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Related Manuals for dynasonics Badger Meter IS-6000 Doppler
Summary of Contents for dynasonics Badger Meter IS-6000 Doppler
- Page 1 IS-6000 Doppler Stationary area velocity flow meter for partially filled pipes or pressurized pipes and open channels Area Velocity Sensor User Manual HYB-UM-03155-EN-03 (March 2021)
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Page 2: Table Of Contents
Ultrasonic Flow Meters, IS-6000 Doppler CONTENTS 1. General information ..............vii 1.1. - Page 3 User Manual 5.2.1. Connecting Area Velocity Sensor ..........23 5.2.1.1.
- Page 4 Ultrasonic Flow Meters, IS-6000 Doppler 7.8.1. Analog Input ............. .62 7.8.2.
- Page 5 User Manual 9.3. Ultrasonic Signal Diagnostics ............106 10.
- Page 6 Ultrasonic Flow Meters, IS-6000 Doppler LIST OF FIGURES Figure 1: Combined ultrasonic velocity and water level measurement with an area velocity sensor (combination sensor) . . 10 Figure 2: Nameplate (example) ............11 Figure 3: a),b) Front view of transmitter housing for wall installation, enclosure dimensions (in mm) c),d) top view and side view, dimensions (in mm) e) bottom view .
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Page 7: General Information
User Manual GENERAL INFORMATION This user manual provides all necessary information for the operation and the efficient and safe use of the IS-6000 Doppler flow meter. It contains important information on product identification, storage, installation, commissioning, operation, maintenance and disposal of the device. Before putting the device into operation, read this user manual carefully. To prevent possible injuries to the user and damage, use the device only for the intended use described below. -
Page 8: General Safety Instructions
General Safety Instructions GENERAL SAFETY INSTRUCTIONS 2.1. Requirements for Personnel Installation, electrical connections, commissioning, operation, and maintenance of the device must be carried out by qualified, specially trained and authorized personnel. Personal injuries and serious damage to the device are caused by insufficiently qualified personnel. Qualified personnel: •... -
Page 9: Operational Safety
General Safety Instructions 2.4. Operational Safety Operate the device in proper technical condition and fail-safe condition only. The operator is responsible for interference-free operation of the device. 2.5. Product Safety This measuring device is designed in accordance with good engineering practice to meet state-of-the-art safety requirements. -
Page 10: Product Description
Product Description PRODUCT DESCRIPTION The IS-6000 Doppler stationary ultrasonic flow meter continuously measures the flow of water and wastewater in pressurized and partially filled pipes and in open channels with water depths from 1.5…80 in. (0.04…2 m). As a standard, the flow meter consists of a transmitter and an ultrasonic area velocity sensor for combined velocity and (see Figure 1). -
Page 11: Scope Of Delivery
Product Description 3.1. Scope of Delivery MPORTANT Check the packaging and the contents for damage. Check that delivery is complete and agrees with the shipping documents and your order. If damages occurred or any items are missing, please contact the manufacturer. The scope of delivery •... -
Page 12: Figure 3: A),B) Front View Of Transmitter Housing For Wall Installation, Enclosure Dimensions (In Mm) C),D) Top View And Side View, Dimensions (In Mm) E) Bottom View
Product Description OTE: For use and installation of IS-6000 Doppler meter in potentially explosive atmospheres, the transmitter is connected to an explosion-proofed stationary Ex-flow rate module (according to ATEX Directive 2014/34/EU). The Ex-flow rate module comes with an area velocity sensor with an explosion-proof connection cable. For detailed description of the Ex-flow rate module and the connection to the IS-6000 Doppler transmitter, an additional user manual is provided by the manufacturer. -
Page 13: Software
Product Description 3.4.2. Software The IS-6000 Doppler flow meter is programmed and operated by a browser-based user interface that simply can be run via WiFi or LAN connection in any standard web browser via PC, notebook, tablet or smart phone, regardless of location, time and operating system. -
Page 14: Sensors
Product Description 3.4.3. Sensors As a standard, the IS-6000 Doppler meter comes with an area velocity sensor for ultrasonic flow velocity and water level measurement. Depending on the measurement task and site conditions external sensors for example for water level measurement such as a pressure sensor or a non-contact ultrasonic level sensor can be connected via 4…20 mA interfaces. -
