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AquaTrans™ AT600 User’s Manual

Chapter 4. Initial Setup and Programming

4.7.7 Programming the Number of Traverses

Figure 35: Examples of 1 to 4 Traverses

Select

Traverses

and press [√]. The following screen opens.

Select the appropriate option and press

[



]

to return to the previous

screen.

XDR

1 Traverse

2 Traverse

3 Traverse

4 Traverse

Sensor Setup

Mounting Type

Pipe
Transducer

Traverses

3
4

Summary of Contents for AquaTrans AT600

Page 1: ...Flow 910 312 Rev D September 2017 bhge com AquaTrans AT600 User s Manual ...

Page 2: ......

Page 3: ...ue the product described at any time without notice or obligation Contact your BHGE representative for the most current information The Baker Hughes logo is a trade mark of Baker Hughes a GE company The GE Monogram is a trademark of the General Electric Company AquaTrans AT600 Panametrics Ultrasonic Flow Meter for Liquids User s Manual 910 312 Rev D September 2017 ...

Page 4: ... no content intended for this page ...

Page 5: ...averses 2 Fixtures 1 11 2 1 2 Transducer Spacing 320 to 940 mm Traverses 2 Fixtures 2 14 2 1 3 Transducer Spacing 0 to 250 mm or 0 to 320 mm Traverses 1 Fixtures 2 17 2 1 4 Transducer Spacing 320 mm Traverses 1 Fixtures 2 19 2 2 Installing a CF ES Clamp On Fixture and Transducer System 20 2 3 Installing a General Clamping Fixture and Transducer System 20 2 3 1 Installing C RS or C PT Transducers w...

Page 6: ...48 4 6 2 Programming the Digital Output Menu 51 4 6 3 Programming the Modbus Service Port 61 4 6 4 Programming Digital Communications 61 4 7 Sensor Setup 66 4 7 1 Meter Setup 67 4 7 2 Mounting Type 68 4 7 3 Programming the Pipe Menu when Wetted selected 69 4 7 4 Programming the Pipe Menu when Clamp on selected 70 4 7 5 Programming the Transducer when Clamp on selected 74 4 7 6 Programming the Tran...

Page 7: ...ble Fixing Requirement and Gland Torque 177 A 4 3 Display Languages 177 A 4 4 Product Models 177 Appendix B Data Records B 1 Service Record 179 B 2 Data Entry 179 B 3 Initial Settings 180 B 4 Diagnostic Parameters 181 Appendix C Updating the Firmware in the Field C 1 Introduction 183 C 1 1 System Requirements 183 C 1 2 Preparation 183 C 2 Performing the Firmware Update 184 C 2 1 Check the Current ...

Page 8: ...Contents vi AquaTrans AT600 User s Manual no content intended for this page D 6 The Main Menu Calibration Menu 192 D 7 The Main Menu Advanced Menu 193 D 8 The Main Menu Factory Menu 194 ...

Page 9: ...at the following link www gemeasurement com sales terms and conditions Typographical Conventions Note These paragraphs provide information that provides a deeper understanding of the situation but is not essential to the proper completion of the instructions IMPORTANT These paragraphs provide information that emphasizes instructions that are essential to proper setup of the equipment Failure to fo...

Page 10: ...pplicable to the auxiliary equipment Examples include safety glasses protective headgear safety shoes etc Unauthorized Operation Make sure that unauthorized personnel cannot gain access to the operation of the equipment WARNING Auxiliary equipment may have both manual and automatic modes of operation As equipment can move suddenly and without warning do not enter the work cell of this equipment du...

Page 11: ...es that could impact health and the environment In order to avoid the dissemination of those substances in our environment and to diminish the pressure on the natural resources we encourage you to use the appropriate take back systems Those systems will reuse or recycle most of the materials of your end life equipment in a sound way The crossed out wheeled bin symbol invites you to use those syste...

Page 12: ...Preface x AquaTrans AT600 User s Manual no content intended for this page ...

Page 13: ...s including water wastewater steel campus energy and others The AT600 utilizes a new electronics platform and industrial design to make it extremely simple to install and use in the field So easy to use it practically installs itself The AT600 consists of the new AT600 electronics a metal enclosure the field proven AT transducer system and a clamp on transducer fixture see Figure 1 below Figure 1 ...

Page 14: ...ertain number of acoustic pulses and then as a receiver for an identical number of pulses see Figure 2 and Figure 3 below The time interval between transmission and reception of the ultrasonic signals is measured in both directions When the liquid in the pipe is not flowing the transit time downstream equals the transit time upstream However when the liquid is flowing the transit time downstream i...

Page 15: ...sducer System on page 8 WARNING The AT 600 flow transmitter can measure the flow rate of many fluids some of which are potentially hazardous The importance of proper safety practices cannot be overemphasized WARNING Be sure to follow all applicable local safety codes and regulations for installing electrical equipment and working with hazardous fluids or flow conditions Consult company safety pers...

Page 16: ...e in a variety of configurations to meet your needs so the packing list will vary for each system As an example a typical packing list is 1 One AT600 electronics enclosure 2 Two clamp on fixtures 3 Two transducers installed in one of the two clamp on fixtures 4 One transducer cable installed on fixture with transducers 5 Two clamp on fixture mounting straps for each fixture 6 Two U bolts for pipe ...

Page 17: ...uminum NEMA type 4X IP67 enclosure suitable for indoor or outdoor use See Figure 5 below for the mounting dimensions and weight of the AT600 electronics enclosure Figure 5 Mounting the AT600 Electronics Enclosure Weight is about 1 5 kg Pipe Mount Wall Mount for the whole meter Assembly M16 GLAND x3 202 13 3 63 50 128 120 160 72 50 M20 GLAND x2 202 226 2 Inch Pipe 72 50 ...

Page 18: ... for drawings of the AT600 mounting base Figure 6 The AT600 Mounting Base 1 6 Calculating the Transducer Spacing Before installing the clamp on fixture s and transducers you must program the AT600 to calculate the required transducer spacing for your planned installation To accomplish this task go to Sensor Setup on page 66 and follow the instructions in that section After obtaining the required t...

Page 19: ...iding sources of turbulence in the fluid such as valves flanges expansion joints elbows swirl and cavitation Figure 7 AT600 Clamp On Fixture Transducer Location Locate the transducers on a common axial plane along the pipe see Figure 8 below The transducers should be mounted on the side of the pipe rather than the top or bottom because the top of the pipe tends to accumulate gases and the bottom t...

Page 20: ... to find the parameters for your specific configuration IMPORTANT See Sensor Setup on page 66 to calculate the required transducer spacing A two traverse installation is recommended for most applications IMPORTANT If there is any type of coating or protective layer on the outer pipe surface it must be removed at the locations where the transducers and couplant contact the pipe surface Table 1 Avai...

Page 21: ...lamp On Fixtures Based on the known information proceed directly to one of the following sections in the next chapter for instructions on installing your AT600 clamp on fixture s and transducers on the pipe Note See the flowchart in Figure 9 on page 10 to assist in choosing the appropriate instructions for your specific configuration Transducer Spacing 32 to 250 mm or 50 to 320 mm Traverses 2 Fixt...

Page 22: ...rans UTXDR Trans CF LP Trans 2 MHz 1 MHz 0 5 MHz 2 Traverses 1 Traverse AT600 Fixture CF ES Fixture GCF Fixture Section 2 2 on page 19 Section 2 3 on page 19 START HERE 4 MHz 4 MHz Note The red boxes are the recommended configuration which works for most applications 1 Fixture 2 Fixtures 2 Fixtures Section 2 1 1 on page 11 Section 2 1 2 on page 14 Spacing to 320 Spacing 320 Section 2 1 3 on page 1...

Page 23: ...ion with one clamp on fixture is the standard AT600 configuration When the required transducer spacing is 32 to 250 mm for a 2 MHz transducer or 50 to 320 mm for a 1 MHz or 0 5 MHz transducer one clamp on fixture is needed for a dual traverse installation Proceed as follows 1 Install the AT600 clamp on fixture with transducers on the pipe using two mounting straps a Choose a location with enough s...

Page 24: ...on page 23 3 If you haven t already done so power the meter On and program your site data to determine the required transducer spacing see Sensor Setup on page 66 4 Set the two transducers at the spacing calculated by the meter and tighten them in place as follows a Loosen both transducers and rotate the fixture so that the transducers are in view see Figure 12 below Figure 12 Transducers Rotated ...

Page 25: ...L is the Upper Specified Limit for the installation Note For a one fixture installation LSL is 0 on the scale and USL is 250 mm for a 2 MHz transducer or 320 mm for a 1 MHz or 0 5 MHz transducer The transducer spacing is measured from LSL to a point USL Figure 14 Installation for 2 Traverses with 1 Fixture 6 Your clamp on fixture and transducer installation is now complete To wire your AT600 flow ...

Page 26: ...amp On Fixtures 3 Repeat step 2 to install the second clamping fixture with no transducers or cable on the pipe between the downstream pair of straps Use the bar on the second fixture to connect the two fixtures Then move the straps onto the second fixture and tighten the screws IMPORTANT Be sure the bar on the left side of the second fixture is in close contact with the bar on the first fixture 4...

Page 27: ...ixture a For a calculated transducer spacing of 320 to 620 mm for a 1 MHz or 0 5 MHz transducer locate the upstream transducer at the USL1 position on the first fixture Then locate the downstream transducer at the calculated transducer spacing position USL2 on the second fixture Figure 17 Transducer Spacing of 320 to 620 mm with 2 Fixtures b For a calculated transducer spacing of 620 to 940 mm for...

Page 28: ...Manual Figure 18 Transducer Spacing of 620 to 940 mm with 2 Fixtures 6 Your clamp on fixture and transducer installation is now complete To wire your AT600 flow meter proceed to Wiring the AT600 Electronics on page 23 UPSTREAM DOWNSTREAM 250 Spacing LSL1 USL1 LSL2 USL2 320 620 940 0 ...

Page 29: ...n mark two additional lines on the pipe parallel to the first line Locate these lines 1 4 of the way around the pipe in each direction from the original line i e at the 3 o clock and 9 o clock positions 3 Install two mounting straps on the pipe about 12 in 30 cm apart see Figure 19 below 4 Hold one clamp on fixture with two transducers and one cable on the pipe along one of the lines marked in ste...

