background image

Ultrasonic Flowmeter

Operating Instructions

SONO 3500 CT

07/2019

Edition

Summary of Contents for SONO 3500 CT

Page 1: ...Ultrasonic Flowmeter Operating Instructions SONO 3500 CT 07 2019 Edition ...

Page 2: ......

Page 3: ...Instructions 07 2019 VI SH P2 02 Introduction 1 Safety notes 2 Description 3 Installing Mounting 4 Electrical connection 5 Commissioning 6 Functions 7 Service and maintenance 8 Troubleshooting FAQs 9 Technical data 10 Parameter lists A Settings B ...

Page 4: ...s warning notices and safety instructions Qualified personnel are those who based on their training and experience are capable of identifying risks and avoiding potential hazards when working with these products systems Proper use of Danfoss products Note the following WARNING Danfoss products may only be used for the applications described in the catalog and in the relevant technical documentatio...

Page 5: ...s 16 3 5 Principle of operation 17 4 Installing Mounting 19 4 1 Flowmeter installation 19 4 2 Sensor installation 19 4 2 1 Inlet Outlet conditions 19 4 2 2 Reduction 23 4 2 3 Insulation 24 4 3 Transmitter installation compact remote versions 24 4 3 1 Installation wall mounting kit remote transmitter 25 5 Electrical connection 27 5 1 Backup battery 27 5 2 Remote transmitter only Electrical connecti...

Page 6: ...erminals 66 67 45 6 4 8 Checking the operation readiness 46 7 Functions 49 7 1 Unit selection 49 7 2 Number of decimal digits 49 7 3 Password protected data 50 7 4 Hardware key 50 8 Service and maintenance 53 8 1 Maintenance 53 8 2 Battery replacement 53 8 3 Technical support 56 8 4 Application specific data Qualification certificate 56 8 5 Qualification certificate 58 8 6 Return procedures 60 8 7...

Page 7: ...erating Instructions 07 2019 VI SH P2 02 5 A Parameter lists 73 A 1 Identification 73 A 2 Output 74 A 3 Diagnostic 76 A 4 Meter setup 81 A 5 Human Interface 83 A 6 Unit conversion table 83 B Settings 85 B 1 Factory settings 85 Index 87 ...

Page 8: ...Table of contents 6 SONO 3500 CT Operating Instructions 07 2019 VI SH P2 02 ...

Page 9: ...commissioning In order to use the device correctly first review its principle of operation The instructions are aimed at persons mechanically installing the device connecting it electronically configuring the parameters and commissioning it as well as service and maintenance engineers 1 2 Items supplied The device can be delivered as either a compact or a remote system Compact system Sensor Transm...

Page 10: ... immediately to the shipping company 3 Retain damaged parts for clarification 4 Check the scope of delivery by comparing your order to the shipping documents for correctness and completeness 1 4 Device identification The SONO 3500 CT flowmeter is delivered with different labels nameplates on the transmitter and sensor The transmitter and sensor are matched paired The transmitter has two nameplates...

Page 11: ...er production code and serial number Sensor production code and serial number Maximum flow value qs Nominal flow value qp Minimum flow value qi Pulse value output A Pulse width output A Cable length one transducer cable Software version Calibration factor Production year Ambient temperature range Type approval number Accuracy class Environmental class Verification markings Figure 1 1 Transmitter s...

Page 12: ...e identifying selected options and system serial number Type approval number Accuracy class Environmental class Verification markings PED marking Figure 1 2 Sensor system nameplate Note The matched paired transmitter and sensor shall be mounted together Please check that the system nameplates of transmitter and sensor have the same system serial number 1 5 Further Information Product information o...

Page 13: ...t password is 1000 For further information see Password protected data Page 50 Note For type approved and verified SONO 3500 CT flowmeter the settings are HW key protected and can only be read but not changed via PDM This HW key is protected via the verification sealing The verification sealing can only be broken by the user with the acceptance of the local authorities In the following it is descr...