Page 15: Sensor Mounting Systems
Product Description 3.4.4. Sensor Mounting Systems All sensors can be attached to a mounting plate, spring or scissors rings. The sensor is first attached to a carrier to be slid onto any of the compatible mounting systems. This maintains a height suitable for measuring flow rates and velocities at very low water levels. -
Page 16: Installation
Installation INSTALLATION MPORTANT Be advised that possible mounting and connection errors and their effects are beyond our control. Therefore, the manufacturer cannot be held responsible for damages as a result of incorrect handling, installation and maintenance of the equipment. 4.1. Installation Location For reliable, continuous stability and accuracy of the device, follow the instructions below: •... -
Page 17: Mounting The Sensors
Installation 4.3. Mounting the Sensors SENSORS IN USE MUST BE PROTECTED FROM MECHANICAL DAMAGE DUE TO IMPACTS OR ABRASION (FOR EXAMPLE FROM COARSE SEDIMENT LOAD OR ABRASIVE SEDIMENT MATERIAL). Special mounting systems are available to make sensor installation easier and reduce installation time. Sensors are first mounted to carriers that can be easily attached to any of the compatible mounting system. -
Page 18: Electrical Connection
Electrical Connection ELECTRICAL CONNECTION • Improper connection can cause injury or death. The electrical connection must be carried out by a certified electrician. • Observe the national regulations for electrical installations! By handling products that are supplied by electrical voltage, you must observe the valid IEC instructions, especially IEC 60364, IEC 61558, IEC 60335, IEC 60598-1 and IEC 60065. -
Page 19: Figure 7: Overview Terminal Compartment
Electrical Connection The terminal configurations have been set by the manufacturer depending on the specifications ordered. For individual wiring of additional components, see “5.1.1. Pin Assignments” on page 20. To open the terminal compartment, unscrew the enclosure cover. Power supply (AC/DC) Connectors I/Os, relay outputs Sensor connection block MODBUS (RS-485, RS-232) -
Page 20: Pin Assignments
Electrical Connection 5.1.1. Pin Assignments (1) Pins # 1-2 Power supply (AC / DC) (2) Pins # 3-6 Relays outputs (3) Pins # 7-10 Digital inputs /outputs (4) Pins # 11-12 Service interface (RS-485) (5) Pins # 13-16 Analog outputs (6) Pins # 17-20 Analog inputs (e.g. - Page 21 Electrical Connection Block Name Description (row) (no.) (2) AC/DC Relay (I) (3) Relay 1 Outputs (II) (3) COM1 normally closed (NC) or normally open (NO) contact available (III) (3) max. 40V / 1A AC, max. 60V / 1A DC (I) (4) Relay 2 (II) (4) COM2...
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Page 22: Connecting The Sensors
Electrical Connection Block Name Description Cable Color (row) (no.) (7) AC/DC MODBUS RS-485 RS-232 4-wire 2-wire (21) (22) (23) (24) (25) (26) (8) AC/DC (36) Temperature - pink (37) Temperature + grey Connection area (38) Water level - yellow velocity sensor (39) Water level + green... -
Page 23: Connecting Area Velocity Sensor
Electrical Connection 5.2.1. Connecting Area Velocity Sensor Name Cable Color (71) Not used — (72) Not used — (73) Sensor - h - B Yellow (74) Sensor - h - A Green (75) — (76) Black (77) Sensor – v - B White (78) Sensor –... -
Page 24: Final Check Of Electrical Connections
Electrical Connection 5.3. Final Check of Electrical Connections On completion of the electrical wiring and before connecting the device to the power supply, make sure that the supply voltage matches the specification on the name plate and check the following instructions: MPORTANT •... -
Page 25: Communication With Transmitter
Communication with Transmitter COMMUNICATION WITH TRANSMITTER 6.1. Control Panel and LC-Display The transmitter does not have an extra power switch. On connecting the transmitter to a power supply the LC-Display shows the programmed parameters and the control panel can be operated (see Figure 11). -
Page 26: Wireless Communication Wifi
Communication with Transmitter 6.2. Wireless Communication WiFi Switch on power supply for transmitter. The display will show the predefined specific SSID (access point name) of the device: for example B000000600 (corresponding to serial number of device). 2020/05/15 09:15:20 LAN=192.168.1.16 WiFi=192.168.1.100 SSID=B000000600 Start WiFi by pressing WiFi button of transmitter. -
Page 27: Communication To The Transmitter Via Ethernet Lan
