T I O FN A C T O R YE ENDNCTETH FA AN UN EL LT1 U ENRSIECT: S E ENNTT T ENT E ENNTT E ENNTT A C T I V A T I O N F O R M A T R AC NOLNGUSEET A(NHT ES X ) 5 CEHEN ANR NTTNAE NL G 1 E N ENL G S E ENV T I S U A L I S A ETSI CO N 9C0H A N N E L 1 I O C H ARN A 5 L E V E L : 5 41. 7 S E VI INSSUEARLTI SVAA5 TL IUOEN I N S E R T FVLA 6 8 E N TP A R A CMH ASNEN NE LS1O R A D D R E S S U M E S 0 0 0 1 C O P Y S T A T I S T I C F L U M E S NSOR P A R A MI NS SEPENARSRTOAVRMA SL EU NE S( OH RE X ) I N S EMROTDFVLBAUU LM SUECEFSHL( AH A O NEWXN: )E L0 S. 5 4 7 2 A CPTAI SV SA W T IOORND F O R MP A TS S W O R D R E : OASRN UM N ERALET1M E N T 5 FM L UEMAE SS U R E M E N T 68 MFE. NP TA R S H A L L M EFC HA Y3 ERSSL M L E V E L : 5 4 . 7 RCC EOH LAPFCNAYONM LL 2A L U E T1 AASTTTI SA TT IEC: 4 5 0S0U1IPDCNPHSLAEENRVNTEE V m03/s S DUA RPCEPTSILV EMAV ETE AILOS NOU KR1E12M3E4N T APDRDE RDO EKEVSFIS.S PUAARL SI SH AA T1L ILO Nm3/s VU AL AL U l/s E: 1 A D S B I N A R Y I N P U m / s 0 . 5 4 7 2 F L O W : S U P P L E V E 1 0A 0C0T0I V A T EI SOECTNL E ENNTT D 0D 0R 0E 0S S CO ONMFR ISRGEEUCRNTAST OIEONRNT INCORRECT ESC ENT P AI RNCA 0 ESC 2 E S VC I S U A A E ES ECNNT 3L EESENCNTT T E N T I S A T I O N HAFN NORMNOEENMLUE1UENNSTTB R E : E R R O R E C H O E N T M O D B U S S L A V E 4 S T A T E : E N T E N T C O M P L E T E D F O R M U L A E S C M E A SI /UOR CE M E ENNT E S/s VISUALISATION H AE NN TN OEKL SE ENNTT D A MP AP IRNAm E ENNTT 1234 SC E N S O R O0TW1A .T 6I S2 T1 I1Cm GM L O A D AF RD OD M RDEIUSSSSPBL A Y M O D1E ESC PC AO RMEAPNMLTESTEENDS O R E S C ENM NTTE N T ESC ENNTT O N F I G U R AE TN TI O m N 3/s E E M E A S U R E E S CM E A S U R E M E N ENT ENT E ENNTT E ENNTT E ENNTT E S C E S C E S C E SDCR EE SSCS ESC E S C E S C P A S S W O R DE N TE ENNTT E S C A D A T E / T I M EE NVT IEEENW E ENNTTT E N T E N T E N TE N T NTT 1 0E T: RE: OCNKS E R T V A LCUH AE N: N E L 1E Nl/s 1 CHANNEL2 A S S W O R D C H Em C3K P A R A M E CT RHI AS AN TNI EODLNA1 T E / TR EI 5M E 5S C A D8DNR1E SFSL O W I E S T : E N T E N T E S C E N T ENT AE US CT O S E T F A C T O R YE ENDNTET F A U L T ESC S E L EU ENNTT ONTTN I A G N O SETENINCTT C H A N5 N E L A1C T I V AF TLEOIENW I RN ES: E R T V A L U E C (HHA EN NXE)L 1 C NT I FTOS R MF LAOETW C H A N N E L C2 H A N NR EE L: 1 4 6 S E N S O R D I S T A N C E R E : MODBUS SLAVE R A N G E 95 V I S5U A L 4I S6 A T I O N SC N EC LH 1A NENSE CL S 5 C H A N NF LE OL W1 E ENNTT Oc) 1 NT T EC HAASNI U 85 E E EEN NN TTM R Date E P E Rand S E Ctime setup U N IT A C T I V A T I O NU+NSL0ITETA0VTS0IES0LT0:I C05. 40P.1A70R0AmM SCUEMNN6IS3TOSR VA N S T A T I S T I C R 3A N G E S T A T IBS AT I UC D R A T EXFXLXU.MX E6XS3 R A N G D TB IUOSNC H A N N E L S 0 0 0 1 1 V I S U A L IASCATTIRIVOAANNVTGI EEO W A D DARCETMSI SO T FORMULA IO CHANNELS FT IOO RN M A T 5 0 M EE.7A: T2SOU RUmES MB/ Es N T RT F O R M VU LI AS RU EALLAI S 85 F O R M A T O N m3/s 5 0 C H A N N E L 3 P A R A M E T R I S A 0 . 5 4 F L O W : A T I O N V I S U A L I S A T I O N C O P Y S T A Y S I T I V ICTO N F I G U R A T I O N 3 TN MC EON NU S T A N T S P A R A M Sl/s E N SFOL SRU TMAETSE : 4 A D D R E S SF L U M E S 1V I EAWD DS RT EA ST SI S TSI UC P P L E V FE LL U M 0 SSE ENPLSA M OinD the B U SCONFIGURE/DATE-TIME C H OAKN N E L S 2 E CRBTAI NM FA OSand N USNULORPAARUT TIEcan S EIWhen A U T date O S E Tand ENWS OT ROyou T A L access I Z E R S this item, current be changed menu. RREYM m /s CREANMT V NT F O R M M E A S U RPEASM ENT C O KDate F I TGICtime 0 E SI N A ET N T E S C E ENNTT F O R M A T E ECS ECNONTPT YS SE NT AS OT .R TDEOSI SCUTSAEBEN SMEERAMTSOCUDCOROBINEN/UM SO EA NHLNTAATENVSNONNENTOTEKL S E N T 2 R E L A YE SSl/s MSEEENANTTFS OU RREM EM STNTAMATE NNI USCETEN3I TC N TC E 3 S S S UEis PNPThighlighted. L E V EVL I E W ETBy A D D R E S C E N T SOCTpressing AULRI EZ EP RE SR S E C S UE PENNPT T OK E Ncan T be IDS/ IOSdisplayed. N1EOLDBy SEE N pressing B I the N A Rbutton Y I N P Um T /s, positions SR UE SP SPS CL1 ECurrent V E L 1 position TO browsed. RCA T I O N PC LHAAYN M A D time D R E Sare A D D E ARN TFSIESGm CTU I/s M E A S ESC T ESC D AI SSPSLWA OY RMDOEDN ET M O D B U SE EN SNLTTA V E E ENNTT E ENNTT O AN T EF /I TG IUMREEAENTNVTTII OE NW EENSTTCE N T E S CA D DERENENTS ENT S E S Cthe E S C E S C E Sthe C ESC P E ENNTT 3E, N E N Tand Mtime O D B U are S S L Aconfirmed. VE 95 ENT NCTTK date PD AAbutton, ST SE W R number DEE N TE ENNTTto Fthe H A N NNEOL R1E S P O N S Ebutton / TOI M R E : By Cpressing R DE VC IHEEEENW / TOI M L O Wcurrent position TA:YST SE W C H A N can N E4 L6 3be set. P A R A M E5Tm R I S/sA T I O N 50 SENSITIVITY BE SACU DF LROAWT E / TRREI YM EN ET F A U L T U ENSICT S C H A N N E L 1 AI AS GS NWOOSRTEDINCTC H E C K I S U AF LLOI WS A T I O NA U T O S E ET ENN4TT 6 : you FLmoment AA2 CT TE O E ENNTT E 4N 6 E ENNTTis reset H A Nthe N ED E S C C At END 5 E T press button, second counter to Vzero. ENT E N TT RE: F O R ME AS CT NU N EL LTE3the P A R A M E T R I S APT A I ORN A M S E N5 S0 O R SICA G N O S T I C EFSAC C T O R Y DC EH FA A ENNNRT TLA 1N G E A C T I V A T5I O N E ENNTT S E N S O R D I S T A N C EA D D R E US NS I T S U N I T S I NC C H A N E R E : R E : C H A N N E L 1 ESC ENNFTTL U M E S M E A S U R E M E N T A U T O S E T SC E E ENNTT R A N G E M E A S U R E P E R S E C R A N G E V I S U A L I S A T I O N SA EANNTSN OE RL 1 I INO SC HE ARNTN EVL AS L U E ( H E X ) 1 P A RFAOMCR HM ENRNTE VL A1 L U 1E 9( H2 0E 0X ) SVELUAOEMLRCUEDT9SE0F A(OHDRE1DMXRA) ETS S I O C H A NCI NNHESA SI CM EONEN SS TOA RN TDASI INDSSPDTAERARSENSTSSFCEW I N S E R T D A T E / T L S 1 F L U M E S L P A R A M S E N S O R Q5N=Mm AE N3*/s H ^ D + E R E : M O DC OBNUF SI G UC RHA AT INO NN E L S M E A S U RAENLM + 0 U N EEL N S T U R3/s EE RP ERCROHRSA EFNE CONC ERHLMO4 A T S E N S I T I V I T M Y O DL EB VU ES LC: H5A4FN. O7N RE ML SA T C M T M EAA S m I NASD22E DRSI ORTULCEVPEHSPA XO1R)R E SMP OENCNS 1EM E DLAC0A*OI0YNH/ 0O VD SLEBUELUM:VESEE5( ACHL4SHE. N7UA E E S C 0 0 0S0U P P L E V E3 L E ENNTT 0 PASSW NAAMLT E UNI UE FS^I1GDCU+ QRB R= SE3:TEN/ NIsTCT) OEO SN1NT3T0/ s: 0A15DDD R E S SEESENCNITTNI NC OS0SRE0RUR0EPT1XCPTDXLAXET.EVXESEX/CLTEI EM HRPAAEUTNTI ONNE L l/s S O KO NNTT EOS M CR A D4. R5. 0E4 1S7N.S2N1 E4 EL Em 3 D R E L A Y S EN:NTT 0 . 5 4 7 2 OVTTOW ( m 1 I N A R Y I N m / s 0 F L W : F L O W E E R R C H O S E ENE NS TI T I V I T Y E S C ANL TF( ImSG)TU3IRCA T I O N ID/UI3OSS PCSLHLAAAYNVM N NEOO LDR SE ESEP ON NTS E R E LAAm YE SS/sC 3 BNITTN SATRAY TI EN: P4U ETS C EN E EN ENT I QN C. .O. RFRLEOCMW TO D( Bm ESE C NT O REA TV II OE NW AE N T EF /I TGm IUM/s D 1 4 . 0 1 .E1EN4NTT 1 0 : 0 5 ATR Y: EI4ENNNPTTUm T /s P AI S/SsPS)LWA OY RMEDO D EE N T DO AK M0PB0SI I0NTN0G ESC MODBUS SLAVE F L U M E S 6 8 E S C E N T E N T / TSOITM A. CST OSE NW RAEDENENNTVCTTIHEEWC K H . . .ELSEC V E L ( m E S C PD A) ST SE W O R D M O D B U S S L A V E E ENNTT E N T R E : E S EC S C IENS SC E R T V A L U EE N:ETENNTT 3E ENNTT / T I M EE ENNTT E SECS C I NESS EC R T V A L U EE E(NEN TE TX ) E ENNTT N T H m /s NO RESPONSE FLOW E NNTT AI AS GS NWOOSRTDI CC HE ENNCTTK A , D , E . E. .SCC O ND / TTRI YM DE E F AE EUNNLTTT P R E D E FE.S PC A R SC H AANL NL E L 4 F SAATCTATE NO ESC ENNTT ESC C H A N N EFLEA3NCTT O RREY: D E F AEUS CL T E ENNTT E ENNTT ESC ENT F O R M UP AL RAA M E ET RENINSTTA T I O NE ENNTT E5S0C SICA G N O S TE INCT ESC TOENWNTT ESC I04N16S E RUTN VI TASL UCEH:A N N E E N TE S C E ENFNTLE NTTH A N N E L 4E ENNTTE RS EC : E ENC ENT 0 0 0 1 S E C A U T O S E T L O A D F R O M U S B R A N G E V I S UF SCR E : C HCEAHENNANNTNTENL E1 L 2 R E :R E : ESC E ENNTT C H A N N E L 1 5 46 U N I T S F L O W M O D B U S S L A V E F L U4M6 E S 9 5 6E F L O W S E N S O R D I S T A N4 C CHANNEL 1 5 C H A N NF LE OL W1 5 64 U N I TMSE A S U R E P E R S E CF L O W A 3CATCI TVIUAVNTATII TOOISNTO AN L I4Z6 E R 1 - U S E RR AM NO DGBEU S US NL AI VTESB A U D R A+T09E05F0O0R0M0 A. 0T 1P0VA0I ERmWA A CB ITNIAVR AYC OITNNIP5FOUI GNT U R A T I O N C8H 5A N N E0L 1 N MENU 2 E5A- SM V I S U A L I S A T I O N d) Restoring the evaluation unit to the factory default F L UBMAEUSDR ARE SANCTGFEEO R M A T AP UEDT D R EN OSRSE S P OENENS N6ETT4 ELCAOI SRN FATI TGOUI TO S AE T I O N NT MFEON R U ULA E ISSC URAALNI G S U P PE ENLNETTV M U N Im T SV/s 2 EBSI NC ARR A R AANTLI OI ZN E 3R 1 E ENNTT Y INN G A C T 0I VFAO TR MI VOU LNINASO CRUELA AE DL D R A T I SM TIC C OHT RAA LN 8INZ5m EE LR/s S2 F O RFMO3 AR TMF ALTUTOMTAEADSLDI RZ EE RS S1 - EUSSCE R OT FELAURMS3 TE OSN TS AI TL II VZ IETRY1 RCOALNSMEP OANSIISR//EEO NT SO ATF LMSUESMNEESNSOS RO R R A NPGAPEREAEANRNM TONANCTFOII NSG STUTIR5CAA0NT TI OS VN I S U A L SI SE APL A O C H A N N E L S T I T C L E R RO M mEMS/sAC T 3 SE OA RERIM ATA YYL IM AN. ET4TN1 T5 4 3 2 7 E + 0 S1 U PAmPD LDERFVEOESRLSM A T E S C ZNOEO RDR EEEES3EPNONTONTbe AOCTSRL FUEfactory RD MST U EPONLTdefaults E E1M E ENNT M EEMA SE SAUFSROUFERR: MM ON F I G U REA TV II OE PNWA R A M ISNESMNEEESRCThe EFENLNTUT A D K restored you access this item, "ARE C LFSEOUARPRin TLthe OE TNVm AE LL/sI Zl/s ER 2 1 1 When 3E S C DADDT RDEDEFAULT SUESSP SP L E V Emenu. PSNRAISSTSTPOSALTW TRLCEE O NAAO TLSRIMZD1 OE RDcan l/s TCONFIGURE/FACTORY OK S L ESC ENN2TT7 E + 0 1 C A 4 P S U P P L E V E L A D D S R SA TTTAEEN// TTC IIEM F O R M E N T E F : 1 . 