Ultrasonic flowmeter for use with transmitter type FUS060 · for use with transmitter type FUS060 [] ... SITRANS F US ultrasonic flowmeter sensor type SONO 3300 2-track with transmitter

SITRANS F USUltrasonic flowmeterSensor type SONO 3300 DN 50 ... DN 300for use with transmitter type FUS060

[ ]

A5E01365400-02Order no.: A5E01365400

SFIDK.PS.029.J2.02

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Technical Documentation (handbooks, instructions, manuals etc.) for the complete productrange SITRANS F can be found on the internet/intranet via the following link:

English: http://www4.ad.siemens.de/WW/view/en/10806951/133300

Operating ManualEdition 03/2008 - Revision 02

2 SFIDK.PS.029.J1.02

SONO 3300

System overviewSITRANS F USSONO 3300 / FUS060

This operating manual is for the sensor part of the flowmeter consisting of sensor type SONO 3300and transmitter type FUS060. The transmitter FUS060 has a separate operating manual.

FUS060Transmitter

(more to the transmitter part:see separate operatingmanual)

Sensor

Nominal size DN 50 ... DN 300 (2" ... 12")

Connection examples EN1092-1ANSI B 16.5 150 lbs RFANSI B 16.5 300 lbs RF

Pressure PN 10, PN 16, PN 40Class 150, Class 300

Pipe material Cast steel or carbon steel, painted

Media temperature max. +160 °C (+320 °F)

Transducer Integrated transducers(no gaskets)

Enclosure rating IP67 (NEMA 4X/6)

Approval ATEX

SONO 3300 (2-track)

Approval . . . . . . . . ATEX

Enclosure IP65 (NEMA 4)

Mounting Separate wall mounting

Accuracy +/- 0.5% of actual flow

Materials Die-cast Aluminium

Outputs 1 current / HART / Profibus PA1 frequency/pulse

1 relay

Display/counter Alphanumeric: flow, quantity,error, mass flow, sound velocity, etc.

Language English, German, French, Spanish

Supply voltage 115/230 V AC24 V AC/DC

SFIDK.PS.029.J1.02 3

SONO 3300

Contents 1. Introduction .................................................................................................................... 41.1 Preface .......................................................................................................................... 41.2 Introduction .................................................................................................................... 41.3 Precision measuring system ......................................................................................... 51.4 Handling ........................................................................................................................ 51.5 System overview ........................................................................................................... 51.6 Literature overview........................................................................................................ 5

2. General safety instructions ............................................................................................ 62.1 Safety notes ................................................................................................................... 62.2 General notes for the user ............................................................................................ 6

3. Principle of measurement ............................................................................................. 73.1 Principle of measurement ............................................................................................. 7

4. Technical data ............................................................................................................... 84.1 System accuracy ........................................................................................................... 84.2 Sensor SONO 3300 ...................................................................................................... 94.3 Coaxial cable for SONO 3300/FUS060 ........................................................................ 94.4 Sizing table DN 50 to DN 300 (2" to 12") ....................................................................10

5. Dimensions and weight .............................................................................................. 115.1 Sensor SONO 3300 with EN and ANSI flanges ......................................................... 11

6. Sensor installation ...................................................................................................... 126.1 Location ....................................................................................................................... 126.2 Gas bubbles ................................................................................................................ 126.3 Direction of flow ........................................................................................................... 126.4 Full pipes ..................................................................................................................... 126.5 Installation in vertical pipes ......................................................................................... 136.6 Installation in horizontal pipes .................................................................................... 136.7 Measuring liquids containing abrasive or other particles .......................................... 136.8 Inlet and outlet conditions ........................................................................................... 136.9 Permissible pressure and temperature ....................................................................... 146.10 Corrosion ..................................................................................................................... 14

7. Electrical connection ................................................................................................... 157.1 Electrical connection of the transducer cables in sensor terminal box ...................... 157.2 Electrical connection - permissible cable radius ........................................................15

8. Sensor factory settings ................................................................................................ 168.1 Dimension dependent settings for SONO 3300 (2-track) ........................................... 16

9. Trouble shooting ......................................................................................................... 17

10. Maintenance and repair .............................................................................................. 1810.1 Technical Information Form ......................................................................................... 19

11. Ordering and Spare parts ........................................................................................... 2011.1 Accessories ................................................................................................................. 20

12. Certificates .................................................................................................................. 2112.1 EC Declaration of Conformity ..................................................................................... 2112.2 ATEX...........................................................................................................................................23


SONO 3300

1. Introduction

1.1 Preface

Potential HazardsBoth transmitter and sensor must be grounded for optimal performance.According to the "Ex-requirements", the 'PE-terminals' on the FUS060 transmitter and on theSONO3300 sensor must be wired (min. 4 mm2).

