RMG USZ 08 series Operating Instructions Manual Download Page 52

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USE 09 MEASURED VALUES AND PARAMETERS

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Manual USZ 08 · EN05 · 2015-06

AF-07 E meter size

520

T ID: Meter size

AF-08 E nominal diameter DN

2210

I ID: Nominal diameter DN

AF-09 E Pressure rating

740

T ID: Pressure rating

AF-10 E pipe flange type

2211

M ID: Flange standard (

, ANSI)

AF-11 E pipe flange value

2212

I ID: Flange value

AF-12 E Qmin

1346

F ID: q-min

AF-13 E Qmax

1348

F ID: q-max

AF-14 E pmin

bar_g

1350

F ID: Calibration pressure min

AF-15 E pmax

bar_g

1352

F ID: Calibration pressure max

AF-16 E meas.press. min

bar_a

1520

F ID: Measuring pressure min

AF-17 E meas.press. max

bar_a

1522

F ID: Measuring pressure max

AF-18 E Tmin

°C

1354

F ID: T-min

AF-21 E Tmax

°C

1356

F ID: T-max

AF-22 E error curve lin.

2153

M ID: Error curve linearization (

OFF

, ON)

AF-23 E gas type

2154

M ID: Gas type (

NATURAL GAS

)

AF-24 E p type

2155

M ID: P-type (

3051CA

, G1151Ap, G1151, 2088A)

AF-25 E p no.

2566

L ID: P-No.

AF-26 E T type

2156

M ID: T-type (

AGG-EX

, Q-4407, PT100, F-56, F-57)

AF-27 E T no

2568

L ID: T-No.

AF-28 E sensor 1.1 no.

530

T ID: Sensor 1/1 No.

AF-29 E sensor 1.1 length

1524

F ID: Sensor 1/1 length

AF-30 E sensor 1.1 built

2291

I ID: Sensor 1/1 year of construction

AF-31 E sensor 1.2 no.

540

T ID: Sensor 1/2 No.

AF-32 E sensor 1.2 length

1526

F ID: Sensor 1/2 length

AF-33 E sensor 1.2 built

2292

I ID: Sensor 1/2 year of construction

AF-34 E Sensor 2.1 no.

550

T ID: Sensor 2/1 No.

AF-35 E sensor 2.1 length

1528

F ID: Sensor 2/1 length

AF-36 E sensor 2.1 built

2293

I ID: Sensor 2/1 year of construction

AF-37 E Sensor 2.2 no.

560

T ID: Sensor 2/2 No.

AF-38 E sensor 2.2 length

1530

F ID: Sensor 2/2 length

AF-39 E sensor 2.2 built

2294

I ID: Sensor 2/2 year of construction

AF-40 E sensor 3.1 no.

570

T ID: Sensor 3/1 No.

AF-41 E sensor 3.1 length

1532

F ID: Sensor 3/1 length

AF-42 E sensor 3.1 built

2295

I ID: Sensor 3/1 year of construction

AF-43 E sensor 3.2 no.

580

T ID: Sensor 3/2 No.

AF-44 E sensor 3.2 length

1534

F ID: Sensor 3/2 length

AF-45 E sensor 3.2 built

2296

I ID: Sensor 3/2 year of construction

AF-46 E sensor 4.1 no.

590

T ID: Sensor 4/1 No.

AF-47 E sensor 4.1 length

1536

F ID: Sensor 4/1 length

AF-48 E sensor 4.1 built

2297

I ID: Sensor 4/1 year of construction

AF-49 E sensor 4.2 no.

600

T ID: Sensor 4/2 No.

AF-50 E sensor 4.2 length

1538

F ID: Sensor 4/2 length

AF-51 E sensor 4.2 built

2298

I ID: Sensor 4/2 year of construction

AF-52 E sensor 5.1 no.

610

T ID: Sensor 5/1 No.

AF-53 E sensor 5.1 length

1540

F ID: Sensor 5/1 length

Summary of Contents for USZ 08 series

Page 1: ...by Honeywell Serving the Gas Industry Worldwide Ultrasonic Flowmeter USZ 08 OPERATING INSTRUCTIONS STATUS JUNE 2015...