4 1 5 4 3 m A M E V I E W P A S S W O R D C H A N N E L 1 5 C L E A R T O T A L IEZENENTTR 3 AE RS SSWE CO R DE NCTH EMCEKA SPUA RR AEMEMESTECRNI STA T I ODNA T E / T I 5M0E E N T L U M E SE N T E ENNTT ENNT T T ENT E S CpressingF the CM Sreturn ENNTT S U PEPSECLSPECyou E S C By ACR LESSEHCAARLBy AI AS GS NWOOSRTEDI NCCT H EACDKD R E AS US T O SYOU thePdisplay. menu. D1 AA CT TE O / TRI Yshows M DEEENF TAon TT4 Ebutton ENT E ENNprevious T ENT AV RE SALwill E N S O RtoEthe TL OPpressing T3 A L I Z EEENRNthe E T SURE?" NSTTC ESC E AS CN N EF EU NLLTTT E4EEN E S C E N T F A C T O R Y D E F A U T R E : C H A N N E L 1 EINNATTG N O S T I C E EENNSTTC E N E E NPTTR E D E F . P AE5RS SC C H L 4 M E A S U R E M E N T E N T F L U M S 6 8 6 F L O W E N E N T R D I SE STECAN NT C, Ethe factory defaults TS E N S Obutton ENNTT F O RMULA will load, and you will return to the previous menu. E EENN T TSS CCY E 1 ESC A D D R E SU SN I T S E NNTTM P R E D E F . P EASRC S H AVLI LS U A L ILSOAATDIEOEFNNNRTTO M IUNS E ENNTTE S C E ENNTT E SE CA S U R E P E R S E C E ENNTT RE: C HCAHNANNENL E1 L 3 R E R: E : E ENNTT 50 P A REARMRE TORRI SREA A 50 CT I NHO NGO E PARAM SENSOR F O R M U L A A DP ADRRA EM SE TSR I S A T I O N SERT VALUE: 8 I UNS AR1TEI OMNE N T A MEEAT RS 50 I ANDUSATEMOR PTS IEIVNNFTAG AU OSET L O A D CFHRAONMN UE SPL AB1R M L UL UMEE (SH E X ) 0 S E N S I T I V ICTO YN F I G U R A T I O N N MENU 2 1 A AU DT O D RS E ST S CSOCN SSTEANN TSSO CRO D SLEEES CNC TS OF ROFRDOMI RSAMTTA NT C E E ENNTT 0E R N MENU ENNT1T NE FIXISG) TU RAANTEC IEN ON9ENTT0 3 C H A N 2N EE SILOC 1C H A N N E L S E E I N S T V A L U E ( H S E E S C 1 9 2 0 0 I L E V E L : 5 4 S. 7E NR RS O R CEDM I S P L A Y M O D/sE ISTANCE M E A S0FUA E1UTP0O ATTLA UTEI S( HT EI CX ) 0R0SC+ MODBUS CHANNELS PE0PRR0YL0SED0EVE0CEF.LA0 1U 0L 0T m A M NEOAR ESS UP ORND 3C H O IES/EOP ECRH SA ENCNm ELS O AN TF II SG TU IRCA T I O N F L O W : 0 . 5M4EES7AC2SE UN TRmE P/ sE R S E C E S C E N A D D R E S PDS AI SSPSLWA OY RMDO D LEEENNVTTE L : 5 4 R. 7E L A Y S C M 3 3 A D D R E SESS C D ESE C ENNTT O N F I G U E N T 3R A T I O N A T E / TmI M/sE V I E W S T A T E : 4 A D DERNE TS S ATE/TIME 0 E0 0S 1E N S I T I D 3 Pm OBENSIS N CSH X 5 0 K N :O FRLE0US .PM5 EA NXNSXEI.LTX1I XVAI TR YE Y O U / TOI M PVAAI TCS YST O W ROYR DD E F FALUOOLW 0AA ST SE W / sU/sT/s 6 8 4 7E A 2 R Y mI Nm I5N0ESSECSRETNVS AI TL IUVEI T Y R DE E NVCTIHEEWC K F T P A R A M E T R I S A T I O N E S C E N T E N T S U R E ? I N S E R T V A L U E : M O D B U S S L A V E ELT NTT ESC ESC ENT EN E SECSACC T I V A T I O N T NTT E N T AI AS GS NWOOSRTEDI NCCT H E C K D E ENENT P AE RN ST H A LELN PTE 3N T M AE TA ES /UTRI IMNEGE N ST T A T E : 4P R E D E F . P A R S HEAENELNTN ESC V I S U AF LLUI MS EAS5T0I O NA U T O S E T 6 8 IAGNOSTIC FACTORY DEFAULT FORMULA I N3 S4 EE RN TT V A L UCEH:EA NNE NSTEC P A R AEMS ECT R I S A T I O N SENCNTT E S C E ENNTT E S C E SECENNTT 1 2 E S C E ENNTT E S C EFNNR.TS TPEANRSSOH P R E D E A L L E S C R D I S T A N C E E N T P A R A M S E N S O E E S C E N T E N T E N T E N T P A R S H A L L P 3 L O A D F R O M U S B SC + 0 0 0 0 E0S1C. 6 2 1 1 m ENT E N TA U T O S E T ENT PARA E ENNTT E ENNTT E ENNTT M E A S U FR OE RMME NU TL AM E A S U R E P E R SF EL OCW M O D B U S S L A V E 95 EAS RE: 4 6S E N SCOH AR N DN EI CLSH1TAAN NNLECLOE1A D F R O 5M U S B 5 C HCAHNANNENFLLE2OLW4 R E R: E : F 40641 6 S E M F L O W C A D D R E S S 1 A D DVRI SE SU SA L I S A T I O N B A U D R A T E M E Aunit S UARare U N I Tall S parameters of the U ENTSISCT S access I N S E R T V A EL EUNNETT: A D D R SOdefault E RNESENIN6TTT5I state V I MT OYD (including CEETVSIPICErestored VEWPARSATT RAI EOTACI NM After of this I O Cthe H5A Nactivation NELS EN 1 function, BU U SNRSIA L ANVGE FEO R M A T pass95 S T to ISC E4the E S C E N T 6 F L O W E R R O T E S C N S 4 6 4 6 F L O W F L O W C H A N N E L 1 0 N M E N U M O D B U S S L A V E 9 5 E N T 2 C O N F I G U R A T I O N E N T A D D R E S S R A N G E WRITE OK A NR EGAENETNTAET DDDAR TE ES /ST I EMSEC V I S U A ML IESAASTUI RO ENM EE NS CT IDNI Records PS UP TL AC YH A NO NDstatistics, EE LU SN I T S totalizers P B A UR D -YM TP SAI VRIA5T M S E UN NS Iremain U EMS S E S C + 0 0 0 0 0 1 . 6 2 1D1 AEmEM A C T I V A TU INOI NT Sword). TATISTIC B FALUUDM RE ASand T E operating hours M of unchanged!!! SI ENE NSFCSL OO RW ENNTT F LFUL M NNT 1 ESE ESC G EE A S UARDEDMR EE NESETNSNTT R A N G E F FOOR RMMAAT T C F O RF M F RAOMTR AM TA T E ENNTT O N F I G U3 R A T I O VN I S U A L IRSAANT GI OE N RP EALSASYWSO R D E S CR A NM O 3 B I N A R Y I N P U T E R R O R E C H O A D D R E S S m /s m /s N O R E S P O N S E F L U M E S 1 F LO UK M FEOSR MAUSLDUADPRPE LS ESV E Ll/s 8 5 A T E / T I M E V I E PWA R A PMA RSFA EML NU A T E / T I 5M0E 1 S USPUPP LP E1LVE3EV. L0E 1L . 1 4F L U M1 E0S : 1 1 E N T A IDO DC RH AE NSNSE L S E TSM ROIESRS A T I ODNO AMT O EDSBC U S C H A N N E ELNI SNT S EERENNTTT V A LEUSECS: C E S C ENT N AT T M A S S W O R DE NCTH EMCEKA S U RFEOMREM F UA RCDRTBEOUNRSTYSODL UAE TFV PAEFUUOTL RT M ASTE LE ES C T F O R M U LE EANENTEN N T E N T F O REM EN DTNETT F .C HPEAAENN5NRNTTES EC SH CA N N E L 1 PERENENT ENT P A R A M E T R I S A T I OT NT E N T S5 U 0 P PS CL RE EVLEAL Y S sSI AWGONR OD S? TEI NC T A D D R E ASS ESUSNUT SO 1L E A S U R I N G P OPS REL TEDVI SECM S U P P L E V E L F L U M E S 68 I N S E R T C O N S T A N T S P A R S H A L L P 3 T A N C E F O R M U L AA CE TS CI 8.5. R eading statistical data SC P A R A M S E N S O R E S C E N T NT AUTOSET ESC AA LRUYE I:N P UETENNTT SC ENT C S U R E P EESERCENN ESC E SENCNTT RS SC H AMLEL A S EUENRNLTETOMA6ED8N FE E ENNTTMEES A STTE C E ENNTT E S C EE ENNNTTT FELSUCM E S S E N SEOENRNTTD I S T AE ENN6NCT8T E E ISNC S E R BT EI VN +E 0N0T0P R0 0E D1 .E 6FF L2. U1PM 1AE ESm T RNOTVMI SUUS M O D B U S S L A V E F O R M U L A I N S E R T V A L U E ( H E X )1 ADDRESS I N S E R T V A L U E : R E : C H A N N E L P3 R E DMEEFA. SP UA RR ES PH EARL LS E C PARAMETRISATION 50 DUESP FAB.R AAPMDAEDRT RRSIEHS SAATSLI OLN P 5A0R A O A Dvalues F RPORME regularly + 0 0 0 0 average 0 1 . 6 2 1 15-minute m The FCU-400 flow Lrate from S E N evaluation S I T I V I T Y unit is equipped with internal ERRO R E Call HO FORM UFLASH L AR E S S memory for storing F O R M U L A A UETSOC S E T A D D MEAS A U T O S E T ENNOTTR D ? P A R A M E T REI SS C ATION 5A0N N E L SE ENNTT I N S E R T P A S S W E ESC L O A D E N T I O C H 1 E S C D A M P I N G E N T E N T E S C 0 0 0 1 0 1 S E C E N T L O EA8NDNTas SR Bzero A: N C in the FRAM memory S EFeach NR SOI MT channel's I UV SI TB Y I NS SE ENhours RS TO RV ADare LI SU TEstored 1F SR well to these average flow rate values, operating EO NMS UOas D I S T A N C EA D D R W W RR II TT EEE NEO RTK R channels. O R A U T O SIn E Taddition E S C M E A S U R E P E R S E C E N T E S C S E L E C TI NFPOURTMCAHTA N N E L S E S C1 9 2 0 0 I N S E R T D A T E / T I M E E S EC N T C ENNT M E AESENUNTTR E P E R S E C E S E ESE C ENNTTtotalizers. S E N S O R D I Scounters T A N C RE E of L Athe Y S total flown amount in each channel, A+D0D0R0E0S0S0 . 0 1E 0ENN0TTm non-resettable so called 3 ADDRESS M E A S U R E P E R S E C m /s S IEONCSH IAETNSINCVE LI ST Y CM E S C 5 0E S CS E N S I T IFVO IR TME YUELNNATT E ENNTT E ENNTT X X BM X I.ONXDAXBRUYSI NS PL AU VT E N O R E S P O N S EE S C 0 8F.L 0U 1M E. S1 4 P 1A R0AHM E1T R IESENANTTTI O6 N8 ADDRESS m3/s 72 ESC I N SECESHRCA TN NDE AL 1T ES/ ETLI EMCE T I FO OEC ERHN5NAM E ENNTT Q = A *I NH S^ D MT IO B U S C H A N NAEEUEN LNTSTTO S E TRENMNTUT L A S E N S I T I VIINT SY E R T VCAU LRUREE:N T O U T P U T TTN U ?O D E R+I TNE SV EA RL TUPEPA :AR ASMSE W 8 5 A C T I V A T I O T ROI SRA D N E S CP R E 5D 0E F . SPEANRSSOHRFAOE NT S EN R T C M O NOE SSDCTB DL LI SETS A CE RELAYS ESC ENNTT CC N ENINI T ESC E N T ENNTT E SSENC E V I S U A L S A T I O N 3 E S C E N T E S E L E T F O R M U L A CNTT A U T O S E T F O R M U L A E N T NI NY N ecording T E PSACR A M E T R I average W O R D( values 55TT0I N S E R Tflow P A RBAIMCNHE A TA RR S EALITN1I OPNU T M E A 50 S UE NR5TE P E R S E C 1 4 . 