These instructions contain all the information required to commission and use theSITRANS F US ultrasonic flowmeter sensor type SONO 3300 2-track with transmitter typeFUS060.

These instructions are intended to assist personnel performing mechanical installation, electricalconnection and commissioning of the device, as well as service and maintenance engineers.

1. Introduction

1.2 Introduction This manual only describes the SONO 3300 installation in pipes.

The sensor SONO 3300 with transmitter FUS060 is designed for measuring the flow velocity ofliquids in full pipes. Satisfactory function of the ultrasonic flowmeter depends on a low soundattenuation of the medium and a well-defined and stable flow profile.

The installation of an ultrasonic flowmeter sensor by means of the SONO 3300 is divided into3 steps:

1. Select the measuring site2. Installing the sensor in the pipe3. Electrical connection of the transducers to the transmitter (See separate manual for FUS060)

To ensure optimum performance of the measuring equipment it is essential that the followinginstructions are followed.

Siemens Flow Instruments SITRANS F US ultrasonic flowmeters are designed for measurementof:

• Volume or mass flow rate• Limit monitoring• Total volume or mass• Sound velocity in the media

SITRANS F US ultrasonic flowmeters measure flow in standard volumetric and mass flow units.Measurement is independent of changes in liquid temperature, density, pressure and conductivity.

A time of flight flowmeter is designed for use on single phase liquids.

The sensor SONO 3300 with transmitter FUS060 measures with a high accuracy (better than ±0,5%of reading over a wide measuring range). For more information please refer to theFUS060 transmitter manual, listed in the literature overview.

The sensor SONO 3300 with transmitter FUS060 conforms to Product Family Standard EN 61326/A3 appendix A (Title: Electrical Equipment for Measurement control and laboratory use – EMCrequirements).


SONO 3300

1.3 Precision measuringsystem

The ultrasonic flowmeter is a precision measuring system that is "user friendly", but must beinstalled in accordance with the instructions given in this operating manual.

1.4 Handling The sensor should be handled with care. Impact and shock can damage the piezeoelectric crystallocated in the transducers. Do not stress or bend the tubes with transducer cables.

1.5 System overview

Sensor type

SONO 3300DN 50 - DN 300(2" - 12")

Outputs

• 1 analog with HART• 1 frequency-/pulse• 1 relay

or

• Profibus PA• 1 frequency-/pulse

Measurement

• Volume flow rate• Total volume• Mass flow rate• Total mass• Sound velocity• Error indication• Limit monitoring• Ultrasonic Amplitude

Transmitter

FUS060

1. Introduction

The SITRANS F US ultrasonic flowmeter systems consist of a sensor and a transmitter. This systemconsists of sensor type SONO 3300 and transmitter type FUS060. The following table shows theproperties of the ultrasonic flowmeter system SITRANS F US SONO 3300/FUS060 with thetransmitter type FUS060:

This operating manual is only for the sensor part of the flowmeter system consisting of sensor typeSONO 3300 and transmitter type FUS060. The transmitter FUS060 has a separate manual. Thefollowing literature is available for ultrasonic flowmeter systems with the transmitter FUS060:

1.6 Literature overview

Title Order number

SITRANS F US Ultrasonic flowmeter sensor type A5E01365400 (En)SONO 3300 DN 50 ... DN 300 (2"...12"), operating manual

SITRANS F US Ultrasonic flowmeter sensor type A5E00814513 (En)SONO 3100 DN 100… DN 1200, operating manual

SITRANS F US Ultrasonic flowmeter type A5E00814557 (En)SONOKIT 1-/2-tracks, operating manual

SITRANS F US Ultrasonic flowmeter transmitter A5E01204521 (En)type FUS060 for use with sensor type SONO 3100, A5E02123845 (De)SONO 3300 and SONOKIT 1-/2-tracks, operating manual


SONO 3300

2.2 General notesfor the user

This operation manual describes the installation, start up, operation and servicing of the ultrasonicflowmeter. Of particular importance are the warning and information texts.These are separated from the remaining text, specially identified by appropriate pictograms(see examples on left), and provide valuable tips on how to avoid maloperations.