Communication with Transmitter 6.3. Communication to the Transmitter via Ethernet LAN Use RJ45 cable to connect transmitter with your PC. Then establish connection corresponding to individual network settings or ask your network administrator for assistance. Default setting: Automatic assignment of the IP address via DHCP. The corresponding IP address is displayed on the transmitter display under LAN. -
Page 28: Programming
Programming PROGRAMMING 7.1. Login After connecting to the transmitter, the login page of the GUI will be displayed. Login Login Setting Description > Enter username Username > service > Enter your password Password > badger6000 Click > Login to sign in. A query window appears for saving the password for future logins (browser dependent). -
Page 29: User Groups And Access Rights
Programming 7.1.1. User Groups and Access Rights The following user groups with different individual user rights are preset by the manufacturer. Username Rights Password (name of user group) User • Read data 1234 • Read parameters and settings • Download data files Service In addition to the rights under the login User: badger6000... -
Page 30: Menu Structure
Programming 7.2. Menu Structure The user interface is clearly structured and shows four function areas: Main menu, Submenu, Language selection, Log in / Log out Main menu: The main menu consists of the following 9 main menu items: ... -
Page 31: Overview Of Main Menu Items And Function Of Corresponding Submenus
Programming 7.2.1. Overview of Main Menu Items and Function of Corresponding Submenus Overview Overview status of measuring system. Home (system specification, name measuring site, display current readings, status information, error messages, version no.) 3 Days Current History v-Profile Settings Graph Data visualization (real time data, customized time series, velocity profile) ... -
Page 32: Settings For Language And Location
Programming 7.3. Settings for Language and Location Default language at first start is English. To change the displayed language, click main menu item > Extras. The corresponding flag symbol of the selected language will be displayed. To change between languages, click the flag symbol. ... -
Page 33: Home - Overview
Programming 7.4. Home - Overview Home - Overview Overview General information on measuring system and status. Overview Parameter Setting Description Type Display name of connected measuring system. Display of serial number of measuring system; automatically assigned. Display name measuring site. Site name System Name entry field under ... -
Page 34: Graph - Data Visualization
Programming 7.5. Graph - Data Visualization Graph 3 Days Current History v-Profile Settings This menu consists of 5 functions and provides flexible options for graphical display of data, for example • online data presentation (Current) •... -
Page 35: Current
Programming 7.5.2. Current Live / real time data display in customized update interval. Current Setting Description Update Interval > Select time for data update interval from drop-down list. 5…30 seconds Zoom Zoom options data display. Click 10M to display data of last 10 minutes since opening page in selected update interval. 10M - All ... -
Page 36: History
Programming 7.5.3. History Data display over user-defined time span. History Setting Description From … To > Enter start and end date for time series from drop-down calendar Click Load to get data. Page 36 HYB-UM-03155-EN-03 March 2021... -
Page 37: Velocity Profile
Programming 7.5.4. Velocity Profile Display of velocity profile velocity (velocity lower X-axis) / distance from bottom (Y-axis), Signal (upper X-axis) and approximated velocity curve. v-Profile Setting Description Measurement Click on single data point for display of measurement value. Table ... -
Page 38: Settings
Programming 7.5.5. Settings Parameter selection of the two Y-axes and display options. Settings Setting Description Background Color Dark blue > Select color for background of graphic. HV Blue (…) > Select parameter to be displayed on left Y-axis from drop-down list: Discharge Velocity Y-Left... -
Page 39: Download, Data Transfer
Programming 7.6. Download, Data Transfer Download Download Setting Options for data download. 7.6.1. Download Settings for data download options. • Download of entire raw data. • Download of monthly recorded data. • Download of data over a user defined period. March 2021 HYB-UM-03155-EN-03 Page 39... - Page 40 Programming Download Download direct Download of raw data in SI units to a CSV-file. Units are not displayed in raw data file. Setting Description Size database Display data base size. First measurement Display of date and time of first measurement. First measurement Display of date and time of last recorded measurement.