0 1 . 1 4 1 0 : 0 5 QP. A. .ESFSSLCrate OW m? / s ) ENT E N T8.5.1.ER E ENNminute 2 SATION L) 0P 30 0 0 0 1 E. 6N 2TS1E1NmS O R ADMUEI OTSS CDO ESALSDAEFVNRESA OODMRDURESENBSTSI N S E FRL TOPWCAOR NS SH TAAL NPL ATP SR3 A M S E4 N6 S O R R E L AC PT BAS URENLTSACOM C H A HN N. .E.LPL4AE VR SE LHR EA( :mL + AUTOSET MEASUREMENT BINA M E A S U R E P E R S E C M E A S U R E M E N T S E N S I T I V I MT OYD B UU SNSI LTASV E A,D,E...CONSTANT SENSOR DISTANCE S1 E N S O R D I S T A5 N C 3 A IDNDSREER9SE5TSSVC A L U E : MS1OT ADTB CDH D A NRNEE SL S A 46 I OR CE HPA EN R N E SL SE C FLOW 1 1 A D D R E S S M E A S U M E A S U R E P E R S E C E S C E N T 4 6 EF SL C H 1 -record, m / sE ENNflow A NRE EGSACwith ET TE correspondW EESEN N E S C E includes I O record C H A N N E Lof SE EN 1 E SMCO D Bflow E ENNTT TT U S S Lrate A V E values ENNT9T 5 S E VN BNA UR D N E average 5-minute rate 4TT6 O W Each ESC 46 STI UT AI AVand LDII TCSDNTYAERTtime TE RSI EOO NCR CEthe EVENINT Sof EN T value R C H O ENIdate NST ESC I N P U T C H A N N E L S U N I T S E T E A D D R E S S S F L U M E S W R I T E E R R O R NITS E S CC O .GN1TT4 1 0 : 0 5 E S C F O R M A T I N PL UA TY SC H A NENS EC LR SA N G E B A U D R AETN ET Ssection ESDNIAST0 M OI8V.RP0I(in U NS IETing E S5-minute CP A R A M I TE N1YEN E ENNTTfor NSS I set T IRRVEEunit I LT AY Yand, S E N 2 F O R M A T E N T measurement time within the relevant seconds). These values are stored all ANGE ADDRESS VIE RANGE B I N A R YS I N PEUENNTTT F LN UO RME SEP SO N SFEEOS CR M A T m3/s ENNTT M E A SEUS RC E EMSFECLNOTW = 0 . 5 6 5 E ENNTT E ENNTT S UE SPCP L E V E L E ENNTT LUMES U TV EF O R M Aunit D D R E Sfor S browsing Eflow 1 A D D R E Sup S to the last F LE US CMchannels. E S BMI ON DAThus, BR UY SI NS PLevaluation A T Aallows history months. IO CHANNELS ENT 1 BRI NEACR YH IONIF PM 64 OURETM= U L3A0 15 8 5 ESC EN NITOT 8 T 0 S E C ORMAT P A R A M E T R I S A T N 5 0 F O R M U L A E 5 M O D B U S S L A V E E N T E R R O F O R M A T P A R A M E T R I S A T I OCNU R R E N T5 0O U T P SU UT P P L E V E L I 1NM SUEL RAT V A L U E : N= NI OEAELC*ESHNEHNAST^TNC E SM C O D B UESN TC H A Q C L E A R T O T A L I Z E R S E L E C T F O R C U R R E N T O U T P U T A U T O S E T E S C S E L E C T F O R M U L A S U P P L E V L I N S E R T P A S S W O R D ? LOEUNNRPTTDP L E V E L E S C E N T E N T CHANNEL 1 A U T O S E T ESC C E ENNTT F L U M E S RELTNI ZCTEORN 2S T A5N T S F QL UF=LMUAEMS*E HS ^ DI N+SREEE RL TA YVQSA.L.6U. 8FE6L8O W M( mO 3D/ B SECAALRU ITENO can beE Sread C T E S C These SCEONNSSEOETNRNATTDN ITSST A EN6NC8T E I N S E R CT ELV : SATEA CAVNACL EU EE E EN NNT TS ESSECR T ways: SS C E ENNin TITNthree E E N S OI RN SD EI ESRSTrecords : ENNTT A T ILLOIUZNEE: R 3 E N T 2 E ENNTT P R E DMEEFA. SP UA RR ES PH EARLELSNETC P R E D E F . BPI AN RASRHY AI LNLP U T C LI ENAASCRETRTI TVO V TA E L) A MEASURE PER SEC . P A R S H AHL .L. . L E V E L R( m V I S U A L I 3F U FORM U LD AR 6E 8S S REM C L E A R T O T ASLAI TZ IEOR N4 Q . . . F L OPWRFEO(Dm AD FLUMES / s )L AM O D B1 U2A3S, 4DS ,LEA. V. .EC OBNI NS AT A D D R E S S 2 F O P A R A M S E N S O R I N S UA MEME (TUHR SIESBXA T) I O N L O A D F R O M U S B AT UD)VLPAFAARLR O I N S E R T+V0A0L0U0E0: 1 . 6 2 1 1 m H . . . L E V E LLEROR(Mm IO + C H0A 0N N0 E0L 0 S 1 . 6 2 1 1 m P1 R E D E F . P A R S SH EANL SL I T I V I T Y TS 90 5 M O0 D B I O C H A N N E L S 1 T I VOn I T the Y display F A C T O R Y D E F A U L TE N T E S C M E AE SS CUCRHE 1M- EE NS CT E N TA , D ,EEN.T. L. CO OA NDE ESNFNTTRTAONEMTS CU S B E S C 4 6 S E N S I a) W SELECT UNIT M E ENNT E S C8 N 1 AUTOSET ENT VUASL CU HE :A N N E L SEF NOTR M UE LS CA ENT SECOR DTIBN E ENNTT A D D R E SP SA S S W OERND1T E S C I NESR N I T S E ENNTT E L AR YE PSL UA TY SCEHENANTTN N EE LLNSOT A D F R O M U S B 0 0 E0S1CS E N SEON RT D I S T A N C EEE NS TC 0 1 S E CE N T E S C E S C TR E P EER NT E S C menu,Aselect ESC ENNTT E N T ANGE R E Y O 5-MIN U E ENNTT FLOW I N A RI N Y I N P U T ENT E N T E ENNTT E S CInB the E Sitem. C E S CAfterE0 3 M E AESNUrecord STATISTIC required N O T you F 0O0U0access N D E N T this item, E Senter C ENT S E C +M0 O0 0D B0BSTATISTIC/VIEW 0U 0SA. SR0 LY1A0I VN0 EPmEUNTT L U M E S m /s SURE? ADDRESS ENT MO DBUS SLAVE F O R M U LA I O C H A N N E L S ORMAT date and Time can be entered asE EaNPNATrequired T I OENS C 5 0 S E N S I TEI EV E1S C E S only C TR A M E T R I S Ahour. NNITTT Y C U Rtime, R E N Tyou O U Twant PEUS TC to show on theI Ndisplay. E ENNTT U P P L E V E L E ENNTT = AA U* HT5 O ^0 DS + S E R T V A L U8E5 : E ENNTT P A R A MI OE TC ERH SIASCNANT EI OL SN Q MC O D B U SS CE LH8EA5CNTNBFEI O LAESRNRNM EESTCR I S A T I O N 1TE E N T E ENNTT E N T F O R M UE LSAC E S E N YT IU F O R M U L A P A R A M 5 0 E F O R M U L A SC E N T 8 5 E S C P A S S W O R D ENT E ENNTT E S C E N T ESC AT R A M E PT AR RI SAAMTEEI TOS RC NMI SOA D 5 0C H A N E ENNTT T I BO U N S 5 0 E ENPNT ROE RL M A YU SL IAN S E R T C CO LNESTATC SC EO NSRT D I S T A N C E ENT E L S E N 3S S E L E C T F O R M U L A S L E C T F A U T O S E T A U T O S E T P A R S H A L L P 3 S E L E C T F O R M U L A ASSWORD? S EORRTD P A S S W O R2 D ? Q...FLOW (m /s) BINARY INPUT P A SI SN W CUH T A NONSA EE LU1TT O SREETL A Y S 5 M E A S U R E P E R S E C I N S E R T C O N S T A N0T0S0 0A P A R A M E T R I S A TSI OENN S O R D 5I S 0TANCE S E6 N5 S OSRESDNEISNSOSBTROIANHDRNA.ICD.SR.EITLYSAETI VNAECPNLEUCAT(EDmD) R E S SI N S E R T ICNOSNESRTTACNMOTONSDSBTUASN ST LS A V E CC LL EE A P 9A5R S H A L L P 3V I E W S T A T I S T I C 4A6 U T O S E T M EMAO SD BUURS ES LPAEV RE S E C A E A S U R E P E R S E C P A R A M S E N S O R M O D B U S S L A V E 9 5 A , D , E . . . C O N S T A N T S T A T I S T I C 6 3 2 4 GE M E A S U R E P E R S E C ESNDSPTBEURSDSSAELTAES V/ETENI SMI ET I V I T Y CHANNEL 1 IO CHANNELS 5 M 46 CLEA RESREO MD ERAEM SSDEAUSDADR VRSEDEUIM BRANEUCSTDESORT AA TL EI Z E R 1 - F A C T0 O01R0 Y0 B A U D5 -RMAI TN EF L O W S E N S O R VDI AISSDUTDAA A D A S W S T A T I S T I C E S C E S C E I N . V A L U E S E L E C T U N I T E NNT IAVNATIPTITUOYTN C H A N N E L S ENT ESC N ESC STNIOYTSTT IPI TVYIEIVSSTCITYTAY1T . TEOS CU S B E ENNTT E E ENNTT M E A S U R E SP EE NRFMSSLOI SIETRSECIM S EEANNDSTDI STREI SEVNESEISECN FEOS CR M A T 3 EHSOC ENN T1 E R R O R E C E T E AS X . V A L UE3 EENNTT A D D R E S PS AE SRCA A E S C E N T E S C E N T 1 3 . 0 1 . 1 4 1 0 : 1 D FD:RRNEE2SLS4OAS8RY3S5 9 8 E ENNTT E S C E N T E N T E N T E S C E N T m E S C A D D R E S ES N T ENT ESC ANTLT I Z EE ERNENSTN E ENNTT E S CD A ME SP CI N V T T E ENNTT ENT G I E W T O ET EN AT m /s S E N S I T I MAV DEI TDAYRS EU SRTSE :MBM IEO5NNDADTBRAUYYSSI1NS PL AUE SVT CE 0 0 : 0 1 LEVEL ESC ESC E ENNTT ESC E ENNTT BINARY INPUT 64 E R R O ERS EC C CHEUOENRNTRT E N T O U T PEUES NTC T F OERSMCU L A 85 L PEASRCA M E T R I S A T I O N 5N0 E EN TT E ENNTT E N T ENT ESC EI SOCC H A SN NE ELL ES C T F O R MEUENLN1TA T E N FTL U M E S EE SS CC C L E A R T O6T8A L I Z E R 1 C ESC E ENNTT E E E ENNTT S CC E EN NNT TT E ENNTT E EN NNT TT A U T O S E T INSERT VALUE: IPNA P R E D E FQ. = LT ALOETTEA/ LTIIZMEER 2 CASLR*EESHRAH^TRDAD+ I N S E R PT AVSASLWU OE R: D F L U M E S S QE = N SAO6*8RH ^D DI S+TEA N C EC H A N N E L 1 I NMSOE DRI NBT SUVESARCL5TUHCEAO:NNNSE TL AS N T S I N FSOE R M © Dinel, s.r.o. EFM-115 T UV LAAL UC EL E A R T20 OTALIZER 3 YS INSERT VALUE: 0000 3 P R E D E F . QP .A. R. FSLMHOEAWAL LS (UmR3 E/ sP) E R S E C A C T I V A T+I 0RO0EN0L A 68 LQO. A. .DF LF OR W O1 M 4C (.LUm 0ES1A/B. Rs1)4T O T1 A0 L: 0I Z5 E R 4 A0P2N R0Y Y1S.IT6NA2PT1UI 1TSmT I C I N S E R T 2V A L U E : F O R M U L AH .I .N. SL EEAVRDTEDLVR (AEmSL )US E ( H E X ) V I S U A L I S AB CITNOI O 92 04 ALSGRETESCA NHTTASF LOLR M A T H . . . L1E2V3E4L ( m ) S OD RB U S S L A V E + 0 0 0 0 0 1 . 6 2 T1 O1 Tm1A 9L 2I Z0E0R 1 - FU ASL CEO RTA OD RFYR AO ,MD U, ESS. BI.EN.NCSSOEI NRT TSI VTDIAATNYTTE / T I M EP A R A M S E MN O IN. VALUE CSTANT E ENNT M E A S U R E M E NIENTS SC E R T E ENNTT A , D , E . . . CEOS N E S C0 0 0 1 ESC ENT E ENNTT 01 SEC AUXS.BV A L U E 3
F .mP A/sR S H A L L U L A E ENNTT FROM USB
F AL UDMDE R S ESS E SP CR E D E F .