Warning means that death, severe personal injury and/or substantial damage to property can occurif the appropriate safety precautions are not observed.

Noteis important information on the product itself, the handling of the product or the respective part ofthe instruction manual to which particular attention should be paid.

2.1 Safety notes For safety reasons it is important that the following points, especially those marked with a warningsign, are read and understood before the system is installed:

• Installation, connection, commissioning and service must be carried out by personnel whoare qualified and authorized to do so.

• It is very important for any person working with the equipment to read and understand theinstructions and directions provided in this manual and follow instructions and directionsbefore using the equipment.

• Only personnel authorized and trained by the owner of the equipment may operate theequipment.

• Installation personnel must ensure that the measuring system is correctly connected inaccordance with the connection diagram in this manual.

• For applications involving high working pressures or media that can be dangerous topeople, surroundings, equipment or other in the event of pipe fracture, Siemens recommendstaking precautions such as special placement, shielding or installation of a safety guard orsafety valve prior to installation of the sensor.

• Repair and service should be performed by approved Siemens Flow Instruments personnel.

2. General safety instructions

2. General safety instructions


SONO 3300

3. Principle ofmeasurement

3. Principle of measurement

3.1 Principle ofmeasurement

A sound wave traveling in the same direction as the liquid flow arrives at point B from point A ina shorter time than the sound wave traveling against the direction of flow (from point B to A). Thedifference in sound transit time indicates the flow velocity in the pipe.Since delay time is measured at short intervals both in and against flow direction, viscosity andtemperature have no influence on measurement accuracy.

In SITRANS F US flowmeters the two ultrasonic transducers are placed at an angle θ in relationto the pipe axis. The transducers function as transmitters and receivers of the ultrasonic signals.Measurement is performed by determining the time the ultrasonic signal takes to travel with andagainst the flow. The principle can be expressed as follows:

v = K ⋅ (tB, A – tA, B) / (tB, A ⋅ tA, B) = K ⋅ Δt/t²

v = Average flow velocityt = Transit timeK = Proportional flow factor

This measuring principle offers the advantage that it is independent of variations in the actual soundvelocity of the liquid; i.e. independent of the temperature. Proportional factor K is determined bywet calibration (for SONO 3100, SONO 3300) or “Auto” (for SONOKIT only) for manual programmingof transducer angle, transducer distance, transducer displacement and pipe dimensions.

Velocity distribution along sound path


SONO 3300

4. Technical data

4.1 System accuracy

Reference conditions for flowmeter system SONO 3300 / FUS060:

• Fluid: Water• Fluid temperature: 25 °C ± 5 °K (77 °F ± 9 °F)• Ambient temperature: 25 °C ± 5 °K (77 °F ± 9 °F)• Supply voltage: 120...230 V AC ± 15% (50/60 Hz)

(FUS060) 19...30 V DC/ 21...26 V AC• Installation conditions: Upstream section > 20x DN and downstream section > 5x DN

Rangeability: 0-1 m/s to 0-10 m/s

Repeatabilty: Better than 0.25% in the range from 0.5 m/s to 10 m/s

Additional effects of deviations from reference conditionsCurrent output: As pulse/frequency output plus ± 0.1% ± 20 µ A

4. Technical data


SONO 3300

4.2 Sensor SONO 3300

4. Technical data

Description 2-track sensor with flanges and integrated transducers

Nominal size DN 50 to DN 300 (2" to 12")

Liquid temperature Standard version: −10 °C to + 160 °C (14 to 320 °F)Ambient temperature Operation and storage: − 40 °C to 85 °C (14 to 185 °F)Enclosure Standard: IP67 (NEMA 4X/6)Process connections

PN designated PN 10: DN 200...DN 300 (8" ... 12")EN 1092-1-type 11, B PN 16: DN 80 ... DN 300 (4" ... 12")Pipe material carbon steel PN 40: DN 50 ... DN 300 (2" ... 12")Class designatedEN 1759-1-type 11, B pipe material Class 150: DN 50 ... DN 300 (2" ... 12")carbon steel Class 300: DN 50 ... DN 300 (2" ... 12")

Transducer Integrated transducers

MaterialsPipe DN 50 to DN 150:

Cast steel EN 1.1131 GS-16Mn5, paintedDN 200 to DN 300:Carbon steel EN 1.0345-P235GH, painted

Flange PN: Steel EN 10025-S235JRG2Class: Steel ASTM A105, 1.1

Transducer element Stainless steel EN 1.4404 (AISI 316) or similar

Material certificate The sensor is supplied as standard with a Siemens FlowInstruments certificate of conformity (standard).Material certificate on wetted parts on request

NDT examination report Available on request

Approval Explosion protection option: Ex ib IIC T6/T4/T3(based on a the system approval together with transmittertype FUS060: ATEX II 2G Ex dem [ia/ib] IIC T6/T4/T3)(max. 3 m transducer cable length withFUS060-Extransmitter mounted in Ex-area).