Page 30: ...transducer needs to be pulled out through one side of the rail on the first fixture and inserted through the side of the rail on the second fixture c Install the upstream transducer into the second fixture and reconnect the transducer cable d Locate the upstream transducer at the zero position of the second fixture and then move the downstream transducer to the required position on the first fixtu...

Page 31: ...he ends of this clamp on fixture Tighten the strap screws and verify that the straps remain on the ends of the fixture 5 Hold the remaining empty clamp on fixture along the line on the opposite side of the pipe from the first fixture and between the upstream pair of straps Then move the two upstream straps onto the ends of this clamp on fixture Tighten the strap screws and verify that the straps r...

Page 32: ...r are available in BHGE document 916 082 2 3 Installing a General Clamping Fixture and Transducer System Both the C RS and C PT transducers are mounted on the pipe with the BHGE General Clamping Fixture GCF For detailed installation instructions refer to following C RS Transducer Installation Guide BHGE document 916 077 C PT Transducer Installation Guide BHGE document 916 074 2 3 1 Installing C RS...

Page 33: ...nected directly to a C RS or C PT transducer with an optional RG62 cable which has a BNC connector at transducer end Thus the BNC to SMA Adapter is not needed This RG62 cable has a submersible cable option for the C RS transducer Also there is a junction box option for the C RS and C PT transducers which provides extra physical protection for the BNC connection on the transducer ...

Page 34: ...Chapter 2 Clamp On Fixture and Transducer Installation 22 AquaTrans AT600 User s Manual ...

Page 35: ...Figure 23 Wiring Diagram Note The HART and Modbus communication options must be selected when ordering the AT600 ATTENTION EUROPEAN CUSTOMERS To meet CE Mark requirements all cables must be installed as described in Wiring Cable Specifications and Requirements on page 177 GROUNDING 4 A GROUNDING 2 GROUNDING 1 GROUNDING 3 DETAIL A Transducer Terminals W E ĂďĞů ĞƐĐƌŝƉƟŽŶ ϭ E ŽǁŶƐƚƌĞĂŵ dƌĂŶƐĚƵĐĞƌ Ϯ h...

Page 36: ...age 177 for the required cable specifications IMPORTANT Any unused cable glands must be plugged with the cable gland inserts provided with meter Figure 24 Recommended Cable Gland Usage GLAND HOLE 5 GLAND HOLE 4 GLAND HOLE 2 GLAND HOLE 1 GLAND HOLE 3 DETAIL B B CABLE GLAND HOLES Hole Num Feed Through Cables 1 Power Lines 2 Digital Output B Cable Lines Digital Output C Cable Lines Gate Input Cable L...

Page 37: ...re 25 Typical Meter S N Label AC and DC Versions ATTENTION EUROPEAN CUSTOMERS To meet CE Marking requirements all cables must be installed as described in Wiring Cable Specifications and Requirements on page 177 WARNING Be sure to connect the AT600 only to the specified line voltage ATTENTION EUROPEAN CUSTOMERS For compliance with the European Union s Low Voltage Directive this unit requires and e...

Page 38: ...tream transducers Installed in the clamping fixtures The electronics console To wire the transducers complete the following steps 1 Locate the two transducer cables and connect them to the transducers 2 Connect the cable connector with yellow DN jacket on the cable to the DN terminal and connect cable connector with white UP jacket on the cable to the UP terminal as shown in Figure 23 on page 23 3...

Page 39: ...20mA analog output Connections to this output may be made with standard twisted pair wiring The current loop impedance for this circuit must not exceed 600 ohms Figure 27 Analog Output HART Communication Wiring WARNING The AT600 must always be connected to a proper earth ground using the system grounding screw shown in Figure 26 below DETAIL C SYSTEM GROUNDING SCREW Model AT600 Int Pwr Sup HART Ma...

Page 40: ... use the analog output must be set up and calibrated see Inputs Outputs on page 48 When in meter is in configuration mode the analog output is locked at 3 6 mA After exiting from configuration mode the meter will resume normal operation 3 6 Wiring the Modbus Communication The optional AT600 Modbus port is a two wire half duplex RS485 interface If this option was specified at the time of purchase p...

Page 41: ...ming Digital Communications on page 61 for instructions Each totalizer frequency alarm output requires a twisted pair cable Wire the terminal block as shown in Figure 23 on page 23 and Figure 28 below Figure 28 Totalizer Frequency Alarm Output Wiring Model AT600 Totalizer Frequency Counter or Alarm Detector PIN 9 B PIN 8 A C Isolated Return Int Pwr Sup Volts Common Volts 10 Kohms minimum Load Max ...

Page 42: ... 23 on page 23 and Figure 29 below and complete the following steps 1 Verify that the main power has been disconnected from the unit and then open the enclosure 2 Install the required cable clamp in the chosen gland hole on the side of the electronics enclosure 3 Route one end of the cable through the gland hole and wire it to terminal block 4 Secure the cable clamp Figure 29 Gate Input Wiring WAR...

Page 43: ...g measurements at least the following menus must be programmed User Preferences on page 43 Inputs Outputs on page 48 Sensor Setup on page 66 Refer to the Main Menu map in Figure 30 below and proceed to the appropriate section for instructions Figure 30 Main Menu Map Display Main Menu Display Format Program Password xxxx User Preferences Input Output Sensor Setup Calibration Advanced Factory Progra...

Page 44: ... option without saving unconfirmed data and enable users to highlight a specific window in the display option or to scroll through a list of options They are also used to change individual characters in a text string and enable users to scroll to a specific menu option or to highlight a specific character in a text string When powered On the AT600 initialization screen is shown followed by a measu...

Page 45: ... LEDs are Off the meter is either in configuration mode or no power is applied 4 3 1 Changing the Display for One or Two Variable Screens An outline of a typical one or two variable screen is shown below To change the number of decimal places in the displayed value From the display screen press either the or keys until the value is highlighted After the value is highlighted press to open the Displ...

Page 46: ...ancel the selection From the display screen press either the or keys until the measurement type is highlighted After the value is highlighted press to open the Measurement Type option The screen changes to Display Measurement Type Press the and keys to scroll to the desired parameter Available parameters include Velocity Act Volumetric Std volumetric Mass Batch Totals Inventory Totals Soundspeed R...

Page 47: ...the value is highlighted After the value is highlighted press to open the Display Decimal option Use the and keys to scroll to the desired number of decimal places Available options include 0 1 2 3 4 and Sci Scientific Notation Press to select the value and then press again to confirm the selection or to cancel the selection Total m 3 Forward 0 000e 00 Reverse 0 000e 00 Totalizer Reset Totalizer E...

Page 48: ...hted After the type is highlighted press to open the Display Decimal option The screen changes to Totalizer Type Press the and keys to scroll to the desired parameter Available parameters include Forward Totals Reverse Totals Net Totals and Time After you have chosen the type press to select the value and then press again to confirm the selection or to cancel the selection After the unit is highli...

Page 49: ...either the or keys until the Start Stop icon either an arrow icon for Start or a two bar icon for Stop is highlighted After the value is highlighted press to start or stop totalizing The display icon then changes to indicate the new status Start or Stop TOTAL m 3 Forward 0 000e 00 Reverse 0 000e 00 TOTAL m 3 Forward 0 000e 00 Reverse 0 000e 00 TOTAL m 3 Forward 0 000e 00 Reverse 0 000e 00 ...

Page 50: ...he totalizer proceed as follows From the display screen press either the or keys until the Reset icon a partial circle with an arrow is highlighted After the Reset icon has been highlighted press to reset the totalizer to 0 TOTAL m 3 Forward 0 000e 00 Reverse 0 000e 00 TOTAL m 3 Forward 0 000e 00 Reverse 0 000e 00 ...

Page 51: ...pendix B Data Records The Display Format submenu is used to set up the type of format to be used in displaying information On the initial screen use the arrow keys to highlight the lock symbol and press The following screen opens Display Format Program Program Review Keypad Lockout Language ѝ᮷ Français ᰕᵜ䃎 English Deutsch Italiano ƴǗǕǕǎǌǍ Português Española Yes No Svenska 1 Variable 2 Variables To...

Page 52: ...splay menu select Keypad Lockout and press A screen similar to the following opens To lock the display use the and keys to highlight Yes and press The screen returns to the previous display To unlock the display use the and keys to highlight No and press The screen returns to the previous display Note When the keypad is locked press to unlock it Display Display Format Program Program Review Keypad...

Page 53: ...Program Review Figure 34 Program and Program Review Menu Map To change the display language on the Display menu select Language and press A screen similar to the following opens Use the and arrow keys to highlight the desired language and press to return to the previous screen The display language is changed to the new selection Display Language Program Program Review Keypad Lockout Display Langua...

Page 54: ...T When you enter Program configure mode measurements stop and the output goes to error level To enter the Programming menu on the Display menu use the arrow keys to highlight Program and press The following screen opens Use the or key to select a specific digit then use the or key to change that digit as required After all digits are correct press to open the User Preference screen Note The defaul...

Page 55: ...Note You can only change the Meter Tag and Label data using BHGE s Vitality software To check or change the date time highlight System Date and press The following screen opens Use the or key to select a specific digit then use the or key to change that digit as required After all digits are correct press to save Then press to return to the previous screen User Preference Units Setting Density Pas...

Page 56: ... t want to change the selected unit select No and press If you do want to change the selected unit select Yes then press twice to open the following screen If no change is desired press twice to return to the Units Setting menu To change the measurement system select the desired option press twice to open a screen similar to the following Confirm the selected units press three times to return to t...

Page 57: ...density type and press Press again and a screen similar to the following opens Use the or key to select a specific digit then use the or key to change that digit as required After all digits are correct press to save Then press to return to the previous screen User preference Settings Units Setting Density Password Density Density Act Density Std Density Density Act 1000 000 Kg m 3 Density Act UNI...

Page 58: ...rect press to save Then press to return to the previous screen The default password is 1111 To turn the backlight OFF or ON use the or arrow key to select Display and press The following screen opens Select Backlight and press to open a screen similar to the following Select OFF or ON and press twice to return to the previous screen User preference Units Setting Density Password Setting Enter the ...

Page 59: ... The default value for the timeout is 0 Press again and a screen similar to the following opens Use the or key to select a specific digit then use the or key to change that digit as required After all digits are correct press to save Then press three times to return to the User Preference screen Display Backlight Timeout Timeout Timeout 19 S Timeout UNIT S 19 MOVE UNDO SAVE MODF ...