Page 2: ...nidirectional operation 12 Bidirectional operation 12 Pipe diameter 13 Combination with the WBZ 08 vortex meter 13 Outdoor installation 13 Seals 14 Screws 15 Electrical connections 16 Terminal assignm...

Page 3: ...easured values and parameters 39 Pressure option 40 Temperature option 40 USE09 C measured values 40 USE09 C flow rate Qm 41 USE09 parameters 41 USE09 C polynomials 42 Frequency pulse outputs 42 Curre...

Page 4: ...TECHNICAL SPECIFICATIONS 59 SEAL DIAGRAMS 60 Seals of the USE 09 ultrasonic electronic system 60 Seals of the USE 09 C LT ultrasonic electronic system 61 Seals of the measuring element of type USZ 08...

Page 5: ...CONTENTS Manual USZ 08 EN05 2015 06...

Page 6: ...calculated as follows cos v c L t 0 12 S cos v c L t 0 21 S where v mean flow velocity c0 velocity of sound path angle to the pipe L path length If measurements are taken alternatively in both direct...

Page 7: ...d PTB approved Basic version for digital connection to the ERZ 2000 USC Every ultrasonic flowmeter relies on an ERZ 2000 USC to calculate the flow velocity averaged through the pipe diameter from the...

Page 8: ...vel 3 Level 3 TD2 1 TD1 1 TD6 1 TD5 1 TD4 1 TD3 1 TD1 2 TD2 2 TD5 2 TD6 2 TD3 2 TD4 2 TD1 1 TD3 1 TD5 1 TD2 2 TD4 2 TD6 2 TD2 1 TD4 1 TD6 1 TD1 2 TD3 2 TD5 2 In each of the three planes there are two...

Page 9: ...he pipe Reflector Path 3 Path 2 Level 2 Level 1 Level 1 Level 2 Level 3 Level 3 TD1 1 TD3 1 TD2 1 TD1 2 TD3 2 TD2 2 TD2 1 TD2 2 TD1 1 TD3 1 TD1 2 TD3 2 In each of the three planes there is a reflectio...

Page 10: ...ype USE 09 3 EEx e connection box optional 4 Ultrasonic flowmeter computer type ERZ 2000 USC 4 Pressure RS 485 4 Current outputs 0 4 20 mA 110VAC 230VAC 24VDC 8 Contact outputs ERZ 2000 USC externe Um...

Page 11: ...TD 6 1 P a t h 5 P a t h 6 TD 3 1 TD 3 2 TD 4 2 TD 4 1 P a t h 3 P a t h 4 TD 1 1 Pos direction of flow TD 1 2 TD 2 2 TD 2 1 P a t h 1 P a t h 2 Power supply 24 VDC Rs485 to the ERZ 2000 USC USE09 spa...

Page 12: ...Inner wall of pipe Pos direction of flow Path 3 TD 1 2 Reflector TD 2 1 TD 2 2 TD 3 1 TD 3 2 Reflector TD 1 1 Path 1 Path 2 Pos direction of flow Pos direction of flow Power supply 24 VDC Rs485 to the...

Page 13: ...350 410 300 140 200 8 600 202 360 530 375 1520 260 250 10 750 255 390 590 400 1550 400 300 12 900 303 420 640 425 1575 530 400 16 1200 378 450 710 475 1620 885 500 20 1500 476 530 820 525 1670 1465 60...

Page 14: ...w a a Di H L Front view a a 90 D i r A2 A1 A3 Side view Connection diagram of the three paths acc to Drw No 057288 4 DN L Di H A1 A2 A3 a 100 4 500 102 360 50 50 50 36 150 6 900 150 380 50 50 50 53 20...

Page 15: ...g the flow profile 6 1 i ci i w v w v Corrected weighted flow velocity vwc Corrected weighted flow m s velocity KV Meter factor KR Correction factor Reynolds number F Error from error curve linearizat...

Page 16: ...nstant meter factor KV the corrected meter factor KVc is used for further calculation KVc KV 1 F1 100 Error curve linearization of the gas meter Polynomial The error curve linearization is also perfor...

Page 17: ...ents of the PTB approval certificate and are therefore binding for custody transfer metering These specifications are also recommended for secondary metering if they are not observed it is likely that...