Max. flow velocity DN 50 to DN 300(2" to 12") 10 m/s setting absolute max. flow

4.3 Coaxial cable forSONO 3300/FUS060

Standard Coaxial cable (75ΩΩΩΩΩ) Coaxial cable with SMB straight plug on one end for theFUS060 connector

Outside diameter Ø 5.8 mm

Length 3, 15, 30, 60, 90, 120 m between sensor and transmitter(max. 3 m transducer cable length for Ex-versions).

Material (outside jacket) Black PE

Ambient temperature -10 °C to +70 °C

High temperature Coaxial cable (75ΩΩΩΩΩ) Coaxial cable with SMB straight plug on one end for theFUS060 connector

Outside diameter Ø 5.13 mm (first 0.3 m part to the transducer),

Ø 5.8 mm (for remain cable - with plug hot melt junction

on the end) and between these parts a mounted blackhot melt junction Ø 16 mm (length 70 mm)

Length 3, 15, 30, 60, 90, 120 m between sensor and transmitter

Material (outside jacket) Brown PTFE (0.3 m part) and black PE for remain cable

Ambient temperature -200 °C to +200 °C (first 0.3 m part to the transducer) /-10 °C to +70 °C (for remain cable)

10 SFIDK.PS.029.J1.02

SONO 3300

The table shows the relationship between flow velocity V, flow quantity Q and sensor dimensionDN.

Guidelines for selection of sensorMin. measuring range: 0-1 m/sMax. measuring range: 0-10 m/sNormally the sensor is selected so that V lies within the measuring range 1-3 m/s.

Flow velocity calculation formula:

V = 1273.24 x Q [l/s] [m/s]

Di2 [mm]

4.4 Sizing tableDN 50 to DN 300(2" to 12")

or V = [m/s] Di2 [mm]353.68 x Q [m3/h]

4. Technical data

SFIDK.PS.029.J1.02 11

SONO 3300

Size EN 1092-1DN PN 10 PN 16 PN 40[inch] L1) D Di L1) D Di L1) D Di

mm inch mm inch mm inch mm inch mm inch mm inch mm inch mm inch mm inch50 [2] 475 18.70 165 6.50 52.60 2.0765 [2½] 475 18.70 185 7.28 62.70 2.4780 [3] 380 14.96 200 7.87 78.00 3.07 400 15.75 200 7.87 78.00 3.07100 [4] 355 14.72 220 8.66 102.40 4.00 400 15.75 235 9.25 102.40 4.00125 [5] 375 14.72 250 9.84 128.30 5.05 400 15.75 270 10.63 128.30 5.05150 [6] 360 14.17 285 11.22 154.20 6.07 400 15.75 300 11.81 154.20 6.07200 [8] 400 15.75 340 13.39 207.30 8.16 400 15.75 340 13.39 207.30 8.16 450 17.72 375 14.76 206.50 8.13250 [10] 400 15.75 395 15.55 260.40 10.25 400 15.75 405 15.94 260.40 10.25 500 19.69 450 17.72 258.80 10.19300 [12] 400 15.75 445 17.52 309.70 12.19 420 16.54 460 18.11 309.70 12.19 500 19.69 515 20.28 307.90 12.12

Size ANSI WeightDN 150 Ib 300 Ib EN (PN 40) ANSI CL 300[inch] L1) D Di L1) D Di A