Page 60: ...n use the or key to change that digit as required After all digits are correct press to save The following screen opens Select Input Output and press the key A screen similar to the following opens Select the desired Output with the or arrow keys and press to enter the configuration menu Velocity m s 0 0 Display Display Format Program Program Review Keypad Lockout Enter the password 9999 MOVE UNDO...

Page 61: ...ull Value and press A screen similar to the following opens Press again and a screen similar to the following opens Note The units shown are the units selected in the Units Setting menu Use the or key to select a specific digit then use the or key to change that digit as required After all digits are correct press to save Then press to return to the previous screen Repeat these steps to set the Fu...

Page 62: ...o change that digit as required After all digits are correct press to save Then press to return to the previous screen Repeat these steps until the actual output value matches the programmed value To specify the error handling status in the Analog Output A menu select Error Handling and press The following screen opens During an error condition selecting Low forces the Analog Output to 3 6 mA or b...

Page 63: ...l digits are correct press to save Then press to return to the previous screen In the User Preference menu select Units Setting and press the right arrow key A screen similar to the following opens Select the desired Digital Output with the or arrow keys and press to enter the relevant configuration menu Note The programming steps for Digital Output B and Digital Output C are the same as those for...

Page 64: ...e for each unit of flow that passes through the pipeline Select Pulse and press to open the following screen Select Measurement and press to open the following screen In the Measurement menu select the type of analog output to be used and press to return to the previous screen Digital Output B Off Pulse Frequency Alarm Digital Output B Off Pulse Frequency Alarm Pulse Measurement Pulse Value Pulse ...

Page 65: ...uired After all digits are correct press to save Then press to return to the previous screen Use the or arrow keys to select Pulse Time and press A screen similar to the following opens The Pulse Time i e the pulse width is displayed To change the existing setting press and a screen similar to the following opens Use the or key to select a specific digit then use the or key to change that digit as...

Page 66: ...e Time PT the width of each pulse Program the Pulse Measurement as a Forward Batch Totalizer Consider a process where the volumetric flow rate VR fluctuates near 4 6 liter sec As a typical value try a PV of VR 20 4 6 20 Thus set PV 0 23 liter pulse Then the duration of each pulse is PV VR 0 23 4 6 50 ms As the Pulse Time PT is defined as half the pulse duration then the correct PT 25 ms Program th...

Page 67: ...Digital Output menu To test the pulse output select Test Pulse and press The following screen opens Press to open a screen similar to the following Press again and the screen returns to the previous display Press to return to the Digital Output menu Use the or key to select a specific digit then use the or key to change that digit as required After all digits are correct press to save Verify on yo...

Page 68: ...e Full Value is the measurement value that corresponds to a Full Frequency pulse The Full Frequency is the maximum frequency used for the output pulse and it indicates the maximum flow rate measurement Use the or arrow keys to select the appropriate option and press A screen similar to the following opens Note Use the same steps to program the Base Value Full Value and Full Frequency To change the...

Page 69: ...tions for response to an error situation Hold hold the last good value Low display 0 Hz High display the Full Frequency Other If selected a screen similar to the following opens Enter the frequency value you want to display during an error situation e g if Full Frequency 1 kHz you may want to set the Error Handling Value to 2 kHz Press again and a screen similar to the following opens Use the or k...

Page 70: ...ter that you see the frequency you entered If desired you can repeat this procedure with several different frequencies After testing is complete press to return to the Digital Output menu The alarm can be either an open circuit normally closed type or a short circuit normally open type depending on the error condition To check the alarm or change its settings in the Digital Output menu select Alar...

Page 71: ... State and press A screen similar to the following opens Two alarm states are available Normal Normally open the alarm contacts close in an error condition Fail Safe Normally closed the alarm contacts open upon in an error condition or a power failure To change the state of the alarm select the desired status and press The screen returns to the previous display Alarm Measurement Alarm State Alarm ...

Page 72: ... and press to return to the previous screen The Alarm Value is the threshold that trips a Low or High alarm To check or change the alarm value select Alarm Value and press A screen similar to the following opens Press again and a screen similar to the following opens Note The units shown are the units selected in the Units Setting menu Use the or key to select a specific digit then use the or key ...

Page 73: ...est the Alarms output select Test Alarms and press The following screen opens Select OFF to disable the alarm or ON to enable the alarm To begin testing select ON and press To stop testing press The Modbus Service port is configured at the factory as follows Baud Rate 115200 Bits Parity 8 None Stop Bits 1 Address 1 To view the settings for the Modbus Service Port select it on the Input Output scre...

Page 74: ...screen similar to the following opens To set the baud rate select Baud Rate and press A screen similar to the following opens The default baud rate is 115200 To change the default select the desired baud rate and press to return to the previous screen Input Output Digital Output B Digital Output C Modbus Service Port Digital Comm Digital Comm MODBUS MODBUS Baud Rate Address Bits Parity Stop Bits B...

Page 75: ...ey to select a specific digit then use the or key to change that digit as required After all digits are correct press to save Then press to return to the previous screen To set the Bits Parity select Bits Parity and press A screen similar to the following opens The default Bits Parity is 8 None Select the desired setting and press to return to the previous screen MODBUS Baud Rate Address Bits Pari...

Page 76: ...and press to return to the previous screen To set up HART communication select Digital Comm on the Input Output screen and press The following screen opens Note Verify that the HART function is installed and activated on your meter Press again and a screen similar to the following opens MODBUS Baud Rate Address Bits Parity Stop Bits Stop Bits 1 2 115200 Input Output Digital Output B Digital Output...

Page 77: ...n similar to the following opens Press again and a screen similar to the following opens The default setting is 0 Use the or key to select a specific digit then use the or key to change that digit as required After all digits are correct press to save Then press to return to the previous screen HART Address Address Address 0 Address 0 MOVE UNDO SAVE MODF ...

Page 78: ...digit as required After all digits are correct press to save Then press to return to the previous screen In the User Preference menu select Units Setting and press the key twice A screen similar to the following opens Select the desired parameter with the or arrow keys and press to enter the configuration menu Velocity m s 0 0 Display Display Format Program Program Review Keypad Lockout Enter the ...

Page 79: ...ess The following screen opens Select Zero Cutoff and press The following screen opens Press again and a screen similar to the following opens Note The units shown are the units selected in the Units Setting menu Use the or key to select a specific digit then use the or key to change that digit as required After all digits are correct press to save Then press to return to the previous screen Senso...

Page 80: ...unting Type Select Mounting Type and press The following screen opens Select Clamp on if need and press to return to the previous screen Select Wetted if need and press to return to the previous screen Sensor Setup Meter Setup Pipe Transducer Mounting Type Mounting Type Wetted Clamp on Mounting Type Wetted Clamp on ...

Page 81: ...l Thickness and press A screen similar to the following opens Press again and a screen similar to the following opens Note The units shown are the units selected in the Units Setting menu Use the or key to select a specific digit then use the or key to change that digit as required After all digits are correct press to save Then press to return to the previous screen Repeat these steps to enter th...

Page 82: ...ll Thickness and press A screen similar to the following opens Press again and a screen similar to the following opens Note The units shown are the units selected in the Units Setting menu Use the or key to select a specific digit then use the or key to change that digit as required After all digits are correct press to save Then press to return to the previous screen Repeat these steps to enter t...

Page 83: ...ast Iron Cu Cuprum Al Aluminum BRASS Brass 30 Ni 30 Nickel Copper Alloy 10 Ni 10 Nickel Copper Alloy PYREX GLASS Pyrex Glass FLINT GLASS Flint Glass CROWN GLASS Crown Glass NYLON PLSTC Nylon Plastic POLYE PLSTC Polyethylene POLYP PLSTC Polypropylene PVC PLSTC Polyvinyl chloride ACRYL PLSTC Acrylic Plastic Select the appropriate pipe material from the list and press to return to the previous screen...

Page 84: ...press to save Then press to return to the previous screen In the Pipe menu select Lining and press The following screen opens If there is no lining in your pipe select No and press to return to the previous screen If your pipe does have a lining select Yes and press twice A screen similar to the following opens To set the lining thickness select Lining Thickness and press A screen similar to the f...

Page 85: ...s to return to the previous screen Select Lining Material and press then select the appropriate option and press If your pipe material is not listed see Table 4 below for the available options select Other and press twice A screen similar to the following opens Table 4 Pre Programmed Pipe Lining Materials Name Lining Material Tar Epoxy Tar Epoxy Pyrex Glass Pyrex Glass Asbestos Cement Asbestos Cem...

Page 86: ... selected in the Units Setting menu Use the or key to select a specific digit then use the or key to change that digit as required After all digits are correct press to save Then press to return to the previous screen Select Transducer and press The following screen opens Select STD and press A screen similar to the following opens Lining SOS Lining SOS 2000 000 m s Lining SOS UNIT m s 2000 000 MO...

Page 87: ... return to the previous screen Note The available AT600 standard transducers are listed in Table 5 below Table 5 Standard Transducer Types Transducer Number Transducer Type 10 CPT 0 5CPT 0 5 11 CPT 2 0 12 CPT 0 5 MT C PB 05 M 13 CPT 1 0 MT C PB 10 M 14 CPT 2 0 MT C PB 20 M 15 CPT 0 5 HT 16 CPT 1 0 HT 17 CPT 2 0 HT 18 CPS 0 5 19 CPSM 2 0 20 CTS 1 0 21 CTS 1 0 HT 22 CTS 2 0 23 C LP 40 HM 24 C LP 40 ...

Page 88: ...stic 36 CPB 1 0 HT 37 CPB 2 0 HT 38 CPB 1 0 39 CPB 1 0 MT 301 C RL 0 5 302 C RL 1 304 C RL 0 5 305 C RL 1 307 C RL 0 5 308 C RL 1 310 C RV 0 5 311 C RV 1 313 C RW 0 5 314 C RW 1 401 C RS 0 51 402 C RS 1 1 403 C RS 2 407 UTXDR 2 408 UTXDR 5 601 CAT 0 5 602 CAT 1 603 CAT 2 1 1 Currently supported transducer Table 5 Standard Transducer Types cont Transducer Number Transducer Type ...

Page 89: ...press A screen similar to the following opens In the Special Transducer menu select Frequency and press The following screen opens Select the appropriate option and press twice to return to the previous screen Sensor Setup Meter Setup Pipe Transducer Mounting Type Transducer SPEC STD Special Transducer Frequency Wedge Angle Wedge SNSD Time Wedge Frequency 0 5 Mhz 1 Mhz 2 Mhz 4 Mhz ...