21
0.57
0.57
33
0.57 0.21
0.21
0.57 1735 0.57 1735
0.57
233 0.21 233 0.57
0.21
233
0.21
7233
0.57 233
1
0.21
3
233
0.21
233
0.57 SC
RE:
TS O D B U S S L A V E3
S U CPHPA NL NEEVL E1 L ESC E ENNTTE S C 90
B A U D R AmT /s E FORMAT E ENNTT ADDRESS CM m3/s 72 5
0.21
95
FLOW
5
46
90
CONSTANTS
IO CHANNELS
1
CONSTANTS
90
95
MODBUS SLAVE
E ENNTT E S C ESC U N I T S E ENNTT ESC B A U D R A T E A C T I V A T I O N E ENNTT E ENNTT RANGE FORMAT VISUALISATION F L U M E S ADDRESS PI OACRH AAVNMI NE W R ESL ESS TNAST O 1 ISTIC 65 F O R M A T MM E AO SDUB RU ESMCEHNATN N E L S F A C T O RDYA DT EE F/ TAIUMLET SUPP LEVEL A DR ED LRAE5YS- SSM I N F L O W 1 SEL CT FORMAT 19200 I NE SS CE R T D A T E / T I M E E ENNTT ESC E After S BC I N Ayou A R1 E3 .Y0is O Usearched R Y press I N P U Tthe E ENNTT button, required record 1 0 :for. 1 1 During the search, the upper part of the display shows S U R E ?1 . 1 4 MODBUS SLAVE X.XX 8 . the 0 1 . display. 1 4 1 0 HThen, the first found record for the textX X"LOADING…". When the required record is found, it is shown 0on IO CHANNELS
ENT
E ENNTT 1
ESC ESC ESC NTT E N T ENT RE: E ENNTT E ENdisplay. F A AC T O R Y D E F A U L T E N T M O D B IUNSS C set hour shows on the M O D B U1 S9 2C 0H 0A N N E L S ENT ASSLCUE NE S( O H ER X ) E N T E ENNTTA C H A N N EEERH LSTAC1 NV NA EL LU SE ( H E X ) I N S E RPTA VS AS LWUOERE(DNHTE X ) SELECT FORMAT EDS C E N T ERSEC L A Y S R E M E N TE N T RELAYS ESC D ENT ENT E ENNTT 1 S S BINARY INPUT A R E Y O U E B I N A R Y I N P U T E IS0NL0AC 0VOE1R R E C T CM L EV IVE EW LS :T A5T4I0S. 0T7I0C 0 0 65 4 6 M O D B U S 9 5 X X X . X X 3 ECHO MODBUS SLAVE S UDRAE T? E /3 T I M E M FOLDOBWU :S S0 L. 5A 4V 7E 2 m /s 5 M I N F L O W B A U D R A T E NG CH1-m /s U SA STL EA :V E4 95 F L O W I O C H A N N E ILNS S E R T 4D6A T E 1/ T I M E M O DSB T 1m4936/s 2 0 0E9N0T ET S F O R M A T E SC E S C 0 E8S.C0 1 . 1 4 1 0 : 0 5E ENNTT E ENNTT EBSAC U EDS CR FAAT CE T O R Y D EEFENNATTU LE T EUSNC I T ESS C E ENNT E ENNTT NT T EENNT T E ENNTE ESC ES M SNNTT T E SA C DODDRBEUSSS C H A N N E ELEE 1 0 E: 1ENN1TT ESC 1 3 . 0 1 . 1 4 ESC EE NN TT NT N E ENNTT F O R M A T R A N GCREHEA LN A AT 1 0 H5 N EYL 0S1 8 . 0 1 . 1 4 CONSTANTS 9 FLOW=0.565 ADDRESS ARE YOU F L U M EB SI N A R Y I N P U T LCEHVA EN NRL EE L: S 1 3C 0S 0E RSTE CV A L6 U5 E ( H4 6E X ) V I E W TS FTI LAMOTEWI S=TI IN 1 4RE6R M O DA BUS SLAVE 95 AASPNCTOANDERLBA1UMFS ASSECLNTASOVO M O D B U ES SSCL A V E SPUARSES?W 9O 5R DE ENNTT Y D E F A U L T 5 E S C E N T M O DRBE :U S C H AENENNNTTE L S F LSFO OUWCRPHCPMAHEM M E A S U R E M E N T 5E N T ENT M ODDBA B AUD 95 TSUESD/LTARIVAME TE E 46 F L IONU WN 46 5-M F LI TO SW LTRSSECL A Y S U N I TI OSANLCANCEHEDTAVLNIDEE1NVSLREACLE STS ISO N B AF LUO DW R A T E 11 90 E ENNTT E ENNTT E S C U N I T S ESC UR BA N AI TNSG E 0 0 0 0E N T CMESEITOCSRI DUVRBAAOULTRSII SEOCCANHHTAAO ERSAC N AGEV F OUE RD MR AA TT E F O R EMSAC FT A C T OI NRCYO RDREEEFECNANTTTUELENTNTT IRONEEENNNYETTOL U B I N A R Y EI ENNNPTTU TE ENNTT E ENNTT S R FA LNUGME E S V PIRESADESURLAAAAMLYMPISISSNAEGTN ISOSONURR E ? FLUM D. 1RA 4ET S S 1 0 : 1 1 1 3F .OA0RD1M A D DR AR EN SGSE MODBUS SLAVE ADDRESS F LF UO M E SA T RM F L U M E SA R E Y O U RETNAAAM F O R PMAM ENNMSPEOUNRCTTH 1 - m 3 /EsN T BEA RLURSYREEIM EIA SV CS ESC OL DE BCUTS SF LOA R Vm EM 3A/sT 9 5 S U PM E N T EE F O R M A T E S C E N T E S C S U P P L E V E L F O R M A T S U E N T P L E E 200 ENT 1 NS TSAET RI SSTTUI DCR Ameaning: AOMDDOBDUDrecord R SEUCLSAS1SV9SE mentioned Vthe I E WI following E T? E / T I M 6E 5E N T E S C S U P PC LHE1V- E L SEBSS 5: 0 5E ENNTThad S BSAC U D R A T El/sE EN4N6TT E ENNTTE S C I NAMThe SA L0 U8LE. A0: V1E E.EN1NT1T4 1 E90 Nabove ESC E EENNTT E ENNTT ESC ESC E S C U P P8 LNE1V E L ESDSED CRRTE V T E N T E ENNT E ENNTT D A T E / T I M E N T 5 M I N F L O W F XO XR XM .AXTX E ENNTT ESC ESC E ENNTT ESC 0 8 . 0 1 . 1 4 ESB CAUD RATE E ENNTT 1 0 H E EENNENTTNTT W =E :0 . 5E6ENEN5ETNTNTT ESC ECFSHOCARNM E DDRESS A E ENNTT 4 E L0FT1.L 0O 8 FLOW On The N O Tflow F O Urate N D in channel 1 was 0.565 m3/s. C H of A N Ntime E L 1 10:00 – 10:05, 5 the average + 0 0January 0 0N 0A 1 0R2014, 0 m within the period 13.01.14 10:11 A D DV IRE W E STS STI AMTEI S=T I3C 0 0 S E C 6 5 OE DSB U S S L A V E 95 UNITS A5C minutes. T I V ADTAI OT ENDuring / T I M E this 5-minute record, no measurement error occurred. 5 M I N F L O W measurement took place for 300 s, i.e. BA1 AT U RDER:RE :A T E R A N G E P A REASMCE T RE ISSCA T I O N VNTI ANSTU A L I S A T I O N E6EN5NTT E4EN6NTT ECVR EMLA T T RVMA AL TU E ( H5EE09XEN5N)TT E N T VCEI ESHWCAS 1 CUSSTESFRL O 1S91 2 0 0 9 2EI S0LT01I C UREM: A T I N S E IRNTSSEDELARETCEVT/ ATF LIOM FLSO MEOULDITEBNO F L U M8 EN E ENNTTE S C SA E S C E S C P A R A M S E N SE EO NRT S E TA V E E ENNTT E S C D A T E / T I MEEN T E N T EBSAC U D R A T E ENNTT 5 M I N F L 1UO3RW .E0M1 E. 1NN4TT E EN1NT0T : 1 1 E S C ADDRESS FORMAT E ENNTT E M E A S SENSOR DISTANCE 3 5 4 . 7 C M L E V E L : C M OFEKO SUPP LEVEL m /s 0T 0X 0 1 E X RSXM X A. X 0 8 . 0 1+ . 1040 X0 1X0 0X0 H0. X. X0 1 0 0 m A D: D0R. CE5 SH4 S17 -2m 3 / m M s 3 / s1 FLOW m3/s M OA DA BD U SU SRL EA VSPE E R S E C 9 5E N T 46 E7S2 1 . 1 4 6130 : 1 1 ESC Cnext H 1 - record, EE 3 ENT DDmove R EER SSECSS to NTT S T A T recorded MODBS U ST Suse 9 :50 5 To I S T I C 1 3 . 0data E ENdisplay 4S0C1 . 1 4 button. ALETAS0VEC8E:the C TH A N N EATo LD 1A 5 361 /s the please, for other channels, please, use the E N T . 1 0 B U D R A T E 8m4Nm ASTC E N T E E N E N TV I E W S T A T I S T I C /s ENT S AE NL ISSI AT TI VI OI TNY B A U EDS CR A T E FSOC R M A T ELL EE VC ET LF O ER NMTAEETNENTNTT E E N T E N T E S C E N T EVSICS EUbutton E E S C E N T E N T E S C ECS O C PEYS CS T A T . T O U S B ESC C S E N S O1 R9.2 0 0E N T E EE NNN TT T E ENNTTE EE E EE NNN TTNT F O R EMS ACI FTNLSOEWR T= D0 .A5T6EE5/NT TI M EEN T ENT NNN TT T P A R ASEAM ES ENT ESC S DC D R E S5S N O T F O U NED ENNTT E ENCNHTTA N N E L 1 E NC T I ONSTANTS 90 A D D R E S S V I E W T O T A L I Z E R S T I M E = 3 0 0 S E C R E : M E A S U R E M E N T C H A N N E L 1 AT P A R A MA SDEDNRWhen SEOS RS no record A 1 is found, "NOT S1E. R1 T4 Von A1 0L the UH E (display. H E X I) N S E R T V A LC UH EA (NHNEEXL3 ) 1 SELECT FORMAT L EXVXEXLR. EX: X PO ADFOUND" SUSS WS L0OA8RVI .NED0shows C H 1 m / s M O D B U S S L A V E 9 5 M O D B U S L A V E 9 5 M E A S U R E M E N T M B 9 5 D 4 6 2 F L O W R E : C H A N N E L 1 5 F LEO RW R COHERAS NCENCE H OS W L 1OI N S E R T 4D6A T E5E/ T C 14962 0 0 E N T 4E64N6T F LFOLEW LS C N TI M E E N TA D E DENRNTETEUSSNCS I T SA C T IEVS A1C T I O N E N T E N T E N T IEBNSACC OUURDUNRNIRETICASTTTSE E BA B AU UD DR RA AT ET E E S0C0 0 51 4T0 .I: 7O0 5NE ENNTT C M V0 8U0I LS.NE0UIV1TAE.SL1LI 4:S A 0 0 0 1E ENNTT ENT ENT F OF OR RM MA AT T X X X . X X m3/s F O RR EM T SGE E R T D A T E / T I M EE N T GWES: E 0N.S5O4 R7 2 P ARFARL ANO M L E C T F O ER NM TA TE ENNTET R R O R REACNHGOEVESI CS U A L0I18S9.A02T10I.0O1 N4 1 E0ENHNTT RASANCI NG E N T 3 F L O W = 0 . 5 6 5 D A M P I FNLGU MOPEKAS R A M S E N S O R m /s A AD D DR RE SE S S 4 ENT A D DF LFR ULE UM SM SE SE S M FESLATUSAMUTERESE: M CH1T AI MFD OED= 0 S0T SE NE TC O D B U S S L A V6E8 T AUT R I SEENTNM IC 63 E S C 9 5 F O R MMA ET AS S 1 ESC E3TSA E E ENNTT FSOFEORR0ERMT8SMAC.V0ATA1TL.E1UN4E T( H1 E0 XH ) EENSNC EXRXT XV. AX LX U E : 8L NUTT1EE :N T EYR SRSCM ENENTST C E INS TT I C T ESC C O P A T I N ENT I N S E R T V A E E T EE 3 E l/s V I E W S T A T I S T I C 1 S U P P L E V E L ALBSRACSUHDA RL ALmT3/s E R R O R E C H O S U P P AL DE DV RE LE S S S SU UP P PL EL VE VECLEHL1 - m / s E S C F O R M A T E N T EENEN4TN6TT E ENNTTE S C MEOSDCB U SECSSOCL APVYE S T AE ETNN.TT T EOE9NUN5TTS BE ENNTT E S CE SECS C E S C E S C E N T E N T E S C E N T E S C E N T E EE NNEN TTNT EN NTT ED0N: T E N T E N T E N T E E N T E N T N O T F O U N E N T 0 0 0 0 0 0 . 0 1 0 0 m 0 8 . 0 1 . 1 4 1 0 5 INSERT 0 01 A UD SD BR E S S 0V 1IREAWTS ETE OC T A L I Z E R S RBE A: U D 46 CHANNEL1 FLOW M 5 ECFSHOCARNM ESC E ENNTT E ENNCTTH A N N E L 1 F LF AL OSWH D I S C RE: E E ENNTT5 4 NA E LT2 FLOW 4U 6NITS 1 0.565 C H 1 - m 3 / s A C T I V AFTL IU OM NEC SHFALNON EWL = ADDRESS OE DSB U S RS EL A: V E 95 6 8 U N I T S U N I T S A C T I V A T I O N 3 R A N G E P A R A M E T R I S A T I O N 5 0 C H 1 T I M E = 3 0 0 S E C I N S E R T 8V NA 1L U E ( H E X ) I NI NS SE RE RT TV VA AL UL UE :E : BASATC U D R AETENNETT E ENNTT E ENNTTE S C I N ES SECR TE VS CA L0 U8 E. 0: 1E .EN1NTT4 1E0ENN: T0TV5EI ESNNUTT AE LS CI SPEARSTECIDVO8EI NNSF 1U. PA AL IRSSAHTE ESC A3IENLONLTNT E N T RANGE ENT RANGE FLUMES N RS M O RU L A C H 1 - m / s E VR EMLA T FL O M OA DUB TU SO SSLEA TV E 9 5 P A R A M S FE O 46 FLUMES FLUMES SENSOR FORMAT A N0 .C5E6E5ENNTTM E A S U R ELM EOSEACNP TAF8RR. A0OM LTOIESWT = ENT ESBSEACNU SDO3RRFAD ADDRESS 0 1 S E C D M U S B 0 1 . 