mm inch mm inch mm inch mm inch mm inch mm inch mm inch kg lbs kg lbs50 [2] 510 20.08 152 5.98 52.6 2.07 520 20.47 165 6.50 52.6 2.07 180 7.09 14 30.9 17 37.565 [2½] 510 20.08 178 7.01 62.7 2.47 520 20.47 190 7.48 62.7 2.47 186 7.32 16 35.3 20 4480 [3] 420 16.54 191 7.52 78.0 3.07 440 17.32 210 8.27 78.0 3.07 193 7.60 19 42 23 51100 [4] 420 16.54 229 9.01 102.4 4.03 440 17.32 254 10 102.4 4.03 205 8.07 25 55 35 78125 [5] 440 17.32 254 10.00 128.3 5.05 460 18.11 279 10.98 128.3 5.05 218 8.58 29 64 40 89150 [6] 430 16.93 279 10.98 154.2 6.07 450 17.71 318 12.52 154.2 6.07 232 9.13 35 78 50 111200 [8] 480 18.90 343 13.50 202.7 7.98 500 19.69 381 15 202.7 7.98 256 10.08 54 119 72 160250 [10] 490 19.29 406 15.98 254.5 10.02 520 20.47 444 17.48 254.5 10.03 283 11.14 85 189 98 217300 [12] 550 21.65 483 19.02 306.3 12.06 580 22.83 521 20.51 306.3 12.06 309 12.17 115 256 142 322

5. Dimensions and weight

5. Dimensions and weight

5.1 Sensor SONO 3300with EN and ANSIflanges

1) Length tolerance (mm): DN 50 - DN 100 +2/-3,DN 125 - DN 200 +3/-4,DN 250 - DN 300 +4/-5

12 SFIDK.PS.029.J1.02

SONO 3300

To ensure optimum performance it is essential that the following instructions are followed.

6.1 Location The SONO 3300 sensor can be installed both indoors or outdoors, even in exposed conditions.

The sensor is suitable for media temperaturesfrom –10/–40 °C to 160 °C (14 to 320 °F) andfor ambient or storage –40 °C to 85 °C (14 to185 °F).The temperature range is stated on the dataplate on the terminal box. Keep terminal boxoutside insulation.The enclosure rating is IP67 or better.

In the event of large temperature differencesarising between the medium and the environ-ment, the sensor must be isolated to avoid2-phase flow which will result in inaccuratemeasuring results.

6.2 Gas bubbles Avoid the accumulation of large quantities ofair in the sensor as these will affect measure-ment. When air is present, installation of an airseparator upstream of the meter is recom-mended.

6.3 Direction of flow The double arrow marked on the sensor "+" and"-". + indicates the flow direction if the electricalconnection is made in accordance with thedescriptions in the handbook.

With partially full pipes or pipes with free outlet,the flowmeter should be located in a U-tube.

The following installations should be avoided:• installation at the highest point in the system• installation in vertical pipes with free outlet

The sensor must always be completely full ofliquid.

6.4 Full pipes

6. Sensor installation


SFIDK.PS.029.J1.02 13

SONO 3300 6. Sensor installation

Recommended direction of flow: upwards. Thiswill minimize the effect of gas/air bubbles onthe measurement.

6.5 Installation in verticalpipes

6.6 Installation inhorizontal pipes

The sensor SONO 3300 in horizontal pipesmust only be mounted as shown in the figure.Note the position of the terminal box.

Mount the sensor in a vertically inclined line tominimize wear.

6.7 Measuring liquidscontaining abrasiveor other particles

To maximise performance straight inlet andoutlet conditions as well as a certain distancebetween meter, bends, pump and valves isnecessary. It is also important to centre theflowmeter in relation to pipe flanges andgaskets.

Valves must always be placed after the flow-meter. The only exception is when installingthe sensor in a vertical pipe. In this case a valvebelow the sensor is necessary to allow thezero-point adjustment. It is important to selecta valve which has no impact on the flow whenfully open.

Recommended inlet:Fully open valve with no flow restriction: min.10 x pipe diameter.Partly open valve: min. 40 x pipe diameter.Pumps: min. 20 x pipe diameter.Bends: min. 10 x pipe diameter.Recommended outlet: 3 x pipe diameter.If there is more than one bend, please contactSiemens Flow Instruments for advice.

6.8 Inlet and outletconditions

14 SFIDK.PS.029.J1.02

SONO 3300

6.10 Corrosion The meters have been designed according to EN 13480 with an additional corrosion layer ofapprox. 1 mm for steel sensors. Stainless steel transducer parts do not have an additional layer.The customer is responsible for checking compatibility of the medium with the sensor constructionmaterial.


6.9 Permissible pressureand temperature

The maximum permissible pressure and temperature for Siemens Flow Instruments ultrasonicflowmeters are indicated on the sensor label.

Flanges according to PNFlanges and joints as well as related pressure/temperature (p/t) classification is described in EN1092.For steel group 1E1: Table 15

Flanges according to ANSI ClassFlanges and joints as well as related pressure/temperature (p/t) classification is described in EN1759-1.For steel group 1.1 ASTM A105, class 150: Table 16For steel group 1.1 ASTM A105, class 300: Table 1

No flange bolts and gaskets are supplied. Bolts must comply with EN 1515-2 and gaskets withEN 1591-1.