Page 90: ...Use the or key to select a specific digit then use the or key to change that digit as required After all digits are correct press to save Then press to return to the previous screen Select Wedge SNSD and press The following screen opens Special Transducer Frequency Wedge SNSD Time Wedge Wedge Angle Wedge Angle Wedge Angle 42 Wedge Angle 42 MOVE UNDO SAVE MODF Special Transducer Frequency Wedge Ang...

Page 91: ... to the previous screen Select Time Wedge and press The following screen opens Press again and a screen similar to the following opens Use the or key to select a specific digit then use the or key to change that digit as required After all digits are correct press to save Then press to return to the previous screen Wedge SNSD Wedge SNSD 2482 m s Wedge SNSD UNIT m s 2482 MOVE UNDO SAVE MODF Special...

Page 92: ...git and change that digit as required After all digits are correct press to save Then press to return to the previous screen Note The available AT600 standard transducers are listed in Table 6 below Table 6 Standard Wetted Transducer Types Transducer Number Transducer Type 40 WT 1 1P 10 00 NT 44 WT 1 1P 05 00 NT 71 PA 36 1P WT 1 1P 10 00 72 PA 36 1P WT 1 1P 10 00 HL 73 PA PV 1P or F WT 1 1P 10 EW ...

Page 93: ...ing opens In the Special Transducer menu select Frequency and press The following screen opens Select the appropriate option and press twice to return to the previous screen Select Time Wedge and press The following screen opens Sensor Setup Meter Setup Pipe Transducer Mounting Type Transducer SPEC STD Special Transducer Frequency Time Wedge Frequency 0 5 Mhz 1 Mhz 2 Mhz 4 Mhz Special Transducer F...

Page 94: ...t Press again and a screen similar to the following opens Use the or key to select a specific digit then use the or key to change that digit as required After all digits are correct press to save Then press to return to the previous screen Time Wedge Time Wedge 7 500 us Time Wedge UNIT us 7 500 MOVE UNDO SAVE MODF ...

Page 95: ...raverses Select Traverses and press The following screen opens Select the appropriate option and press to return to the previous screen XDR XDR XDR XDR XDR XDR XDR XDR XDR XDR XDR XDR XDR XDR XDR XDR XDR XDR XDR XDR XDR XDR XDR XDR 1 Traverse 2 Traverse 3 Traverse 4 Traverse Sensor Setup Mounting Type Pipe Transducer Traverses Traverses 1 2 3 4 ...

Page 96: ...creen similar to the following opens so that you can enter the speed of sound Fluid SOS in your fluid If you don t know your Fluid SOS you should enable the Tracking Window so that the meter can detect it automatically If the Tracking Window is enabled select Yes and press A screen similar to the following opens Enter the Maximum SOS and Minimum SOS Note Fluid SOS Maximum SOS and Minimum SOS are a...

Page 97: ...o select a specific digit then use the or key to change that digit as required After all digits are correct press to save Then press to return to the previous screen Note Because the meter calculations are based on customer inputs the fluid temperature affects the speed of sound used during a measurement Sensor Setup Traverses Fluid Type Fluid Temperature Transducer Spacing Fluid Temperature Fluid...

Page 98: ...g for your transducers is not possible contact the factory for assistance Only if instructed by the factory press again and a screen similar to the following opens Use the or key to select a specific digit then use the or key to change that digit as required After all digits are correct press to save Then press to return to the previous screen IMPORTANT Changing the transducer spacing should only ...

Page 99: ...press A screen similar to the following opens Press again Enter this Path use in installing your transducers on the pipe The calculation is based on your Sensor Setup input pipe transducer fluid and traverses Use the or key to select a specific digit then use the or key to change that digit as required After all digits are correct press to save Then press to return to the previous screen Sensor Se...

Page 100: ...Chapter 4 Initial Setup and Programming 88 AquaTrans AT600 User s Manual no content intended for this page ...

Page 101: ...er Option Bar Description Good Bad Tup Displays the upstream ultrasonic signal transit time NA NA Tdn Displays the downstream ultrasonic signal transit time NA NA DeltaT Displays the transit time difference between the upstream and downstream signals NA NA Up Signal Quality Displays the signal quality for the upstream transducer 1200 400 Dn Signal Quality Displays the signal quality for the downst...

Page 102: ...n Correct the programming errors Refer to Diagnostics on page 93 to correct the flowcell and or transducer problems Also check the value programmed in the Program Advanced Error Limits SNSD Limit menu 5 1 2 3 E3 Velocity Range Problem The velocity exceeds the limits programmed in the Program Advanced Error Limits Velocity Low High menu Cause When the measured velocity exceeds the programmed veloci...

Page 103: ...ing Action Check for sources of electrical interference and verify the integrity of the electronics console by temporarily substituting a test flowcell that is known to be good Check the transducers and relocate them if necessary See Diagnostics on page 93 for instructions ...

Page 104: ...e flowcell Also poor coupling for the clamp on transducers can cause this problem Action Refer to Diagnostics on page 93 to correct any flowcell problems 5 1 2 6 E6 Cycle Skip Problem The fluid acceleration exceeds the limits programmed in the Program Advanced Error Limits Acceleration menu Cause This condition is usually caused by poor flow conditions or improper transducer alignment Action Refer...

Page 105: ...ion instructions Refer to Chapter 2 Installation to correct any installation problems If the physical installation of the system meets the recommended specifications it is possible that the fluid itself may be preventing accurate flow rate measurements The fluid being measured must meet the following requirements The fluid must be homogeneous single phase relatively clean and flowing steadily Alth...

Page 106: ...rs that protrude into the flow stream may be used Refer to Chapter 2 Installation for more details on proper installation practices Inaccurate pipe measurements The accuracy of the flow rate measurements is no better than the accuracy of the programmed pipe dimensions For a flowcell supplied by GE the correct data will be included in the documentation For other flowcells measure the pipe wall thic...

Page 107: ...AquaTrans AT600 User s Manual 95 Chapter 5 Error Codes and Troubleshooting ...

Page 108: ...Chapter 5 Error Codes and Troubleshooting 96 AquaTrans AT600 User s Manual ...

Page 109: ...Table 7 MODBUS Register Map Register in Hex Register in Decimal Access Level Description RO RW Format 100 100 256 User Product Short Tag RW CHAR 16 108 264 User Product Long Tag RW CHAR 32 118 280 User Product message for HART RW CHAR 32 128 296 User Product descriptor for HART RW CHAR 16 140 140 320 User Product Electronic serial number RW CHAR 16 148 328 User Product fixture serial number RW CHA...

Page 110: ...6 1318 User Global Unit group 20 for Velocity RW INT32 528 1320 User Global Unit group 21 for Acceleration RW INT32 540 540 1344 Viewer Batch request command RW INT32 542 1346 User inventory request command RW INT32 544 1348 Viewer system request password RW INT32 546 1350 Viewer system request command RW INT32 700 700 1792 RO System Reported error RO INT32 702 1794 RO System Error Bitmap RO INT32...

Page 111: ...6 User Analog Out Zero Value RW IEEE 32 bit C06 3078 User Analog Out Span Value RW IEEE 32 bit C08 3080 User Analog Out Base Value RW IEEE 32 bit C0A 3082 User Analog Out Full Value RW IEEE 32 bit C40 C40 3136 User Digital Out 1 Pulse Value RW IEEE 32 bit C42 3138 User Digital Out 1 Frequency Base Value RW IEEE 32 bit C44 3140 User Digital Out 1 Frequency Full Value RW IEEE 32 bit C46 3142 User Di...

Page 112: ...equency Error Handling RW INT32 D66 3430 User Digital Out 1 Frequency Error Handling Value RW INT32 D68 3432 User Digital Out 1 Frequency Full Frequency RW INT32 D70 D70 3440 User Digital Out 2 Frequency Measurement Type RW INT32 D72 3442 User Digital Out 2 Test Frequency Value RW INT32 D74 3444 User Digital Out 2 Frequency Error Handling RW INT32 D76 3446 User Digital Out 2 Frequency Error Handli...

Page 113: ...416 Viewer HART Dynamic Variable Index _1 RW INT32 1142 4418 Viewer HART Dynamic Variable Index _2 RW INT32 1144 4420 Viewer HART Dynamic Variable Index _3 RW INT32 1146 4422 Viewer HART Dynamic Variable Index _4 RW INT32 1300 1300 4864 RO HART Configuration Change Count RO INT32 1302 4866 RO HART Device Status RO INT32 1304 4868 RO HART Device Status Extended RO INT32 1306 4870 RO HART master sta...

Page 114: ... 8214 User Fluid Sound speed Max RW IEEE 32 bit 2018 8216 User Fluid Static Density RW IEEE 32 bit 201A 8218 User Fluid Reference Density RW IEEE 32 bit 201C 8220 User Fluid Temperature RW IEEE 32 bit 201E 8222 User XDR space RW IEEE 32 bit 2020 8224 User Calibration Factor RW IEEE 32 bit 2022 8226 User Kinematic Viscosity RW IEEE 32 bit 2040 2040 8256 User MultiK Velocity 1 RW IEEE 32 bit 2042 82...

Page 115: ... 20C6 User Velocity High limit Used for Volumetric High limit calculation RW IEEE 32 bit 20C8 8392 User Amplitude discriminator min limit RW IEEE 32 bit 20CA 8394 User Amplitude discriminator max limit RW IEEE 32 bit 20CC 8396 User Soundspeed Plus minus limit RW IEEE 32 bit 20CE 8398 User signal low limit RW IEEE 32 bit 20E0 20E0 8416 User Zero Cutoff RW IEEE 32 bit 20E2 8418 User DeltaT Offset RW...

Page 116: ... bit 224E 8782 RO inventory totals time RO IEEE 32 bit 2280 2280 8832 RO Transit Time Up RO IEEE 32 bit 2282 8834 RO Transit Time Dn RO IEEE 32 bit 2284 8836 RO DeltaT RO IEEE 32 bit 2286 8838 RO Up Signal Quality RO IEEE 32 bit 2288 8840 RO Dn Signal Quality RO IEEE 32 bit 228A 8842 RO Up Amp Disc RO IEEE 32 bit 228C 8844 RO Dn Amp Disc RO IEEE 32 bit 228E 8846 RO SNR on UP channel RO IEEE 32 bit...

