Oval EL 2310-0BE Instructions Manual

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Page 1

Ins. No.

E-025-2-E

SMART COMMUNICATION UNIT

MODEL EL 2310-0BE

□□□

Applicable Flowmeter: OVAL Electromagnetic Flowmeters

MAG-OVAL Ⅲ

For the installation of application software "LinkTop" and the interface driver, refer to Ins. No. E-020IMC "Smart Communication Unit MODEL : EL2310 Software Installation Procedure Manual".

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CONTENTS

1. SMART COMMUNICATION UNIT .........................................................................................5

1.1 General .................................................................................................................................... 5

2. BEFORE YOU BEGIN .............................................................................................................5

2.1 Inspection upon Receipt ..........................................................................................................5

2.2 Hookup with Associated Equipment and Devices ................................................................... 6

2.3 Communication Interface .........................................................................................................7

3. LinkTop OPERATION .............................................................................................................. 8

3.1 LinkTop Screen ........................................................................................................................ 8

3.2 Starting LinkTop and Connecions ............................................................................................ 9

3.3 Terminating the Connection ................................................................................................... 11

3.4 Terminating LinkTop ............................................................................................................... 12

3.5 Menu: Process Variables (Processing values display) ........................................................... 13

3.5.1 Processing Value Measurements (View field device variables) .................................... 13

3.5.2 Chart Display and Logging (Chart and Recording) ....................................................... 14

3.5.3 Write Protect (Write protect).......................................................................................... 17

3.6 Menu: Setup (Settings) .......................................................................................................... 18

3.6.1 Flow Rate Parameter (Flow parameter) ........................................................................ 19

3.6.1.1 Nominal Diameter (Nominal diameter) ..................................................................... 19

3.6.1.2 Measuring Range (Flow range) ............................................................................... 20

3.6.2 Transmitter Variables (Field device variable) ................................................................ 21

3.6.3 Output Settings (Outputs) ............................................................................................. 22

3.6.3.1 Analog Output (Analog output) ............................................................................... 22

3.6.3.2 Pulse Output (Pulse output) ....................................................................................23

3.6.3.3 Status Output (Status output). ................................................................................. 25

3.6.3.4 Selecting Status Output Objects (Status select) .................................................... 26

3.6.3.5 Output at Error/Alarm (Error output) ....................................................................... 27

3.6.4 High/Low Alarm (H/L alarm) ......................................................................................... 29

3.6.5 Setting Self Diagnosis (Self diag) ..................................................................................30

3.6.6 Device Information (Device information) ....................................................................... 31

3.6.7 Other Settings (Other) ...................................................................................................32

3.6.7.1 Display Setting (Display setting) .............................................................................. 32

3.6.7.2 Security (Security) .................................................................................................. 33

3.6.7.3 Polling Address (Polling address) ........................................................................... 34

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3.7 Menu: Diag/Service (Checking and Adjustment) ................................................................... 35

3.7.1 Self-diagnosis (Self diag) ............................................................................................... 36

3.7.1.1 Circuit Voltage Self-diagnosis (Circuit voltage) ........................................................ 36

3.7.1.2 Coil and Exciting Circuit Diagnosis (Exciting coil/circuit) ......................................... 37

3.7.1.3 Diagnosing Measurement Signal (Measurement signal)..........................................38

3.7.1.4 Measurement Pipe Empty Detection Function (Empty pipe) .................................... 39

3.7.2 Loop Test (Loop test) ..................................................................................................... 40

3.7.2.1 Analog Output Loop Test (Fix Analog) .....................................................................40

3.7.2.2 Pulse Output Loop Test (Fix Pulse) ........................................................................ 41

3.7.2.3 Status Output Loop Test (Fix Status output) ........................................................... 42

3.7.3 Analog Output Adjustment (Trim Analog) ...................................................................... 43

3.7.4 Cumulative Total Display and Control (Totalizer Control) ............................................. 46

3.7.5 Setting Accumulated Total Flow (Total flow set) ............................................................ 46

3.8 Menu: Maintenance (Maintenance) ....................................................................................... 47

3.8.1 Maintaining Transmitter (Maintenance xmtr) ................................................................ 48

3.8.1.1 Error Log Display (Error log) ................................................................................... 48

3.8.1.2 Transmitter Internal Temperature Display (Xmtr temp) ............................................ 50

3.8.1.3 Displaying Operating Time (Operating time) .......................................................... 50

3.8.2 Maintenance Test (Maintenance test) .......................................................................... 50

3.8.3 Resetting Master (Master reset) .................................................................................. 51

3.9 Menu: Window (Window) . ..................................................................................................... 53

3.10 Menu: File (File) ...................................................................................................................55

3.10.1 Database ..................................................................................................................... 55

3.10.1.1 Opening Files ......................................................................................................... 55

3.10.1.2 Saving Files ...........................................................................................................56

3.10.1.3 Deleting Files ......................................................................................................... 57

3.10.1.4 Downloading .......................................................................................................... 57

3.10.2 Printing .......................................................................................................................59

3.11 Troubleshooting ....................................................................................................................62

3.11.1 If There is No Response ............................................................................................. 62

3.11.2 If It is Not Possible to Connect to the Flowmeter ......................................................... 62

3.11.3 Input Errors .................................................................................................................. 62

3.11.4 Error/Alarm, Status List ............................................................................................... 63

3.11.4.1 Error/Alarm ............................................................................................................ 63

3.11.4.2 Status ...................................................................................................................65

4. PRODUCT CODE EXPLANATION .....................................................................................66

5. GENERAL SPECIFICATIONS ............................................................................................. 67

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This manual uses the precaution words "NOTE", "CAUTION", and "WARNING" as explained below:

NOTE: Notes are separated from the general text to bring the user's attention to

important information.

CAUTION: Caution statements inform the user of hazards or unsafe practices which

could result in minor personal injury or product /property damage.

WARNING: Warning statements inform the user of hazards or unsafe practices which

could result in severe personal injury or death.

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1. SMART COMMUNICATION UNIT

Ins. No.

E-020IMC-1-E

MODEL : EL2310

SMART COMMUNICATION UNIT

SOFTWARE INSTALLATION

PROCEDURE MANUAL



*OT/P

&&

MAG-OVAL Ⅲ

SMART COMMUNICATION UNIT

MODEL EL 2310-0BE

□□□

Applicable Flowmeter: OVAL Electromagnetic Flowmeters

For the installation of application software "LinkTop" and the interface driver, refer to Ins. No. E-020IMC "Smart Communication Unit MODEL: EL2310 Software Installation Procedure Manual".

E-025-2-E

1.1 Genera

Described in this manual are the operating instructions to use the application software LinkTop of the Smart Communication Unit which operates in the Microsoft operating system Windows environment. LinkTop is a communication terminal designed for use in combination with a personal computer (hereinafter referred to as PC) and any one of the OVAL Electromagnetic flowmeters to set up, alter, adjust, or read out parameters and variables, through interactive communications, either on-site or from remote locations. Using a Windows PC at hand, you can monitor multiple windows on its screen. It is necessary to install the application software LinkTop in your personal computer before connecting the communication interface (*) between the PC and the flowmeter.

NOTE ※：The customer is requested to prepare the communication interface.

Communication style and communication interface differ with the communication specification of the flowmeter. The communication specification for standard flowmeter product is RS485. The flowmeter with Bell202 communication specification is supported specifically.

- RS485 communication specification: RS485 communication specification is required.

- Bell202 communication specification: Bell202 communication interface for OVAL Smart Communication Unit EL2310 is required.

2. BEFORE YOU BEGIN

2.1 Inspection upon Receipt

Be sure you have the following items. Open the product package and make sure you have all the components required.

Instruction Manual 1 (This manual)

Instruction Manual 2 (Software Installation Procedure Manual)

CD-ROM (Application Software LinkTop)

LinkTop

for MAG-OVAL

NOTE:

Fig.1

For the installation of the application software "LinkTop" and the interface driver software (※), refer to "Installation Procedure Manual". ※：The driver software in the CD-ROM is intended for an application of Bell202

Communication Interface for OVAL Smart Communication Unit EL2310. It is not necessary to install this software when using RS485 communication.

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ERR.

ALM.