Warning!Exposing the sensors to pressures or temperatures above the limits stated may cause damage.The sensor construction does not allow any other external action other than what is normal duringcommon mounting in the pipeline. Make allowance for earthquakes, action of the air etc.

SFIDK.PS.029.J1.02 15

SONO 3300 7. Electrical connection

7. Electricalconnection

7.1 Electricalconnection of thetransducer cablesin sensor terminalbox

The electrical connection of the transducer cables in sensor terminal box and transmitter will bedone in following steps:

1. Remove and keep terminal box lid form the SONO 3300 sensor.

2. Connect the 4 coaxial cables to the terminals 1B, 1A, 2B and 2A (88, 86, 84 and 81) and theshields of coax cables as shown – see fig. 1.

3. Tighten the cable glands to obtain optimum sealing. The gaskets must protrude along thecable (fig. 2).

4. Mount the terminal box lid.

5. Connect the 4 transducers cables at the FUS060 transmitter as shown (terminal plug 1B, 1A,2B and 2A). Only plug in the SMB-plug cables end through the cable glands and fix them byusing the glands – see fig. 2.

6. Potential Hazards - ATEX versionsBoth transmitter and sensor must be grounded for optimal performance.According to the "Ex-requirements", the 'PE-terminals' on the SONO 3300 sensor and on theFUS060-Ex transmitter must be wired (min. 4mm2)

7.2 Electrical connection- permissible cableradius

FUS060 terminal box SONO 3300 terminal box(without the lid)

Fig. 1

Fig. 2

85F1

674.

10

16 SFIDK.PS.029.J1.02

SONO 3300

8. Sensor factory settings

8.1 Dimension dependent settings for SONO 3300 (2-track)

8. Sensor factory settings

Nominal Max. vol. Lo alarm Hi alarm Only Profibus Nominal values

size flow limit limit Hyste- Low flow Pipe dia- Displace- Angle Length Cal factor *)

resis cut meter 1) ment

[m³/h] [m³/h] [m³/h] [m³/h] [m³/h] [m] [m] [°] [m]

Menu Menu Menu Menu Menu Menu Menu Menu Menu Menu Menu5.2.5 3.1.2 3.1.3.1 3.1.3.2 3.1.3.3 3.1.6 7.1.3.1 7.1.4.x.3 7.1.4.x.2 7.1.4.x.1 7.1.4.x.6