Page 117: ...ad polling address and the loop current mode 8 Read Dynamic Variable Classification Reads the Classification associated with the Dynamic variable 9 Read Device Variables with Status Request the value and status of up to eight device Device or Dynamic Variables 11 Read Unique Identifier Associated With Tag If the specified tag matches that of the meter it responds with the Command 0 response 12 Rea...

Page 118: ...ice Status Byte Table 9 Common Commands Comman d Function Description 33 Read Device Variables Allows a Master to request the value of up to four Device Variables 50 Read Dynamic Variable Assignments Reads the Device Variables assigned to the Primary Secondary Tertiary and Quaternary Variables 51 Write Dynamic Variable Assignments Allows the user to assign Device Variables to the Primary Secondary...

Page 119: ... MultiK Kfactor 16 Transit Time Up 17 Transit Time Down 18 Deltat 19 Signal Quality Up 20 Signal Quality Down 21 Amp Disc Up 22 Amp Disc Down 23 SNR Up 24 SNR Down 25 ActiveTW Up 26 ActiveTW Down 27 Gain Up 28 Gain Down 29 System Error Bitmap 30 System Report Error Number 31 Peak Up 32 Peak Down 33 Peak Pct Up 34 Peak Pct Down Table 11 Request Data Bytes for Login with Password Byte Format Descrip...

Page 120: ...13 Command Specific Response Codes for Login with Password Code Class Description 0 Success No Command Specific Errors 1 4 Undefined 5 Error Too Few Data Bytes Received 6 Error Device Specific Command Error 7 15 Undefined 16 Error Access Restricted 17 127 Undefined ...

Page 121: ...6 Command Specific Response Codes for Logout and Save Code Class Description 0 Success No Command Specific Errors 1 5 Undefined 6 Error Device Specific Command Error 7 Error In Write Protect Mode 8 15 Undefined 16 Error Access Restricted 17 127 Undefined Table 17 Request Data Bytes for Logout without Saving Byte Format Description None Table 18 Response Data Bytes for Logout without Saving Byte Fo...

Page 122: ...able 20 Request Data Bytes for Read Current User Access Right Byte Format Description None Table 21 Response Data Bytes for Read Current User Access Right Byte Format Description None Table 22 Command Specific Response Codes for Read Current User Access Right Code Class Description 0 Success No Command Specific Errors 1 127 Undefined Table 23 Request Data Bytes for Sends New Password Byte Format D...

Page 123: ...ion 0 Success No Command Specific Errors 1 4 Undefined 5 Error Too Few Data Bytes Received 6 Error Device Specific Command Error 7 Error In Write Protect Mode 8 15 Undefined 16 Error Access Restricted 17 127 Undefined Table 26 Request Data Bytes for Read Unit Group Byte Format Description 0 Unsigned 8 Group index 1 Velocity unit 2 Actual Volumetric unit 3 Standard Volumetric unit 4 Mass unit 5 Tot...

Page 124: ...dard Volumetric unit 4 Mass unit 5 Totalizer unit 6 Density unit 7 Pipe Dimension 8 Thermal 9 Acceleration 1 Enum unit code Table 28 Command Specific Response Codes for Read Unit Group Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error Too Few Data Bytes Received 6 Error Device Specific Command Error 7 127 Undefined Table 29 Requ...

Page 125: ... 5 Float Density value Table 31 Command Specific Response Codes for Read Density Value Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error Too Few Data Bytes Received 6 Error Device Specific Command Error 7 127 Undefined Table 32 Request Data Bytes for Read Backlight Setting Byte Format Description None Table 33 Response Data Byte...

Page 126: ...for Read Backlight Setting Code Class Description 0 Success No Command Specific Errors 1 5 Undefined 6 Error Device Specific Command Error 7 127 Undefined Table 35 Request Data Bytes for Write Unit Group Byte Format Description 0 Unsigned 8 Group index 1 Velocity unit 2 Actual Volumetric unit 3 Standard Volumetric unit 4 Mass unit 5 Totalizer unit 6 Density unit 7 Pipe Dimension 8 Thermal 9 Accele...

Page 127: ...umetric unit 4 Mass unit 5 Totalizer unit 6 Density unit 7 Pipe Dimension 8 Thermal 9 Acceleration 1 Enum unit code Table 37 Command Specific Response Codes for Write Unit Group Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error Too Few Data Bytes Received 6 Error Device Specific Command Error 7 Error In Write Protect Mode 8 15 U...

Page 128: ...e Table 39 Response Data Bytes for Write Density Value Byte Format Description 0 Unsigned 8 Density type 1 Actual Density 2 Reference Density 1 Unsigned 8 Density Unit Code 2 5 Float Density value Table 40 Command Specific Response Codes for Write Density Value Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error Too Few Data Bytes...

Page 129: ... 0 Unsigned 8 Backlight control switch 0 off 1 on 1 4 Unsigned 32 Display backlight timeout unit is second Table 43 Command Specific Response Codes for Write Display Backlight Code Class Description 0 Success No Command Specific Errors 1 4 Undefined 5 Error Too Few Data Bytes Received 6 Error Device Specific Command Error 7 Error In Write Protect Mode 8 15 Undefined 16 Error Access Restricted 17 1...

Page 130: ...rs 1 5 Undefined 6 Error Device Specific Command Error 7 127 Undefined Table 47 Request Data Bytes for Read Loop Current Error Handling Byte Format Description None Table 48 Response Data Bytes for Read Loop Current Error Handling Byte Format Description 0 Unsigned 8 Analog Output Error Handling 0 Low 1 High 2 Hold 3 Other value 1 4 Float Error Value unit is mA Table 49 Command Specific Response C...

Page 131: ...ta Bytes for Enter Exit Fixed Loop Current Byte Format Description 0 Unsigned 8 Fixed current level 0 Exit Fixed Loop Current 1 Fixed 4 mA 2 Fixed 20mA 3 Fixed Percentage of Scale Table 52 Command Specific Response Code for Enter Exit Fixed Loop Currents Code Class Description 0 Success No Command Specific Errors 1 4 Undefined 5 Error Too Few Data Bytes Received 6 Error Device Specific Command Err...

Page 132: ... Loop Current Zero Byte Format Description 0 3 Float Externally Measured Loop Current Level units of milliamperes Table 55 Command Specific Response Codes for Set Loop Current Zero Code Class Description 0 Success No Command Specific Errors 1 2 Undefined 3 Error Passed Parameter Too Large 4 Error Passed Parameter Too Small 5 Error Too Few Data Bytes Received 6 Error Device Specific Command Error 7...

Page 133: ... Byte Format Description 0 3 Float Externally Measured Loop Current Level units of milliamperes Table 58 Command Specific Response Codes for Set Loop Current Gain Code Class Description 0 Success No Command Specific Errors 0 Success No Command Specific Errors 1 2 Undefined 3 Error Passed Parameter Too Large 4 Error Passed Parameter Too Small 5 Error Too Few Data Bytes Received 6 Error Device Speci...

Page 134: ...ercentage Byte Format Description 0 3 Float Loop Current Percentage units of percent Table 61 Command Specific Response Codes for Set Loop Current Percentage Code Class Description 0 Success No Command Specific Errors 1 2 Undefined 3 Error Passed Parameter Too Large 4 Error Passed Parameter Too Small 5 Error Too Few Data Bytes Received 6 Error Device Specific Command Error 7 Error In Write Protect...

Page 135: ...ower Range Values Unit Code 1 4 Float Upper Range Value 5 8 Float Lower Range Value Table 64 Command Specific Response Codes for Set Analog Measurement Range Values Code Class Description 0 Success No Command Specific Errors 1 4 Undefined 5 Error Too Few Data Bytes Received 6 Error Device Specific Command Error 7 Error In Write Protect Mode 8 Warning Set To Nearest Possible Value Upper or Lower Ra...

Page 136: ...loat Error Value unit is mA Table 66 Response Data Bytes for Set Loop Current Error Handling Byte Format Description 0 Unsigned 8 Analog Output Error Handling 0 Low 1 High 2 Hold 3 Other value 1 4 Float Error Value unit is mA Table 67 Command Specific Response Codes for Set Loop Current Error Handling Code Class Description 0 Success No Command Specific Errors 1 4 Undefined 5 Error Too Few Data By...

Page 137: ...nsigned 8 Channel Number 1 2 Table 69 Response Data Bytes Byte Format Description 0 Unsigned 8 Channel Number 1 Unsigned 8 Digital Output type 0 Off 1 Pulse 2 Frequency 3 Alarm Table 70 Command Specific Response Codes Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error Too Few Data Bytes Received 6 Error Device Specific Command Er...

Page 138: ... 0 Unsigned 8 Channel Number 1 Unsigned 8 Measurement Type 5 Forward Batch Total 6 Reverse Batch Total 7 Net Batch Total 2 Unsigned 8 Pulse Value Unit 3 6 Float Pulse Value 7 10 Unsigned 32 Pulse Time Unit is MS 11 Unsigned 8 Pulse Error Handling 2 Hold Good Value 4 Stop Table 73 Command Specific Response Codes for Read Pulse Configuration Code Class Description 0 Success No Command Specific Error...

Page 139: ...annel Number 1 Unsigned 8 Measurement Type 2 Unsigned 8 Frequency Value Unit 3 6 Float Frequency Base Value 7 10 Float Frequency Full Value 11 14 Unsigned 32 Full Frequency unit is Hz 15 Unsigned 8 Frequency Error Handling 0 Low 1 High 2 Hold 3 Value 16 19 Unsigned 32 Error Handling value unit is Hz Table 76 Command Specific Response Codes for Read Frequency Configuration Code Class Description 0 ...

Page 140: ...nfiguration Byte Format Description 0 Unsigned 8 Channel Number 1 Unsigned 8 Measurement Type 2 Unsigned 8 Alarm Value Unit 3 6 Float Alarm Value 7 Unsigned 8 Alarm Type 0 Low 1 High 2 Fault 8 Unsigned 8 Alarm State 0 Normally 1 Failsafe Table 79 Command Specific Response Codes for Read Alarm Configuration Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Sele...

Page 141: ...3 Alarm Table 81 Response Data Bytes for Write Digital Configuration Byte Format Description 0 Unsigned 8 Channel Number 1 2 1 Unsigned 8 Digital Output type 0 Off 1 Pulse 2 Frequency 3 Alarm Table 82 Command Specific Response Codes for Write Digital Configuration Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error Too Few Data By...