1 4 1 0 : 0 5 F O R 0M0A0T1 E EN F O R M A T M E A S U R E M E N T ONKTT N O T F O U N D S U P P L E V E L m /s + 0 0 0 0 0 0 . 0 1 0 0 m +M0 E0A0 S0SU0L R0ATVE.I EM 0P 1E 0= R 03Sm0E C0 Sl/s 9E 5C A D D R E S SS T A T IAS TDI D C R1E S S 6 31 S U P P L EE NVTE L SUPP LEVEL E1 I N S E R T V A L U5 E ( H E X C) H A N N EMLOOAF1KDODB RDU SM ESC RDR EEARSSETA SESNO NTTP Y S5T A T I S T EI C C ENT S C E N T F L O W = 0 . 5 6 5 3 E N T C O P Y S T A T I S T I C A D D B A U T E V I E W S T A T I S T I C EE 3LSI S A T I O N return to3 the previous ESC ESC ESC P A R ABy SN ESENISTSC IOVRI Tthe m /s EE E ENNTT E Emenu. NNTT SFMEOpressing Y buttonE ENNTTE N Tyou can T I M E = 0 0 S E C E S C S C E N T E S C E N T R M A T C O P Y S T A T . T O U S B E S C E N T A T E ENNETTN E N T C H 1 E NETN T M SENSOR ET N T M E A S U R E M E N T E S C E S C E S C E N T E S C E N E N T E S C E N T E S C E N T ENT E N T E N T VIEW TOTALIZERS UL EERRVETEMLVE AN0 LT0U0 E1: E N T COPYING... ENT A D D R AE DS SD R E S 8S NI N1S 1E R T E N T F L A SR EH: D I SECENNTT ESC E N T5 0 1E ENCNT ESS 13% HT A N N E L E1 R R OECRRSEHCE:ACN HN O EL 3 PARAMETRISATION C H A N N E LC H1 A N N E L 1 I N SME ORDTB UVS AS LL AAUVUENE T(OOHTSE FEXOT) U N D9 5 S E L E C TM OFDOB RU SMI SNAL SAT EV ER T V A L U E :9 5 R0 E0 C0 H0 O0 0 . 0 1 0 0 m 5 D A M P I N G C H 1 P A R A M E T R I S A T I O N 5 0 S T A T I SCTHI CA N N E L 1 63 5 LE 1S Copying 5 all records to USB Flash Disk 4S C R E : 84EN6N1T E N T E ENNCTTHE AS NC N Eb) ESC 4 6 F L O W P A R S H A L L P 3 C E N T E S C E N T E S C P A R A M S E N S O RE N T U LTIOS SAETTI O N E ENNTT E N T E N T B A U D R SAETNE S O R D I S T A N EC NE T ENT ENT BAUD RATE V5I 4E .W S T A T I S T I C V I S U A L I S A T I O N V I S UA A 7 C M L E V E L : U N I T S ENT 0O 0R0M1A M X X X F. XO XR M A+T0 0 0 0 0 0 . 0 1 0 0 N SS EONR SDOI RS T A N C E E A S CU HR 1E -P E R S E C F L O W : C0O. 5P MY4 P7ESAA2TRSAAUTMRm. E3ST/MO Es NUSSOBR 1 P A R SM A EEM NTSTAT. G DE R ETO E R T V A L U E : E ENNTT 8 PNNE1OR TS FE OCmenu, U NEDENNTTselectFCOPY Aaccess DT DORTEASLSthis Sthe C S USTATISTIC ER SA C SA E A R E E N T D S S In USB item. When you item, you are prompted to A Dinsert D R E S the S 3 A D D R E S V I E W I Z E R S 3 M E A S U R E M E N T Em STATE: 4 ERROR ECHO F L U ME NE SS I T I V I T Y C HMA EN NAEASLNDU1OIDR EPMEOSNER/s SSNCTE TOV PAYL1US5ET A(m OV PAAYTL US TE A T I S T I C HT EI/s E R T V A L 6U8E : O K C DOAAP DM Y DPSRI TNEAGSTSI S T I C 1 I N S FE OR RCST M A CD TDSIRUSB EA SRNSTERSSSIFlash SXT) connector. IC Disk to USB N O T F O U N D A V O N E N T I V I T Y 0 13 0 0 m E S C E S C E N T E S C E N T E S C ALE0R0S0H0 A0 L0 L. m E N T E N T EE E ENNTT ENT ERROR ECHO E ENNTT E R R O R E C H OE N T /s S U EPSPC L E VEENLT ESC ENNTT E N TV I S UMAOC DL BI US SEASSTCL IAOV EN 1S C ET ENN6TT3 E ENN9TT5 E N T E S CESST CA T I S1TI 2INC3S4E R T ESC ENNT ENNT ESC ESC ENNTTE E 0 0 0 1 E N T E 0 1 ESENNETTCE EN5NTT E N TEPSAC REAS M E N T E E N T E S C E N T E N T C O P Y I N G . . . O TR E B ASUEDN RS A V I E WF LSATSAHT DI SI ST ICC E N T LUI S BA T I O N COMPLETED 1 3 % E ENNTT M E A S FUSOCR RE M AE NT T BNT ECS O C P Y S T A T . T O U SE M SENSOR E ENCNT C H A N N E L 14 6 M5 HT A N 9N 5E L A2 D D RECRA 46 FLOW CHANNEL 1 FLUM 5 C H A NF NL OE LW 1 5 F4L 6O W EEHSD:ASDSNTRNAEETLSI S4ST I C 1R E : OUDRB EU SMSEL N A VT6E8 63 F LEV USEMICSEE SW T O T A L I Z E R S 6 86 8 INV S EI SR UT AVLAI SL UA ET I O N E N T E S C E N T E S C UNITS UI NNSV TISATAETSRTI OTI SNVTAI CLEUNET: EX N)LTT E N T U N I T S I NR STEVEVSRICAETW VU SAE T:L AUE ETENNI:TST TEI CN TAECNT TI VE ASICTNPISORPERN ENT A C T I N S E R T V A L U E ( H E X ) E N E S C C O P Y R T V A L U E ( H E I N S E L 1 E D E F . P A R S A L E N T E S S B A U D R A T E A R S H A L LE N T PARAM SENSOR RANGE V I S U A L I SSFTAOATRT IIEMSODTUNIECLFA. P A R S H A L L 6 3 R A N G E V I S RU AA NL IGSEA T I O N RF1 OE RC M H OA T M O D B U S CS O L APVYE S T A T . T O9 U 5SB F OS RO M ULA 5 M E A S1U2 R3 E4 M E N T F L U M E S F L U M E S F L U M E S P A R A M S E N R P A R A M S N S O R L EOSAC0DW0DF0SRF1TRO AOMTMUI SUS TSB IBC E ENNTT EBSAC+ 0TS0ETE1OC. T6 A2 L1 I1ZmEEENRNTST ALUDI SD A U D0V 01RI E0AW 1 BR TE ISOSN A D D R0E0S0S1 E5ENNTT FORMAT F O R M A T MFI LNE AASFSSEOHRURTRDMEIASMTC0E 1N T S E C E A S U R E MVL EOI ENA T 1 T 3I/s S T IM . TT OI S UT SI CB I N S E RS TO R8V 5A L U EO K I O C H A N NNFEOO LRSERS M M P OA Nl/s STC E O P Y S1T Am SUPP LEVEL ERROR ECHO S U P PS TLAET VI SA ET LIDC DSRUEPSPS L E V E L 6 3 1 ACD D R E S S C O CP YO PSYT1AS TT A M SS EE N NSOR V I E W T O T EANLTI Z E R S V I E W S ETSAC T I S TEI NCT M O D BAUDSDCRHE ASE NESNNNTTE L S U RR EEUM ESCESC EE NS TC UR M ML EEA N N TT E ENNETTENE ETENENTST CE N T E S C E S C E ENNTT T ENT ESC CT VALU ESC ECSOC PEYSECSSCT A T . TEON T E S C C O P Y ES N T ) ENT U S BE N T E EENNENTTNETTN T E ENNTTERSEC L EASYC SI N SEES R EENSESSSCRSSTTAVNAT LE1SEU2NNE3TT:411 ENT E EN T I.ES.EN.TNTEIT CENENTNTT ENT(TEHENENX C O P YTI A NG V I E W T O T A L I Z E R S BINARY INPUT COMPLETED HO O 13% RR EE CC H F L U M E S 6 8 E S C E N T E S C E N T M O D B U S S L A V E ENT CHANNEL 1 ENT RE: N G 0 1 S E C E ENCNTHT A N N E L 3 0001 INSERT VALUE: P A R A M E T R I S A T I O N I N S E 5R 0T 5 I OCCHHAANPNNR NE EE 1 L5 L L L1DS E F . P A R S H A 85 I N SI NE SR ET RVTAVL AU LE U: E ( H E X ) SICN S E R T V A L UEEN T( H E ENNC)TTH A NPNAPERAL AR1MA EMTERETISRSCIASCTAIOTOIPNO YN S5T A T5I05S0T I CE NPTA R AF OMREMSS UCELNA FS LOARS H D I S C Eportable NT E N T EX A Uall T Orecords S E TSPEALREare When the disk is inserted, copied to the medium. During copying, per cent progress is shown C O P Y S T A T I S T I C F O R M U L A S H A L L P 3 P A S S W O R D 3 M O D B U S C H N N E L S E S C E N T E S C E N T P A R A M S E N S O R C T F O R M U L A E N T P A R M S E N S O R E N T E N T A U T O S E T AUTOSET T P A S S WEONRTD ? S E NMSEOARS DUI NIRSSETEMARENTNCCTEO N S T A N T S 01 SEC LAAOYSASUDR FE RMOEMN TU S B R E L M E M E A S U R E M E N T 1 S E N S O R D I S T A N C E A D D R E S S E N S O R D I S T A N C E on the display. + 0 0 0 0 00 00 0. 0 1 0 0 m E R T V A0L0U0E1: E ENNTT E N) T E A S U R E EP SECRC O E SI CN S E R T V A L U E ( H E X S EP CY S T A T I S T I CE N T TSP. .U. T BI NIACNCDOOADPRRYRRYIEE NCISNG 1 A D DMRME AES AS SU UR RE EPFI EPLNREASRS1ES HRSE TCEDCI SECN TM E R R O R E C H O 1 5 A D6 D3 R E S S T TI S TVI A COPY STATISTIC M EORDRB1OU S ESCLHAOV E 3R% O ADRIDNE DRCSm RETHEASE3RO/s S S0 0C1L U E A T I 0O 1N S E C N O R E S P O N S EE R R A S E NDSAI M T IPVI INTGY I N S E R T ESC I O DC A H AMNSPNS D AE SMCP I N G EE E EENNSTTC EIENENL SNSG SI TVI ITI V0EI EVW I TNI TYTS YT A 1T I S T I C ESC E N T E N T E S C E N T E S C E N T SL CI^ SDA+TEI O N E ENNTTE ENNTT F L A S H D I S C ESC E S C 1H 5 I ENSESCSECR T D A TE EN/TT I M E E NE TN T ONE TUN TS BE N T E N TEMS O E N T E EE NNY2NT3SE 4TL A SE ETNN.TTET EEN TTNTT E S C E SECS C C DE SBECSUCS CCHOAEP1 E N T NNEN M SS EE NN SS OOERRENNTTE ENNTT TR TS C O P Y S T A T I S T EI CEN NT T N V I E W T O T A L I Z E M COMPLETED RELAYS U 3R E M EE NN TT CHANNEL 1 5 ENT E ENNTT m ) 1 4E.S0C1 . 1 4 1 0 : 0 5 B I N A ER SYC I N P U T 1E ENNTT EUSR/SEs M M C H A N N E FL LE1USPMCAE RSRA EMC :EOT PR IYS IANT IGO .N. . 6 8F L5O0W C H A N N E LC 1H APN AN ERL S1 H A4 L6 L P53 1 C H A N N EC LHM RU E :S S L A V E 4 5 CHANNEL 1 mE S) S A N N E L 1 5 O D B P AS ER RA TM5VSAE LNUSEO R ESC ENNTTTI C 68 A U T O S E T E N T E E N T C O P Y S T A T I S T I C I N I N S E R T V A L U E E N T C O P Y S T A T I S 13% R ECHO 1 V I S U A L I S A T IMO ENA S U R E M E N T E ENNTT A C T I V A TI NI EOSSNEC R T V A L U E : P R ES DE EN FS .OPRADR ISSHT AA LNLC E U N I TAS C TI IOVCAH ACTNITNOIEVNL SA T I O N AI SRNTSGAH NA TL L P A R A M S E N SI NO 1 5 M VLOI DS BAUUTASILOICSNHAATNI ON NE L S A SRDEDRRTE DS AS T E / T I M E 1 ESC F O R EVSICS U A LI N I SS AE TR ITO VN A L UE EENN:TT MQ E= A EA^ DTP + EESREENTNSTITCE C R A N GV EI S U A M U YSLA AUS* RH E ENNTT C O P T I E S C E N T 1 2 3 4 M E A S U R E M E NE TR R O R1 E2 C3 H4 O C O P Y I N G . . . E LA S AER NYA SMOSRE N S O R E N TF L U MP EASR ARMP ENT M USSE BN S O R P A R A M S E+N0S0O0R0 0 1 . 