DN 50 10 -12 12 0.1 0.02 0.0526 0.0129 21.2 0.1915 0.0003317

DN 50 26 -31.2 31.2 0.26 0.052 0.0526 0.0129 21.2 0.1915 0.0003317

DN 50 60 -72 72 0.6 0.12 0.0526 0.0129 21.2 0.1915 0.0003317

DN 65 15 -18 18 0.15 0.03 0.0627 0.0154 24 0.1912 0.0004530

DN 65 42 -50.4 50.4 0.42 0.084 0.0627 0.0154 24 0.1912 0.0004530

DN 65 100 -120 120 1 0.2 0.0627 0.0154 24 0.1912 0.0004530

DN 80 20 -24 24 0.2 0.04 0.0780 0.0191 30 0.1808 0.0006531

DN 80 60 -72 72 0.6 0.12 0.0780 0.0191 30 0.1808 0.0006531

DN 80 150 -180 180 1.5 0.3 0.0780 0.0191 30 0.1808 0.0006531

DN 100 36 -43.2 43.2 0.36 0.072 0.1024 0.0251 39 0.1749 0.0011267

DN 100 100 -120 120 1 0.2 0.1024 0.0251 39 0.1749 0.0011267

DN 100 230 -276 276 2.3 0.46 0.1024 0.0251 39 0.1749 0.0011267

DN 125 50 -60 60 0.5 0.1 0.1283 0.0314 45 0.1857 0.0019660

DN 125 150 -180 180 1.5 0.3 0.1283 0.0314 45 0.1857 0.0019660

DN 125 360 -432 432 3.6 0.72 0.1283 0.0314 45 0.1857 0.0019660

DN 150 80 -96 96 0.8 0.16 0.1542 0.0378 50 0.1992 0.0032419

DN 150 220 -264 264 2.2 0.44 0.1542 0.0378 50 0.1992 0.0032419

DN 150 500 -600 600 5 1 0.1542 0.0378 50 0.1992 0.0032419

DN 200 120 -144 144 1.2 0.24 0.2079 0.0509 60 0.2269 0.0082412

DN 200 380 -456 456 3.8 0.76 0.2079 0.0509 60 0.2269 0.0082412

DN 200 900 -1080 1080 9 1.8 0.2079 0.0509 60 0.2269 0.0082412

DN 250 200 -240 240 2 0.4 0.2604 0.0638 60 0.2797 0.0156976

DN 250 600 -720 720 6 1.2 0.2604 0.0638 60 0.2797 0.0156976

DN 250 1400 -1680 1680 14 2.8 0.2604 0.0638 60 0.2797 0.0156976

DN 300 300 -360 360 3 0.6 0.3097 0.0759 60 0.3293 0.0258892

DN 300 850 -1020 1020 8.5 1.7 0.3097 0.0759 60 0.3293 0.0258892

DN 300 2200 -2640 2640 22 4.4 0.3097 0.0759 60 0.3293 0.0258892

*) The menu 7.1.4.x.6 is not shown on the display. Only shown in the PDM-software (HART- / Profibus-communication).

Note: All values are nominal. The pipe data can differ a little depending on the calibration results. These sensor specific dataare predefined by Siemens and stored in the FUS060 transmitter. It is not allowed to change these values.

1) Diameter is based on standard pressure-rating for DN 50 to DN 300.

x The x can be 1 or 2 (for track 1 or track 2).

SFIDK.PS.029.J1.02 17

SONO 3300

For measurement trouble shooting see the FUS060 transmitter manual.

9. Trouble shooting

9. Trouble shooting

18 SFIDK.PS.029.J1.02

SONO 3300

10. Maintenance andrepair

The SITRANS FUS ultrasonic flowmeter is maintenance-free.

When sending the ultrasonic flowmeter to Siemens Service Department for repairs, pleaseenclose a note bearing the following information.

– Description of the measuring job– Error description– Chemical and physical properties of the medium

Please copy and fill out the Technical Information Form on the following page. Send the sensortogether with the form and a sketch of the installation to the Siemens Service Department.

WarningAll medium residue must be removed before sending in the device. This is particularly necessaryfor media posing a health risk, such as caustic, toxic, carcinogenic, radioactive media.

The address is:Siemens Flow Instruments A/SNordborgvej 81DK-6430 NordborgDenmark

10. Maintenance and repair

SFIDK.PS.029.J1.02 19

SONO 3300

10.1 TechnicalInformation Form(please add sketchof installation)

To: From company:Siemens Flow Instruments A/S -A & D, SC PS 3DK-6430 NordborgTel.: 0045 74 88 52 52 Tel.:Fax: 0045 74 49 00 66 Fax:

Liquid Chemical formula:Name of liquid:Concentration:Density:Viscosity at 20°C [mPa s]Viscosity processtemperature

Flow measurement rangeNominal size [mm]Process temperature −10 °C to +160 °CAmbient temperature −40 °C to +160 °CPressure Max PN 40 (class 300)Gas/solid content ≥ 1% / 3%Explosion protection

Serial-No. Menu 5.2.2Order No. Menu 5.2.1Software version Menu 5.2.3Device status, error message,frequency, ... Menu 2.1Flow Menu 1.2Flow velocitySound velocity600 [m/s] ≤ cMedium ≤ 2000 [m/s] Menu 1.5Ultrasonic amplitude [%] Menu 1.6Flow velocity [m/s] Menu 1.4Frequency output [Hz] Menu 1.7Analog output [mA] Menu 1.8Upper range value for flow Menu 3.1.2Flow damping Menu 3.1.7Low flow cut-off Menu 3.1.6Analog output: Error signal Menu 4.1.3Current limit Menu 4.1.2Gain 0 .... 255 Menu 6.5.1Trigger level 0 .... 255 Menu 6.5.3Error count % 0 .... 100% Menu 6.5.4Time of flight up [ns] Menu 6.5.5Time of flight down Menu 6.4.6Delta TOF [ps] Menu 6.5.7Amplitude 0 .... 255 Menu 6.5.2

10. Maintenance and repair

20 SFIDK.PS.029.J1.02

SONO 3300 11. Ordering and Spare parts

11.1 Accessories Type/description Code No.Submersible kit for IP68 10 m w.g. rating FDK-085L2403

Symbol

SymbolType/description Size Code No.