Page 142: ...tch Total 7 Net Batch Total 2 Unsigned 8 Pulse Value Unit 3 6 Float Pulse Value 7 10 Unsigned 32 Pulse Time Unit is ms 11 Unsigned 8 Pulse Error Handling 2 Hold Good Value 4 Stop Table 84 Response Data Bytes for Write Pulse Configuration Byte Format Description 0 Unsigned 8 Channel Number 1 2 1 Unsigned 8 Measurement Type 5 Forward Batch Total 6 Reverse Batch Total 7 Net Batch Total 2 Unsigned 8 P...

Page 143: ...4 Undefined 5 Error Too Few Data Bytes Received 6 Error Device Specific Command Error 7 Error In Write Protect Mode 8 15 Undefined 16 Error Access Restricted 8 127 Undefined Table 86 Request Data Bytes for Write Frequency Configuration Byte Format Description 0 Unsigned 8 Channel Number 1 2 1 Unsigned 8 Measurement Type 2 Unsigned 8 Frequency Value Unit 3 6 Float Frequency Base Value 7 10 Float Fr...

Page 144: ...Float Frequency Full Value 11 14 Float Full Frequency unit is Hz 15 Unsigned 8 Frequency Error Handling 0 Low 1 High 2 Hold 3 Value 16 19 Unsigned 32 Error Handling value unit is Hz Table 88 Command Specific Response Codes for Write Frequency Configuration Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error Too Few Data Bytes Rece...

Page 145: ...fe Table 90 Response Data Bytes for Write Alarm Configurations Byte Format Description 0 Unsigned 8 Channel Number 1 2 1 Unsigned 8 Measurement Type 2 Unsigned 8 Alarm Value Unit 3 6 Float Alarm Value 7 Unsigned 8 Alarm Type 0 Low 1 High 2 Fault 8 Unsigned 8 Alarm State 0 Normally 1 Failsafe Table 91 Command Specific Response Codes for Write Alarm Configuration Code Class Description 0 Success No ...

Page 146: ...Table 93 Response Data Bytes for Test Digital Output Byte Format Description 0 Unsigned 8 Channel Number 1 2 1 Unsigned 8 Test DO Type Test Stop Pulse Frequency Alarm 2 5 Unsigned 32 Test value Table 94 Command Specific Response Codes for Test Digital Output Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error Too Few Data Bytes Re...

Page 147: ...mat Description None Table 96 Response Data Bytes for Read Pipe Size Byte Format Description 0 Unsigned 8 Pipe size unit 1 4 Float Pipe OD Value 5 8 Float Pipe ID Value 9 12 Float Pipe WT Value Table 97 Command Specific Response Codes for Read Pipe Size Code Class Description 0 Success No Command Specific Errors 1 5 Undefined 6 Error Device Specific Command Error 7 127 Undefined ...

Page 148: ...ic Response Codes for Read Pipe Material Code Class Description 0 Success No Command Specific Errors 1 5 Undefined 6 Error Device Specific Command Error 7 127 Undefined Table 101 Request Data Bytes for Read Pipe Lining Attribute Byte Format Description None Table 102 Response Data Bytes for Read Pipe Lining Attribute Byte Format Description 0 Unsigned 8 Lining Existing 1 4 Float Lining Thickness 5...

Page 149: ...ta Bytes for Read Sensor Meter Setup Byte Format Description None Table 105 Response Data Bytes for Read Sensor Meter Setup Byte Format Description 0 3 Float Zero Cutoff Table 106 Command Specific Response Codes for Read Sensor Meter Setup Code Class Description 0 Success No Command Specific Errors 1 5 Undefined 6 Error Device Specific Command Error 7 127 Undefined ...

Page 150: ...mation Byte Format Description 0 3 Unsigned 32 Transducer type 0 Other 10 CPT 0 5 11 CPT 2 0 12 CPT 0 5 MT C PB 05 M 13 CPT 1 0 MT C PB 10 M 14 CPT 2 0 MT C PB 20 M 15 CPT 0 5 HT 16 CPT 1 0 HT 17 CPT 2 0 HT 18 CPS 0 5 19 CPSM 2 0 20 CTS 1 0 21 CTS 1 0 HT 22 CTS 2 0 23 C LP 40 HM 24 C LP 40 NM 25 CPB 0 5 HT 26 CPB 2 0 MT 27 CPB 0 5 MT 28 CPB 2 0 29 CPB 0 5 30 CPS 1 0 CPT 1 31 CWL 2 32 CPS 1 0 33 CP...

Page 151: ...R 2 408 UTXDR 5 601 CAT0 5M 602 CAT1M 603 CAT2M 4 7 Unsigned 32 Transducer Frequency 8 11 Unsigned 32 Transducer Wedge Type 12 15 Float Transducer Wedge Angle 16 19 Float Transducer Wedge SOS 20 23 Float Transducer Tw Table 109 Command Specific Response Codes for Read Transducer Information Code Class Description 0 Success No Command Specific Errors 1 5 Undefined 6 Error Device Specific Command Er...

Page 152: ...Traverses and Spacing Byte Format Description None Table 111 Response Data Bytes for Read Transducer Traverses and Spacing Byte Format Description 0 Unsigned 8 Transducer traverse 1 4 float Transducer spacing Table 112 Command Specific Response Codes for Read Transducer Traverses and Spacing Code Class Description 0 Success No Command Specific Errors 1 5 Undefined 6 Error Device Specific Command E...

Page 153: ...on Byte Format Description 0 3 Unsigned 32 Fluid Type 0 Other 1 Water 4 7 Float Fluid SOS 8 11 Float Fluid minimum SOS 12 15 Float Fluid Maximum SOS 16 19 Float Fluid Temperature Table 115 Command Specific Response Codes for Read Fluid Information Code Class Description 0 Success No Command Specific Errors 1 5 Undefined 6 Error Device Specific Command Error 7 127 Undefined Table 116 Request Data B...

Page 154: ...esponse Codes for Write Pipe Size Code Class Description 0 Success No Command Specific Errors 1 4 Undefined 5 Error Too Few Data Bytes Received 6 Error Device Specific Command Error 7 Error In Write Protect Mode 8 15 Undefined 16 Error Access Restricted 17 Undefined 18 Error Wrong Unit code 19 127 Undefined Table 119 Request Data Bytes for Write Pipe Material Byte Format Description 0 3 Unsigned 3...

Page 155: ...ta Bytes Received 6 Error Device Specific Command Error 7 Error In Write Protect Mode 8 15 Undefined 16 Error Access Restricted 17 127 Undefined Table 122 Request Data Bytes for Write Pipe Lining Attribute Byte Format Description 0 Unsigned 8 Lining Existing 1 4 Float Lining Thickness 5 8 Unsigned 32 Lining Material 9 12 Float Lining Sound speed Table 123 Response Data Bytes for Write Pipe Lining ...

Page 156: ...ecific Command Error 7 Error In Write Protect Mode 8 15 Undefined 16 Error Access Restricted 17 127 Undefined Table 125 Request Data Bytes for Write Sensor Meter Setup Byte Format Description 0 3 Float Zero Cutoff Table 126 Response Data Bytes Byte Format Description 0 3 Float Zero Cutoff Table 127 Command Specific Response Codes for Write Sensor Meter Setup Code Class Description 0 Success No Com...

Page 157: ...Other 10 CPT 0 5 11 CPT 2 0 12 CPT 0 5 MT C PB 05 M 13 CPT 1 0 MT C PB 10 M 14 CPT 2 0 MT C PB 20 M 15 CPT 0 5 HT 16 CPT 1 0 HT 17 CPT 2 0 HT 18 CPS 0 5 19 CPSM 2 0 20 CTS 1 0 21 CTS 1 0 HT 22 CTS 2 0 23 C LP 40 HM 24 C LP 40 NM 25 CPB 0 5 HT 26 CPB 2 0 MT 27 CPB 0 5 MT 28 CPB 2 0 29 CPB 0 5 30 CPS 1 0 CPT 1 0 31 CWL 2 32 CPS 1 0 33 CPW WT 1P 1 0 on AB82 34 CPW WT 1P 0 5 on NDT plastic 35 CPW WT 1...

Page 158: ...ion Byte Format Description 0 3 Unsigned 32 Transducer type 0 Other 4 7 Unsigned 32 Transducer Frequency 8 11 Unsigned 32 Transducer Wedge Type 12 15 Unsigned 32 Transducer Wedge Angle 16 19 Unsigned 32 Transducer Wedge SOS 20 23 Unsigned 32 Transducer Tw Table 130 Command Specific Response Codes for Write Transducer Information Code Class Description 0 Success No Command Specific Errors 1 4 Undef...

Page 159: ...oat Transducer spacing Table 132 Response Data Bytes for Write Transducer Traverses and Spacing Byte Format Description 0 Unsigned 8 Transducer traverse 1 4 Unsigned 32 Transducer spacing Table 133 Command Specific Response Codes for Write Transducer Traverses and Spacing Code Class Description 0 Success No Command Specific Errors 1 4 Undefined 5 Error Too Few Data Bytes Received 6 Error Device Sp...

Page 160: ... Temperature Table 135 Response Data Bytes for Write Fluid Information Byte Format Description 0 3 Unsigned 32 Fluid Type 0 Other 1 Water 4 7 Float Fluid SOS 8 11 Float Fluid minimum SOS 12 15 Float Fluid Maximum SOS 16 19 Float Fluid Temperature Table 136 Command Specific Response Codes Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined...

Page 161: ...ta Bytes for Read Calibration Configuration Byte Format Description 0 Unsigned 8 Reynolds correction 1 Unsigned 8 Active MultiK Enable 2 Unsigned 8 KFactor Type 0 Velocity 1 Reynolds 3 6 Float Static KFactor 7 Unsigned 8 KFactor Points 8 11 Float Kinematic Viscosity Table 139 Command Specific Response Codes for Read Calibration Configuration Code Class Description 0 Success No Command Specific Err...

Page 162: ...Table 141 Response Data Bytes for Read Velocity KFactor Table Byte Format Description 0 Unsigned 8 Velocity KFactor Index 1 6 1 Unsigned 8 Velocity Unit 2 5 Float Velocity Value 6 9 Float Velocity KV Value Table 142 Command Specific Response Codes for Read Velocity KFactor Table Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error ...

Page 163: ... Index 1 6 Table 144 Response Data Bytes for Read Reynolds KFactor Table Byte Format Description 0 Unsigned 8 Reynolds KFactor Index 1 6 1 4 Float Reynolds Value 5 8 Float Reynolds KV Value Table 145 Command Specific Response Codes for Read Reynolds KFactor Table Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error Too Few Data Byt...