Page 14: ...Introduction 1 5 Further Information 12 SONO 3500 CT Operating Instructions 07 2019 VI SH P2 02 ...

Page 15: ...nd the manufacturer s warranty will expire 2 2 Lithium batteries Lithium batteries are primary power sources with high energy content designed to represent the highest possible degree of safety WARNING Potential hazard Lithium batteries may present a potential hazard if they are abused electrically or mechanically Observe the following precautions when handling and using lithium batteries Do not s...

Page 16: ...7 2019 VI SH P2 02 2 3 Installation in hazardous area WARNING NOT allowed for use in hazardous areas Equipment used in hazardous areas must be Ex approved and marked accordingly This device is NOT approved for use in hazardous areas 2 4 Certificates Certificates are posted on the Internet ...

Page 17: ...ter system includes Mains powered transmitter with battery backup The sensor is a 2 path sensor with flanges and inline transducers wet calibrated from factory together with the transmitter DN 100 4 to DN 1200 48 3 3 Design The transmitter is designed with fiberglass reinforced polyamide enclosure for remote or compact installation in normal areas The remote versions are available with up to 30 me...

Page 18: ... boiler stations substations chiller plants irrigations plants and other general water applications Integration The flowmeter pulse output is often used as input for an energy meter or as input for digital systems for remote reading The transmitter has two pulse outputs with functions that can be individually selected and integrated IRDA optical eye communication interface Modbus RTU The settings ...

Page 19: ...ment accuracy SONO 3500 CT flowmeters In SONO 3500 CT flowmeters the ultrasonic transducers are placed at an angle θ in relation to 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 and against the flow The principle can be expressed as follows v K tB A tA B tA B...

Page 20: ...SONO 3500 CT Operating Instructions 07 2019 VI SH P2 02 Figure 3 2 Measuring principle The ultrasonic signal is sent directly between the transducers The advantage gained sending signals from point to point is an extremely good signal strength ...

Page 21: ... exposure Protect the device from direct sunlight Make sure that the maximum permissible ambient temperature is not exceeded Refer to the information in Technical data Page 67 Ambient temperature for transmitter 10 C to 55 C 14 to 131 F The enclosure rating of the transmitter is IP67 NEMA 4X 6 or better 4 2 Sensor installation 4 2 1 Inlet Outlet conditions Requirement for straight inlet before flo...

Page 22: ...P2 02 Make sure that flowmeter is positioned as low as possible to prevent air from being trapped in flowmeter at transducers Find a position on the pipeline where inlet pipe to flowmeter has a straight length as specified below Single bend 1 x 90 bend L2 Min 10 x pipe diameter L1 3 x pipe diameter ...

Page 23: ...lation SONO 3500 CT Operating Instructions 07 2019 VI SH P2 02 21 Dual bend 2 x 90 bends in the same plane L2 Min 10 x pipe diameter L1 3 x pipe diameter Triple bend 3 x 90 bends in two planes L2 Min 20 x pipe diameter L1 3 x pipe diameter ...

Page 24: ...s L2 Min 20 x pipe diameter L1 3 x pipe diameter Orienting the sensor Horizontal orientation terminal box upwards or downwards In horizontal installation avoid any upward downward position of the transducers Precautions Avoid installation at the highest point in the system because air bubbles will be trapped in flowmeter Avoid installation at a point where there is a free outlet after flowmeter ...

Page 25: ...2019 VI SH P2 02 23 Flowmeter pipe section may be installed in either a horizontal or vertical position Note To obtain maximum battery lifetime with the Lithium Thionyl Chloride battery pack it is recommended to install the flowmeter transmitter in an upright position 4 2 2 Reduction ...