Cable gland M20 for two 6 mm coax cables On request

Chrome platedbrass

Cable gland 1/2" NPT for two 6 mm coax cables On request

Chrome platedbrass

11. Ordering andSpare parts

Please use online PIA Selector to get latest updates.PIA selector link:

www.pia-selector.automation.siemens.com

Type/description Length m/ft Code No.Coaxial cable for FUS060 3 / 9.84 A5E00875101(75 Ohm, max. 70 °C (158 °F), black PVC) 15 / 49.21 A5E00861432(2 pcs.) 30 / 98.34 A5E01278662

60 / 196.85 A5E0127868290 / 295.28 A5E01278687120 / 393.70 A5E01278698

High temp. coaxial cable for FUS060 3 / 9.84 A5E00875105(0.3 m high temp. transducer end , 75 Ohm, 15 / 49.21 A5E00861435max. 70 °C (158 °F) / 200 °C (392 °F), 30 / 98.43 A5E01196952black PVC and brown PTFE)(75 Ohm, max. 70 °C (158 °F), black PVC)

(2 pcs.)

Symbol

SFIDK.PS.029.J1.02 21

SONO 3300 12. Certificates

12.1 EC Declaration of Conformity

22 SFIDK.PS.029.J1.02


Annex A to the EC Declaration of ConformityAnhang A zur EG-Konformitätserklärung

No. A5E001249559B

Page 2 / 2

Product description:Produktbezeichnung

Flow Transmitter, Durchfluss MessumformerSITRANS FUS060 / SONO3300Type / Typ 7ME3300-hjklm-npqr; with:hj = 1A, 1B, 1D, 1E, 1F, 1H, 1J, 1K, 1M, 1N, 1P, 1R, 1S, 1T, 1V, 2A, 2B, 2D,

2E, 2F, 2H, 2J, 2K, 2M, 2N, 2P, 2Rk = B, C, E, H, J l = 1, 3 m = 0n = 0 .. 2 p = N, P, Q, R q = B, C, D, E, r = 0 .. 8

Conformity to the Directives indicated on page 1 is assured through the application of the followingstandards (depending on versions):Die Konformität mit den auf Blatt 1 angeführten Richtlinien wird nachgewiesen durch die Einhaltungfolgender Normen (variantenabhängig):

DirektiveRichtlinie

Standard / Reference numberNorm / Referenznummer

EditionAusgabedatum

2004/108/EC

EN 61326/A3 appendixA 1998

2006/95/EC EN 61010 200194/9/EC EN 60079-0 200494/9/EC EN 60079-1 200394/9/EC EN 60079-7 200394/9/EC EN 60079-11 199997/23/EC Module H 1999

CertificatesZertifikateCertificatesZertifikate

l n p q7ME3300-xxBx0-npqx7ME3300-xxCx0-npqx7ME3300-xxEx0-npqx

7ME3300-xxHx0-npqx7ME3300-xxJx0-npqx

ATEX 3 1 Q C, E PTB 07 ATEX 2033 X PTB 07 ATEX 2033 XPED x x x x DK-002-4.853 / 03

x: Any selectable value.

Inspection / Surveillance:Kontrolle / Überwachung:

DirectiveRichtlinie

Notified Body Product Quality AssuranceBenannte Stelle Qualitätssicherung Produktion

No.:

94/9/EC ATEX DEMKO 053997/23/EC PED FORCE 0200

SFIDK.PS.029.J1.02 23


24 SFIDK.PS.029.J1.02


SFIDK.PS.029.J1.02 25


26 SFIDK.PS.029.J1.02

SONO 3300

SFIDK.PS.029.J1.02 27

SONO 3300

28 SFIDK.PS.029.J1.02

SONO 3300

SFIDK.PS.029.J1.02 29

SONO 3300

We have checked the contents of this manual for agreement with the hardware andsoftware described. Since deviations cannot be precluded entirely, we cannot guaranteefull agreement. However, the data in this manual are reviewed regularly and anynecessary corrections included in subsequent editions. Suggestions for improvementare always welcomed.

Technical data subject to change without prior notice.

The reproduction, transmission or use of this document or its contents is not permitted withoutexpress written authority.Offenders will be liable for damages. All rights, including rights created by patent grant orregistration of a utility model or design, are reserved.

Copyright © Siemens AG 11.2007 All Rights Reserved

Siemens Flow Instruments A/SNordborgvej 81DK-6430 Nordborg

Order no.: A5E01365400-01Printed in: Denmark

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