PCwithcommunication

softwareinstalled

RS-485

communication

Interface

MAG-OVALⅢ OutputSignalTerminal

RS-485

−

2.2 Hookup with Associated Equipment and Devices

Equipment set-up with associated equipment and devices is shown in Fig. 2. 　 (1) In case of RS485 communication

Fig.2.1 In Case of RS-485 communication

The flowmeter has no built-in terminating resistor. The customer is required to install a terminating resistor of 120Ω/0.5W at the terminal of the line. 　 (2) In case of Bell202 communication

Tie-point Terminal Block

OVAL Electromagnetic

Flowmeter

Transmitter

PC with communication

software installed

The receiving instrument in this gure requires a load resistance 250Ω min. Its upper limit depends on the specication of the transmitter in use. If the receiving instrument does not have a built-in RL, an external RL needs to be connected in series.

LINE/＋ NEUT/−

4 to 20mADC

＋　

−

Bell202 communication Interface

LINE/＋

NEUT/−

Connection

Points

Probes

Polarity observation is not required. Connect the probes across + and – terminals of analog output.

Power

＋

−

Receiving Instrument

(Load RL built-in)

Fig.2.2 In Case of Bell202 Communication

NOTE :



In Fig. 2, the customer is to supply a PC that meets the following requirements:

◇ Operating System: Windows XP, Windows Vista, or Windows 7 to 10 ◇ RAM: 256MB or larger ◇ Hard disk: 10MB or larger ◇ Serial ports (COM ports) such as USB port or RS232C that are suitable for

connecting to the communication interface shall be provided. A USB port is required when using Bell202 communication interface for OVAL Smart Communication Unit EL2310.

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USB connector

Body

Cable length from probe

500 approx.

Cable length from connector

1000 approx.

Probe

2.3 Communication Interface

A signal transmitter is provided for the communication signal conversion between the external serial port (COM port) of the PC and the flowmeter. When using RS485 communication, the RS485 communication interface available on the market shall be used. When using Bell202 communication, the Bell202 communication interface for OVAL Smart Communication Unit EL2310 shall be used. The signal transmitter consists of the components shown in Fig. 3.

Unit: mm

Fig.3

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3. LinkTop OPERATION

3.1 LinkTop Screen

　① Fig. 4 shows what the LinkTop window looks like.

PC-to-Flowmeter Communications Status

Title Bar

Message Box Field

Fig.4

The communication status is indicated at the bottom left of the screen as: ◇ During communications　　 : SEND, RECEIVE WAIT ◇ Communications interrupted : IDLE

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3.2 Starting LinkTop and Connections

① Hook up the owmeter transmitter, communication interface, and "LinkTop" pre-installed PC as

shown in Fig. 2.

② To initiate LinkTop, click "Start" at the bottom left of the PC screen and click "LinkTop for

MAG-OVAL" from "Program".

③ Click "Port setting (I) Ctrl + I" under "File (F)" from the menu.

Click here.

Fig.5

④ Set up the port.

Select the COM□ of the corresponding communication port from the "Port" drop-down list. (□ shows the port number connected to the communication interface. If the corresponding communication interface port number is unknown, open Windows Device Manager and nd the port number from the list of "Port (COM and LPT)".)

Fig. 6.1

Fig. 6.2

Then, select the corresponding specication (baud rate) from the "Speed" list in accordance with the communication specications of the owmeter.

- In case of RS485 communication: Select RS485. Choose the baud rate from 9600bps, 19200bps or 38400bps to meet the baud rate set for the owmeter. The standard baud rate set for the owmeter is 19200bps. (For the setting method of baud rate (RS485 communication speed) for flowmeter, refer to "Electromagnetic Flowmeter MAG-OVAL III Instruction Manual".)

- In case of Bell202 communication: Select Bell202 (The baud rate for Bell202 is xed.)

Finally, click "OK" .

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⑤ Click "Connect (C) F3" under "File (F)" from the menu.

Click here.

Fig.7

⑥ The "Polling address" setting screen appears. The standard "Polling address" of the owmeter is "0". 　 After you select "0", click "OK" to initiate the connection. 　　　　If "Polling address" of the owmeter is unknown, conrm "Polling address" by

the operation of the owmeter. ⇨ Reference: Flowmeter Instruction Manual

（　　　　　　　　　　　　　　　　）

　　　　(Communication Function)

Fig.8

⑦ A message box shown as Fig.9 appears as the connection process begins. 　 A bar graph in the middle of message box indicates progress of connection process.

Fig.9

⑧ Upon completion of connections, a message box shown as Fig. 10 appears. Click "OK" .

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Fig.10

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⑨ When connection is complete, all functions of the menu become selectable as shown below.

Fig.11

3.3 Terminating the Connection

To terminate connection between the owmeter transmitter and LinkTop, follow the procedure given below:

① Click on "Disconnect (D) Shift + F3" as shown in Fig. 12.

Click here.

Fig.12

② At the message box as shown in Fig. 13, click "OK". This terminates the connection between the

owmeter and LinkTop.

Fig.13

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When connection is terminated, some functions of the menu become inactive as shown in

③

Fig. 14.

Fig.14

3.4 Terminating LinkTop

To exit LinkTop, click "File (F)" from the menu then select "Exit (E)". A message box as shown in Fig. 15 appears. Click "OK" to conrm and the application software window will disappear from the desktop. To abort the terminating process, click on "Cancel".

Fig.15

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3.5 Menu: Process Variables (Processing values display)

The "Process Variables" menu can be used to confirm the display of flowmeter's process values (instantaneous ow rate, total ow, and ow velocity), chart display, logging, and Write Protect mode.

Fig.16

3.5.1 Processing Value Measurements (View eld device variables)

① Click "Process Variables (V)" from the menu, then select "View eld device variables" .

② The following window will be displayed (Fig. 17).

Fig.17

「Percent ow rate」…Percent ow rate (Instantaneous ow rate) 「Flow rate」…Actual ow rate (Instantaneous ow rate) 「Total count」…Accumulated total ow counter 「Total ow」…Accumulated total ow

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「Total overow count」…The number of times counted when accumulated total ow value returns to "zero" by exceeding the maximum reading. 「R-Total count」…Resettable ow totalizing counter 「R-Total ow」…Resettable total ow 「R-Total overow count」…The number of times counted when resettable total ow returns to "zero" by exceeding the maximum reading.

③ If there is a problem with the owmeter transmitter, then an error message will be displayed in the

window under the process value measurement window. For details, refer to section 3.11.4 "Error/ Alarm, Status List".

④ To exit, click "Cancel".

3.5.2 Chart Display and Logging (Chart and Recording)

Chart display of ow rate and ow velocity as well as data logging can be carried out.

① Click "Chart and Recording" from the menu, and select "Active" , then a tool bar as shown in

Fig. 18 will appear underneath the menu.

Fig.18

② Click the button on the tool bar or "Chart and Recording" - "Interval" of the menu, then the

window as shown in Fig. 19 appears, enabling setting of update interval of chart display and logging interval.

Select the preferred interval from "0.2 Second" (only in RS485 communication), "0.5 Second" (only

in RS485 communication), "1 Second", "3 Seconds", "5 Seconds", "10 Seconds", "30 Seconds", "1 Minute", "5 Minutes", "10 Minutes", and "1 Hour" and click "OK".



Fig.19

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③ Click the button of the tool bar or "Chart and Recording" - "Chart" - "Percent ow rate" from

the menu, then the window as shown in Fig. 20 is displayed, enabling chart display of Percent ow rate.

When changing the scale of the vertical axis, enter the preferred values to "Max" and "Min", then

click "OK".

Fig.20

④ A chart is drawn at the intervals of update set in ②.

Fig.21

⑤ To hide the chart, click the button of the tool bar or "Chart and Recording" - "Chart" - "Percent

ow rate" from the "Proccess Variables (V)" menu.

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⑥ Similarly, by clicking the button of the tool bar or "Chart and Recording" - "Chart" - "Flow rate"

from the "Proccess Variables (V)" menu, actual ow rate can be shown or hidden. If you click the

button or "Chart and Recording" - "Chart" - "Flow velocity" from the "Proccess Variables (V)"

menu, ow velocity chart can be shown or hidden as well.