6 2 1 1 m D R E S L O A D F O M 3S U S B C ( m3 / s ) 6 3 F O R MMAE TA SBUCIMR 1 A D D R E S S 1 D4 .A0M1 P.11I N4 G 1 0 : 0 5 13% Q S. T. A. FT ILSS OTE IN W NOEEAM AMRPSEYLUNEIRTNTEPEMUDETN T UE LRS E M E N T M E A S U R E M3E N2 T S I T I /s VITY OK E R R O R E C H OESC 1 E 1 H . .V. IL EEE SW VCCESLOT P(Am m S SDBCRU ESSSSL A V 1 YTI)INS GT .I .C. EUSSSC H A N N E L1S N O R E S P O N S EA D D R E S Sm /s EELAOSDED EE ESNNUTTP PA LDEDVRM E ENNTT E I N S E R T D A T E / T I M E 1 5 C ,OE P. .YO. PCS YTO1ANS3TTS% .A UTNTSTI CB E N TE S C E SE CS C E S C TETEATNNOINETTSETN ESC E SA C,D EESRCETENV R SE C H O 8E 5N T T completed, B IENSACR Y This IENSPI CUNTSaction E ENNT NTTcan E ENNTT ENNTT E EE EN4NTT cancelled NNN TTis A L UE6be E ENNTTE S C E S C Cby E ENNTT E N T any time pressing the button . When the copying "COMPLETED" E N T E N T E T O T A L I Z E R 1 U S E R V I E W T O T A L I Z E R S ENT YA TGI NI OP NU T ESC ESC C L E EASRC T O T A L I Z E R 1 E ENNTT E ENNTT ESC RULNM ENT E ENNTT SI SUSAL.L 0ATA1IVO. E1N4 E1EN0NT:T0 5 CHANNEL 1 5 ESC FLUMES 68 C L E Ashows R T O T on A L 1Ithe Z2 E3 R4display. 2 E NFTL U M E S 3 N S1ST4EAN NSTOSR 6+ 801 M F : 1 . 4 1 5 4 3 2 7 E m I N S E R T V A L U E : A LCIOZ PE YR S31T A T I S T I CC H A N N E FL O1 R M U L RACE O: M P L E T E D I N S E R T V AAL CU TE I: V A T I O N N ENAEDLL ELS F . P A R6S3 H A L1 L S T A T I SI TO I C HPARH I O CC LH EA PNAANRRE ALTSMOE T UI RN ESME ER NT T8V 5A L UE EENNTT T RAI SL AI TZ I EO R N 4 50 ESC V I S U A L I S A T I O N E8EN5NTTP R E D EI FN.S PE AR RT FSVO C L E A R T O T CHANNEL 1 AR LIMSUSUTECLI (CAHHAE NX N) E L S M O D BAUUST CO HS AE N F O R M U L A 8 5 1 1 FmO R M UV LI EBAIWN AMSR OYTL DIA TNELS NBTP UU T 64 PARAM SENSOR RRE1STSMC SPUAL SA S W O R 1D 5? E ENNTT F O RESMSEUCLLCAEOCPTY IR S RATTDV I OIANS LTUAEN C E5 E0ENNTT S BU SN TB R E PLAARESYASIMESNCENSTSREO 01 SEC RC OP CYMRL SEUE TALSOAARBATYTD.SOTFTORAOUL M TL O A D ECFS O I N S E R T+CS0O0TN0AS0TT0I AS1 TN. I6TCE2S N NASTTI AO NN T 1S 2 3 4 E ENNTT MENT I Z E R 1 E S C E N T E N T L E V E L : 5 4 .M7E A S U RCEM S E L E C T F O R M U L A EPNL TE T E D ENNTT B I N A R Y I N P U T V I E W T O T A L I Z E R S B I N A R Y I N P U T C O M E A U T O S E T 0 0 0 1 3 M E A U R E P E R S E C 1 S S W O R D LISATION CM L EOADRB TU OS TSAL LAI VZ EE R 2 F L O W : 0 . 5A4D7D2R E SmS / s INSERT CONSTANTS M O DSBA EUNDSSD SOR LREASDV1SI E2S 3T 4A N C E 1 ME L SS E N S O R 3 C L E A R T O T A L I Z E R 3 ESC EE 4 S T A T E : E S C E N T E N T E S C E N T E N T O K m /s M E A S U R E P E R S E C T IDT AY T / T I M E E N T ESC COMPLETED S EINNSSE ISETCRI V E ENNTT E ENNTT UUES0LRSC0SECMHEANNTN E L S 1 C L E A R T OETENANTTL I Z E R 4 STATISTIC 6 3 ESC E S C AEDS D T SO ST A L I Z EERENN1TT- UESENNETTR ESC E SE CS C E S C ESC ENT CRE ESENTNTITC E EE NNEN TTNTT E ENNTT EUSSSS C H A NE ENNNETTL1ESENNTT E ENNTT V I E W S T A T I S EESNC1S4I .T0I 1V .I 1T 4Y 1 0 : 0 5E ENNTT ESC ESC 3 S EEBNNNTT T5 0 E ENNTT YYS I N P U T E ENNTT 8 5 E S CC O P Y S T A T . T O U E I O C H A N N E 5L S 1 FORMULA E S C F : 1 . 4 1 5 4 3 2 7EEEN+ NTT0 PARAMETRISATION CHANNEL 1 UYS I SN LP AU VT E E ENNTT P A1R A6Mm STATISTIC 3 E T R I S A T IVO INE W T O T5A0 L I Z E R S M RO D B U S C H A N N E L S P A R S H A L L P 3 S E L E C T F O R M U L A A U T O S E T P A FRL AO WM S E N S O I N SV EI ER W T PS AT SA 1ST W US SLAVE 46 C H A N N E LI O1 C H A N N E L S 5 I SOT RI CD ?A UC HT AO NSNEETL 2 S ER NE :S O R D I S T A N C E R E L A Y S 1 I O C H A N N E L S I N S E R Tbe C O N S T A N T SCopied M E A S U data R E M EisNI stored T ESC S O R without D I S T A Nproper CAE TA E* /HTcompletion, When you the the Astored E ENNUSB TTS E Ndisk E1ENNTT DI NAPTUE T/ T I M E EHL S^ D + E CTIVM Afile TO IDOmay B NI NS AE R1 TY in EARPNTYremove BNU S C H damaged. ANNELS M O D B U SI NCECSHS O NVSE ATL A SL UT E. :T O U SMBEEENANTTS U RI ESNTEPSASEETCRIRMS TTSEIQEDCA C= S U R E ^PI DM E+ RE ES E 6C3 A D DUR NE ISTSS V ICEformat W T O T file A L I named Z E R S FCU400.csv. RO AR NE GC EH O M O D B U S S L A V E V I S U A RL IESL AA TY ISO N V I EAWD DS TR AE ST SI S T I C E ENNTT U S C H A N N E L SE ENNTT R E L A Y S the CSV E R R 3 A D D R E S S 3 F L U M E S P A R A M S E N S O R 14.01.14 10:05 BINARY INPUT mS / s ) 4 C.. .0O. 1SFP .LEY1ONS4W B I N A R Y I N P U T2 STI AT1(TI0mV.: I0T/Ts5OY) U S B DAMPING S E N S I T I 1VQ FORMAT M E A S UMROEESDMCBE UN ST S L A V E HI V.T.IY.EELSWECVTEOLT (AmL )I Z E R S mPY)U IT N P U T M O D B UE SS CS L A V E EE 64 E EENNSTTC S U P P L E VE ES LC EEENSNC TT A D D R Echannel E ENNTT STRS-485 C E ENNTT1 E ENENT c) Reading records using SS E T ESC USST A S LN AT V E AModbus , OD T, EA.L. I. ZCRTU-Slave ORENNl/s ST -TUASNETR communication EOENKNTT T E 1 E LTSO T A L I Z E R 11 ENNTTE N T ESC ENNTT ESC ENNTT E E E E S C E E S C E N T E S C E S C E N T E NNT ENT E N T E ENNTT3 ESC E S CI N S E R T D A TEEN/ T I M ENTT E EN UTSOCTHAAL NEI ZENNENETTRL ES2 ENNTT NTT F :E S C1the . 4 1RS-485 5 4 3 2 7 Ecommunication + 0 1 E ENm Any recorded data can be read using interface with 6Modbus RTU-Slave C H A N N E L protocol. 1 5 FLUMES 8 Y ST O T A L I Z E R 3 IO CHANNELS 1 INSERT VALUE: E F . E PT RAI RS ASTHI OAN L QL = A * 5H0^ D + E A C T I V A T I O N M O D B U S C H A N N E L S 14.01.14 10:05 YT O I NTPAULTI Z E R 4 R IE N: S E R T V A L U E : P R EP D CHANNEL 3 VISUALISATION 21 F O R AMRUA ML A T EDinel, / T I Ms.r.o. E B I N A REFM-115 U SI NSSLEARVTE D A © R E L A Y S B I N A R Y I N P U T 6 4 Y I N P U T 6 4 AUTOSET PARAM SENSOR 85 3 + 0 0 0F OE0RS0MC1U .L A6 2 1 1 m PARAMETRISATION 50 E8EN5NTT L O A D TFORTOAML QIUZ. S.E.BRF L1 O E ENNTT S E N S OCR L DE IASRT TA- OUNWTSC AEE( RLmI Z/ Es R) 1 C L E A AR UTI TNOOST SEAREL TI ZDEAR T1E / T I M E M E A S U R E M E NB TI N A R Y I N P U T S E L E C T F O R2M U L A RE LMS1 U4 L. 0A 1 . 1 4 11E0N:T0 5 ERS TC O T A L I Z E R 2 ENNTT H . . . L E V E L ( m ) M O D B1U S S L A V E A S S W O R D E E N T U S C H A N N E L S M E A S U R E P E R S E C C L E A R T O T A L I Z E R 2 C L E A ADDRESS 3 INSERT CONSTANTS NSTANTS S E N S O R D I S T A N C E F : 1 . 4 1 5 4 3 2 7 E + 0 1 m S A D D R ECSALS,EDA, RE .T. O. ECTNOAT NL SI ZTEARN 3T E S C CLEAM R ET AO ST UA RL EI ZPEERR 3S E C E ENNTT ESC E3N T ESC
0.57 233
0.21
0.57
233
0.21
0.57 233 0.21
233
0.57 0.21
233
1 RELAYS RANGE ESC B I N A R Y I N P U ETENNTT I NF LP UU M T EC SH A N N EE LNST M ODBUS SLAVE R FE OL RA M Y SA T CURRENT OUTPUT B SI NU AP RP YL EI NV PE UL T I O C H A N NEE SL SC 1 ME O D B U S S L A V E4 6 E ENNTT FLOW SC E ENNTT INPUT CHANNELS U N I T CS U R R E N T O U T P U T COPY STATISTIC RELAYS ESC E ENNTT ENT R A N GE SE C BINARY INPUT 8.5.2. Function of totalizer and operating F L U Mhours ES CHANNEL 1 5 IO CHANNELS 90 I O C H A N N ECLOSN S T A N T S 1 COPYING... M F O R M A T S E L E CI TN SUENRI T V A L U E ( H E CX U)O RDRBEUI NSTP SUOLTUACTVAHPE UA TN N E L S PARAM SENSOR MODBUS CHA 1 P3 A%S S W O R D I O C H A N N E L S 1 SUPP LEVEL MEASUREMENT RELAYS 46 FFor L O W each measuring channel, SD R E L A Y counters the evaluation unit includes two flown E S C amount ENN-TT totalizers. The first (factory) E I N P U T C H A N N E L S 3 1 ADDRESS BINARY INPU B I N A R Y EI N P U T U N I TE SS C 0N0TT 0 0 I N C O R R E C TE N T E S C R E L A Y S m /sE EN ERROR ECHO MODBUS SLA totalizer during the device lifetime, and cannot M O D B U be S S reset L A V E to zero. The second totalizer R A N G E is used to count flown amount B I N A R Y I N P U T DAMPING C U R R E N T O U T P U T FLUMES M O D B and U S Scan L A Vbe E reset to zero. (user) is used to count the flown amount, These user totalizers can be reset to zero directly I O C H A N N E L S 1 ESC E N T E SC E S C E N T F O R M A T E S C E N T ENT S CR R E N ETS O ENT ENT C EOS C E ENNTT E N T ECELU P U T E ENNTT STATISTIC INSERT VALUE E C T U Ninput I T U T(see U P P L ECor V EPby LY a INPUT CHANNELS inS menu, connected buttonS to chapter 7.4.5) E S binary C E N T ENT RELAYS ESC E ENNTT 3 B I N A R Y I N P UF LTO W C H A N N E 1L 12 3 4 R E : ODBUS SLAVE m ACNON M Eoperating L P1 L E T E D hours 5can Rbe 24 A N Gdisplayed E /s TotalizersC Hand in the STATISTIC/VIEW menu. When4 6you access Mthis M O D BTUOSTOTALIZERS T SALLAI ZVUEENRI T1 S- F A C T O R Y BAUD RATE ACTIVATION MIN. VALUE C U R R E N T O U T P U T I O C Hchannel FORMAT menu,E Schannel displayed. R A N G EE N T 3 VTI SUUNA1I TLfactory I S A T I Ototalizer N N T E S C and M AA NXN.E LVSA L1Uoperating E E N T 1 hours are C E S C SC E N T S E L E C E ENT ST m I N P U T C H A N N E LNST ADDRESS F : 2 4 8 3 5F9L 8U M EE N PARAM SENSOR F O R M A T E L A Y S R T: 5 DAYS 00:01 M 3E A S U R E M E N T OK S U P P L E V E L m3/s B I N A R Y I N P U T 1 A D/s DRESS m ESC ESC A ENNNGTTE M S T A T I SETSI CC 6 3 RE E ENNTT E ENNTT ESC E SOCD B U S S L A V 2E 4 E ENNTT T O T A L I Z E R 1C-OFNAS CT ATNOT SR Y E N T M I N . CV UA RL RU EE N T O U T P U T CHANNEL 1 5 VIEW STATISTIC IO CHANNELS 90 ESC C O P Y S T A T . T O T B M A X .E SVCA L U E I N S E R T V EAENLNUTT E ( H E X ) E ENUNTS PARAM SENSOR MODBUS CHA 3 A F: 2483598 V I E W T O T PAAL SI ZS EWROS R D RELAYS D 0 0m : 0 1 C HMAENANSE UL 1R E M ER NE :T T: 5 DAYS 1 ADDRESS B I N A R Y 1I N9 2P 0U E I N S EI NR CT OVR AR EL CUTE ( H E X ) C O N S T A N T SC H A N N E0L0 10 0 9 0 S E L E C T F O R M A T T O T A L I Z E R 1 U S E R A ERROR ECHO MODBUS SLA 24 RANGE B T O T A L I Z E R 1 F A C T O R Y E S C E S C E N T E S C E N T DAMPING ENT ENT CM L E V E L : E5N4T. 7 MIN. VALUE 0001 XXX.Xm X3 F: 0.000 3 C ESC E N T E SC ESC m E/ EsNNTT F L O W : 0 . 