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Page 41: Setting
Programming 7.6.2. Setting Settings for selection of parameters and corresponding units (SI units or displayed units) for download-file under Download selectable. Setting Setting Description Use SI units Tick checkbox to download data in SI units. Use Display units ... -
Page 42: Geometry
Programming 7.7.1. Geometry Definition of cross-section shapes and dimensions, geometrical values of sewers, drains and pipelines (according to DIN 4263 [1]). Before you start the parameter input, please check and define the displayed units in the main menu Settings under Displayed Units. - Page 43 Programming Geometry Setting Description CrossSection Circular Diameter > Enter pipe diameter (D) Sludge Level > Enter thickness of sludge / sediment layer (see Figure 12 on page 47). Reduction area > Enter 0 (recommended) or value for cross section area reduction (for example due to installations in the pipe or channel).
- Page 44 Programming Geometry CrossSection U-Profile Height > Enter height (H) of cross-section as shown in drawing above. Radius > Enter radius of semi circle. Reduction area > Enter 0 (recommended) or value for cross section area reduction (for example due to installations in the pipe or channel).
- Page 45 Programming Geometry CrossSection J Trapezoid Width B > Enter upper width (B). Width b > Enter lower width (b). Height H > Enter upper height H. Height h > Enter lower height h. Reduction area > Enter 0 (recommended) or value for cross section area reduction (for example due to installations in the pipe or channel).
- Page 46 Programming Geometry CrossSection Mouth Radius > Enter radius (r). Reduction area > Enter 0 (recommended) or value for cross section area reduction (for example due to installations in the pipe or channel). Sludge Level > Enter thickness of sludge / sediment layer (see Figure 12 on page 47).
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Page 47: Sludge Level
Programming 7.7.1.1. Sludge Level Sludge level > Enter thickness of sediment / sludge layer ("Height of sediment layer in a cross section (sludge level)") accumulated on the bottom of a pipe or channel or riverbed. The program will calculate the area covered with sediment or sludge; this value will be subtracted from the total wetted hydraulic area for accurate water level and cross-section measurements. - Page 48 Programming Water level Setting Description H (Extern 1) > Tick checkbox for water level measurement with an additional external water level sensor (e. g. hydrostatic or ultrasonic water level sensor). (value equals parameter name “HWater” or “HAir” in database) ...
- Page 49 Programming Water level Setting Description H (Combi sensor) Option for combination of 2 level measurements with area velocity sensor and additional H (Extern 1) water level sensor. This combination is used for discharge measurements for fluctuating water levels from very low levels to overflow conditions. >...
- Page 50 Programming Water level Setting Description Switching (continued) There are two possible situations depending of the direction to which the water level changes. Situation A The water level is higher than value of Switching level + (0.5 × Hysteresis). Water level of additional water level sensor will be used. Not before the water level falls below the value Switching level –...
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Page 51: Measurement Range
Programming 7.7.3. Measurement Range Settings for discharge calculation. Measurement Range / Discharge calculation Setting Description Limits Range > Enter minimum and / or maximum for velocity value V for plausibility check. V min V max If no range is set, all V-values of the measurement are used for Q calculation. - Page 52 Programming Measurement Range / Discharge calculation Setting Description Low flow cut off Values defined in the range of the low flow cut off are set to 0. > Enter range of very low and therefore often unsteady discharge (Q) or velocity (v) values. Measurement values below or within the adjustable range will be set to zero and will also be displayed as zero on the transmitter display.
- Page 53 Programming Measurement Range / Discharge calculation Setting Description Offset Sensor (continued) Blanking bottom > Enter value for adjustable distance above channel- or riverbed that will be excluded in measurement of velocity profile to eliminate measuring inaccuracies due to interference of irregular currents or turbulences around sensor housing.
- Page 54 Programming Measurement Range / Discharge calculation Setting Description Min. water cover- Enter height above the channel/pipe floor, above which flow measurement is activated. No measurement values will be recorded if the water level falls below this threshold. Default value: 0.000 m. Roughness >...
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Page 55: Calibration
Programming 7.7.4. Calibration Settings for calibration through comparative measurement with reference device. Example for 5 measurements: March 2021 HYB-UM-03155-EN-03 Page 55... - Page 56 Programming Calibration Before you start to enter values, please check and define the displayed units in the main menu Settings under Displayed Units. Enter values for Q meas (IS-6000 Doppler) and Q ref (reference device) in table of values: Setting Description Date...