⑦ If you click the button of the tool bar or "Chart and Recording" - "Recording" - "Start" in the

menu, the following dialog box (Fig. 22) is displayed. Select the disk and folder to create a le, enter a le name, and click "Save (S)". A CSV le is created and data logging begins.

Fig.22

⑧ If you click the button of the tool bar or "Chart and Recording" - "Recording" - "Stop" in the

menu, logging stops (terminating the writing process on the le) and the le is completed. Then the following message box (Fig. 23) is displayed. Click "OK".

Fig.23

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⑨ The content of the log le when logging interval is set to "5 Seconds" is as shown in Fig. 24.

Date and time Percent ow rate Flow rate Flow velocity

Fig.24

⑩ If you click the button of the tool bar or "Chart and Recording" - "Active" from the menu, chart

display and data logging are terminated.

3.5.3 Write Protect (Write protect)

① Click "Process Variables (V)" on the menu and select "Write protect", then the following window

(Fig. 25) will be displayed.

Fig.25

　 "Write protect" shows whether parameter change of the transmitter is available or not.

Mode Detail SW1-4 Setting

Not write protected Enables changing and setting parameters. OFF

Write protected

Disables changing and setting parameters. (Conrmation of parameters is available.)

NOTE : Selecting the above mode is available by changing switches SW1-4 on the

CPU board of the flowmeter transmitter.

② To exit this procedure, click "Cancel".

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3.6 Menu : Setup (Settings)

The "Setup" menu can be used to set owmeter's various parameter values, transmitter's information, and so on. If any windows of "Diag/Service" menu is displayed on the screen, then it will not be possible to set the various parameters, transmitter information, and so on. Close these windows before making settings. For the actual screen, refer to Fig. 26.

Setup

Flow parameter

Field device variable

Outputs

H/L alarm

Self diag

Device information

Other

Setup Item Tree

Nominal diameter Flow range

Analog output Pulse output Status output Status select Error output

Display setting Security Polling address



Fig.26

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3.6.1 Flow Rate Parameter (Flow parameter)

3.6.1.1 Nominal Diameter (Nominal diameter)

① Click "Setup (S)" from the menu, and select "Nominal diameter" from the drop-down list of "Flow

parameter", then the following window (Fig. 27) will be displayed.

Fig.27

② Select the correct nominal diameter.

Setting item Detail Setting range

3mm, 4mm, 6mm, 8mm, 10mm, 15mm,

Nominal diameter

Nominal diameter of sensor

(Select from the right column.)

20mm, 25mm, 32mm, 40mm, 50mm, 65mm, 80mm, 100mm, 125mm, 150mm, 200mm

③ Click "OK" after the setting is completed to display the message box (Fig. 28). Click "OK" here

to change the settings to the inputted values, and to reect the changed setting values in the owmeter's output. If the owmeter's output is used to control valves or other such parts as safety protocol, change that control loop to manual control so that the control loop cannot be inuenced by the owmeter's output.

Fig.28

④ The message box (Fig. 29) is displayed after changing the setting values. Click "OK" to complete

the setting process.

Fig.29

⑤ The window for setting item is displayed. To exit, click "Cancel".

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3.6.1.2 Measuring Range (Flow range)

① Click "Setup (S)" from the menu then select "Flow range" from the drop-down list of "Flow

parameter", then the following window (Fig. 30) will be displayed.

Fig.30

② Enter a numeric value for the item.

Setting item Detail Setting range

Flow range Measuring range (Full scale flow) Minimum range to Maximum range

③ Click "OK" after the setting is completed to display the message box (Fig. 31). Click "OK" here

to change the settings to the inputted values, and to reect the changed setting values in the owmeter's output. If the owmeter's output is used to control valves or other such parts as safety protocol, change the control loop to manual control so that the control loop cannot be inuenced by the owmeter's output.

Fig.31

④ The message box (Fig. 32) is displayed after changing the setting values. Click "OK" to complete

the setting process.

Fig.32

⑤ The window for setting item is displayed. To exit, click "Cancel".

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3.6.2 Transmitter Variables (Field device variable)

① Click "Setup (S)" from the menu, and select "Field device variable" , then the following window

(Fig. 33) will be displayed.

Fig. 33

② Select and enter numeric values for respective items.

Setting item Detail Setting range

Unit of instantaneous flow rate (Select from the

Flow rate unit

Total flow unit Flow damp Time constant of flow metering damping 0.48 to 99.99sec Low cut Low-cut value of actual flow 0.0 to 100.0%

Low cut hys

I.F. suppress factor

Calibration zero

Calibration factor

Auto gain compensation

right column.) At the change between volumetric flow rate unit ⇔ mass flow rate unit, total value is reset.

Unit of total flow (Select from the right column.)

Low-cut hysteresis (Select from the right column.) A function to provide the low-cut value with 5% hysteresis

Suppress fluctuation of flow output due to impulse-like noise. Sets the suppression amount of fluctuation with percent value to the measuring range.

Zero point constant (Offset amount) This is a constant value related to the accuracy of the flowmeter. Do not change.

Calibration factor This is a constant value related to the accuracy of the flowmeter. Do not change.

Automatic compensating function to keep the amplifier gain constant at all times. (Select from the right column.)

L/s, L/min, L/h, L/d, gal/s, gal/min, gal/h, gal/d, m3/s, m3/min, m3/h, m3/d, kg/s, kg/min, kg/h, kg/d, t/s, t/min, t/h, t/d

L, gal, m3, kg, t

ON, OFF

1 to 100%

More than -1000.0 and less than

1000.0

0.7000 or more and less than

2.0000

ON, OFF

Flow direction

Conversion factor

Flow direction (Select from the right column.) Sets "Negative Flow" when the direction of fluid flow is reversed against the arrow direction (flow direction) of the sensor.

Fixed conversion factor Used as a parameter similar to density. Multiplied to actual flow to calculate mass flow.

Positive Flow, Negative Flow

0.2 to 5.0

2

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③ Click "OK" after the setting is completed to display the message box (Fig. 34). Click "OK" here

to change the settings to the inputted values, and to reect the changed setting values in the owmeter's output. If the owmeter's output is used to control valves or other such parts as safety protocol, change the control loop to manual control so that the control loop cannot be inuenced by the owmeter's output.

Fig.34

④ The message box (Fig. 35) is displayed after changing the setting values. Click "OK" to complete

the setting process.

Fig.35

⑤ The window for setting item is displayed. To exit, click "Cancel" .

3.6.3 Output Settings (Outputs)

3.6.3.1 Analog Output (Analog output)

① Click "Setup (S)" from the menu, and select "Analog output" from the drop-down list of "Outputs",

then the following window (Fig. 36) will be displayed.

Fig.36

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② Enter numeric values for respective items.

Setting item Detail Setting range Upper range value Sets 20mA output of analog output. Minimum span to Flow range Lower range value Sets 4mA output of analog output. 0.0 to (Flow range - Minimum span) Flow range Metering range Only for reference Minimum span

Low cut

Damp Time constant for analog output damping 0.0 to 200.0sec

③ Click "OK" after the setting is completed to display the message box (Fig. 37). Click "OK" here

Minimum span of 100% - 0% value of analog output Low-cut value of analog output

Low-cut value for preventing pulse output when flow rate is near 0%.

Only for reference

0.0 to 10.0%

Fig.37

④ The message box (Fig. 38) is displayed after changing the setting values. Click "OK" to complete

the setting process.

Fig.38

⑤ The window for setting item is displayed. To exit, click "Cancel".

3.6.3.2 Pulse Output (Pulse output)

① Click "Setup (S)" from the menu, and select "Pulse output" from the drop-down list of "Outputs",

then the following window (Fig. 39) will be displayed.

Fig.39

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② Enter numeric values for respective items.

Setting item Detail Setting range

Pulse output mode selection (Select from the right column.)

Pulse operation mode

Freq factor

Rate factor

Low cut

Pulse weight

Frequency: Calculate with full-scale frequency and full scale flow. Weight: Calculate with pulse weight.

Full-scale frequency of pulse output Valid when pulse output mode is Frequency. (Set value display area is highlighted.)