Page 164: ...or Points 8 11 Float Kinematic Viscosity Table 147 Response Data Bytes for Write Calibration Configuration Byte Format Description 0 Unsigned 8 Reynolds correction 1 Unsigned 8 Active MultiK Enable 2 Unsigned 8 KFactor Type 0 Velocity 1 Reynolds 3 6 Float Static KFactor 7 Unsigned 8 KFactor Points 8 11 Float Kinematic Viscosity Table 148 Command Specific Response Codes for Write Calibration Config...

Page 165: ...e Table 150 Response Data Bytes for Write Velocity KFactor Table Byte Format Description 0 Unsigned 8 Velocity KFactor Index 1 6 1 Unsigned 8 Velocity Unit 2 5 Float Velocity Value 6 9 Float Velocity KV Value Table 151 Command Specific Response Codes for Write Velocity KFactor Table Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Er...

Page 166: ...e Table 153 Response Data Bytes for Write Reynolds KFactor Table Byte Format Description 0 Unsigned 8 Reynolds KFactor Index 1 6 1 4 Float Reynolds Value 5 8 Float Reynolds KV Value Table 154 Command Specific Response Codes for Write Reynolds KFactor Table Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error Too Few Data Bytes Rece...

Page 167: ... Limit 9 Errors Allowed Table 156 Response Data Bytes for Read Error Limits Byte Format Description 0 Unsigned 8 Error limit 1 Correlation Peak Limit 2 Acceleration Limit 3 Velocity Low Limit 4 Velocity High Limit 5 Amp Disc Min 6 Amp Disc Max 7 Signal Low Limit 8 Sound Speed Limit 9 Errors Allowed 1 4 float Error limit Value Table 157 Command Specific Response Codes for Read Error Limits Code Cla...

Page 168: ...e 4 Max Peak Percentage Table 159 Response Data Bytes for Read Signal Setup Byte Format Description 0 Unsigned 8 signal setup type 1 Delta T Offset 2 Percentage Peak 3 Min Peak Percentage 4 Max Peak Percentage 1 4 Float signal setup Value Table 160 Command Specific Response Codes for Read Signal Setup Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection...

Page 169: ...3 S N 4 DN Sensor S N Table 162 Response Data Bytes for Read Flowmeter S N Byte Format Description 0 Unsigned 8 signal setup type 1 Electronic S N 2 UP Sensor 3 S N 4 DN Sensor S N 1 16 Unsigned 8 S N Table 163 Command Specific Response Codes for Read Flowmeter S N Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error Too Few Data B...

Page 170: ... Main Software version Table 165 Response Data Bytes for Read Flow Meter Version Byte Format Description 0 Unsigned 8 Version type 1 Main Hardware version 2 Main Software version 1 8 Unsigned 8 Version Number Table 166 Command Specific Response Codes for Read Flow Meter Version Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error T...

Page 171: ...eak Limit Acceleration Limit Velocity Low Limit Velocity High Limit Amp Disc Min Amp Disc Max Signal Low Limit Sound Speed Limit Errors Allowed 1 4 float Error limit Value Table 168 Response Data Bytes for Write Error Limits Byte Format Description 0 Unsigned 8 Error limit Correlation Peak Limit Acceleration Limit Velocity Low Limit Velocity High Limit Amp Disc Min Amp Disc Max Signal Low Limit So...

Page 172: ...pecific Response Codes for Write Error Limits Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error Too Few Data Bytes Received 6 Error Device Specific Command Error 7 Error In Write Protect Mode 8 15 Undefined 16 Error Access Restricted 17 127 Undefined ...

Page 173: ...e Table 171 Response Data Bytes for Write Signal Setup Byte Format Description 0 Unsigned 8 signal setup type Delta T Offset percentage Peak Min Peak Percentage Max Peak percentage 1 4 Float signal setup Value Table 172 Command Specific Response Codes for Write Signal Setup Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error Too F...

Page 174: ...tory Table 174 Response Data Bytes for Reset Flow Meter Data Byte Format Description 0 Unsigned 8 Reset type Reset Error Log Forward Inventory Reverse Inventory Net Inventory Inventory Time All Inventory Table 175 Command Specific Response Codes for Reset Flow Meter Data Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error Too Few ...

Page 175: ...177 Response Data Bytes for Read the Factory Setting Byte Format Description 0 Unsigned 8 Response time 0 5s 1s 5s 10s 30s 60s 1 4 Unsigned 32 Sample Size 2 4 8 16 32 Table 178 Command Specific Response Codes for Read the Factory Setting Code Class Description 0 Success No Command Specific Errors 1 Undefined 2 Error Invalid Selection 3 4 Undefined 5 Error Too Few Data Bytes Received 6 Error Device...

Page 176: ... Table 179 Request Data Bytes for Write the Factory Setting Byte Format Description 0 Unsigned 8 Response time 0 5s 1s 5s 10s 30s 60s 1 4 Unsigned 32 Sample Size 2 4 8 16 32 Table 180 Response Data Bytes for Write the Factory Setting Byte Format Description 0 Unsigned 8 Response time 0 5s 1s 5s 10s 30s 60s 1 4 Unsigned 32 Sample Size 2 4 8 16 32 ...

Page 177: ... Received 6 Error Device Specific Command Error 7 Error In Write Protect Mode 8 15 Undefined 16 Error Access Restricted 17 127 Undefined Table 182 Request Data Bytes for Reset to Factory Setting Byte Format Description None Table 183 Response Data Bytes for Reset to Factory Setting Byte Format Description None Table 184 Command Specific Response Codes for Reset to Factory Setting Code Class Descri...

Page 178: ...rror Error 4 7 1 Low Signal Error 4 7 2 Sound Speed Error Error 4 7 3 Velocity Range Error 4 7 4 Signal Quality Error 4 7 5 Cycle Skip Error 4 7 6 Reserve 7 Reserve 1 0 Reserve 1 Reserve 2 Reserve 3 Reserve 4 Reserve 5 Reserve 6 Reserve 7 Reserve 2 0 FPGA error 4 7 1 Setting files CRC error 4 7 2 Flash Error 4 7 3 KEY LED Error 4 7 4 I O Error 4 7 5 Display Error 4 7 6 RTC Error 4 7 7 Reserve 3 0 ...

Page 179: ...s 9 68 Volumetric Inventory Totalizer Time 10 70 Time Mass Flow 11 72 Mass flow Sound Speed 12 67 Velocity Reynolds 13 0 Not Classified Kfactor 14 0 Not Classified Transit Time Up 15 70 Time Transit Time Dn 16 70 Time DeltaT 17 70 Time Up Signal Quality 18 0 Not Classified Dn Signal Quality 19 0 Not Classified Up Amp Disc 20 0 Not Classified Dn Amp Disc 21 0 Not Classified SNR Up 22 0 Not Classifi...

Page 180: ... per hour 123 Standard cubic feet per minute 186 Standard cubic feet per second 29 Cubic meter per day 19 Cubic meter per hour 131 Cubic meters per minute 28 Cubic meters per second 240 Million cubic meters per day 187 Standard cubic Meter per Day 188 Standard cubic meter per hour 189 Standard cubic meter per minute 190 Standard cubic meter per second 235 gallon per day 136 Gallons per hour 16 Gal...

Page 181: ...llion Cubic feet 172 Standard Cubic Meter 171 Standard Liters 61 Kilogram 62 Metric Ton 168 Standard Cubic Feet 63 Pound 247 Kilo Pound 64 Short Tons 69 Length 44 Feet 47 Inch 45 Meter 49 Millimeter 70 Time 172 Nanoseconds 171 Microseconds 170 Milliseconds 51 Seconds 50 Minute 52 Hour 53 Day 72 Mass Flow 73 Kilograms per seconds 74 Kilograms per minute 75 Kilograms per hour 76 Kilograms per day 24...

Page 182: ...41 Short ton per seconds 84 Short ton per minute 85 Short ton per hour 86 Short ton per day 73 Mass per Volume 94 Pounds per cubic feet 92 Kilograms per cubic meter 74 Viscosity 54 Centistokes 248 Square Meter per Sec 81 Analytical 57 Percent 96 Acceleration 171 Feet per second squared 172 Meter per second squared 0 Not Classification 38 dB 156 Hertz Table 187 HART Engineering Units cont Device Va...

Page 183: ...AquaTrans AT600 User s Manual 171 Chapter 6 Communication ...

Page 184: ...Chapter 6 Communication 172 AquaTrans AT600 User s Manual ...

Page 185: ...ng in application for 2 in 50 mm pipe and 1 ft s 0 3 m s velocity 2 of reading in application for 2 in 50 mm pipe and 1 ft s 0 3 m s velocity 0 5 in field calibration Note Installation assumes a fully developed symmetrical flow profile typically 10 diameters upstream and 5 diameters downstream of straight pipe run Final installation accuracy is a function of multiple factors including fluid temper...

Page 186: ... mm Weight 3 5 lb 1 5 kg Channels One channel Display Graphic LCD 128 x 64 pixels Keypad Six button keypad for full functionality operation Error Display Indicator Green or Red light Power Supplies Standard 85 to 265 VAC 50 60 Hz Optional 12 to 28 VDC 5 Power Consumption In rush 10 W Normal operation 5 W Operating Temperature 4 to 131 F 20 to 55 C Storage Temperature 40 to 158 F 40 to 70 C ...

Page 187: ...amur NE43 compliant Certification CE UL CSA MCert approval pending A 3 Clamp On Ultrasonic Flow Transducers Materials AT6 Transducer Transducer Body Aluminum ASTM AL6061 Fixture Body Aluminum ASTM AL6061 Stainless Steel ASTM A316 C RS Transducer Transducer Body Stainless Steel ASTM A316 Fixture Body Stainless Steel UTXDR Transducer Transducer Body Aluminum ASTM AL6061 Fixture Body Aluminum ASTM AL...

Page 188: ...10 F 20 to 210 C Note Contact BHGE for other transducer models Humidity Range Up to 90 RH Note Contact BHGE for tropicalization of the unit for 100 RH Altitude Range Up to 2000 m 6500 ft maximum Altitude Range Up to 2000 m 6500 ft maximum CAT Transducer Cables Cable RG316 coaxial cable up to 90 m 300 ft long Temperature Range 40 to 302 F 40 to 150 C Couplant Standard Solid couplant Optional Liquid...