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Page 57: Replacement
Programming 7.7.5. Replacement The replacement function provides different methods to calculate flow (Q). This option is applied in case of sensor failure or if calculation of Q is required below or above preset min. and max. limit values for velocity, water level or signal strength. ... - Page 58 Programming Replacement Behavior of replacement function Setting Description Signal > Tick checkbox to activate replacement function if current measurement value exceeds or falls below the defined limit for signal strength. > Enter signal limit in dB less = replacement function is activated if current measurement value falls below the defined limit value.
- Page 59 Programming Replacement Behavior of replacement function Setting Description from measurements (continued) W-Q measurements Then enter values for date and measuring values for W and corresponding Q in table below active / delete > Tick checkbox to activate or delete value pair for W/Q curve. ...
- Page 60 Programming Replacement Behavior of replacement function Setting Description > Tick checkbox for empirical discharge calculation according to Manning and enter Manning corresponding parameters (see 11.1). MaxW / MinW >Enter minimum / maximum value for water level. Slope > Enter value for channel slope. (dimensionless: Δy / Δx;...
- Page 61 Programming Replacement Behavior of replacement function Setting Description > Tick checkbox for empirical discharge calculation according to Manning Strickler and enter Manning Strickler corresponding parameters ("Roughness Coefficients" on page 109). MaxW / MinW > Enter minimum / maximum value for water level. ...
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Page 62: Temperature
Programming 7.7.6. Temperature Replacement Setting Description Temperature-Offset > Default setting: 0 °C. Enter the difference between a reference temperature measurement and (Water) the integrated temperature measurement of the area velocity sensor. Example: Tref = 20 °C and Tint = 19 °C; temperature offset = +1 °C 7.8. - Page 63 Programming Setting Description Channel Assignment of available channels for connected sensors. 1,2,3,4 > Select desired channel (analog input) from drop-down list. Value > Select the connected external water level sensor type for preselected channel from drop-down HWater, list. HAir, None Always connect the external water level sensor on channel 1.
- Page 64 Programming Setting Description Sensor offset Depending on the sensor position and orientation in the cross section, the measured water level value must be corrected by an off-set value to obtain correct readings. By entering the sensor offset, the measured water level value is automatically corrected by the offset value.
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Page 65: Analog Output
Programming 7.8.2. Analog Output Parameterization of analog outputs. Analog Out Setting Description Channel Assignment of available channels. 1,2,3,4 > Select desired channel (analog output) from drop-down list. Value > Select measured value / parameter from drop-down list corresponding to channel; the ... -
Page 66: Digital Input
Programming 7.8.3. Digital Input Settings for connection on digital input. Digital In Setting Description Channel Assignment of available channels. 1,2 > Select channel for corresponding value from drop-down list. Value > Select corresponding function for selected channel from drop-down list. ... - Page 67 Programming Digital Out Setting Description Channel Available channels for assignment of values. 1…8 > Select channel for corresponding value from drop-down list. Value STATUS Alarm Pulse HeartBeat > Select value from drop-down list to define alarm signal via relay for selected parameters. DoorContact PulseAbs PulsePos...
- Page 68 Programming Digital Out Setting Description Value Assignment of available channels. Alarm > Select Alarm from drop down list to define alarm signal via relay for selected parameters. Measurement value > Select desired parameter for alarm signal from drop-down list. Limit >...
- Page 69 Programming Digital Out Setting Description Value Pulse PulseAbs PulsePos PulseNeg (continued) Sum: > Select volume value to trigger pulse. (for example 50 m : 1 pulse is triggered per 50 m Width: > Enter value for pulse width. Default value: 500 ms Test Channel 1 ...