Page 18: ...00 a 6 path ultrasonic flowmeter can be installed upstream of a WBZ 08 vortex meter so that it forms a part of the inlet pipe of the vortex meter Outdoor installation In case of outdoor installation o...

Page 19: ...nal ring joint seal KD 480 N mm2 For recommended dimensions see the tables below Gaskets PN 10 PN 16 ANSI 150 PN 25 PN 40 DN d1 d2 50 2 77 107 107 105 107 107 80 3 90 142 142 137 142 142 100 4 115 162...

Page 20: ...nt 3 up to and including 40 bar Screws complying with DIN EN ISO 4014 made of material 5 6 Nuts complying with DIN EN ISO 4032 made of material 5 2 Screws complying with DIN EN ISO 4014 made of materi...

Page 21: ...n the case of this version connection is basically to be made in the terminal box standard with the USE 09 C optional with the USE 09 Terminal assignments on the electronics card PE GD a a a 1 1 3 b b...

Page 22: ...O2 Use shielded cables from a length of 1 m this also applies to power cords Apply the shields to the cable glands Use cables which are twisted together in pairs of the type LiYCY 2x2x0 75 mm for the...

Page 23: ...terminating resistor The terminating module is mounted on a cap rail and has the following pin assignment A F C H B E D G Interface Adapter D C B A E F G H 330 OHM Terminating module USE 09 RS 485 1...

Page 24: ...ords Apply the shields to the cable glands Use cables which are twisted together in pairs of the type LiYCY 2x2x0 75 mm for the data line The sensors are in metal to metal contact with the meter case...

Page 25: ...composition pressure and temperature The values of the individual paths should differ only slightly However a comparison with the velocity of sound of the fluid can be made only to a limited extent s...

Page 26: ...defines the function of the orifice plate computer The ones place defines the correction of state temperature or density 1 temperature 2 density 3 spare 4 pressure temperature Examples PTZ corrector...

Page 27: ...eters or other meters with a pulse output No 17 with an orifice plate For further details please refer to the basic manual 1 Vo Vm is calculated from Vo ENCO totalizer provides data via protocol 2 Vo...

Page 28: ...diagnostic purposes In the case of the ERZ 2000 a USZ 9000 is to be connected to the COM 2 interface DZU mode 9600 baud a USE 09 C is to be connected to the COM 1 interface DZU mode 19200 baud Exampl...

Page 29: ...nd above the creeping quantity limit after the start up or slow down time has been exceeded An alarm is defined as going when the lower alarm limit is passed when the plant is started up or when the c...

Page 30: ...eral new functions which will be described here in more detail EN ID data of the ultrasonic electronic system of the measuring element of type USE 09 pre configured for up to 8 paths As with the USE 0...

Page 31: ...676 E 17 Sensor No 1 2 00000000 J 18 Path 1 length 0 000 mm J 19 Path 1 Axial len 0 000 mm J 20 Path 1 C theo 0 000 m s J 21 Dead time path 1 0 000 s J 22 F transmit path 1 0 000 Hz J 23 F receive pat...

Page 32: ...AGC down 2 0 D 23 AGC up 3 0 D 24 AGC down 3 0 D 25 AGC up 4 0 D 26 AGC down 4 0 D 27 AGC up 5 0 D 28 AGC down 5 0 D 29 AGC up 6 0 D 30 AGC down 6 0 D 35 Meas quality 1 0 D 36 Meas quality 2 0 D 37 Me...

Page 33: ...Minimum measurement quality expected If the measurement quality of a path falls short of this value the path will be deemed to have failed 70 is a sufficiently good value E 8 Communic quality 95 Minim...

Page 34: ...1 the right digit the status to path 8 Each digit position can take the following values 0 OK There is no cause for failure 1 unused The path is not used 2 Measurement quality The minimum quality req...

Page 35: ...onger be found in GB 55 but has to be entered in GA 08 pipe diameter In IGM mode there are three polynomials for correction GM Reynolds number correction GN base correction GO error curve linearizatio...

Page 36: ...32 Coeff A 1 dir 2 0 00000e 00 E 33 Coeff A0 dir 2 0 00000e 00 E 34 Coeff A1 dir 2 0 00000e 00 E 35 Coeff A2 dir 2 0 00000e 00 GO error curve linearization ultrasonic flowmeter Access Line Designation...