Page 26: ...N 100 D1 D2 0 5 gives a pressure drop of 9 mbar L2 Min 10 x pipe diameter 4 2 3 Insulation Both versions can be insulated We always recommend insulation of sensor in the compact or remote version For compact versions the insulation can prevent heat transfer to transmitter 4 3 Transmitter installation compact remote versions The transmitter is packed separately ready for plug in into base part Ther...

Page 27: ...nted together At installation please check that the system nameplates of transmitter and sensor have the same system serial number 4 3 1 Installation wall mounting kit remote transmitter Mount wall pipe mounting bracket in an appropriate place Wall mounting Pipe mounting Note Take coaxial cable length into consideration and allow adequate space for cable inlets underneath and on both sides ...

Page 28: ...26 SONO 3500 CT Operating Instructions 07 2019 VI SH P2 02 Installing Mounting 4 3 Transmitter installation compact remote versions ...

Page 29: ...y out work on the electrical connections WARNING Danger of electric shock Never install the device with the mains voltage switched on 5 1 Backup battery The mains powered transmitter is supplied with a single backup lithium battery In the event of power failure battery will take over power supply of unit The battery is not of a rechargeable type and must be replaced latest after 6 years Note Male ...

Page 30: ...nnection board Connect each transducer cable to the sensor Tighten the transducer cable glands to ensure they are firmly sealed Recommended torque for each sensor gland is approx 20 Nm Note Shortened cables If the cables are shortened all cables must be shortened equally and the factory set cable length must be changed accordingly in the transmitter NOTICE Verification sealing For SONO 3500 CT sys...

Page 31: ... 07 2019 VI SH P2 02 29 3 Smoothly push the cables one by one from underneath the base through the glands and adjust all cable ends approximately 100 mm from the upper frame of base Note Make sure that the right cable gland entries are used Terminal 2A is connected to transducer 2A Terminal 2B is connected to transducer 2B ...

Page 32: ... Remote transmitter only Electrical connection of sensor cable 30 SONO 3500 CT Operating Instructions 07 2019 VI SH P2 02 Figure 5 1 Wiring diagram base of connection board 4 Mount the connection board back in wall mounting kit ...

Page 33: ...recommended 6 Tighten both transducer cable glands to ensure they are firmly sealed recommended torque approx 20 Nm 7 Make sure that the transducer cables are not overbent Minimum cable bend radius is 50 mm 5 3 Compact and remote transmitters Connecting output and power supply The wiring of output and power supply is done in three steps 1 Wiring power supply 2 Wiring pulse output if relevant 3 Mou...

Page 34: ... To ensure identical potential for sensor and transmitter a direct grounding of transmitter and sensor is recommended Step 2 Wiring pulse output CAUTION Pulse output The pulse output must be connected to equipment complying with Low Voltage Directive in order to be considered safe The isolation within the transmitter pulse output is only a functional isolation 1 Prepare the cable ends as shown in ...

Page 35: ...ghten the power supply and pulse output cable glands 2 Mount the transmitter Figure 5 3 Mounting transmitter on terminal box 5 4 Wiring energy calculator type INFOCAL 9 Energy calculator is typically connected via the pulse output A of the transmitter Wiring to flow meter SONO 3500 CT SONO 3500 CT in supply pipe Infocal 9 terminal 56 flow pulse 10 q1 57 ground 11 q1 SONO 3500 CT in return pipe Inf...

Page 36: ...g of sensor After finishing installation and electrical connection for SONO 3500 CT types the user sealing is recommended as shown Transmitter Sensor 5 5 2 Verification sealing This illustration shows how the device is verification sealed Transmitter Verfication sealing under frame Verfication sealing in bottom of transmitter Sensor Verification sealing ...

Page 37: ...tructions 07 2019 VI SH P2 02 35 Note For type approved and verified SONO 3500 CT flowmeters The HW key is located behind the display and is thereby protected by the display sealing The verification sealing can only be broken by the user with acceptance of the local authorities ...