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Page 70: Users Values
Programming 7.8.5. Users Values Definition of user defined measurement parameters for the connection of max. 4 additional sensors. Users values Setting Description 1. Measurement > Enter measurement parameter and corresponding unit of additional connected sensor. parameter 2. Measurement > Enter measurement parameter and corresponding unit of additional connected sensor. parameter 3. -
Page 71: Logging
Programming 7.9.1. Logging Specifications for data and log file logging. Note that log files contain important information for troubleshooting and debugging in case of system failure. Logging Setting Description Type >Select type of average calculation for measuring values from drop-down menu. ... -
Page 72: Units
Programming 7.9.2. Units Free user defined setting of units for the following parameters: discharge (Q) • velocity (v) • length (l) • area (A) • time (t) • voltage (U) • temperature (T) • signal • volume (V) • concentration Conversion factors of common measurement units are already specified. - Page 73 Programming Units Definition of displayed unit for listed parameter. Setting Description Area reference unit: (cubic meter) available units: (cubic centimeter) Time reference unit: (seconds) available units: (minutes) (milliseconds) µs (microseconds) (nanoseconds) Voltage reference unit: (Volt) available units: (millivolt) Temperature reference unit: °C (degrees Celcius)
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Page 74: Displayed Units
Programming 7.9.3. Displayed Units Choose specific measurement units for parameters to be displayed in graphs, input masks and data files (Download selectable). Displayed Units Setting Description Parameter > Select desired unit from drop-down lists. Discharge Velocity Example: Length Drop-down list for units for discharge; Area Units to be defined under ... -
Page 75: Totalizer
Programming 7.9.4. Totalizer Totalizer function for measurement and display of total and daily volume values (V). Flow is measured in either direction (bi-directional): Volume positive +V (in flow direction), Volume negative -V (against flow direction) Set, define or change required unit for Volume under Settings Units. ... -
Page 76: Communication - Network Settings
Programming Totalizer Setting Description Volume absolute > Display absolute volume (- sign of negative volume is not taken into account!) V (volume absolute) = V (volume positive) + V (amount volume negative) Volume positive Positive counter: > Display of volume against flow direction Volume negative Negative counter: >... -
Page 77: Network
Programming 7.10.1. Network Specification of network type (LAN or GSM/WLAN) and basic network settings. Network: > Select network type from drop-down list. LAN LAN Setting Description DHCP Enable / disable DHCP > DHCP (Dynamic Host Configuration Protocol) enabled. (factory setting) DHCP is activated and the IP address, Subnet and Gateway are automatically assigned by the server. -
Page 78: Manual Input And Changing The Ip Address
Programming 7.10.1.1. Manual Input and Changing the IP Address If a static IP address is required (for example if no DCHP server is available) the network parameters can be assigned manually. Change the following settings: DHCP Enable DHCP. >... - Page 79 Programming Gateway (continued) After pressing a navigation key , the new LAN settings are displayed. New LAN settings New LAN settings :10.10.42.100 :10.10.42.100 msk :255.255.255.0 msk :255.255.255.0 gtw :10.10.42.17 gtw :10.10.42.17 OTE: Note that the existing network connection is disconnected automatically after the settings have been changed! Run your web browser again and enter the new IP address in the address bar to reconnect again.
- Page 80 Programming GSM network > Select network type GSM from drop-down list for communication via GSM network. settings for GSM IS-6000 Doppler Integrated 4G/3G/2G modem: with integrated For network settings only GSM type is needed (see below). 4G/3G/2G modem Note that upon delivery, the integrated 4G/3G/2G modem is already pre-configured by the manufacturer.
- Page 81 Programming Modem Configuration Settings Internet WLAN AP GSM Config (continued) WLAN STA System Login Password Enter password: admin Internet Connection name: The settings for the SIM card are administered under a freely definable connection name. By default, this is usually the name of the cellular provider.
- Page 82 Programming Modem Configuration Network profiles: By clicking this button it is possible to choose a cellular network profile from a preinstalled list. GSM Config (continued) Roaming: This switch enables or disables the data roaming. With data roaming switched off, the router will not establish a connection when the cellular module is located outside of the home network.
- Page 83 Programming Modem Configuration SSID (Network name): This field determines the SSID of the WiFi access point. The factory-programmed value is "UBXWifi". Network mode: The network mode determines the IEEE 802.11 standard of the WiFi GSM Config (continued) network. The factory-programmed value is "Mixed b/g/n". Region: This field determines the regulatory domain.
- Page 84 Programming Modem Configuration New password: This field is used to change the system password. Repeat password: This field is used for confirming the system password to prevent incorrect entries. GSM Config (continued) Password protection: This switch determines the protection level of web pages. If the "Settings page"...