5 4 73 2 M A X . V AELSUC E ENT E ENNTT E N T F : D 2 4 8 3 5E9S8C 3 STATE: 4 m OK m /s T: 5 DAYS 00:01 SC E S Cthe ESC ESC ENT OE ENNN STTT A N ET SS1C user Etotalizer 9 0 is shown, E ENNTT By pressing E ENNTT CLR E S C zero button, Cchannel resettable E ENNTT 46 C IHNASNENRE TL 1D A T REE/ :T I M E MODBUS SLAVE T O T A L I Z to E R 1F-LUO W Susing E R the E N T button. CHANNEL 1 5 A ESC ESC ENNTT E N T E U N I T S BAUD RATE ACTIVATION B RANGE m3 F: 0.000 C5 M OF DOB RU SMSAL AT V E 46 C 1H 4A .N0N1E .L 12 4 1R0E : 0 5 F LFO LWU M E S 46 FLOW C HVA INSN UE LA1L I S A T I O N ADDRESS PARAM SENSOR D BAUD RATE U UNITS A CE TA ISVUARTEI MO EN N T F ON RI TMSA T FORMAT CONSTANTS M 9T0I O N R A N G E R A N G E V I S U A L I S A OK S U P P L E V E L m3/s 1E S C ADDRESS T O T A L I Z FE LR U1M- EUEENSSNTET R ESC E CNLTR ADDRESS SC A PARAM SENSOR E ENNTTE N T EFSLCU M E S ESC E ENNTT ENT E S C E N T E N T F O R M A T B FORMAT MEASUREMENT F: 0.000 SUPP LEVEL m3 l/s OK 1 SUPP LEVEL C ADDRESS ESC D ESC ESC ESC E ENNTT E ENNTT E ENNTT E ENNTT RE: CHANNEL1 2 CONFIGURATION R1 E- :U S E R T O T A L I Z E R C H A N N E L 1 C H A N N E L 1 CLR I N S E R T VEAENNLTTU E ( H E X ) E S C SELECT FORMAT ESC 1920 I / O C HRAE N: N E L SE N T 2 CONFIGURATION FLOW RE: CHANNEL 3 N031/s m 3 5 0 C H A N N E DL 1I S P L A Y M O D E F : 1P.A4R 1A M5 E4T3R 2I S7A ET I+Om 5 4 . 7 C M L E V E L : I N S E R T V A L U E : 8 N1 I / O C H A N N E L S FLOW XXX.XX A U T O S 0E T0 0 1 P AFSLSOWWO: R Dm m3/s 0 .35 4 7 2 DISPLAY MODE TOT S E N S O R D I SmT 3A N C E D ASTTEA/ TT IEM: 4E /s 3 PASSWORD +000000. 0100m OK m /s C TOT F A C T O R Y D E3 F A U L T O KE S C M E A S U R E P E R S E D A T E / T I ME SE C m E ENNTT E ENNTT ESC E N T By pressing EAS DCthe D R E S S button ESC N Tall channels. E ENNTT E S C browse 3 E N T again, you can all totalizers for E ENNTTE ENNT T FACTORY DEFAULT E O K m /s NO RESPONSE SENSITIVITY E ENNTT
SC
WRITE ERROR ESC
ENT
IO CHANNELS
ESC
0.57
0.21 0.57 233 0.21
CHANNEL2 CHANNEL4
0.57 1735
E ENNTT
ESC
233 RE:
M A I N CM HE AN NU N E L 1
NO RESPONSE
C H A N N E 9L 03
3
E ENNTT
ESC
IO CHANNELS
E ENNTT 5
1 M A I N PMAE RNAUM E T R I S A T I O N
MODBUS CHANNELS
0
ESC
E ENNTT
C O N FFI LGOUWR A T I O N
2
46
ESC
E ENNTT
FLOW
UNITS UNITS ELS 2 0 4 6 C O N F I G U R A TCI HORANAN NN EGL E1 DISPLAY MODE I / O C H A N FVN LIESUL UM S AE LSI S A T I O N S T A T IPSATSIFUSCLNWUI OTMRSEDS D I S P L A Y M O D E P A R A M S E N SOR C O N F IDGAUTFREOA/ TRN T IM IGM OEANET FO MAT P A S S W O RSMDUE PA PS UL ER VE EMLE N T D A T E /FTAI CMFSTELUOUPVRM SE EVFEAL U L T PIYELDW D A T E / T I MEASEDC D R E S S P A S S W O REFSDOC RCMH AE TC K ENT E ENNTTE N T F A C T O R Y EDR ERFOARU EL CT H O D I A G NE SOCS ST UI CP P L E V E L
HANN M A I N M E NI U/ OF LC RO AW N G E
1 E ENNTT E N T ENT
ESC
m /s 8.6. Other E ENNTT information RE:
0
S T A TA ICSTTI IVCA T I O N C O N VF II GS UU RA AL ITSI AO TN I O N SOR D A T EP /ATRI AM ME SVEI NE W P A S SMWE A O SR UD R CE HMEECNKT D I A GANDODSRTEISCS
RE:
l/s
OK
0.57 1735
ESC
ESC
5 0F A C T
O CROYN FDI GE UF RAA UT ILO TN H EAS N N E M A I N M E NI U/ OF LCU M
E ENNTT
2
E ENNTT
ESC
ESC
E ENNTT
E ENNTT
MODBUS SLAVE
5
M OF DOB RU SMSAL AT V E
ESC
C H A N N E 4L 46
M O D B U S S EL EANNVMTTE A I N M E N U
9 5E S C
0 V I E W S T A T I SETNICCTO N F I G U R A T I6O 5NE S C
E ENNTT
2
ESC
0.57
E ENNMTTA I N M E N U By pressing the
0
FLUMES
68
ESC
BA AD UD DR ERSAST E FORMAT ADDRESS
ESC
E ENNTT
ESC
CHANNEL 1 5 46 DATE/TIM E 5 - M IMNA I FN LMOE NWI U/ OF LCO HW A N N E L S0 B A U D R A T SE T AP ATRIASMTE ITCR I S A T I O N C O N F I G U R A TCI HOVANINSN UE LA1L I S A2 T I O N 5 50 U LNAI TY SM O D E FORMAT CONFIGURATION D I S P P A R S H A L L P 3 SENSOR S T A T I S T IRCA N G E I /0O1 .C1H4A N PN1AE0 RL: 1SA 1M R EA: D D R E S S D A T EA /UTTI O CHANNEL1 FLOW 1 3 . M CSEHEAVTNINEEW P A S S W O R D L 1 5 M E A S U R E M E N T C O N F I G U FR LAUT MI OE NS DISPLAY ODE E NOSROD R CDHI SE CT AK N C E P A S SS W 1 ACTIVATION D A T E /DTAI TMFEEO/ TRVIMIMEAEWT P A S S W O RADD D R E SU SN I T S 3 D I A GMNEOASSTUI VRC EI SPUEAR L SI SE AC T I O N P A S S W F AOCRSTDUOPCRPYH LEDECEVKFEAL U L T m /s NO RESPONSE D A T E / T I ME ER R O R RE CA HN OG E A D D R EE NSTS E S C E N T F L U M E S E N T E N T E S C E S C E N T E S C E S C E N T ENT E N T E N T F A C T O R YEDSDACEMF P AEIUNNLTGT E ENNTT S E N SEI NT PTI VA IRTAYM ES NE NT S O R D I A G N O SETS ICC E ENNTT ENT FORMAT M E A S U R E M E N T ESC ESC ESC E ENNTT ESC E ENNTT E S C OK S U EPENPNTTL E V E L E ENNTT m3/s A D D R E S S E ENNTT 1 RE:
BAUD RATE
1 ENT ENT
INSERT VALUE: 68 CONFIGURATION L S0 I N S E R T 2V A L U E : D I S P L A Y M O D E R E D E F . P A R S H A L L SA T AR TE IYS OT UI C I / O C H A N N E L S+ C0O0N0S T0 A0N0T .S 0 1 0 0 m M E A S U R E P E R S E C D A T E / T I M E V I E W P A S S W O R D F O R M U L A SNUFRI EG ?U R A T I O N I N S E R T V A L U E ( DH IESXP) L A Y M O D E A PARAM SENSM O RO D B U S S PL AA SVSAE W D DO R ED S CS H E CP KA S S W O R D CD O TAVIDIMEFEWR O M U S B 01 SEC A T E in /DTAthe I TMLEEO/main P A S S W O R DVIEW Ditem. E N T Current be displayed menu under the DATE/TIME mM3/s N O R E S P O N S EM E A S U R E Y D I Adate GSNE ONand S TI TI time CI V I T can F AOCR TDO 1 P A SSW CR EYHENEDNTCTEKF A U L 0T 0 0 0 D A T E / T I ME SE C A D D R E S S E S C E E S C E N T E N T ENT ENT I N C O R R E C T E N T E S C E N T E ENNTT E S C E N T E S C E N T ENTENT DIAGNOSTIC ENT FACTORY DEFAULT E R R O R E C H OE N T ESC ESC DAMPING E ENNTT E ENNTT E S C ESC E ENNTT E ENNTT
S T A TA IUSTTOI CS E T R E L A Y S current 8.6.1. Displaying date and time CHANNEL 1 B I N A R Y5 I N CP OU NT SF IEGNUS ROAR TDI OI SNT A N C E
ESC
46
90
8N1 INSERT VAL IO CHANN
ESC ESC E ENNTT 46
E ENNTT
MODB 0R 0E 0L A 1Y BINAR MODB
ESC MODBUS SLAVE
BAUD RATE FORMAT A D D R EM SO DSB U S S BAUD FORMA ADDRE ESC ESC
E S C button, you will return OT N F Ito G U the RATION E ENCNT menu.2 INSERT VAL INSERT VALUE: PU RMH EEASDNEmain 5 NFE. LPSA F LEC 0 R S H A L L 6 8 C O N F I G U R A TCI HO AN N N E L 1 MSAEI R N TM EDNI A U/ O 2 1 9 S2 T0 A0 T I S T I C I N T / T I M E INSERT VAL F O R M U L A C O N F I GI UN RS A EA R S H A L L E RT TI OVNA L U E : A C T I V A T I O N S T A T IDSI TS IPPLCLOR AEA YDD EMFFRO. ODP M I/O CHANNELS 0001 01 SEC DATE/TIME VIEW P A S S W OI O RUDNL A U S B RE: CHANNEL1 D I S P L A Y VM IOS DU EA L I S A T I O N XX 0 8 . C0 O 1 .N1F4I G U1 FR0 OAH/ TRT IM 1234 P A S S W O+ R D0 0CI0NHabout 8.6.2. Displaying information PDA R A M S E NS ES LOERC T F O R M A T SE0EC1RK. T6 2Vthe A 1L mU evaluation E (DHAETXE) /DTAI TMLEEOunit AV DIMEFCEWRHOAMN NU ES LB 1 0 1 P A S S W O R DIAGNOSTIC F AOCR TDO CR YH EDCEKF A U L T MEE A S U R E M E N T PASSW D A T E / T I M E S C ESC ENT E5S C ENT CHANNEL 1 IO CH 90 D I A G NE SOCSETS ICC ELNETV E L : 5 4E.EN7NTTE ENNTT CF M A C T O R Y ADDEDF RAEUSLSTC O N S T XA NXTXS 1.EXNXT 0E0N0TE1S Cevaluation 3 E S C Information about E ENNTT P A R A M S E E ENNTTthe FCU-400 ESC EN unit displayed main menu under the INFO item. 2VENNAthe F be LT O W : T0S. E5 R4 T7Ein NSOR MO E ENNTT E S Ccan E SRCD ESC EUSEC/ (sH E X ) E S C ENNTT TTL m E ENNI TN E ES NNW TT O EA P A S 3 STATE: 4 M E A S U R E M Em N T/s RE D OK C H A N N E L 1 5 1 PARAMETRISATION ADDRESS 0I N C O5 R0R E C T C O N F I G 3U R A T I O NE S C BIN 2 0000 E NMTA I N M E N U ESC E ESC ENT P A/Rs S H A L L P 3 ECENNHTT1 - m E ENNTT P A R A M S E N S O R 46 E R R O R EMCOHD OB U S S EL ANVTE S T A TA IUSTTOI 9CS5EESTC MO M O D E0 ELS 2 1 M A I N M E NDU I S P L AU Y 8 5 C O N F I G U R A TI IOOMCN HE AANSN U REMENT : 0OL5AR D D A M P I N G B A U D R A T CE O PNASFR IEAGNMUESTRORAIRSTADITOII SONNT A N C E 5 0 0 8 . 0 1 . 