Page 38: ...Electrical connection 5 5 Sealing of SONO 3500 CT 36 SONO 3500 CT Operating Instructions 07 2019 VI SH P2 02 ...

Page 39: ...ructure in Operating the local display Page 37 and Navigating the menu structure Page 38 before commissioning the device 6 1 Operating the local display The local display is divided into 3 areas Top area with symbols for status information Mid area with actual readings Lower area with index number of the shown menu Activate the push button to go the next index menu and related information Figure 6...

Page 40: ...t continues uninterrupted until the battery is completely drained Table 6 2 Battery status information symbols Symbol Description Battery status full Battery status low 6 2 Navigating the menu structure Use the push button to navigate between the following menu items Table 6 3 Menu items Menu Parameter Display example Comments Menu 1 Flow volume totalizer 1 Factory preset is forward volume flow Th...

Page 41: ...M When a new battery is installed and the plug is connected the transmitter start up routine begins The display shows the active software version e g 2 03 After ten seconds the message reset bat will appear 1 Press push button within six seconds to reset the internal battery counter The message accept will appear 2 Press push button again within six seconds in order to reset the internal battery c...

Page 42: ...word is 1000 For further information see Password protected data Page 50 Note For type approved and verified SONO 3500 CT flowmeter the settings are HW key protected and can only be read but not changed via PDM This HW key is protected via the verification sealing The verification sealing can only be broken by the user with the acceptance of the local authorities In the following it is described h...

Page 43: ...se is placed on this icon the device information will be shown e g SN1033 is in range 6 4 2 Installing EDD files Install the PDM device driver as follows 1 Download update from the Internet on http www danfoss com www danfoss com Check that the EDD electronic device descriptions is the version valid for the device 2 Open Manage Device Catalog from Start SIMATIC SIMATIC PDM 3 Navigate to PDM device...

Page 44: ... on Modbus net and select Object Properties Select Connection to activate IrDA 6 4 4 Configuring the device In the following it is described how to configure the device by defining all sensor specific parameters Note Measurement accuracy A correct flowmeter installation is required to ensure optimum measurement accuracy Read all parameters Before any parameterization is done it is necessary to rea...

Page 45: ... Note Status field Changed indicates off line data not yet stored in the device Loaded indicates actual device data To view possible settings right click and select Help 6 4 5 Optimizing the system After storage of the settings the parameters can be set according to use The following shows how to set Pulse Output A and Qmax For other parameters refer to Parameter list in the appendix ...

Page 46: ...fine the volume pulse with respect to the Minimum amount per pulse value 5 Press Apply Change of Pulse to apply the settings 6 If needed proceed with setting Pulse Output B according to application specific requirements Default setting Alarm Output A and B setting For SONO 3500 CT output A and B settings depend on the ordering Recommended settings see the following table The SONO 3500 CT settings ...

Page 47: ...DN Pulse setting liter pulse 100 2 5 125 2 5 150 2 5 200 10 250 10 300 10 350 10 400 50 500 50 600 100 700 100 800 100 900 100 1000 100 1200 100 Note For use with a energy calculator the pulse value must correspond to pulse setting of energy calculator 6 4 7 Output B terminals 66 67 The output B setting must be selected according to application specific requirements Default setting Alarm Preset to...

Page 48: ...larm 6 4 8 Checking the operation readiness All parameters are now set and defined according to the application 1 Select Device Download to device to download the parameters to the device Note Before downloading the parameters check that all listed data are loaded or changed and in accordance with the application requirements 2 Select Execute even if the device TAG does not match the project data ...

Page 49: ... e the gains should be stable values between 3 and 12 smaller sizes low values and larger sizes high values and the actual velocities for the paths should be stable constant and smoothly changing values between 0 and 10 m s Store settings on the PC Store the device settings after verifying the values Choose Read Upload to PC to get all the settings Store the complete settings on your PC via File E...