Full-scale flow rate of pulse output Valid when pulse output mode is Frequency. (Set value display area is highlighted.)

Low-cut value of pulse output Low-cut value for preventing pulse output when flow rate is near 0%. Valid when pulse output mode is Frequency. (Set value display area is highlighted.)

Pulse weight Valid when pulse calculation mode is Weight. (Set value display area is highlighted.)

Frequency, Weight

1 to 10000

—

0.0 to 100.0%

—

③ Click "OK" after the setting is completed to display the message box (Fig. 40). Click "OK" here

to change the settings to the inputted values, and to reect the changed setting values in the owmeter's output. If the owmeter's output is used to control valves or other such parts as safety protocol, change the control loop to manual control so that the control loop cannot be inuenced by the owmeter's output.

Fig.40

④ The message box (Fig. 41) is displayed after changing the setting values. Click "OK" to complete

the setting process.

Fig.41

⑤ The window for setting item is displayed. To exit, click "Cancel".

2

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3.6.3.3 Status Output (Status output)

① Click "Setup (S)" from the menu, and select "Status output" from the drop-down list of "Outputs",

then the following window (Fig. 42) will be displayed.

Fig.42

② Select for respective items.

Setting item Detail Setting range

Status output selection (Select from the right column.)

Status output func

No Function: No function, Contact output OFF Error Status: ACTIVE when relevant error occurs with Status select H/L Alarm: ACTIVE at high/low alarm Flow Direction: ACTIVE at the occurrence of reverse flow

No Function, Error Status, H/L Alarm, Flow Direction

Status output mode (Select from the right column.)

Status output mode

Off Active: Output transistor Off at operation On Active: Output transistor On at operation

Off Active, On Active

③ Click "OK" after the setting is completed to display the message box (Fig. 43). Click "OK" here

to change the settings to the inputted values, and to reect the changed setting values in the owmeter's output. If the owmeter's output is used to control valves or other such parts as safety protocol, change the control loop to manual control so that the control loop cannot be inuenced by the owmeter's output.

Fig.43

④ The message box (Fig. 44) is displayed after changing the setting values. Click "OK" to complete

the setting process.

Fig.44

⑤ The window for setting item is displayed. To exit, click "Cancel".

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3.6.3.4 Selecting Status Output Objects (Status select)

① Click "Setup (S)" from the menu, and select "Status select" from the drop-down list of "Outputs",

then the following window (Fig. 45) will be displayed.

Fig.45

② Select for respective items.

Setting item Detail Setting range Overflow error Overflow error ON, OFF Hardware failure Hardware failure error ON, OFF Parameter alarm Parameter alarm ON, OFF Saturated alarm Output saturation alarm (Analog, Pulse) ON, OFF Measurement signal alarm Measurement signal alarm ON, OFF Empty pipe alarm Measurement pipe empty detection alarm ON, OFF Fixed output Fixed output state (Analog, Pulse, Contact) ON, OFF Self diag in progress Self-diagnosis in process ON, OFF

NOTE: 1. When setting error and alarm as status output, click "ON".

2. Error output is valid only when "Status output func" is set to "Error Status".

3. Change the contact output when one or more items selected are in error.

4. For the detail of error, refer to "3.11.4 Error/Alarm, Status List".

③ Click "OK" after the setting is completed to display the message box (Fig. 46). Click "OK" here

to change the settings to the inputted values, and to reect the changed setting values in the owmeter's output. If the owmeter's output is used to control valves or other such parts as safety protocol, change the control loop to manual control so that the control loop cannot be inuenced by the owmeter's output.

2

Fig.46

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④ The message box (Fig. 47) is displayed after changing the setting values. Click "OK" to complete

the setting process.

Fig.47

⑤ The window for setting item is displayed. To exit, click "Cancel".

3.6.3.5 Output at Error/Alarm (Error output)

① Click "Setup (S)" from the menu, and select "Error output" from the drop-down list of "Outputs",

then the following window (Fig. 48) will be displayed.

Fig.48

② Select for respective items.

Setting item Detail Setting range

Analog output at error (Select from the right column.)

No Function: Normal output Analog error output

Pulse error output

Downscale: Hold by outputting 2.4mA

Zero: Hold by outputting 4.0mA

Hold: Hold current value just before occurrence of error

Upscale: Hold by outputting 21.6mA

Pulse output at error (Select from the right column.)

No Function: Normal output Zero: 0Hz (Stops pulse output) Hold: Hold the frequency just before occurrence of error Upscale: Outputs the frequency equivalent to 110% of metering range.

No Function, Downscale, Zero, Hold, Upscale

No Function, Zero, Hold, Upscale

NOTE: "Error output" functions when any one of "Overflow Error", "Hardware Failure",

"Parameter Alarm", "Self Diag Alarm", and "Empty Pipe Alarm" occurs. For errors, refer to "3.11.4 Error/Alarm, Status List".

2

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③ Click "OK" after the setting is completed to display the message box (Fig. 49). Click "OK" here

to change the settings to the inputted values, and to reect the changed setting values in the owmeter's output. If the owmeter's output is used to control valves or other such parts as safety protocol, change the control loop to manual control so that the control loop cannot be inuenced by the owmeter's output.

Fig.49

④ The message box (Fig. 50) is displayed after changing the setting values. Click "OK" to complete

the setting process.

Fig.50

⑤ The window for setting item is displayed. To exit, click "Cancel".

2

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3.6.4 High/Low Alarm (H/L alarm)

① Click "Setup (S)" from the menu, and select "H/L alarm" then the following window (Fig. 51) will

be displayed.

Fig.51

② Enter numeric values for respective items.

Setting item Detail Setting range High alarm point Comparison value with high alarm of flow 0.0 to Flow range Low alarm point Comparison value with low alarm of flow 0.0 to Flow range H/L alarm hys Hysteresis of high/low alarm comparison values 0.0 to Flow range Flow range Metering range Only for reference

③ Click "OK" after the setting is completed to display the message box (Fig. 52). Click "OK" here

to change the settings to the inputted values, and to reect the changed setting values in the owmeter's output. If the owmeter's output is used to control valves or other such parts as safety protocol, change the control loop to manual control so that the control loop cannot be inuenced by the owmeter's output.

Fig.52

④ The message box (Fig. 53) is displayed after changing the setting values. Click "OK" to complete

the setting process.

Fig.53

⑤ The window for setting item is displayed. To exit, click "Cancel".

2

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3.6.5 Setting Self Diagnosis (Self diag)

① Click "Setup (S)" from the menu, and select "Self diag", then the following window (Fig. 54) will be

displayed.

Fig.54

② Select for respective items.

Setting item Detail Setting range Circuit voltage Sets periodic monitoring of circuit voltage. ON, OFF Exciting coil/circuit Sets periodic diagnosis of coil and exciting frequency. ON, OFF Measurement signal Sets periodic diagnosis of measurement signal. ON, OFF Empty pipe Sets periodic diagnosis of detecting empty measurement pipe. ON, OFF

③ Click "OK" after the setting is completed to display the message box (Fig. 55). Click "OK" here to

change the settings to the inputted values.

Fig.55

④ The message box (Fig. 56) is displayed after changing the setting values. Click "OK" to complete

the setting process.

Fig.56

⑤ The window for setting item is displayed. To exit, click "Cancel".

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3.6.6 Device Information (Device information)

① Click "Setup (S)" from the menu, and select "Device information", then the following window

(Fig. 57) will be displayed.

Fig.57

② Select or enter characters or numeric values for respective items.

Setting item Detail Setting range Tag Tag number of meter 8 alphanumeric characters Descriptor Description 16 alphanumeric characters Message Message 32 alphanumeric characters

Date Month/Day/Year

Device ID Device ID of transmitter 0 to 16777215 (Only for reference) Sensor serial No. Sensor serial number 0 to 16777215 (Only for reference)

Final assembly No.

Flange type

Flange material

Liner material

Electrode type

Electrode material

Universal rev. Communication protocol revision Only for reference Device rev. Device revision Only for reference Software rev. Software revision Only for reference Hardware rev. Hardware revision Only for reference System rev. System revision Only for reference Main CPU rev. Main CPU revision Only for reference LCD CPU rev. Display CPU revision Only for reference I/O CPU rev. Input/Output CPU revision Only for reference

Transmitter manufacturing number

Flange type (Select from the right column.) Flange material (Select from the right column.) Liner material (Select from the right column.)