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Page 85: Sms
Programming 7.10.2. SMS Settings for SMS alarm. OTE: The sending time of an SMS from the sender to a recipient depends solely on the service provider of the SMS Center. SMS Setting Description SMS Settings SMS-Center > Enter service number of SMS center of the provider of your SIM card for forwarding SMS to your mobile phone. -
Page 86: Ftp
Programming 7.10.3. FTP FTP (File Transfer Protocol) configuration. FTP Setting Description Enable > Tick checkbox to enable / disable FTP. Server > Enter server IP address. Do not enter a name! Port > Enter port number. User >... -
Page 87: Modbus
Programming FTP Setting Description Measurement 1: Specify measured values (Measurement 1) for data transfer. Measurement > Select measured values / parameters from drop-down list; Value: corresponding units are displayed. None (Explanation of abbreviations see 7.13) (…) Display of corresponding units. ... - Page 88 Programming MODBUS Setting Description Modbus Settings Enable > Tick checkbox to enable / disable Modbus. > Select Modbus TCP or RTU protocol type from drop-down list. Type TCP > Select TCP Type TCP Port > 9000 (Default setting) TCP port number used for Modbus TCP server protocol.
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Page 89: Serial
Programming MODBUS Setting Description Modbus Settings Unit Display of corresponding units. > Select desired unit from drop-down menu. Datatype > Select data transmission format from drop-down list. Float, LongInt Register > Enter register. > Enter device / flow meter identification number (modbus address). >... - Page 90 Programming Serial Setting Description Enable > Tick checkbox to enable / disable serial communication. System key > Enter system key. Device number > Enter serial number of device. Modus > Select the transfer mode. Request Autosend Baud rate >...
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Page 91: Diagnosis
Programming Description Hexadecimal Remark Address User settings – 42 Function Read Holding Register — Byte counter Data CB 2C 3F 55 Value decimal = 0.8351314 Value Hex (IEEE 754 single precision) = 3F55CB2C Error check CRC 4F 13 10 — 7.11. -
Page 92: Data
Programming 7.11.2. Data Display of parameter list with measured and computed values, conversion factors and corresponding units. Data Application buffer Measured and calculated values data are loaded in an internal software buffer (application buffer) for averaging. Click read buffer to display parameter list with measured and computed values (average values). -
Page 93: Language And Location
Programming 7.12.1. Language and Location Language selection, site name entry field, settings for file, date, separator format. Language Location Setting Description Location Site name: Enter name of measuring site. Web-Interface System Language English Displayed language > Choose GUI display language. ... - Page 94 Programming Language Location Setting Description Filename extension > Define file format (*.txt or *.csv) from drop down list. Note that Excel might not open CSV files properly, for example all data are displayed in the first column due to different separators set in your Windows regional and language settings and the csv file.
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Page 95: Date Time
Programming 7.12.2. Date Time Settings for time and date and option for time synchronization via internet. Time synchronization via NTP server can be activated to synchronize the system time of the measuring system or PC with other data bases or networks to enable identical time stamps. MPORTANT Save all measurement data (see chapter 7.6.1) and log files (see chapter 7.11.1) before changing system time or date. -
Page 96: Lc Display
Programming Date Time Setting Description NTP Server > Enter IP address of desired NTP Server. Many lists of IP addresses of NTV servers are available online. Time zone > Select local time zone from drop-down list. automatic > Tick check-box for automatic synchronization. Synchronization Synchronization >... -
Page 97: Power Management
Programming LC-Display Setting Description del. > Tick checkbox to delete entries. Click Apply to save settings. Add new LC-Display Page Click on Add new LC Display Page to add new display page. Click Apply to save settings. 7.12.4. -
Page 98: Backup & Update
Programming Power Management Power cycle Setting Description Sleep time Display of calculated sleep time during set cycle duration. Always check sleep time settings with settings for FTP configuration under Communication FTP. Click Apply to save settings. 7.12.5. - Page 99 Programming Backup & Update Setting Description Load (continued) Click Start to load file. If the selected file does not correspond to the measuring system the following error message is displayed. If the upload was successful, the system reboots. ...