Page 50: ...Commissioning 6 4 Commissioning via PDM 48 SONO 3500 CT Operating Instructions 07 2019 VI SH P2 02 ...

Page 51: ...vice afterwards Figure 7 1 Unit selection Note The display is only able to show m3 and m3 h If the units are changed to units other than m3 and m3 h the display will not show any unit indication after the measured value on the display To show the new customer unit on the display a sticker can be used to show units This sticker should be affixed to the transmitter display 7 2 Number of decimal digi...

Page 52: ... the use of the HW key Figure 7 2 Change password Click Write new password to the device and Close 7 4 Hardware key To gain access to protected parameters of the transmitter a hard ware jumper HW key must be installed as shown below The HW key place is located internally on the right top part of PCB behind the display as shown Note For type approved and verified SONO 3500 CT flowmeter the HW key i...

Page 53: ...affect the meter accuracy and operation Be careful when writing new parameters Changing the HW protected parameters 1 Disconnect power supply to transmitter i e battery plug and the mains power supply 2 Remove frame and display from transmitter 3 Insert HW key vertically on right pins as shown in figure above 4 Remount display and frame on transmitter 5 Restart device 6 Make parameter changes via ...

Page 54: ...Functions 7 4 Hardware key 52 SONO 3500 CT Operating Instructions 07 2019 VI SH P2 02 ...

Page 55: ... check of Ambient conditions Seal integrity of the process connections cable entries and cover screws Reliability of power supply lightning protection and grounds NOTICE Repair and service Repair and service must be carried out by Danfoss authorized personnel only Note The flow sensors are defined as non repairable products 8 2 Battery replacement NOTICE Battery replacement interval It is recommen...

Page 56: ...19 VI SH P2 02 Battery lifetime The battery lifetime depends on the frequency of mains supply failure Under normal temperature and working conditions a battery can have an operation lifetime up to 6 years 1 Unscrew battery cover and remove old battery pack 2 Fit new battery pack in transmitter ...

Page 57: ...2 55 3 Connect battery Ensure that wire is inserted into small channel leading from plug to battery 4 Remount battery cover Note Every time a battery is fitted and connected the unit runs a start up routine A battery replacement does not influence the transmitter settings and accumulated process values ...

Page 58: ...ry shall be the same type and have the specific capacity The capacity setting can be controlled via SIMATIC PDM 8 3 Technical support Additional Support Contact your local Danfoss representative and offices if you have additional questions about the device Find your local contact partner at www danfoss com www danfoss com 8 4 Application specific data Qualification certificate In case the device n...

Page 59: ...s 07 2019 VI SH P2 02 57 1 In PDM click on Device Qualification Certificate 2 Click on Generate qualification certificate 3 Click on Close The Qualification Certificate is now available via Microsoft Word In it add the required application information see Figure 8 1 Qualification certificate page 1 Page 58 Figure 8 ...

Page 60: ...certificate 58 SONO 3500 CT Operating Instructions 07 2019 VI SH P2 02 2 Qualification certificate page 2 Page 59 and Figure 8 3 Qualification certificate page 3 Page 60 8 5 Qualification certificate Figure 8 1 Qualification certificate page 1 ...

Page 61: ...Service and maintenance 8 5 Qualification certificate SONO 3500 CT Operating Instructions 07 2019 VI SH P2 02 59 Figure 8 2 Qualification certificate page 2 ...

Page 62: ...uctions 07 2019 VI SH P2 02 Figure 8 3 Qualification certificate page 3 8 6 Return procedures Enclose the delivery note the cover note for return delivery together with the declaration of decontamination form on the outside of the package in a well fastened clear document pouch ...

Page 63: ...confirms proper decontamination of the device or spare part Shipments without a declaration of decontamination will be cleaned professionally at your expense before further proceeding You can find the forms on the Internet Note Return of products with Lithium batteries Lithium batteries are certified as dangerous goods according to the Regulation of Dangerous Goods UN 3090 and UN 3091 Special tran...