Electrode type (Select from the right column.)

Electrode material (Select from the right column.)

Month, Day and Year, each represented in 2 digits of positive integer

0 to 16777215 (Only for reference)

JIS 10K, JIS 20K, JIS 30K, ANSI/ASME150, ANSI/ASME300, Flangeless, Sanitary, Union, Special

Carbon Steel, 304 Stainless Steel, Special

PTFE, Ceramic, PFA, ETFE, Soft Gum, Hard Gum, Special

Standard, Replaceable, Special

Alloy C276, Tantalum, 316L Stainless Steel, Platinum Special



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③ Click "OK" after the setting is completed to display the message box (Fig. 58). Click "OK" here to

change the settings to the inputted values.

Fig.58

④ The message box (Fig. 59) is displayed after changing the setting values. Click "OK" to complete

the setting process.

Fig.59

⑤ The window for setting item is displayed. To exit, click "Cancel".

3.6.7 Other Settings (Other)

3.6.7.1 Display Setting (Display setting)

① Click "Setup (S)" from the menu, and select "Display setting" from the drop-down list of "Other",

then the following window (Fig. 60) will be displayed.

Fig.60

② Select for respective items.

Setting item Detail Setting range

Flow rate decimal

Total flow decimal

Variables display cycle

Number of digits following decimal point of LCD actual flow display (Select from the right column.)

Number of digits following decimal point of LCD total flow display (Select from the right column.)

Update interval of displaying LCD variables (Select from the right column.)

Integer, 1st Decimal, 2nd Decimal, 3rd Decimal

100ms, 300ms, 500ms, 1000ms

Back light set

2

Setting LCD backlight operation (Select from the right column.) Off: Backlight Off at all times On: Backlight On at all times Auto: Automatically turns off without key operation for 10 seconds after backlight is turned on (turns on again with key operation)

Off, On, Auto

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③ Click "OK" after the setting is completed to display the message box (Fig. 61). Click "OK" here to

change the settings to the inputted values.

Fig.61

④ The message box (Fig. 62) is displayed after changing the setting values. Click "OK" to complete

the setting process.

Fig.62

⑤ The window for setting item is displayed. To exit, click "Cancel".

3.6.7.2 Security (Security)

① Click "Setup (S)" from the menu, and select "Security" from the drop-down list of "Other", then the

following window (Fig. 63) will be displayed.

Fig.63

② Select or enter numeric values for respective items.

Setting item Detail Setting range

Selects password.

Password option

Setting password

ON: Enables password function. OFF: Disables password function (Default setting)

Password (4 numeric digits) Default: 0000

ON, OFF

0000 to 9999

③ Click "OK" after the setting is completed to display the message box (Fig. 64). Click "OK" here to

change the settings to the inputted values.

Fig.64

④ The message box (Fig. 65) is displayed after changing the setting values. Click "OK" to complete

the setting process.

Fig.65

⑤ The window for setting item is displayed. To exit, click "Cancel".



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3.6.7.3 Polling Address (Polling address)

① Click "Setup (S)" from the menu, and select "Polling address" from the drop-down list of "Other",

then the following window (Fig. 66) will be displayed.

Fig.66

② Enter numeric values for the item.

Setting item Detail Setting range

Polling address (Address for multi-dropping) Default: 0

Polling address

When connecting two or more flowmeters to the same segment, assign different addresses other than“0”to each flowmeter.

0 to 63

③ Click "OK" after the setting is completed to display the message box (Fig. 67). Click "OK" here to change the settings to the inputted values.

Fig.67

④ The message box (Fig. 68) is displayed after changing the setting values. Click "OK" to complete

the setting process.

Fig.68

⑤ The window for setting item is displayed. To exit, click "Cancel".



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3.7 Menu: Diag/Service (Checking and Adjustment)

"Diag/Service" can be used to diagnose the owmeter transmitter, perform loop tests on each output, adjust output values, reset cumulative totals, and calibrate sensor input. Close all "Setup (S)" windows to enable checking and adjustment functions. Also note that other than "Loop test", the "Diag/Service (T)" window cannot be displayed simultaneously with multiple windows (other than "Totalizer control"). The actual screen is as shown in Fig. 69.

Diag/Service

Self diag

Loop test

Trim Analog

Totalizer control

Total ow set

Diag/Service Item Tree

Circuit voltage Exciting coil/circuit Measurement signal Empty pipe

Fix Analog Fix Pulse Fix Status output

Fig.69

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3.7.1 Self-diagnosis (Self diag)

These functions are used to self-diagnose the transmitter.

3.7.1.1 Circuit Voltage Self-diagnosis (Circuit voltage)

① Click "Diag/Service (T)" from the menu, and select "Circuit voltage" from the list of "Self diag",

then the following window (Fig. 70) will be displayed.

Fig.70

② In this step, circuit voltage is monitored. Click "Start" , and a massage box (Fig. 71) will be

displayed. click "OK" to start diagnosis.

Fig.71

③ During diagnosis, a message, "Executing self diagnosis now ... " is displayed at the bottom of the

window as shown in Fig. 72. If the diagnosis indicates normal, "Good" is displayed. If the diagnosis indicates abnormal, "Fail" is displayed.

Fig.72

"+5V" ... Voltage at detector point +5V "+15V" ... Voltage at detector point +15V "-15V" ... Voltage at detector point -15V

④ To stop diagnosis, click the "Stop" button. A message box will be shown (Fig. 73). Then click

"OK" .

Fig.73

⑤ The window for setting item is displayed. To exit, click "Cancel" .



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3.7.1.2 Coil and Exciting Circuit Diagnosis (Exciting coil/circuit)

① Click "Diag/Service (T)" from the menu, and select "Exciting coil/circuit" from the list of "Self

diag", then the following window (Fig. 74) will be displayed.

Fig.74

　　"Iref" ... Voltage at detector point Iref

② Diagnose coil and exciting circuit for abnormality. Click "Start" to display a message box

(Fig. 75). Click "OK" to start diagnosis.

Fig.75

③ During diagnosis, a message, "Executing self diagnosis now ... " is displayed at the bottom of the

window as shown in Fig. 76. If the diagnosis indicates normal, "Good" is displayed. If the diagnosis indicates abnormal, "Fail" is displayed.

Fig.76

④ To stop the diagnosis, click "Stop" . A message box (Fig. 77) is displayed. Click "OK" .

Fig.77

⑤ The window before starting diagnosis is displayed. To exit, click "Cancel".



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3.7.1.3 Diagnosing Measurement Signal (Measurement signal)

① Click "Diag/Service (T)" from the menu, and select "Measurement signal" from the list of

"Self diag", then the following window (Fig. 78) will be displayed.

　　"TP1" ... Voltage at detector point TP1

Fig.78

"TP2" ... Voltage at detector point TP2

② Diagnose the measurement signal for abnormality. Click "Start" to display a message box (Fig. 79).

Click "OK" to start diagnosis.

Fig.79

③ During diagnosis, a message, "Executing self diagnosis now ... " is displayed at the bottom of the

window as shown in Fig. 80. If the diagnosis indicates normal, "Good" is displayed. If the diagnosis indicates abnormal, "Fail" is displayed.

Fig.80

④ To stop the diagnosis, click "Stop" . A message box (Fig. 81) is displayed. Click "OK" .

Fig.81

⑤ The window before starting diagnosis is displayed. To exit, click "Cancel" .



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3.7.1.4 Measurement Pipe Empty Detection Function (Empty pipe)

① Click "Diag/Service (T)" from the menu, and select "Empty pipe" from the list of "Self diag", then

the following window (Fig. 82) will be displayed.

Fig.82

　　"AMP1" ... Voltage at detector point AMP 1 "AMP2" ... Voltage at detector point AMP 2

② Execute detection of an empty measurement pipe. Click "Start" to display a message box (Fig. 83).

Click "OK" to start diagnosis.

Fig.83

③ During diagnosis, a message, "Executing self diagnosis now ... " is displayed at the bottom of the

window as shown in Fig. 84. If the diagnosis indicates normal, "Good" is displayed. If the diagnosis indicates abnormal, "Fail" is displayed.