Page 189: ...6 AWG according to UL CUL range 14 to 28 A 4 2 Cable Fixing Requirement and Gland Torque Refer to Figure 24 on page 24 for the Gland Hole position To make a reliable IP67 sealing performance of the enclosure during cabling the gland must be tightened well below torque value is a reference to make a reliable NEMA 4X IP67 sealing between cable and gland Operation torque for Gland Hole 1 and 5 2 7 N ...

Page 190: ...Appendix A Specifications 178 AquaTrans AT600 User s Manual no content intended for this page ...

Page 191: ...details of the service should be recorded in this appendix An accurate service history of the meter can prove very helpful in troubleshooting any future problems B 2 Data Entry Record the complete and detailed service data for the AT600 in Table 188 below Make additional copies of the table as needed Table 188 Service Record Date Description of Service Performed Performed ...

Page 192: ...peration should be entered below Table 189 Initial Settings Parameter Initial Value Pipe OD Pipe ID Pipe Wall Thickness Pipe Material Pipe Sound speed Lining Thickness Lining Material Transducer ID Transducer Frequency Transducer Wedge Type Transducer Wedge Angle Transducer Wedge SOS Transducer TW Traverses Fluid Type Fluid SOS Fluid Minimum SOS Fluid Maximum SOS Fluid Temperature Transducer Spaci...

Page 193: ... the system Table 190 Diagnostic Parameters Parameter Initial Value Velocity Actual Volumetric Standardized Volumetric Fwd Batch Totals Rev Batch Totals Net Batch Totals Batch Totalizer Time Fwd Inventory Totals Rev Inventory Totals Net Inventory Totals Inventory Totalizer Time Mass Flow Sound Speed Reynolds Kfactor Transit Time Up Transit Time Dn DeltaT Up Signal Quality Dn Signal Quality Up Amp ...

Page 194: ...Appendix B Data Records 182 AquaTrans AT600 User s Manual no content intended for this page ...

Page 195: ... PC and that the connection Baud Rate is set to 115200 baud Verify that your AT600 firmware binary file is Version 1 02 25 or later C 1 2 Preparation To ensure a successful firmware update be prepared for the following Allow about 10 minutes for the firmware update to complete Before starting the firmware update make sure that the AT600 is in normal measurement mode The AT600 main power must remai...

Page 196: ...ure 36 below Figure 36 Example Software Version Screen Note As indicated on the previous page the current version of your AT600 firmware must be 01 02 23 or later If your version is older than this you cannot use this update method Software versions 01 02 24 01 03 xx 02 xx xx are examples of acceptable versions C 2 2 Update Steps If your AT600 firmware version qualifies for the field firmware upda...

Page 197: ...0 firmware update 6 Click on the Start To Upgrade button After verifying that the selected image file and Com port are correct click the OK button to start the update process 7 After the progress bar indicates that the firmware update is 100 complete about 10 minutes the message shown in Figure 38 below will be displayed Note that the AT600 will automatically reboot in 30 seconds Figure 38 Reboot ...

Page 198: ...e 39 below 2 Click on the Clear S2 Warning button see bottom red box in Figure 39 below Figure 39 Clearing an S2 Warning 3 After about 15 seconds a screen similar to Figure 40 below is displayed Click OK and then reboot the AT600 to confirm that the S2 error has been cleared Figure 40 S2 Warning Successfully Cleared C 4 Support If the firmware update was unsuccessful reboot the AT600 and repeat th...

Page 199: ...usec Detla T nsec Signal Quality Dn Signal Quality unitless Dn Amp Disc unitless SNR Up unitless Up Signal Quality unitless Up Amp Disc unitless SNR Dn unitless Signal Process Active TWdn usec Gaindn dB Report Error unitless enum Active TWup usec Gainup dB Error Status unitless enum System Status Peak Dn unitless Peak pct Dn Peak Up unitless Peak pct Up Inventory Total Batch Total Mass K Factor Re...

Page 200: ...ssword xxxx User Preferences Inputs Outputs Sensor Setup Calibration Advanced Factory Program Review Keypad Lockout Language ѝ᮷ Français ᰕᵜ䃎 English Deutsch Italiano ƴǗǕǕǎǌǍ Português Española Save Changes No Yes Display Yes No 1 Variable 2 Variables Totalizer Svenska Turkish Main Menu Esc Enter Esc Display Locked Unlocked ...

Page 201: ...Review Password USER PREFERENCES Keypad Lockout INPUT OUTPUT SENSOR SETUP CALIBRATION ADVANCED FACTORY Setting Meter Tag Label Syetem Date Units Password Density Density Actual Density Reference Display Backlight Timeout xxx seconds Off On Velocity Act Volumetric Std Volumetric Mass Totalizer Density Pipe Dimension Temperature Acceleration Metric English No Yes Confirmation Units Language ...

Page 202: ...ostic Forward Reverse Net Time Flow parameters 6LJQDO 4XDOLW 6 VtHP 3rocess 6LJQDO 6tatus 6HH Diagnostic 6Freen List for 3arameters Digital Output X OFF Alarm Alarm 6tate Alarm Type High Low Fault 3XOVH Do C Do B 3XOVH 7LPH 3XOVH Value Error Handling Measurement THVW 3XOVH 6top Fwd Batch Rev Batch Net Batch Normal Failsafe 6RXQG 6SHHG Inventory Total Mass Act Volumetric Velocity Measurement Alarm ...

Page 203: ... 3reference menu select Setting then press the right arrow kH WLPHV 8VHU 3references QSXWV 2XWSXWV Sensor Setup Calibration Advanced Factory Meter Setup Fluid temperature 3DWK Zero Cutoff 3LSH Wall Thickness 3LSH 2 3LSH Steel Lining Lining Material Lining Thickness 3LSH 0Dterial ron Cu Al Brass CuNi Glass 3 6TC 2WKHU Transducer STD 63 Frequency Wedge Type Wedge Angle HGJH 626 Tw Traverse 1 2 3 4 5...

Page 204: ...W 3rogram and prHVV Display Main Menu Display Format 3rogram 3assword xxxx 3rogram Review Keypad Lockout Language Then enter passworG Q WKH 8VHU 3referHQFH PHQX VHOHFW 6HWWLQJ WKHQ Sress the right arrow kH WLPHV 8VHU 3references QSXWV 2XWSXWV 6HQVRU 6HWXS Calibration Advanced Factory Reynolds Correction Calibration Kinematic Viscosity Type 6tatic 3oints Table Velocity Reynolds 3oint 1 3oint 2 3oin...

Page 205: ... Q WKH 8VHU 3referHQFH PHQX VHOHFW 6HWWLQJ WKHQ Sress the right arrow kH WLPHV 8VHU 3references QSXWV 2XWSXWV 6HQVRU 6HWXS Calibration Advanced Factory Error Limits RHVHW Qventory 6LJQDO 6HWXS HOWD 7 2IIVHW percentage 3eak Min 3eak 3ercentage Error Log View Log Reset Error Log Qventory ElectrRQLF 6 1 6HQVRU 6 1 Main Board Correlation 3eak Limit Acceleration Limit Velocity Low Limit Velocity High L...

Page 206: ...w Keypad Lockout Language Then enter passworG Q WKH 8VHU 3referHQFH PHQX VHOHFW 6HWWLQJ WKHQ Sress the right arrow kH WLPHV 8VHU 3references QSXWV 2XWSXWV 6HQVRU 6HWXS Calibration Advanced Factory Test 6DPSOH 6L H Reset to Factory Change Digital Comm Response time 2 4 8 16 32 V 1s 5s 10s 30s 60s Keypad Test Watchdog Test LCD Test 2 Tests All Black All White QDORJ 2XWSXW LJLWDO 2XWSXW LJLWDO 2XWSXW...

Page 207: ...Error Display 89 Error Handling Setting 50 Error Header 89 Escape Key 32 F Fixture Location 7 Flow Error String 89 Flowcell Problems 93 Fluid Problems 93 Fluid Temperature Programming 85 Fluid Type Programming 84 Frequency Error Handling Setting 57 Frequency Measurement Type Setting 56 H HART 64 105 Device Identification 105 Device Specific Commands 106 HART Additional Device Status 166 HART Comma...

Page 208: ...e 153 HART Engineering Units 168 I Inputs Outputs 48 K Keypad 32 Keypad Lockout 40 L Language Programming 41 Left Arrow Key 32 Login with password 107 Logout and save 109 Logout without saving 109 M Main Menu Entering 39 Measurement Type for Digital Output Setting 52 Menu Map 31 Meter Setup 67 Meter Tag 43 MODBUS 62 97 Baud Rate Selecting 62 Modbus Address Selecting 63 Modbus Bits Parity Selecting...

Page 209: ...ecial Transducer Setting 77 Starting or Stopping 37 T Terms and Conditions vii Test Alarms 61 Test Digital Output 134 Test Frequency 58 Theory of Operation 2 Timeout 47 Totalizer Resetting 38 Totalizer Measurement 37 Totalizer Programming Decimal Places 35 Pulse Settings 54 Totalizer Screens Changing Measurement or Value 35 Transducer Location 7 Transducer Spacing Programming 86 Transducer Program...

Page 210: ...quaTrans AT600 User s Manual Write the Factory Setting 164 Write Transducer Information 145 Write Transducer Traverses and Spacing 147 Write Unit Group 114 Write Velocity KFactor Table 153 Z Zero Cutoff Setting 67 ...

Page 211: ...trasonic Flowmeter for Liquids to which this declaration relates is in conformity with the following standards EN 61326 1 2013 Class A Group 1 Industrial Locations EN 60529 1991 A1 2000 A2 2013 IP67 EN 61010 1 2010 following the provisions of Directives 2014 30 EU EMC and 2014 35 EU LVD 16 June 2016 Issued Mr Chris Frail Engineering Manager GE Measurement Solutions Billerica MA U S A ...

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Page 213: ...hanical or thermal stresses in excess of those permitted in the certification documentation and the instruction manual The product cannot be repaired by the user it must be replaced by an equivalent certified product Repairs should only be carried out by the manufacturer or by an approved repairer Only trained competent personnel may install operate and maintain the equipment The product is an ele...

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Page 216: ... the most current information The Baker Hughes logo is a trade mark of Baker Hughes a GE company The GE Monogram is a trademark of the General Electric Company 910 312 Rev D Customer Support Centers U S A The Boston Center 1100 Technology Park Drive Billerica MA 01821 U S A Tel 800 833 9438 toll free 978 437 1000 E mail mstechsupport bhge com Ireland Sensing House Shannon Free Zone East Shannon Co...

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