Page 64: ...Service and maintenance 8 7 Battery disposal 62 SONO 3500 CT Operating Instructions 07 2019 VI SH P2 02 ...

Page 65: ...attery version not able to run on mains power Battery empty Replace battery pack Battery plug not plugged into the transmitter see Battery replacement Page 53 F 1 Path 1 upper path not measuring No water in upper part of pipe and or cables or transducer 1A or 1B defective F 2 Path 2 lower path not measuring No water in lower part of pipe and or cables or transducer 2A or 2B defective F 3 Internal ...

Page 66: ...he measurement but they will influence the outputs The error indications disappear when the alarm conditions are corrected and a reset via the communication interface has been carried out Example Error code F 1 2 in the display indicates a combination of error codes F 1 and F 2 Possible causes Empty pipe Path 1 and path 2 cables defective Path 1 and path 2 cables not connected Transducers defectiv...

Page 67: ...ed Track Values tab shows the gain steps and the flow velocities for path 1 and path 2 For 1 path applications the values for path 2 track 2 are 0 The gain steps depend on the pipe size and the conditions of the measuring media The flow velocities depend on the flow in the pipe Gain step Gain step max Gain step min Transducer distance mm Figure 9 2 Transmitter gain step vs Transducer distance ...

Page 68: ...angular misalignment Unstable fluctuating values Air bubbles or solids in medium Bad inlet conditions Δ gain step between path 1 and path 2 1 2 path systems only Bad inlet conditions Inhomogeneous medium Path angular misalignment In case of angular misalignment between transducer faces the gain step will increase as shown in the table below Angular misalignment Gain step increase 2 1 3 2 4 3 5 5 F...

Page 69: ...ansducer sensor cables Coaxial cable impedance 75 Ohm app 6 mm Cable length Max 30 meter between transmitter and trans ducer 5 m 16 4 ft 10 m 32 8 ft 20 m 65 6 ft or 30 m 98 4 ft available Mechanical vibration 2 g 1 to 800 Hz sinusoidal in all directions according to IEC 68 2 6 Power supply Mains with single battery backup always store a replacement 3 6 V LiSOCl Lithium Thionyl Chloride battery 2 ...

Page 70: ...he new industrial battery is purchased 10 2 Battery Battery type Replaceable 3 6 V LiSOCl Lithium Thionyl Chloride single battery 16 Ah Note The battery is not rechargeable it should be replaced at least every 6 years Consumption and battery operation time calculation Every 5 minutes the advanced power management system of the transmitter calculates the battery consumption and the remaining batter...

Page 71: ...ription Specification Pipe design 2 track sensor with flanges and integrated transducers wet calibrated from factory Nominal size DN 100 125 150 200 250 300 350 400 500 600 700 800 900 1000 1200 Pressure rate PN 16 PN 25 PN 40 EN 1092 1 Pipe materials Carbon Steel EN 1 0345 p235 GH painted in light gray Transducer design Integrated version and welded onto the pipe Transducer material Stainless ste...

Page 72: ...0 3 47 500 0 3 55 Steel 414 No 250 600 0 3 60 600 0 3 76 600 0 3 91 Steel 440 No 300 500 0 3 66 500 0 3 81 Steel 466 Yes 350 550 0 3 94 550 0 3 121 Steel 495 Yes 400 600 0 3 124 600 0 3 153 Steel 507 Yes 500 625 0 3 194 625 0 3 231 Steel 558 Yes 600 750 0 3 303 750 0 3 365 Steel 609 Yes 700 875 0 3 361 875 0 3 565 Steel 660 Yes 800 1000 0 3 494 1000 0 3 770 Steel 710 Yes 900 1230 6 6 475 1300 6 6 ...