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Page 100: Abbreviations
Programming 7.13. Abbreviations OTE: Display of parameters may vary according to the connected flow meter type. (Parameter list under Diagnosis Data) Abbreviation Explanation cross section area of flow CellSignal_01 … signal strength of single measuring cells CellSignal_18 (for example CellSignal_01: signal strength in cell 01) DVol daily volume DVolAbs... -
Page 101: Service
Service SERVICE 8.1. Cleaning, Maintenance and Care RISK OF ELECTRIC SHOCK! ALWAYS DISCONNECT POWER BEFORE DISMOUNTING OR CLEANING THE TRANSMITTER AND THE SENSORS. DO NOT USE ANY SHARP OR POINTED OBJECTS TO CLEAN THE SENSORS. IF THE FLOW METER IS USED PROPERLY, NO SPECIAL MAINTENANCE IS REQUIRED IN NORMAL OPERATION. NEVERTHELESS, CHECK TRANSMITTER, SENSORS, CABLES AND CONNECTIONS ON VISIBLE DIRT OR DEPOSITS AND DAMAGES. -
Page 102: Reset To Factory Settings
Service 8.2.2. Reset to Factory Settings A total system failure might be caused by loss of the params.txt-file. To resolve the failure reset the transmitter to default parameters (factory settings) by the following steps: Error message transmitter display: ERROR in params ! ERROR in params ! General Settings General Settings... - Page 103 Service After successful rebooting, it is now possible to upload the user-defined params.txt-file. Therefore Change to GUI and go to Extras Backup & Update: Configuration restore Click Search / Durchsuchen and select configuration file from your directory. ...
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Page 104: Return / Repair
Service 8.3. Return / Repair Please follow the following instructions in case the device has to be returned to the manufacturer for repair or inspection. For returning the device proceed as follows: • Request “Flow Meter Instrument Return Form” (IRF) by email from the manufacturer. •... -
Page 105: Operating Principle
Operating Principle OPERATING PRINCIPLE 9.1. Doppler Flow Meter An ultrasonic beam is transmitted into the flowing fluid at an oblique angle to the flow. The receiver collects scattered ultrasound from a core group of flowing particles travelling down the central axis of the open channel or pipe. This received ultrasound is shifted in frequency from the transmitted ultrasound in accordance with the general Doppler equation: α... -
Page 106: Pulse Wave Doppler (Pw)
Operating Principle There are two main types of Doppler flow meter systems in common use today, Continuous Wave and Pulsed Wave. They differ in transducer design and operating features, signal processing procedures and in the types of information provided. Continuous wave (CW) Doppler is the older and electronically more simple of the two kinds. As the name implies, CW Doppler involves continuous generation of ultrasound waves coupled with continuous ultrasound reception. -
Page 107: Technical Data
Technical Data TECHNICAL DATA 10.1. Transmitter Display LC-Display, 4 lines, 20 characters Keyboard 4 keys IP 66; Aluminum; Enclosure wall mounted indoor use only or environmental enclosure Operating -4…140° F (-20…60° C) Temperature Storage Temperature -4…158° F (-20…70° C) Maximum Humidity 90% (non-condensing) Maximum Operating AC device: 2000 m above sea level... -
Page 108: Area Velocity Sensor
Technical Data 10.2. Area Velocity Sensor Sensor Integrated Doppler ultrasonic velocity and water level with temperature measurement Measuring Principle Velocity: pulse coherent Ultrasonic travel time Water level Medium Wastewater ≥ 50 ppm Frequency 1 MHz Beam Angle 45° Number of Cells Max. -
Page 109: Annex
Annex ANNEX 11.1. Roughness Coefficients Manning´s equation roughness coefficients for various channel materials The Manning´s equation is an empirical formula for open channel flow. Function of velocity, flow area, channel slope and roughness Q = vA with V = k ½... -
Page 110: Closed Conduit, Partly Full Non-Metal Pipes
Annex 11.1.2. Closed Conduit, Partly Full Non-Metal Pipes Strickler Manning Coeff. Material Coeff. n min n Norm n max 1. Synthetics/ plastics a. Acrylic 0.008 0.009 0.010 b. Polyethylene (PE) 0.008 0.009 0.011 c. Corrugated Polyethylene Culvert Pipe (smooth) 0.009 0.013 0.015 d. -
Page 111: Lined Or Built-Up Non-Metal Channels
Annex 11.1.4. Lined or Built-Up Non-Metal Channels Strickler Manning Coeff. Material Coeff. n min n Norm n max 1. Cement a. Neat surface 0.010 0.011 0.013 b. Mortar 0.011 0.013 0.015 2. Concrete a. Trowel finish 0.011 0.013 0.015 b. Float finish 0.013 0.015 0.016... - Page 112 Control. Manage. Optimize. Dynasonics is a registered trademark of Badger Meter, Inc. Other trademarks appearing in this document are the property of their respective entities. Due to continuous research, product improvements and enhancements, Badger Meter reserves the right to change product or system specifications without notice, except to the extent an outstanding contractual obligation exists.
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