Page 37: ...ials GP effects of correction Access Line Designation Value Unit A 1 Velo uncorr 0 000 m s A 2 Velo Re corr 0 000 m s A 3 Velo basecorr 0 000 m s A 4 Velo errcrv corr 0 000 m s A 5 Flow uncorr 0 00000...

Page 38: ...m measurement quality expected can be set in GI 07 Measurement quality If the measurement quality falls short of this value the path will be deemed to have failed D 6 Communic quality 0 Current commun...

Page 39: ...no cause for failure unused The path is not used VOS maximum Maximum value was exceeded VOS minimum Minimum value was not reached VOS deviation Permissible deviation was exceeded I 15 AGC up 1 0 Gain...

Page 40: ...he ultrasonic electronics USE 09 in the measuring element are listed in the section Alarm and warning messages USE 09 Alarm messages in connection with the operation of an ultrasonic flowmeter 52 6 A...

Page 41: ...8 communication quality less than demanded Hints in connection with the operation of an ultrasonic flowmeter 82 7 H Path 1 VOS Path 1 VOS implausible 82 8 H Path 2 VOS Path 2 VOS implausible 82 9 H Pa...

Page 42: ...Requirements for speed RAM and hard disk memory are low You need a serial interface to connect the USE 09 You can use standard COM interfaces and USB interfaces however you need an interface converter...

Page 43: ...s located above the electrical connections PE GD GD GD GD a a a a a a 1 1 1 1 3 b b b b b b 2 2 2 3 4 2 4 GD GD 24 VDC 24 VDC Warn Warn Alarm Alarm Puls1 Puls1 Puls2 Puls2 I O1 I O1 I O2 I O2 RS 485 0...

Page 44: ...tion These are hidden in the display of the USE 09 which is optionally available List of measured values and parameters The following tables show the parameters which can be displayed or edited using...

Page 45: ...asured value displayed here is not identical to that of the associated volume corrector Temperature option Value Unit Modbus Description B 01 A temperature C 6256 F PT100 input indication of the tempe...

Page 46: ...oefficient 1450 F Temperature coefficient D 19 E pressure coeff 1452 F Pressure coefficient D 20 E Qm max value Q 1330 F Qm max value of direction 1 D 21 E Qm max time 2580 U Time of Qm max value D 22...

Page 47: ...quency output in Hz H 05 E fo base max Q 1388 F Upper range value of the frequency output physical value H 06 E fo freq max Hz 1444 F Maximum value of the frequency output in Hz H 07 A pulse value P 6...

Page 48: ...erial interface 1 Modbus turn off time not yet available J 23 N DZU 1 address 2284 I Serial interface 1 DZU slave ID ASCII 00 99 J 24 A serial 1 status 770 T Serial interface 1 status J 25 N opt ser2...

Page 49: ...total VOS L S 12 A path fault hex 4030 I Path path fault L S 13 A path status hex 4040 I Path path status L S 14 A p 1 amplitude 7010 I Path 1 amplitude in percent L S 15 A p 2 amplitude 7020 I Path...

Page 50: ...of plane 1 AC 10 A Ve plane 2 v 6578 F Ve velocity of plane 2 AC 11 A Ve plane 3 v 6580 F Ve velocity of plane 3 AC 12 A Ve plane 4 v 6582 F Ve velocity of plane 4 AC 15 A swirl angle plane 1 6584 F...

Page 51: ...rection 1 AE 22 A Vm dir 2 test sum Z 3044 D Test totalizer for volume at measurement conditions direction 2 AE 23 A time for test sum s 6242 F Duration of on the fly calibration AE 30 N Unit LF Volum...

Page 52: ...nsor 1 1 year of construction AF 31 E sensor 1 2 no 540 T ID Sensor 1 2 No AF 32 E sensor 1 2 length mm 1526 F ID Sensor 1 2 length AF 33 E sensor 1 2 built 2292 I ID Sensor 1 2 year of construction A...

Page 53: ...1552 F ID Sensor 8 1 length AF 72 E sensor 8 1 built 2305 I ID Sensor 8 1 year of construction AF 73 E sensor 8 2 no 680 T ID Sensor 8 2 No AF 74 E sensor 8 2 length mm 1554 F ID Sensor 8 2 length AF...