Page 73: ...0 0 12 168 23 62 0 0 12 201 Steel 17 32 No 12 19 68 0 0 12 146 19 68 0 0 12 179 Steel 18 35 Yes 14 21 65 0 0 12 207 21 65 0 0 12 267 Steel 19 49 Yes 16 23 62 0 0 12 273 23 62 0 0 12 337 Steel 19 96 Yes 20 24 61 0 0 12 428 24 61 0 0 12 509 Steel 21 97 Yes 24 29 53 0 0 12 668 29 53 0 0 12 805 Steel 23 98 Yes 28 34 45 0 0 12 796 34 45 0 0 12 1246 Steel 25 98 Yes 32 39 37 0 0 12 1089 39 37 0 0 12 1698...

Page 74: ...72 SONO 3500 CT Operating Instructions 07 2019 VI SH P2 02 Technical data 10 5 Pipe dimensions for SONO 3500 CT ...

Page 75: ... A 1 Identification Table A 1 Identification parameters FW 2 03 and EDD 1 02 07 01 Parameter Default value Value range Access level Description 1 Application identifier Identity R W Customer application identification infor mation max 16 characters 2 Application location Location R W Customer application location information max 16 characters Device 5 Sensor size Product de pendent R W Pipe diamet...

Page 76: ...he system number on the name plate 24 System Serial number Product de pendent R W Production number the second part of the system number on the nameplate 25 Transmitter serial num ber Product de pendent HW key Serial number of the electronics 26 Sensor serial number Product de pendent Serial number of the sensor 373 Low flow cut off 0 25 0 10 R W If the flow comes below this percentage of Qmax the...

Page 77: ...500 ms R W Pulse length when the pulse is active Valid if pulse output A is enabled 440 Output B enable Yes No Yes R W Select Yes to enable output B 441 Pulse B function Alarm Pulse Alarm Call up R W Configuration of output B as pulse alarm or call up function Valid if pulse output B is enabled 442 Pulse B direction Reverse Forward Re verse Forward net Reverse net R W Pulse output calculation on p...

Page 78: ...04 Reset log No Yes HW key Reset data logger Periodic log Totalizer 1 160 Next settling date 01 01 2000 dd mm yyyy R W Next settling date where actual value of totalizer 1 is stored 161 Latest settling date 01 01 2000 dd mm yyyy Read Latest settling date where value of total izer 1 was stored 162 Latest totalizer 1 value 0 Read Latest stored value of totalizer 1 163 Previous settling date 01 01 20...

Page 79: ...ct Yes to reset active call up 209 Reset consumption log fault No No Yes R W Reset the consumption fault Caused by too low or too high consumption in the log interval 210 Path 1 alarm output enable Yes No Yes R W Select Yes to enable current alarm on alarm output call up 211 Path 1 fault hours e g 36 h Read Total hours fault active 212 Path 1 fault counter e g 4 0 65535 Read Total number of faults...

Page 80: ...225 Parameter checksum alarm output enable Yes No Yes R W Select Yes to enable active alarm on alarm output call up 226 Parameter checksum fault hours e g 0 h 0 65535 Read Total hours fault active Valid only if alarm is enabled 227 Parameter checksum fault counter e g 0 0 65535 Read Total number of faults Valid only if alarm is enabled 228 Parameter checksum fault appears e g 0 h 0 65535 Read Firs...

Page 81: ...m on alarm output call up 246 Pulse B overload fault hours e g 0 h 0 65535 Read Total hours fault active Valid only if alarm is enabled 247 Pulse B overload fault coun ter e g 0 0 65535 Read Total number of faults Valid only if alarm is enabled 248 Pulse B overload fault ap pears e g 0 h 0 65535 Read First time the fault appeared Valid only if alarm is enabled 249 Pulse B overload fault dis appear...

Page 82: ...et the value to No 511 Fixed flow value 0 1E 09 1E 09 R W Fixed flow value for enabled fixed flow 515 Controlling output A and B Auto Auto Forced HW key Control of output A and B is used to stop or force the output A and or B For editing use device menu Service Valid if pulse output is enabled Power 130 Consumed battery capacity e g 2 054239 Ah Read The amount of energy consumed since last time th...