Fig.84

④ To stop the diagnosis, click "Stop" . A message box (Fig. 85) is displayed. Click "OK" .

Fig.85

⑤ The window before starting diagnosis is displayed. To exit, click "Cancel" .



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3.7.2 Loop Test (Loop test)

Simulated output will be created.

3.7.2.1 Analog Output Loop Test (Fix Analog)

This test can be used to put analog output into a simulated output state, and to verify the output line with a loop test. The test creates simulated output regardless of the process state. If the owmeter's output is used to control valves or other such parts, change the control loop to manual control for the sake of safety, and so that the control loop cannot be inuenced by the owmeter's output.

① Click "Diag/Service (T)" from the menu, and select "Fix Analog" from the list of "Loop test", then

the following window (Fig. 86) will be displayed.

Click here and input a value to set any analog simulated output.

Fig.86

Setting item Detail Setting range

4mA 4mA fixed output — 20mA 20mA fixed output — Other Sets a desired output value. 2.4 to 21.6mA

② Select the simulated output value. To set a desired output value, click "Other" and enter the value.

By clicking "Start", a message box (Fig. 87) will be displayed. When you click "OK" , the analog output is generated with the output value you set.

Fig.87

③ During simulated output, a message, "Simulated output is provided now ..." is displayed at the

bottom of the window as shown in Fig. 88.

0

Fig.88

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④ Click "Stop" to stop the simulated output. Then a message box (Fig. 89) is displayed. Click "OK" .

Fig.89

⑤ The window for setting the simulated output value is displayed. To exit, click "Cancel".

3.7.2.2 Pulse Output Loop Test (Fix Pulse)

This test can be used to put pulse output into a simulated output state, and to verify the output line with a loop test. The test creates simulated output regardless of the process state. If the owmeter's output is used to control valves or other such parts, change the control loop to manual control for the sake of safety, and so that the control loop cannot be inuenced by the owmeter's output.

① Click "Diag/Service (T)" from the menu, and select "Fix Pulse" from the list of "Loop test", then the

following window (Fig. 90) will be displayed.

Fig. 90

Setting item Detail Setting range 10kHz 10kHz fixed output — Other Sets a desired output value. 0.01 to 11000Hz

② Select the simulated output value. To set a desired output value, click "Other" and enter the value.

By clicking "Start", a message box (Fig. 91) will be displayed. When you click "OK" , the analog output is generated.

Fig.91

③ During simulated output, a message, "Simulated output is provided now ..." is displayed at the

bottom of the window as shown in Fig. 92.

Fig.92

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④ Click "Stop" to stop the simulated output. Then a message box (Fig. 93) is displayed. Click "OK" .

Fig.93

⑤ The window for setting the simulated output value is displayed. To exit, click "Cancel".

3.7.2.3 Status Output Loop Test (Fix Status output)

This puts status output into a simulated output state, and conducts a loop test on the output line. This test creates simulated output regardless of the process state. If the owmeter's output is used to control valves or other such parts, change the control loop to manual control for the sake of safety, and so that the control loop cannot be inuenced by the owmeter's output.

① Click "Diag/Service (T)" from the menu, and select "Fix Status output" from the list of "Loop test",

then the following window (Fig. 94) will be displayed.

Fig.94

② Select the simulated output state. By clicking "Start", a message box (Fig. 95) will be displayed.

When you click "OK", the analog output is generated.

Fig.95

③ During simulated output, a message, "Simulated output is provided now ..." is displayed at the

bottom of the window as shown in Fig. 96.

Fig.96

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④ Click "Stop" to stop the simulated output. Then a message box (Fig. 97) is displayed. Click "OK" .

Fig.97

⑤ The window for setting the simulated output value is displayed. To exit, click "Cancel" .

3.7.3 Analog Output Adjustment (Trim Analog)

This adjusts the output value of the owmeter transmitter's analog output. This function is for adjusting the values by outputting analog values equivalent to 4mA and 20mA regardless of the processing state. If the owmeter's output is used to control valves or other such parts as safety protocol, change the control loop to manual control so that the control loop cannot be inuenced by the owmeter's output.

① Click "Diag/Service (T)" from the menu, and select "Trim Analog", then the following window

(Fig. 98) will be displayed.

Fig.98

② Select the scale from "4mA - 20mA" or "Other scale" and click "OK".

When "4mA - 20mA" is used for adjustment, a standard ammeter is inserted into the analog output loop, and adjustment follows the method described in steps ③ to ⑥. When "Other scale" is used, load resistance is inserted into the analog output loop, and adjustment follows the method described in steps ⑦ to ⑪ (this description covers the situation where RL= 250Ω will be inserted, with adjustment to both ends of the voltage value scale of 1 to 5V).

③ A message box (Fig. 99) is displayed. Click "OK" to execute analog output at 4mA.

Fig.99

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④ When you select "4mA-20mA", a window as shown in Fig. 100 appears. Select 4mA or 20mA

adjustments. Here, an example with 4mA adjustment is explained.

Fig.100

Enter the reading of the ammeter currently outputting at "4mA output level" box and click "OK" . When the reading is sent, the transmitter automatically adjusts the output to 4mA. Verify that the indicator of the connected ammeter shows 4mA. If another adjustment is required, repeat the same procedure.

⑤ To execute 20mA adjustment, click the "20mA" tab on the window in Fig. 100. Then execute

adjustment so that the connected ammeter indicator reads 20mA in the same manner as 4mA adjustment.

⑥ By clicking "Cancel", a message box (Fig. 101) is displayed. Click "OK" .

Fig.101

⑦ When you select "Other scale", scale input with a voltage value is enabled as shown in Fig.102. When

you enter an analog value (here 1V as an example) equivalent to the output of 4mA for "4mA", the corresponding value is entered in "20mA" automatically.

Fig. 102

Here, analog output adjustment with 1 to 5V scale is available. Click "OK" to start the adjustment. Connect a measuring instrument (reference voltmeter) across both ends of load resistance RL.



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⑧ A message box (Fig. 103) will be displayed. Click "OK" to execute analog output at 4mA.

Fig.103

⑨ When you select "Other scale", a window shown in Fig. 104 is displayed for the adjustment of

4mA and 20mA levels. Here, explanation is given for the case with 4mA adjustment.

Fig.104

Enter the reading of the ammeter currently outputting at "4mA output level" box and click "OK" . When the reading is sent, the transmitter automatically adjusts the output to 4mA. Verify that the indicator of the connected measuring instrument is 1V. If another adjustment is required, execute the same procedure.

⑩ To execute 20mA adjustment, click the“20mA”tab on the window in Fig. 104 and execute

adjustment so that the indicator of the connected ammeter shows 20mA as in the same way as 4mA adjustment.

⑪ By clicking "Cancel", a message box (Fig. 101) is displayed. Click "OK" .

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3.7.4 Cumulative Total Display and Control (Totalizer Control)

Use this for functions such as displaying the cumulative totals, and starting, stopping, and resetting the count.

① Click "Diag/Service (T)" from the menu, and select "Totalizer control", then the following window

(Fig. 105) will be displayed.

Fig.105

"Total count" ... Accumulated total ow counter: Not resettable "Total ow" ... Accumulated total ow: Not resettable "R-Total count" ... Resettable total ow counter: Resettable "R-Total ow" ... Resettable total ow: Resettable

② To stop totalizing, click "Stop". To resume totalizing, click "Start". To reset the resettable total

ow, click "Reset". If you execute resetting when totalizing is suspended, the following window (Fig. 106) will be displayed.

Fig.106

③ To exit, click "Cancel" .

3.7.5 Setting Accumulated Total Flow (Total ow set)

Accumulated total ow value is set as necessary.

① Click "Diag/Service (T)" from the menu, and select "Total ow set", then the following window

(Fig. 107) will be displayed.

Fig.107

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② Set the value of total ow at the start of measurement. If the setting is completed, click "OK" . A message box (Fig. 108) will be displayed. By clicking "OK" again, the value is changed to the

entered set value.

Fig.108

③ When the set value is changed, a message box (Fig. 109) will be displayed. Click "OK" to

complete the setting.

Fig.109

④ The window for setting item is displayed. To exit, click "Cancel" .

3.8 Menu: Maintenance (Maintenance)

With "Maintenance (M) ", error log (occurrence/release), temperature in the transmitter, and operating time will be displayed, and simulated output of ow, etc. and master resetting can be performed. The actual screen is as shown in Fig. 110.

Maintenance

Maintenance xmtr

Maintenance test Master reset

Diag/Service Item Tree

Error log Xmtr temp Operating time

Fig.110

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3.8.1 Maintaining Transmitter (Maintenance xmtr)

3.8.1.1 Error Log Display (Error log)

① Click "Maintenance (M)" from the menu, and select "Error log" from the list of "Maintenance xmtr",

then the following window (Fig. 111) will be displayed.

Fig.111

② Logs are saved in 32 pages with 64 items per page with the latest log on the rst page.

Enter the page number into "Read page from" and "(Read page) to" boxes, then click "OK". A message box will be displayed. Click "OK" to start getting and displaying logs. An example of a log on page 1 is shown as Fig. 113.

Fig.112

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Fig.113

③ To stop getting and displaying logs, click "Stop" .

④ You can save the currently displayed log as a CSV le by clicking "Save". Then the following

dialog box (Fig. 114) will be displayed. Assign the location of saving le and a le name and click "Save (S)".

⑤ To exit error log display, click "Cancel" .

Fig.114

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3.8.1.2 Transmitter Internal Temperature Display (Xmtr temp)

① Click "Maintenance (M)" from the menu, and select "Xmtr temp" from the list of "Maintenance

xmtr", then the following window (Fig. 115) will be displayed.

Fig.115

② You can conrm the internal temperature of the transmitter. To exit, click "Cancel" .

3.8.1.3 Displaying Operating Time (Operating time)

① Click "Maintenance (M)" from the menu, and select "Operating time" from the list of "Maintenance

xmtr", then the following window (Fig. 116) will be displayed.

Fig.116

② You can conrm the total operating time up to now. To exit, click "Cancel" .

3.8.2 Maintenance Test (Maintenance test)

Input setting for simulated ow is conducted.

① Click "Maintenance (M)" from the menu, and select "Maintenance test", then the following window

(Fig. 117) will be displayed.

Fig.117

② Select and enter numeric values for respective items.

Setting item Detail Setting range

Simulated input setting (Select from the right column.)

Dummy input

Flow rate value

Inhibit Enable

Input value for simulated flow

Inhibit, Enable

Minimum range to Maximum range in "3.6.1.2 Setting Flow"

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③ Click "OK" after the setting is completed to display the message box (Fig. 118). Click "OK" here

to change the settings to the inputted values, and to reect the changed setting values in the owmeter's output. If the owmeter's output is used to control valves or other such parts as safety protocol, change the control loop to manual control so that the control loop cannot be inuenced by the owmeter's output.

Fig.118

④ When the set value is changed, a message box (Fig. 119) will be displayed. Click "OK" to

complete the setting.

Fig.119

⑤ The window for setting item is displayed. To exit, click "Cancel".

3.8.3 Resetting Master (Master reset)

Current parameters are restored to the factory set values.

① Click "Maintenance (M)" from the menu, and select "Master reset", then the following window

(Fig. 120) will be displayed.

Fig.120

5

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② To restore the parameters to the factory set values, click "OK" . The message box (Fig. 121) will be

displayed. Here, click "OK" . Then the operation is completed, and the changed setting values are reected in the owmeter's output. If the owmeter's output is used to control valves or other such parts as safety protocol, change the control loop to manual control so that the control loop cannot be inuenced by the owmeter's output.

Fig.121

③ When the operation is nished, a message box (Fig. 122) will be displayed. Click "OK" to complete

the operation.

Fig.122

④ The window for setting items is displayed. To exit, click "Cancel" .

Page 53

3.9 Menu: Window (Window)

The "Window" menu can be used to arrange the currently displayed windows. For instance, assume that multiple windows are being displayed, as shown in Fig. 123.

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Fig.123

① Click "Window (W)" from the menu, and select "Cascade", then windows will be overlaid as shown

in Fig. 124.

Fig.124

5

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② Click "Window (W)" from the menu, and select "Tile Horizontal", then windows will be displayed as

shown in Fig. 125.

Fig.125

③ Click "Window (W)" from the menu, and select "Tile Vertical", then windows will be displayed

as shown in Fig. 126.

5

Fig.126

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3.10 Menu: File (File)

The "File" menu can be used to connect communications (refer to section "3.2 Starting LinkTop and Connections"), to disconnect (refer to section "3.3 Terminating the Connection", and "3.4 Terminating LinkTop), as well as to set ports, to create a owmeter transmitter parameter database, and print parameters. This section describes the database and printing features.

3.10.1 Database

The various parameters, transmitter information, etc., that are inputted through the "Setup" menu (described in section 3.6) are stored in a database. This can be saved on a hard disk, ash memory, or other types of storage medium. Setting values can also be downloaded to the owmeter transmitter.

3.10.1.1 Opening Files

It is possible to load data from a saved le.

① Click "File (F)" from the menu, and select "Open File" from the list of "Database", then the

following dialog box (Fig. 127) will be displayed. Select the disk and folder where the relevant le is stored and specify the le. Then click "Open (O)" .

Fig.127

② Data of the selected le is displayed on the print preview window of the Setting Parameter Table.

For printing, refer to "3.10.2 Printing".

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3.10.1.2 Saving Files

It is possible to save the data set in the owmeter transmitter to a le.

① Click "File (F)" from the menu, and select "Save File" from the list of "Database", then the following

window (Fig. 128) will be displayed.

Fig.128

② By clicking "OK", the data set in the transmitter begins to be uploaded. As shown in Fig. 129, you

can conrm the status of uploading process by the bar graph in the center of the message box.

Fig.129

③ When uploading is completed, the following dialog box (Fig. 130) will be displayed. Select the disk

and folder to save the le from the list and enter a le name. Then click "Save (S)" .

5

Fig.130

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3.10.1.3 Deleting Files

It is possible to delete data les that are no longer necessary.

① Click "File (F)" from the menu, and select "Delete File" from the list of "Database", then the

following dialog box (Fig. 131) will be displayed. Select the disk and folder where the relevant le is stored from the list and specify the le. Then click "Open (O)" .

Fig.131

② A message box (Fig. 132) will be displayed. Click "OK" to delete the le.

Fig.132

3.10.1.4 Downloading

This function is used to send all the parameters from a selected le to the owmeter transmitter. This makes it possible to use the same parameters to set up another owmeter transmitter (to copy settings). However, rewritable parameters are limited to those related to the measuring condition or output. Parameters specic to a transmitter, coe󱐰cient (Basis coef 1 to Basis coef 8) used for calculation of the reference ow, and data related to analog output adjustment (Trim Analog) cannot be overwritten.

NOTE: Parameters not overwritten: [Basis coef1 to 8] [Calibration Zero] [Calibration Factor] [Device ID]

[Sensor Serial No.] [Final Assembly No.] [Hardware rev] [Password Option] [Setting Password] [Polling Address] [RS485 Baudrate] [4mA adjust value] [20mA adjust value]

Before executing downloading, conrm the parameter currently set to the owmeter and make sure the owmeter is the one suitable for this operation.

5

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① Click "File (F)" from the menu, and select "Download" from the list of "Database", then the

following dialog box (Fig. 131) will be displayed. Select the disk and folder where the relevant le is stored and specify the le. Then click "Open (O)" .

Fig.133

② A message box (Fig. 134) will be displayed. Click "OK" to start downloading.

When data is downloaded, various set values are changed and the output value from the owmeter is also changed. If valves are controlled by the output of the owmeter, change the control loop to manual control for the sake of safety, so that the control loop may not be a󱐯ected by the output of the owmeter.

Fig.134

③ As shown in Fig. 135, you can conrm the status of downloading process by the bar graph in the

center of the message box.

5

Fig.135

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④ Once the download is completed, a message box (Fig. 136) will be displayed. Click "OK" .

Fig.136

⑤ Connect the flowmeter to the transmitter in the procedure given in "3.2 Starting LinkTop and

Connections".

3.10.2 Printing

It is possible to print a table of the transmitter's setting parameters.

① When the owmeter is connected to the transmitter, click "File (F)" from the menu, and select "Print (P)",

and the following window (Fig. 137) will be displayed.

Fig.137

② By clicking "OK", the data set in the transmitter begins to be uploaded. As shown in Fig. 138, you can

conrm the status of reading process by the bar graph in the center of the message box.

Fig.138

5

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③ When reading is completed, the print preview window will be displayed as Fig. 139.

Fig.139

④ By clicking "Print", a dialog box for print setting (Fig. 140) will be displayed.

Fig.140

0

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⑤ Enter the setting as necessary and click "OK". An image as shown in Fig. 141 will be printed on a

sheet of A4-size paper.

LinkTop for MAG-OVAL Ver.1.0.3

Device information Tag Descriptor Message Date (YY/MM/DD) 00/00/00 Device ID 1 Sensor serial No. 0 Final assembly No. 0 Flange type JIS 10K Flange material 304 Stainless Steel Liner material PTFE Electrode type Standard Electrode material 316L Stainless Steel Hardware rev 1

Flow parameter Nominal diameter 25mm Analog error output Downscale Flow renge 2.9453E+001 L/min Pulse error output Zero (0Hz)

Field device variable Flow rate unit L/min High alarm point 0.0000E+000 L/min Total ow unit L Low alarm point 0.0000E+000 L/min Flow damp 0.50 sec H/L alarm hys 0.0000E+000 L/min Low cut 0.5 ％ Low cut hys OFF I.F. suppress factor 100 ％ Circuit voltage ON Calibration zero 0.0 Exciting coil/circuit ON Calibration factor 1.000 Measurement signal OFF Auto gain compensation OFF Empty pipe ON Flow direction Positive Flow Conversion factor 1.0000

Analog output Upper range value 2.9453E+001 L/min Variables display cycle 500ms Lower range value 0.0000E+0001 L/min Back light set ON Analog low cut 0.0 % Analog damp 0.0 sec

Pulse output Pulse operation mode Weight Freq factor 1.0000E+003 Hz Rate factor 2.9453E+001 L/min 4mA adjust value 3210 Pulse low cut 0.0 % 20mA adjust value 16064 Pulse weight 1.0000E+001 L

Error output

H/L alarm

Self diag

Display setting Flow rate decimal 1st Decimal

Total ow decimal 1st Decimal

Security Password option OFF

Setting password 0000

Trim Analog

Status output Status output function No Function Status output mode On Active

Status select Overow error OFF Hardware failure OFF Parameter alarm OFF Saturated alarm OFF Measurement signal alarm OFF Empty pipe alarm OFF Fixed output OFF Self diag in progress OFF

Fig. 141



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3.11 Troubleshooting

3.11.1 If There is No Response

If there is a problem preventing communication between the PC and owmeter when the owmeter is connected as described in section "3.2 Starting LinkTop and Connections", or while this application is being used, then a message box will appear as shown in Fig. 142. Click "OK" if this happens, then verify the following and try reconnecting as described in section "3.2 Starting LinkTop and Connections":

- Is the communication interface's probe or PC disconnected?

- Is the owmeter transmitter receiving power?

Fig.142

3.11.2 If It is Not Possible to Connect to the Flowmeter

When connecting the flowmeter to the transmitter in "3.2 Starting LinkTop and Connections", a message box in Fig. 143 will be displayed if the flowmeter transmitter is not supported by this application software. In this case, click "OK" and make sure the connected owmeter transmitter meets this application.

Fig.143

3.11.3 Input Errors

If invalid values are inputted during "3.6 Menu: Setup (Settings)" or "3.7 Menu: Diag/Service (Checking and Adjustment)", an error will be displayed.

① If the entered data cannot be identied as a numeric value or the required items are left blank, an

error message box similar to Fig. 144 will be displayed. Click "OK" and correct the relevant data.

2

Fig.144

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② When the transmitter detects invalid data is inputted, an error message box similar to Fig. 145 will

be displayed. Click "OK" and correct the relevant data.

Fig.145

3.11.4 Error/Alarm, Status List

3.11.4.1 Error/Alarm

If any error/alarm occurs, the following message or code appears on the "Process Variables" screen of LinkTop or the LCD display of the transmitter. Execute the countermeasures on the next page. When error/alarm is cleared, the message will disappear.

NOTES: 1. Error is a state where ow measurement is not carried out normally due to improper

setting or occurrence of a signicant problem.

2. Alarm is a state where measurement is conducted but output or display is not carried out normally.



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Error/Alarm List

Adjust the ow so that percent ow is less than 110% or

increase the measurement range setting value.

Disconnection of exciting coil or transmitter failure.

Contact OVAL representative you purchased the product or your

nearest OVAL sales o󱐰ce or service center.

Description Cause and Countermeasure

Flow is exceeding 110% of

measurement range.

Exciting coil of sensor or exciting

circuit of transmitter is faulty.

Error/alarm

on transmitter

code displayed

Message

transmitter

displayed on

CoiL.Cir Er-21

Writing data to FRAM (memory) is faulty or some parts are damaged.

If the error is not cleared by rebooting the transmitter, contact

OVAL representative you purchased the product or your

nearest OVAL sales o󱐰ce or service center.

Data communication between built-in CPUs is faulty or faulty parts.

If the error is not cleared by rebooting the transmitter, contact OVAL

representative you purchased the product or your nearest OVAL

sales o󱐰ce or service center.

Sensor or transmitter is faulty.

If the error is not cleared by rebooting the transmitter, contact

OVAL representative you purchased the product or your

nearest OVAL sales o󱐰ce or service center.

Transmitter failure.

If the error is not cleared by rebooting the transmitter, contact OVAL

representative you purchased the product or your nearest OVAL

sales o󱐰ce or service center.

Writing data in FRAM (memory)

is not executed normally.

Internal data is not updating

normally.

Compensation reference value

of transmitter amplier is not

appropriate and normal ow

calculation is not available.

Voltage in transmitter circuit is

abnormal.

Parameter setting value of

input measurement range is not

dAtA.updt Er-23

HArd.Ap Er-24

Cir.voLt Er-25

SEt.FL.Hi AL-31

Set the measurement range within 0.5 to 10m/s when

converted to ow velocity.

(exceeding the upper limit).

appropriate

Set the upper and lower limits of analog output so that analog output

is below measurement range and more than minimum span.

• Set alarm upper limit to be less than measurement range setting.

• Set alarm lower limit to be less than alarm upper limit setting.

• Set hysteresis value to be equal to or smaller than the di󱐯erence

　between alarm upper limit setting and alarm lower limit setting.

Parameter setting value of input

measurement range is not appropriate

(below the lower limit).

Upper/lower alarm setting for entered analog

output is not appropriate (exceeding the limit).

Entered alarm setting value is not

appropriated (exceeding the limit).

Set.A.Out AL-33

Set.AL.Ar AL-34

Set.FL.Lo AL-32

Adjust the ow so that analog output is in the range of 4 to

20mA, or change the upper and lower limits.

Adjust the ow so that pulse output frequency is 10kHz

or less, or change the pulse weight or frequency factor to

appropriate values.

In this state, transmitter measurement signal failure is

occurring. Verify that owmeter is connected correctly or

check for any foreign matter on the electrode of sensor.

Bleed air from the measurement pipe and keep the pipe fully

lled with liquid.

Adjust the ow so that it is less than High Alarm Point setting

or increase the setting value of High Alarm Point setting.

Adjust the ow so that it is greater than Low Alarm Point setting or

increase the setting value of Low Alarm Point setting.

Analog output reaches lower limit

of 2.4mA or upper limit of 21.6mA

Pulse output frequency reaches the

upper limit of 11kHz

Transmitter measurement signal is abnormal.

(State where voltages at TP1 and TP2 are

abnormal)

Measurement pipe is not

completely lled with liquid.

A.Out.Satu AL-41

P.Out.Satu AL-42

SiG.QuAL AL-43

E.PiPE AL-44

Fr.Hi AL-45 High alarm is occurring.

Fr.Lo AL-46 Low alarm is occurring.

Name of error/alarm

LinkTop

Message

displayed on