1P 4AFS1O SR0 MW M O D B U S C H A N N E L S S T A T I S T I C D I S P L A Y E S E L E C T F O R M U L A 1 A D D R E S S SC I N S E R T P EASSC S W O R DF?O R M A T EDENANTTT EA M/UETTAI O S SUE ERVTE I PE EWR S E C ESC M E ENNTT O N= F IDGANU6TTIR5ENA/ STTEII M O NEL OCWOENS SC T A N T S P A 4S6S EWENONTTRREDRE LR AO YRF LSEO CW HE O ED NDOSR OECDHRSACSDNHNIESESLCTC1AK N C E F L OC W R EA: D D R E S S P A S SS MODBUS S 46 CHANNEL2 AW 5 0FE. A5 EFAULT CM TEEOC VR IYREFTDW BDEIANMAPRI YN GI N P U T D A T E / T I D A T E / T I M T I M E = 3 0 0 S M E A S U R E P E R S E C B A U D D I A GSNE ON S TI TI ACI VC ITTI YV A T I O N M E A S U R I N GU N I T S D B U US NTSI LTAS V E A D D R E SV SI S U A L I SE NATT IEON NT P A S S EWS OC RE SDC C H E RC AK N G E E N TE ENNTT F A C T O R YEMSDO CE F A RL A F OMROMD BA NL OGWE E ENNTT ESC ESC RE: E N T 4 6 E N T CHANNEL1 F E N T D I A G N O S T I C M E A S U R I N G C H A N N E L 1 5 S E N SEIENTNPTITVA IRTAYM S E NE SS CO R ADDRE ENT ESC F L U UMNE IST S F L U EMNET S E ENNTT ESC BA T T E ENNTT ESC A ETENIENONTTTN E S C ESC E ENNTT E S C F O ERRENMNATA ESC F O ER NM TA T M E AASCUTRI EV M E ENNTT N G E FO C H A N N E L 1 5 V I S U A L I S A T I O N l/s FLUMES 68 OK 1 S U P P L E V E L S U P P L E V E L ADDRESS I N S E R T V A 1 A LD I N S E R T PV AA RL AU M E :S E N S O R IO CHANNELS A C T I V AE ST CI OF NL U M E S ESC E ENNTT E ENNTT W R I T E O K E S C M E A S U R E M E N T ECENNHTIT1N -P UP TR EC DH EAFEN.SNCP EALRSS H A L L E ENNTT F O R M A T 3 N 1 IO CHANNELS V I S U A L I S A 1TION ALUE: 8 F O R M U L A OK S SUOP RP L E Vare m /s you access this I O PCAH ARversion NNELS S 1E L displayed. By When and W R I 1RT E LOunit ALKO Y SAtype, 1234 A Ditem, D R E Sthe S evaluation I N P Ufirmware T CHA N N AE M L S E Nnumber D F R Oserial M U S number, B I N S E R T DE SACT I N+S0E 0R 0T 0EV0S AC1 L. U6 E2 :1 1 m BEIENNNTAT R Y I NQ P=UAT* H ^ D + E E ENNTT E ENNTT R E L A Y S M EO AD SB UU RS ECMEHSEACNNTN E L S RE: N O will T5 F0 M Oreturn UO ND DB Uto pressing the button the main menu. 0 0 . 0 1 0 0CmH A N N E L 3 P A R A M E T R I Sbutton, A T I O N you S SLAVE RPEDULDTARYE SS S I N S E R T V1 A L U E : B I N A R Y I NA A U2 T O S E T F LT OOWU T( PmU3 T/ s ) C U QR .R. E. N E S C1 4 . 0 1 . 1 4 O D B U S SEBSLICAN VA ER Y I N P U T E ENNTT S E N S O RE DN ITSETENANTTN C E E S CH E. S. C. L E V E L ( m ) E ENNTTE ENNTT M ESC ESC DT PB UU TS S L A V E C U R/ RESET), R E N T MO OU and E : unit setup completion, to RESET (CONFIGURATION verify + correctness 0 0 0 0 0 0 . 0 1 0of0 preset m E S CRthe R EisPrecommended A , D , E . . . C O N S T A N T EES RC S E C E ENNTT C H A N N E L 1After E ENNM TT E A S U it E N T ESC C NH TA N N E L 1 E E ENNTT S E L E C ETN FT O R M A T A D D RI EN SS SE R T VE NATLEUS EC ( H E X )E S C ESC ESC parameters!) ENT ESC E ENNTT ENT IO CHANNELS 1 m3/s NO RESPONSE FORMULA 85 P A R A M E T R I SS AE TNI OSNI T I V I T Y5 0 5 4 . 7 C M L E V E L : E S C E N T ESC M O D B U S C H A N N E L S I O C H A N N E L S 1 0 0 0 1 M O D B U S S L A V E 9 5 E N T X X X . X X S T A T I S T I C 6 3 E S C E N T 3 E N T S E L E C T F FOLROMWU:L A0 . 5 4 7 2 ENT ENT AUTOSET I N S E 5R T P A S S W O R D ? m /s B A U D R A3 T E W R SI TE EN SE RO RR ODRI S T A N C EV I E W S T A TI INSPTUI NCT SCEHRATNCNSOETNLAS TT EA: N4T S I O C H A N N E L S R E L A Y S 1 TION OK BN AI NR YAI RN PYU IT N P U T F O R M AmT /s 64 M E A S U R E P E R S E C C 5O0P Y SWT RA ITRT. ETFLEOOARR YUMR SUSOLBRA SOR 85 I N P U T C BHI A M NO ND EB LUSS S L A V E C M O D B UE SS CS R E S S E ENNTTP AAR DA MDERT ER ISS SA T EI OSNC V I E W T O T ABELIEN INNZTATSE RRE YLS EI CNF TPL OUFWTOERS M R EA: D D 5 E ENNTT22 ENT C H A N©N EDinel, L 4 s.r.o. EFM-115 R E L4 A6 YE SN T C L E A RC HTAON TNEEASLCL1 I Z E R 1 ULA A U T O S E T M O DI BN US SE RS TLUACNVOI EN SENSITIVITY BAUD 1 PASSWORD B I N A R Y I NECSPLCUE TA R TV OI STUAAL LI ZI SE AR T2IEON NT TUSTT A N T S S E N S O R D I S T A N C E C U R R E N T O U T P FORMA ESC O ESC ESC PO A RT A LMI ZS E RN SE3 ON RT E ENNTT M O D B U S SCLLAE VA ER T RANGE E ENNTT M E A S EUNRT E P E R S E CE ES ECNNTT 0E N0 T0 0 A DMDO RD BE E S C E N T E S C E N T C L E A R T O T A L I Z E R 4 E S C ENT C U R R E4N6T O U T P U M T EF A RE: F L FUL OMWE S E N T 46 ENTCHANNEL2 L OSWU R E M E N T 5 A D D RE ENSTS C H A N N EEL N1 T 1 A D D R E S S FORMAT ESC ENT BA ESC
FORMAT
0.21
233 0.57 0.21
9 . Marking methods FCU – 400 –R
–
– power supply voltage:
230 V – 100 .. 240V AC 24 V – 9.. 36 V DC
outputs:
0 – without web server and without current output W – web server I – current output
binary outputs:
0 – 0x without relay outputs 2 – 2x SSR relay outputs (RE 1 and RE 2) 4 – 4x SSR relay outputs (RE 1 to RE 4)
10 . Examples of correct marking FCU-400-R4-W-24
(R4) SSR relay outputs; (W) including web server; (24V) power supply voltage 9 .. 36V DC.
FCU-400-R0-0-230
(R0) without relay outputs; (0) without web server, and without current output; (230V) power supply voltage 100 .. 240V AC.
12 . Protection, safety, and compatibility Both power supply version of the unit are protected with internal fuse. Electric equipment of protection class II. Electric safety as per ČSN EN 61010-1. Electromagnetic compatibility (EMC) is ensured in compliance with ČSN EN 55022 a ČSN EN 61000-4-2, -3, -4, -5, -6 -11 standards
11 . Usage, operation, and maintenance The flowmeter does not require any operating personnel. During operation, the technological part operating personnel is informed about the liquid flown amount using a consequent display device and at the place of the flowmeter installation. The maintenance of the device is based on the flowmeter and supply cable undamaged state inspection. Depending on nature of measured liquid, it is recommended every one year to inspect cleanliness of internal measuring electrodes, and clean them as needed. When any visible defects are detected, promptly contact manufacturer or dealer of the equipment.
No modifications or interventions to the FCU-400 flowmeter are allowed without the manufacturer's approval. Repairs, if any, shall only be done at the manufacturer or authorized service organization. Assembly, installation, commissioning, and maintenance of the FCU-400 flowmeter shall be performed in compliance with this user's guide, and applicable standards for the installation of electric equipment shall be observed.
13 . Marking labels Flowmeter sensor label data FCU-400-R_-_-230V manufacturer mark: Dinel® logo internet address: www.dinel.cz flowmeter type: FCU-400-R_-_-230V product serial number: Ser. No.: xxxxx – (from the left: year of production, consequential serial number) power supply voltage: U = 100 .. 240 V AC / 50 .. 60 Hz nominal input power: P = 10 VA FCU-400-R_-_-230V working temperature range: ta = -30 ... +50 °C sensor coverage: IP65 U = 100 ... 240 V / 50 ... 60 Hz double insulation mark (protection class II device): P = 10 VA www.dinel.cz t = -30 ... +50 °C Made in Czech Republic conformity mark: electric waste return mark:
Štítek Dinel verze 230 V AC
Dinel
Ser. No.: ______
a
Štítek Dinel verze 24 V DC © Dinel, s.r.o.
EFM-115
Dinel
23
FCU-400-R_-_-24V Ser. No.: ______ U = 9 ... 36 V
Štítek Dinel verze 230 V AC
Dinel
Flowmeter sensor label data FCU-400-R_-_-24V
www.dinel.cz
Made in Czech Republic manufacturer mark: Dinel® logo internet address: www.dinel.cz flowmeter type: FCU-400-R_-_-24V product serial number: Ser. No.: xxxxx – (from the left: year of production, consequential serial number) power supply voltage: U = 9 .. 36 V DC nominal input power: P = 8 VA working temperature range: ta = -30 ... +50 °C sensor coverage: IP65 double insulation mark (protection class II device): www.dinel.cz Made in Czech Republic conformity mark: electric waste return mark:
FCU-400-R_-_-230V Ser. No.: ______ U = 100 ... 240 V
/ 50 ... 60 Hz
P = 10 VA
t a = -30 ... +50 °C
Štítek Dinel verze 24 V DC
Dinel
FCU-400-R_-_-24V Ser. No.: ______ U = 9 ... 36 V P = 8 W
t a = -30 ... +50 °C
M1:1 90x20 mm 14 . Specifications Basic specifications FCU-400 Case - material
ABS
Dimensions
160x166x106 mm
Protection class
IP65
Working temperature
-30 ... + 60°C
Power supply voltage
230 V option 24 V option
100 - 240V AC 9 - 36V DC
Nominal input power
230 V option 24 V option
max. 10VA max. 8VA 0, 2 or 4 SSR relays, max. 250 V AC / 100mA (24 V DC / 100mA) (alarm function, pulse output, manual control) RS 485 / Modbus RTU - Slave, galvanic separation Ethernet / RJ45 (optional) Current output 0/4 - 20 mA (optional)
Outputs
RS 485 / Modbus RTU - Master, galvanic separation (max. 4 sensors) Binary input for resetting user flow rate counter to zero (for voltage free contact) USB
Inputs
Internal power supply source for sensors
Us = 24 V DC / Imax. 120 mA
Type of display
Matrix OLED display, 128x64 pixels
Controls
Foil keyboard - 4 buttons
Internal memory capacity for data archiving
Continuous archiving of average 5-minute flow rate values for at least 15 month
Display functions
Display actual flow rate value with graphical representation in bar graph Simultaneously display actual flow rate, state of relay outputs and state totalizer
Totalizer function
2 counters of total flown amount in each channel (1x resettable, 1x non-resettable)
© Dinel, s.r.o.
EFM-115
24
industrial electronics Dinel, s.r.o. U Tescomy 249 760 01 Zlín Czech Republic Tel.: +420 577 002 003 Fax: +420 577 002 007 E-mail:
[email protected] www.dinel.cz
The lastest version of this instruction manual can be found at www.dinel.cz Version: 6/2015