Page 54: ...e faults bit coded 32 47 AH 19 A Fault bit 48 63 hex 4013 I Active faults bit coded 48 63 AH 20 A Fault bit 64 79 hex 4014 I Active faults bit coded 64 79 AH 21 A Fault bit 80 95 hex 4015 I Active fau...

Page 55: ...lue Unit Modbus Description AK AR 1 E p 1 amp min limit 2000 I Path 1 limit of the input signal LOW AK AR 2 E p 1 amp max limit 2010 I Path 1 limit of the input signal HIGH AK AR 3 E p 2 amp min limit...

Page 56: ...tual FPGA clock speed AS 05 E ext card s no 2584 L IO card s No AS 06 E ext ADC s no 2586 L IO ADC card s No AS 07 E write opt EEProm 2167 M Service key Writes parameters in the OPT EEP NO YES AS 08 E...

Page 57: ...ger date of last change AT 02 A Log data coordinate 810 T Data logger coordinate of last change AT 03 A Log data old value 820 T Data logger old value AT 04 A Log data new value 830 T Data logger new...

Page 58: ...sum of the F RAM telegram invalid 19 F Ram size Length of the F RAM telegram invalid 20 opt data crc Checksum of the data from the option card invalid 21 ADCdata crc Checksum of the data from the AD c...

Page 59: ...h1 Warn Fraction of invalid measurements for path 1 too high 101 Path2 Warn Fraction of invalid measurements for path 2 too high 102 Path3 Warn Fraction of invalid measurements for path 3 too high 103...

Page 60: ...in path 3 from the average velocity of sound too big 153 Path4 delta c Deviation of velocity of sound in path 4 from the average velocity of sound too big 154 Path5 delta c Deviation of velocity of s...

Page 61: ...ports column Interface 2 can be configured as RS232 or RS485 Such configuration is to be made via the software and the hardware DIP switch RS232 configuration DIP switch RS485 configuration This DIP s...

Page 62: ...02 02 Data Hi Reg 2000 A8 A8 Data Lo Reg 2000 01 01 Value A801 LRC 51 06 carriage return CR 44 line feed LF Values in ASCII Values in HEX Read Holding Register 4002 value is A801 Hex Example Modbus n...

Page 63: ...one final null 0x00 Max text length is 19 characters Modbus registers are the registers transmitted through the bus therefore no registers 1 In any case a register offset can be set in the USE09 In th...

Page 64: ...09C 9600 19200 38400 57600 baud optional for the USE 09 Current output Umax 16 V Load resistance max 400 Pulse outputs Umax 30 V fmax 5 kHz Sensor frequency 120 kHz or 200 kHz Flow velocity 40 to 40...

Page 65: ...L DIAGRAMS Manual USZ 08 EN05 2015 06 60 Seal diagrams Seals of the USE 09 ultrasonic electronic system Top view approx 260 mm approx 320 mm Seal Side view approx 160 mm Drw No 059504 4 Status 14 03 2...

Page 66: ...SEAL DIAGRAMS Manual USZ 08 EN05 2015 06 61 Seals of the USE 09 C LT ultrasonic electronic system Drw No 060377 4 Status 04 05 2009 Top view Side view approx 315 approx 395 Seal approx 172...

Page 67: ...w Top view Seals of the type plate acc to Drw No 060319 4 Seals of the USE09 ultrasonic electronic system acc to Drw No 059504 4 Seals of the pressure tap acc to Drw No 056440 4 on start up Q min Q ma...

Page 68: ...type USZ 08 6P with USE 09 C Drw No 061246 4 Status 04 05 2009 Front view Top view Seals of the type plate acc to Drw No 061243 4 Seals of the USE09 C and USE09 C LT ultrasonic electronic system acc t...

Page 69: ...plate of the USZ 08 measuring element Seal Device with PTB approval 60mm 45mm Drw No 060319 4 Status 27 03 2008 Seal Device with MID approval Drw No 061243 4 Status 04 05 2009 60 45 t 40 C 55 C am MXX...

Page 70: ...ANNEX Manual USZ 08 EN05 2015 06 65 Annex Type examination certificates...

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