Page 83: ...alibration factor 1 0 0 2 R W This calibration factor will be calculated at the factory with wet calibration 311 Adjustment Factor 1 2 2 R W Meter correction factor for customer ad justment of the calculated flow value Can be used at installations where a reference meter is used to get reference to the true flow rate 312 Transducer cable length Product dependent 0 200 m R W Cable length m from sen...

Page 84: ...et R W Calculation principle on flow direction for forward reverse or net flow 411 Totalizer 2 change date Last change date dd mm yyyy hh mm ss Read Date and time when totalizer 2 function was changed Pipe data 300 Number of paths Product dependent 2 R W Number of paths on the sensor 302 Max sample frequency 15 15 Read The maximum frequency for flow measure ment 303 Sample frequency 0 5 15 HW key ...

Page 85: ... 1 All 1 to 5 Read only Menu setup 1 Totalizer 1 2 Totalizer 2 3 Actual flow rate 4 Error menu 5 Display test menu For editing use device menu Human Interface A 6 Unit conversion table The following tables show examples of totalizer and flow rate units More are available via SIMATIC PDM tool Table A 6 Totalizer units Unit Correction factor Default 1 m3 m3 100 0 01 Gallon US 264 1721 G 100 100 Gall...

Page 86: ...ult 1 m3 s m3 min m3 minute 60 m3 h m3 hour 3600 m3 d m3 day 86400 GPS Gallon second 264 1721 GPM Gallon minute 15850 32 GPH Gallon hour 951019 4 GPD Gallon day 22824465 MGPD 1000000 Gallon day 22 824465 CFS ft3 second 35 31467 CFM ft3 minute 2118 882 CFH ft3 hour 127132 8 I s liter second 1000 I min liter minute 60000 I h liter hour 3600000 MI d 1000000lLiter day 86 4 ...

Page 87: ... Menu 1 5 all Menu 1 5 min one of the five Pipe data Number of paths 2 1 or 2 Inner pipe diameter m for SONO 3500 CT factory pre configured according the order code may not be changed Q max Qmax is 105 of Qs Qs is shown on the system nameplate For SONO 3500 CT factory pre configured accord ing the selection via the order code Adjustable Low flow cut off of Qmax 0 25 For SONO 3500 CT factory pre co...

Page 88: ...ction Forward Forward Reverse Forward net Reverse net Totalizer 2 direction Reverse Forward Reverse Forward net Reverse net Digital output 1 Active On On off Direction Forward Forward Reverse Forward net Reverse net Amount per pulse 0 1 m3 Unit The same as Totalizer unit Value freely selectable Pulse width 5 ms 5 10 20 50 100 200 500 ms Digital Output 2 Active On On off Function Alarm Pulse Alarm ...

Page 89: ...city 17 H Hazardous areas 14 Human Interface parameters 83 I Identification parameters 73 SONO 3500 CT Operating Instructions 07 2019 VI SH P2 02 Installation Indoor outdoor 19 Pipe mounting 25 Wall mounting 25 Internet Contact person 10 56 Flowdocumentation 10 L Lithium batteries Return 61 Safety 13 Local display 37 M Maintenance 53 Measuring principle 17 Menu items 38 Meter setup parameters 81 M...

Page 90: ...Index 88 SONO 3500 CT Operating Instructions 07 2019 VI SH P2 02 T Temperature specifications 19 Transit time 17 V View process values 46 ...

Page 91: ...his also applies to products already on order provided that such alterations can be made without subsequential changes being necessary in specifications already agreed All trademarks in this material are property of the respective companies Danfoss and all Danfoss logotypes are trademarks of Danfoss A S All rights reserved Danfoss A S Heating Segment heating danfoss com 45 7488 2222 E Mail heating...

Reviews: