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Tokyo Keiki MW Series Operation Manual

Non-contacting radar level gauge
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Document No. KF24-002B
Non-Contacting Radar Level Gauge
MW-10
MW-11
Configuration Software
Operation Manual

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  • Page 1 Document No. KF24-002B Non-Contacting Radar Level Gauge MW-10 MW-11 Configuration Software Operation Manual...
  • Page 2 If you lose this manual, contact the seller and obtain a new copy. Note that the new copy is not free. 5. This manual is protected by copyright laws and all rights are reserved. No part of this document may be transmitted or distributed without the prior consent of TOKYO KEIKI. Notes on the manual 1.
  • Page 3 (2)(Blank)
  • Page 4 Introduction ......................(1) Attention ......................(1) Notes on the manual ................... (1) Contents Chapter 1 Operations by configuration software ··········································· 1 1.1 Overview ······································································································ 1 1.2 Software operating environment ········································································ 1 1.3 Installing the configuration software and launch ···················································· 1 1.4 Basic window ································································································...
  • Page 5 2.9 Report ·········································································································· 76 2.10 Application settings ······················································································· 77 2.10.1 Language setting ··················································································· 78 2.10.2 Application information ··········································································· 79 2.10.3 PHY setting ·························································································· 80 2.10.4 License ································································································ 81 2.11 Nickname registration ···················································································· 82 2.12 Disconnecting from the device ········································································· 84 Chapter 3 Parameters list ········································································...
  • Page 6 Chapter 1 Operations by configuration software 1.1 Overview “MWConfig” is configuration software for MW series that enables to adjust the device by using a PC. Communication is compatible with “communication using HART modem”/RS-485, it is possible to set parameters for the device and to monitor measurement values, states, etc. Please refer to the instruction manual for the device itself, "Non-Contacting Radar Level Gauge MW-10 MW-11 User’s Guide"...
  • Page 7 1.4 Basic window Configuration of the basic window is shown below. Fig.1.4.1 Basic window configuration Name / function of each panel (1) Title bar Name and version of configuration software will be displayed. (2) Status display area Device connection status and device information will be displayed. (3) Menu select area Switch the menu by operating buttons.
  • Page 8 In status display area, basic information of the device and the status (operating state of configuration software, diagnostic information of the device, communication state) and measured value are displayed. (see Fig.1.4.2) The display color of the status changes depending on the state. Fig.1.4.2 Status display area (1) Information Device basic information display...
  • Page 9 In menu select area, buttons for selecting each menu are displayed. (see Fig.1.4.3) The menu contents corresponding to each button are shown below. - Device Connection: Connection operation to the device - Adjustment (FILE): Device connection settings - Adjustment (General): Device settings using a file - Adjustment (Advanced): Device general settings using individual menu...
  • Page 10 1.5 Connecting to the device / Disconnecting from the device To connect to or disconnect from the device, click "Device Connection" button. Then the following window is displayed. (see Fig.1.5.1) To connect the configuration software to the device, first perform communication settings with the device. Fig.1.5.1 Device connection menu (1) Port Specify the COM port for communication.
  • Page 11 If connection to the device is successful, you can select a range of parameters to read. To read all parameters saved in the device, click "OK" button. To read only basic parameters and reduce reading time, click "Cancel" button. After reading parameters are completed, the device information of the connection destination as shown in Fig.
  • Page 12 To read parameter values displayed on the menu from the device, click "Read" button. To write parameter values changed on the menu to the device, click "Write" button. Parameter setting values are displayed as shown below. - Displayed value does not match device setting value: yellow background color ( - Displayed value matches device setting value: white background color (...
  • Page 13 1.6 Parameter changed by using a file To change parameters by using a file, click "Adjustment (FILE)" button. Then the following window is displayed. (see Fig.1.6.1) Fig.1.6.1 Adjustment (FILE) menu (example) (1) Ref. Select the load file. *On first, select the file in configuration software "Set" folder to load parameters.
  • Page 14 1.7 Parameter changed by using individual menu To change general parameters using individual menu, click "Adjustment (General)" button. Then the following window is displayed. (see Fig.1.7.1) Fig.1.7.1 Adjustment (General) menu (example) In menu select area, buttons for selecting each menu are displayed. (see Fig.1.7.2) The menu contents corresponding to each button are shown below.
  • Page 15 1.7.1 Basic Configuration To read/write parameters necessary for normal operation of the device according to the measurement environment, click "Basic Configuration" button. Then the following window is displayed. (see Fig.1.7.1.1) To ensure proper operation of the device, be sure to set these parameters. Fig.1.7.1.1 Basic Configuration menu (example) (1) Display Offset Setting offset value is added to measured value displayed...
  • Page 16 1.7.2 External IO To read/write analog current output parameters, click "External IO" button. Then the following window is displayed. (see Fig.1.7.2.1) (10) (11) (12) (14) (13) (15) Fig.1.7.2.1 External IO menu (MW-10) (example) MW-11 does not have an analog current output function. Parameter related to analog current output is displayed in gray color on the menu as shown Fig.1.7.2.2 when using MW-11 and you cannot set it.
  • Page 17 Analog current output data (1) Analog Current Output Parameter Content of parameters output at 4-20mA (2) Alarm Output Content of alarm output (3) Alarm Delay Time until alarm output after a condition that matches "Alarm Output Factor" occurs. (4) Fixed Current Output Fixed current is output *Return the setting to 0.0 (current output according to measured value) to cancel fixed current output after use.
  • Page 18 1.7.3 Flow rate calculation To read/write flow rate calculation parameters, click "Calc.Flow" button. Then the following window is displayed. (see Fig.1.7.3.1) Fig.1.7.3.1 Flow rate calculation menu (example) Common items (1) Flow Calc. Method Select the flow rate calculation method. *When the weir exceeds application range of "Weir JIS B8302", please choose "Weir JIS K0094".
  • Page 19 After selecting flow rate calculation method, set parameters for each flow rate calculation method. Weir JIS B 8302 - Weir Type Weir type - Waterway Width Breadth of channel (B) - Lack Width Width of weir (b) - Viscosity Coefficient Kinematic viscosity of fluid (ν) - Lack Height Height of weir edge relative to bottom of channel (D)
  • Page 20 Table.1.7.3.1 Flow calculation formula of weir and application range (JIS B 8302) JIS B 8302:2022 Flow calculation formula Application range B = 0.44 ～ 1.0 [m] Q = 0.577Kh 1.978 h = 0.04 ～ 0.12 [m] K = 83 + D = 0.1 ～...
  • Page 21 Table.1.7.3.2 Flow calculation formula of weir (JIS K 0094) JIS K 0094:1994 Flow calculation formula Q = 1.404 × h × 60 Thomson formula Q = 1.84(b − 0.2h)h × 60 Francis formula Q = 1.84 × B ∙ h ×...
  • Page 22 Table.1.7.3.3 Dimensions of Parshall Flumes and Flow calculation formula Flow Flow rate Size calculation formula 635 x Lv PF-03 76.2 1.547 3～193 638 x Lv 1.550 1372 x Lv PF-06 152.4 5～398 1525 1.580 1927 x Lv PF-09 228.6 9～907 1626 1.530 2487 x Lv...
  • Page 23 Flume_JIS User Defined (Flow Table) Fig.1.7.3.4 Flow rate calculation method (example) 60°triangular weir 90°triangular weir Full - width weir Rectangular weir Fig.1.7.3.5 Weir type (example)
  • Page 24 1.7.4 Calibration To read/write parameters to correct the measurement value, click "Calibration" button. Then the following window is displayed. (see Fig.1.7.4.1) Fig.1.7.4.1 Calibration menu (MW-10) (example) MW-11 does not have an analog output current function. Parameter related to analog current output is displayed in gray color on the menu as shown Fig.1.7.4.2 when using MW-11 and you cannot set it.
  • Page 25 Level Calibration (5) Offset Calibration Setting zero point adjustment value for the measured distance value. (User settings when device installation) (6) Span Calibration Setting span calibration value for the measured distance value. (User settings when device installation) Flow Calibration (7) Flow Offset Calibration Sets zero point adjustment value for the flow measurement value.
  • Page 26 1.7.5 Smoothing To read/write parameters for filtering measured value, click "Smoothing" button. Then the following window is displayed. (see Fig.1.7.5.1) Fig.1.7.5.1 Smoothing menu (example) (1) Averaging Time Setting mean movement time for the measurement value (2) Median Filter Setting time for the number of data to remove values with large deviations from the median value among the measured values within the moving average time.
  • Page 27 Fig.1.7.5.2 In case of settings to average time 5 [s], median filter 2 [s]...
  • Page 28 1.7.6 Device information To read/write device information and status, click "Device Information" button. Then the following window is displayed. (see Fig.1.7.6.1) (13) (14) (15) (16) (17) (18) (19) (20) (21) (22) (23) (10) (24) (11) (25) (12) Fig.1.7.6.1 Device information menu (example) Device Information (1) Model Code Model of the device will be displayed.
  • Page 29 Device Status (13) Dev.Malfunction (RF) Operating status of the RF control unit is displayed. (Initial state: Gray / Normal: Green / Error: Red ) (14) Dev.Malfunction (PWR) Operating status of the power unit is displayed. (Initial state: Gray / Normal: Green / Error: Red ) (15) Dev.Malfunction (CTRL) Operating status of the control unit is displayed.
  • Page 30 1.8 Advanced settings To read/write advanced setting parameters of the device, click "Adjustment (Advanced)" button. Then the following window is displayed. (see Fig.1.8.1) *Parameters that can be adjusted on "Adjustment (advanced)" menu include parameters that have a large effect on the measurement operations. Please be very careful when adjusting these parameters.
  • Page 31 (10) Double Bounce Offset Setting the offset value from the measurement reference plane to the multiple reflection position for the function to remove it as an abnormal value when detected echo is an echo at the multiple reflection position. *Valid only in (9) Double Bounce "ON". (11) Double Bounce Window Setting the window width of the function that removes detected echoes as abnormal values when they are echoes from multiple...
  • Page 32 1.9 Diagnostics To check measured values and signal waveforms read from the device, click "Diagnostics" button. Then the following window is displayed. (see Fig.1.9.1) Fig.1.9.1 Diagnostics menu (example) (1) Diagnostic setting area Settings for logging measurement values, specifying echo curve drawing range, noise table update method, and saving screenshots.
  • Page 33 1.9.1 “Echo Curve” and “Noise Table” "Echo curve" is waveform data that you can check the distance and signal amplitude of reflected echoes. Noise is masked by "Threshold value". Threshold level can be changed by setting noise margin. (Fig. 1.9.1.1) Depending on the measurement environment, obstacle echoes may be detected instead of the measurement target echo.
  • Page 34 1.9.2 Diagnostic settings In diagnostic setting area, you can make settings necessary for diagnosis. (see Fig.1.9.2.1) (4) (5) (10) (13) (11) (12) Fig.1.9.2.1 Diagnostic setting area (example) (1) Logging file File path of the logging file to be saved will be displayed. Measured values are saved in a log file.
  • Page 35 1.9.3 Checking echo curve In echo curve display area, signal waveform of the measurement target is displayed. (Fig. 1.9.3.1) Fig.1.9.3.1 Echo curve display area (example) (1) All Read (Wave Only) When this checkbox is checked and click on "All Read" button, only echo curve is read.
  • Page 36 On echo curve, Markers shown in Fig. 1.9.3.2 are displayed as echo information. Fig.1.9.3.2 Marker display (example) (1) Green Marker Indicates the measurment echo (Reflection echo from liquid surface). (2) Yellow Marker Indicates an unknown echo (Echo that is not the reflection echo from liquid surface in echoes that were not removed by outer removal function).
  • Page 37 Updating noise table You can choose from three methods to update noise table. Auto Noise table is automatically created on the device according to the measurement environment and saved internally. Check "Auto" for noise table update in diagnostic setting area and click "Noise Table Update"...
  • Page 38 Loading echo curve To read echo curve saved in a file on the graph and check, click "Load" button in diagnostic setting area. When the data read from the file is displayed on the graph, the graph color changes. (Fig. 1.9.3.5) Fig.1.9.3.5 File loading of the echo curve (example)
  • Page 39 1.9.4 Measuring In measurement value display area, most recent device measurement values are displayed and you can check these values numerically. (Fig. 1.9.4.1) Measured values are automatically updated every second. (1) DV: Check this to display the measured value of Dynamic Variables. *Dynamic Variables are Measured values assigned to PV, SV, TV, QV set on analog current output menu.
  • Page 40 1.10 Report Click "Report" button and the following window is displayed. (See Fig. 1.10.1) On the "Report" menu, device information and settings and measurement values can be output as a diagnostic report to a PDF file. Fig.1.10.1 Report menu (example) (1) Output Diagnostic Report Select the information to be output in the diagnostic report.
  • Page 41 1.11 Reset Click "Reset" button and the following window is displayed. (See Fig. 1.11.1) On "Reset" menu, you can initialize parameters and restart the device. Fig.1.11.1 Reset menu (example) (1) Parameter[ Adjustment(General) ] Select this to initialize parameters and noise table that can be set from "Adjustment (General)"...
  • Page 42 1.12 Special Settings It is necessary to set parameters shown in this section, depending on the installation environment and measurement purpose. For detailed settings, please refer to "Configuration Software Operation Manual". Table.1.12.1 Setting example Setting value Parameter Name Default Rapid Ruffles Open Path Change...
  • Page 43 “TKGauge” is mobile application that enables to adjust the device by using a smartphone. To adjust for MW series, use “TKGauge”. Using BLE (Bluetooth Low Energy) for communication, it is possible to set parameters for the device and to monitor measurement values, states, etc. It is unnecessary to physically connect to the device for adjustment, because it uses wireless communication.
  • Page 44 2.4 Scanning devices and connecting to the device To connect to the device on your smartphone, tap “SCAN” button and scanning for connectable devices. (Fig. 2.4.1) Fig.2.4.1 Scanning devices menu (example) If there are connectable device, it will be displayed as shown in Fig. 2.4.1 (b). The six-digit number indicates the device serial number.
  • Page 45 2.5 Basic window and menu If connection to the device is successful, the following window will be displayed. (Fig. 2.5.1) Fig.2.5.1 Basic Menu after connection is completed (example) (1) Menu Button You can check device settings, application information, etc. (2) List (Tab) Measured values are displayed in a list.
  • Page 46 Display examples of tabs (2)-(4) are shown below. (Fig. 2.5.2 (a)(b)(c)) (a) List menu (b) Basic menu (c) Graph menu Fig.2.5.2 Tab (example)
  • Page 47 2.5.1 Measuring On "LIST" menu, you can check all measured values of the device. Fig.2.5.1.1 List menu (example) - Distance: Measured distance value will be displayed. - Level: Level value calculated from the measured distance value is displayed. - Level (Offset): Level value (with offset setting value added) calculated from the measured distance value is displayed.
  • Page 48 2.5.2 Basic information On "BASIC" menu, you can check measured values and basic information of the device. Measurement values of two types of the device can be displayed simultaneously. Fig.2.10.1.1 Basic menu (example) By tapping each pull-down menu (Fig. 2.10.1.1(a)) and selecting an item, you can change the measured value displayed.
  • Page 49 2.5.3 Checking echo curve On "GRAPH" menu, you can check echo curve and set noise table. Fig.2.5.3.1 Getting echo curve and noise table (example) After tapping "GET ECHO CURVE" button on the menu in Fig. 2.5.3.1(a), echo curve and noise table data are read from the device (Fig.
  • Page 50 Noise table settings You can choose from three methods to update noise table. - Auto: Noise table is automatically created on the device according to the measurement environment and saved internally. To create noise table automatically, tap "AUTO NOISE TABLE" button. After setting, tap "GET ECHO CURVE"...
  • Page 51 Other functions You can check echo list, set noise margin, and execute search. - Echo List: On echo curve, Markers are displayed as echo information. To check the details of markers, tap "VIEW ECHO LIST" button on the menu shown in Fig. 2.5.3.3 (a). Peak information of detected echoes for up to 10 points is displayed.
  • Page 52 - Noise margin (Threshold level): Threshold value (green line) used for echo judgment is displayed on echo curve. Threshold level can be changed by tapping "SET NOISE MARGIN" button on the screen shown in Fig. 2.5.3.4 (a). Threshold level is displayed on the graph. Threshold level is determined based on noise margin value. Echoes below threshold level will not be detected.
  • Page 53 - Search: Search the measurement target echo. To execute search, tap "SEARCH" button on the menu shown in Fig. 2.5.3.5. Even when the measurement target is already found, search the measurement target echo again. *After setting noise table, tap "SEARCH" button to execute the search. Fig.2.5.3.5 Search execution...
  • Page 54 2.6 Parameter changed by using individual menu To change general parameters by using individual menu, tap "Control(General)" menu. Then the following menu is displayed. (see Fig.2.6.1) Fig.2.6.1 Adjustment (General) menu (example) - Basic Configuration: Parameter settings according to the measurement environment - External IO: Analog current output parameter settings - Calc.Flow:...
  • Page 55 2.6.1 Basic configuration On the "Basic Configuration" menu, you can read/write parameters necessary for normal operation of the device according to the measurement environment. To ensure proper operation of the device, be sure to set these parameters. Fig.2.6.1.1 Basic Configuration menu (example) After tapping "Basic Configuration"...
  • Page 56 - Display Offset Setting offset value is added to the measured value displayed on mobile application. - Minimum Meas. Distance Set the nearest distance you want to measure. When the measurement target is nearer than minimum measurement distance, the measurement value is displayed minimum measurement distance.
  • Page 57 2.6.2 External IO On the "External IO" menu, you can read/write analog current output parameters. Fig.2.6.2.1 External IO menu (MW-10) (example) After tapping "External IO" button on the menu shown in Fig. 2.6.2.1 (a), the menu shown in Fig. 2.6.2.1 (b) will be displayed.
  • Page 58 MW-11 does not have an analog output current function, parameters related to analog current output cannot be set. Parameters related to analog current output are not displayed on the screen. (Fig. 2.6.2.2) Fig.2.6.2.2 External IO menu (MW-11) (example)
  • Page 59 Analog current output data - Analog Current Output Parameter Content of parameters output at 4-20mA - Minimum Output Set the output value equivalent to 4mA. When "Analog Current Output Parameter" has been changed, check this value again. - Maximum Output Set the output value equivalent to 20mA.
  • Page 60 2.6.3 Flow rate calculation On "Calc. Flow" menu, you can read/write flow rate calculation parameters. Fig.2.6.3.1 Flow rate calculation menu (example) After tapping "Calc. Flow" button on the menu shown in Fig. 2.6.3.1 (a), the menu shown in Fig. 2.6.3.1 (b) will be displayed.
  • Page 61 After selecting flow rate calculation method, set the parameters for each flow rate calculation method. Weir JIS B 8302 *See Table 1.7.3.1 - Weir Type Weir type - Waterway Width Breadth of channel (B) - Lack Width Width of weir (b) - Viscosity Coefficient Kinematic viscosity of fluid (ν) - Lack Height...
  • Page 62 (a) Flume_JIS (b) User Defined (Flow Table) Fig.2.6.3.3 Flow rate calculation method (example)
  • Page 63 (a) JIS B 8302 (b) JIS K 0094 Fig.2.6.3.4 Weir type (example)
  • Page 64 2.6.4 Calibration On "Calibration" menu, you can read/write parameters to correct the measurement value. Fig.2.6.4.1 Calibration menu (MW-10) (example) After tapping "Calibration" button on the menu shown in Fig. 2.6.4.1 (a), the menu shown in Fig. 2.6.4.1 (b) will be displayed. After tapping "APPLY" button, parameter values displayed on the menu will be written to the device.
  • Page 65 MW-11 does not have an analog output current function, parameters related to analog current output cannot be set. Parameters related to analog current output are not displayed on the screen. (Fig. 2.6.4.2) Fig.2.6.4.2 Calibration menu (MW-11) (example)
  • Page 66 Analog Current Output Calibration - 4mA Calibration Input the measured current value when 4mA is output. - 20mA Calibration Input the measured current value when 20mA is output. Level Calibration - Offset Calibration Setting zero point adjustment value for the measured distance value. (User settings when device installation) - Span Calibration Setting span calibration value for the measured distance value.
  • Page 67 2.6.5 Smoothing On "Smoothing" menu, you can read/write parameters for filtering measured value. Fig.2.6.5.1 Smoothing menu (example) After tapping "Smoothing" button on the menu shown in Fig. 2.6.5.1 (a), the menu shown in Fig. 2.6.5.1 (b) will be displayed. After tapping "APPLY" button, parameter values displayed on the menu will be written to the device.
  • Page 68 (1) Averaging Time Setting mean movement time for the measurement value (2) Median Filter Setting time for the number of data to remove values with large deviations from the median value among measured values within moving average time. *In following cases, median filter is invalid. - Average time setting value is "2 or less"...
  • Page 69 2.6.6 Device information On "Device Information" menu, you can read/write device information and status. Fig.2.6.6.1 Device information menu (example) After tapping "Device Information" button on the menu shown in Fig. 2.6.6.1 (a), the menu shown in Fig. 2.6.6.1 (b) will be displayed. After tapping "APPLY" button, parameter values displayed on the menu will be written to the device.
  • Page 70 Device Status (Read only) - Output Current Fixed current output status is displayed. (Measured values output: OK / Fixed current output: NG) * Not used with MW-11. Always displays OK. - Current Saturation Current saturation status is displayed. (Normal: OK / Current saturated: NG) * Not used with MW-11.
  • Page 71 Master”, "1" is displayed. (Read only) - Configuration Changed Counter Number of times that the device settings changed is displayed. (Read only) - Last Configuration Date (Year) Setting the date (Year) of last adjustment. - Last Configuration Date (Month) Setting the date (Month) of last adjustment. - Last Configuration Date (Day) Setting the date (Day) of last adjustment.
  • Page 72 2.7 Parameter changed by using a file On "Control (File)" menu, you can adjust parameters using a file. Fig.2.7.1 Adjustment (FILE) menu (example) After tapping "Control (File)" button on the menu shown in Fig. 2.7.1 (a), the menu shown in Fig. 2.7.1 (b) will be displayed.
  • Page 73 2.8 Advanced settings On "Control (Advanced)" menu, you can read/write advanced setting parameters of the device. After tapping "Control (Advanced)" menu, the menu to advanced settings for the device shown in Fig. 2.8.1 will be displayed. parameters that can be adjusted in "Control (Advanced)" menu include parameters that have a large effect on measurement operation.
  • Page 74 2.8.1 History On "History" menu, you can check the operation history. Fig.2.8.1.1 History menu (example) After tapping "History" button on the menu shown in Fig. 2.8.1.1 (a), the menu shown in Fig. 2.8.1.1 (b) will be displayed. - Boot Elapsed Time: Elapsed time since the power was turned on will be displayed.
  • Page 75 2.8.2 Calibration On "Calibration" menu, you can check the RF Calibration Device Temperature. Fig.2.8.2.1 Calibration menu (example) After tapping "Calibration" button on the menu shown in Fig. 2.8.2.1 (a), the menu shown in Fig. 2.8.2.1 (b) will be displayed. - RF Calibration Dev.Temperature: Temperature of the RF control unit will be displayed.
  • Page 76 2.8.3 Search settings On "Search" menu, you can read/write search setting parameters. Fig.2.8.3.1 Search menu (MW-10) (example) After tapping "Search" button on the menu shown in Fig. 2.8.3.1 (a), the menu shown in Fig. 2.8.3.1 (b) will be displayed. After tapping "APPLY" button, parameter values displayed on the menu will be written to the device.
  • Page 77 - Slow Search Set the function ON/OFF. If search delay time has elapsed without liquid surface echo being detected, if this function is set to ON, the effective window will be enlarged based on the previous echo disappearance position and liquid surface echo will be searched.
  • Page 78 2.8.4 Abnormal echo removal On "Abnormal Echo Removal" menu, you can read/write parameters for removing abnormal echo. Fig.2.8.4.1 Abnormal Echo Removal menu (example) After tapping "Abnormal Echo Removal" button on the menu shown in Fig. 2.8.4.1 (a), the menu shown in Fig.
  • Page 79 - Surface Detect Mode Setting echoes (max echo/first echo) to be identified as liquid surface echoes from detected echoes. *First echo is used in environments where double bounces may occur. - Valid Window Setting area for determining whether the detected echo is valid or abnormal.
  • Page 80 2.8.5 Device connection settings On "Device Connection" menu, you can read/write BLE setting parameters. Fig.2.8.5.1 Device connection settings menu (example) After tapping "Device Connection" button on the menu shown in Fig. 2.8.5.1 (a), the menu shown in Fig. 2.8.5.1 (b) will be displayed. After tapping "APPLY" button, parameter values displayed on the menu will be written to the device.
  • Page 81 2.9 Report On "Report" menu, you can check device information and settings and measurement values as a diagnostic report. Fig.2.9.1 Report menu (example) After tapping "Report" button on the menu shown in Fig. 2.9.1 (a), the menu shown in Fig. 2.9.1 (b) will be displayed.
  • Page 82 2.10 Application settings On "App Setting" menu, you can check application display setting or application information. (Fig. 2.10.1) Fig.2.10.1 Application settings menu (example) - Language Setting: App display language settings - App Information: Display app version information - PHY Setting: Switch to long distance communication mode (compatible smartphones only) - License:...
  • Page 83 2.10.1 Language setting On "Language Setting" menu, you can change application display Language. Fig.2.10.1.1 Language setting menu (example) After tapping "Language Setting" button on the menu shown in Fig. 2.10.1.1 (a), the menu shown in Fig. 2.10.1.1 (b) will be displayed. After tapping "APPLY" button, the display switches to the selected language.
  • Page 84 2.10.2 Application information On "App Information" menu, you can check application version information. Fig.2.10.2.1 Application information menu (example) After tapping "App Information" button on the menu shown in Fig. 2.10.2.1 (a), the menu shown in Fig. 2.10.2.1 (b) will be displayed.
  • Page 85 2.10.3 PHY setting "PHY Setting" menu are displayed only on smartphones that support long range communication. On the "PHY Setting" menu, you can switch to long range communication mode. Fig.2.10.3.1 PHY setting menu (example) After tapping "PHY Setting" button on the menu shown in Fig. 2.10.3.1 (a), the menu shown in Fig. 2.10.3.1 (b) will be displayed.
  • Page 86 2.10.4 License On "License" menu, you can check application license information. Fig.2.10.4.1 License menu (example) After tapping "License" button on the menu shown in Fig. 2.10.4.1 (a), the menu shown in Fig. 2.10.4.1 (b) will be displayed.
  • Page 87 2.11 Nickname registration On "Nickname registration" menu, you can register the device nickname. Fig.2.11.1 Nickname registration menu (example) After tapping "Nickname registration" button on the menu shown in Fig. 2.11.1 (a), the menu shown in Fig. 2.11.1 (b) will be displayed. After tapping "ADD NICKNAME" button, nickname input menu will be displayed.
  • Page 88 Fig.2.11.2 Nickname display (example) Once device nickname is registered, the nickname confirmation menu will be displayed. (Fig. 2.11.2(a)) To delete the nickname, tap " " button. (Fig. 2.11.2 (b)) After the nickname is registered, the device nickname will be displayed on the device scan menu (Fig. 2.11.2 (c)).
  • Page 89 2.12 Disconnecting from the device To disconnect the application from the device, tap "Disconnect" button. (see Fig.2.12.1 (a)) After disconnecting, the screen returns to scanning devices menu. (Figure 2.12.1(b)) Fig.2.12.1 Disconnect from the device...
  • Page 90 Chapter 3 Parameters list Table 3.1 Input value and default value of parameter list Parameter Unit Value Default Value (selectable) Display Offset -999.999 ～ 999.999 0.000 -3280.836 ～ 3280.836 (selectable) Reference Distance 0.000 ～ 999.999 30.000 0.000 ～ 3280.836 98.425 (selectable) Below Zero Range 0.000 ～...
  • Page 91 m3/s 0 ～ 27.777 0.028 US Gallons/D 0 ～ 9999999 634009.875 US Gallons/h 0 ～ 9999999 26417.078 US Gallons/min 0 ～ 440280.2 440.285 US Gallons/s 0 ～ 7338.003 7.338 Barrels/D 0 ～ 9999999 15095.475 Barrels/h 0 ～ 628971.7 628.978 Barrels/min 0 ～...
  • Page 92 Rectangular weir Full width weir PF-03 PF-06 PF-09 PF-10 PF-15 PF-20 Flume Type PF-03 PF-30 PF-40 PF-50 PF-60 PF-70 PF-80 m3/D m3/h m3/min m3/s US Gallons/D US Gallons/h US Gallons/min US Gallons/s Flow Unit m3/h Barrels/D Barrels/h Barrels/min Barrels/s Ft3/D Ft3/h Ft3/min Ft3/s...
  • Page 93 m3/D, -2399976 ～ 2399976 m3/h, -99999 ～ 99999 m3/min, -1666.65 ～ 1666.65 m3/s -27.777 ～ 27.777 US Gallons/D -9999999 ～ 9999999 US Gallons/h -9999999 ～ 9999999 US Gallons/min -440280.2 ～ 440280.2 US Gallons/s -7338.003 ～ 7338.003 Barrels/D -9999999 ～ 9999999 Barrels/h -628971.7 ～...
  • Page 94 Preamble Number 5 ～ 20 Slow Search Search Delay 1 ～ 120 Max Echo Surface Detect Mode First Echo First Echo (selectable) Valid Window 0.000 ～ 999.999 0.000 ～ 3280.836 1.312 Double Bounce (selectable) Model 30m : -30.000 ～ 999.999 Model 50m : -50.000 ～...
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  • Page 96 Operation Manual Jun. 2024 1st Edition Sep. 2024 3nd Edition Measurement Systems Company 2-16-46, Minami-Kamata,Ohta-ku, Tokyo 144-8551, Japan TEL: +81-3-3737-8664 FAX: +81-3-3737-8665 Web: https://www.tokyokeiki.jp/e/ Copyright 2024 by TOKYO KEIKI INC. All rights reserved. (Specifications are subject to change without notice.)

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