Optiquest iRIS 220, iRIS 320 manual Source 0 1 2 3 4 Description

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37 - iRIS 220 / iRIS 320, V1.19 User Guide

Option 2

When this option is selected you will be prompted to select the switching polarity of the output. This relates to the output’s electrical state with respect to its logical on/off state.

If the polarity setting is 0 (normal), the output will actively pull down to 0V when the output logical state is on and be high impedance (open-circuit) when the output is logically off.

If the polarity setting is 1 (inverted), the output will be high impedance (open-circuit) when the output logical state is on and be actively pulled down to 0V when the output is logically off.

> Polarity (0:Normal 1:Inverted)=

Option 3

When this option is selected you will be prompted to enter a number representing the operating mode of the output.

> Mode (0..5)=

Valid modes are:

Source 0 1 2 3 4 5

Description

Follow GPRS/CDMA/CSD Link State. I.e. Output is on if communication link is on-line. Follow Schedule as defined by the settings in options 3-6.

Remote Control from Base. DO1 is controlled by bit 0 of d1000, DO2 by bit 1 of d1000.

Low Trigger. Activate when Sensor 1 last logged value <= trigger setpoint and trigger enabled. High Trigger. Activate when Sensor 1 last logged value >= trigger setpoint and trigger enabled. Force output permanently on. Required for both outputs if Unidata high-speed encoder used.

NOTE: If DO1 is set to mode 1 (Schedule) it will be forced on while a user is logged on via the LCD/keypad interface. This is to power up a controlled sensor for calibration purposes.

Option 4

When this option is selected you will be prompted to enter the length of time in seconds that you want the iRIS to keep the output energised if the mode is set to 1 (Schedule).

> Duration (sec)=

Option 5

When this option is selected you will be prompted to enter the length of time in minutes between the successive operations of the output if the mode is set to 1 (Schedule).

> Frequency (min)=

Option 6

When this option is selected you will be prompted to enter a string representing the time at which the iRIS is allowed to start controlling the output if the mode is set to 1 (Schedule).

> Start Time (HHNN)=

Option 7

When this option is selected you will be prompted to enter a string representing the time at which the iRIS must stop controlling the output if the mode is set to 1 (Schedule).

> End Time (HHNN)=

NOTE: See Section 4.3.7, titled GPRS/CDMA-1X Schedule Cfg for details on how these parameters configure the schedule operation.

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Contents IRIS 220 iRIS Revision History Contents Diagnostic LEDs 13.4 13.113.2 13.3Support IntroductionAbout this Manual Hardware PCB RevisionGeneral Characteristics iRIS OverviewIntroduction IRIS 320 / iRIS Features Feature SummaryTypical Applications Technical Specifications iRIS Technical Specifications iRIS 320 / iRIS Alternative Wireless Connectivity CSD/SMS Key FeaturesTerminal Configuration Wireless IP Connectivity GPRS/CDMAPartial Power Save Full Power SaveData Logging Security Alarm ProcessingLogged Data Array Identification Real Time Clock & CalendarRemoving / fitting the SIM card GSM models only InstallationRemoving/Replacing the Electronic Assembly iRIS Opening / Closing the Housing iRIS 320 / iRISInternal Battery iRIS 320 / iRIS 320V only I/O ConnectorInternal / External 12V Battery Supply External Charger Power SupplyAnalog Inputs Digital Input Circuit Digital InputsDigital Output 1 Circuit Digital OutputsMounting iRIS Antenna ConnectionMounting iRIS 320 / iRIS IRIS 320 / iRIS 320V Mounting DiagramConfiguration Terminal ConnectionComputer IRIS Terminal Cfg IRIS 220 / iRIS 320, V1.19 User Guide Main Menu Level Terminal MenusSelect this option to display the Comms configuration menu Comms Cfg Level Option 9 SDI-12 Terminal iRIS 320 / iRIS 320V only Press Esc then Enter to enter an empty string GPRS/CDMA-1X Cfg LevelGprs IP Acceptance Cfg Level Phone List LevelGPRS/CDMA-1X Schedule Cfg Level Sensor Selection Level Internal Sensor Sources Log Multiplier 100 100 Sensor Cfg LevelMode Name Description Flag Value DescriptionSupplementary Logging Flag Definitions Multiplier= Alarm Cfg Level Alarm Selection LevelOutput Cfg Level Output Selection LevelSource 0 1 2 3 4 Description Typical Scheduled Output Example Date/Time Cfg LevelMiscellaneous Menu Level Voice Menu Level Status LED LED IndicatorsDiagnostic LEDs OperationKeypad Buttons LCD & Keypad iRIS 320 onlyLCD Operation Status IconsLevel Level6 Display Menu StructureSystem Status 1 Screen Level Log In Screen Level 0, when not loggedLogging Control Screen Level 0, when logged Primary LCD Display ScreensMain Menu Screen Level Sensor Related ScreensSystem Status 3 Screen Level System Status 4 Screen LevelSensor Settings Screen 4/5 Alarm 1 Level Sensor Settings Screen 1/5 Process LevelSensor Settings Screen 2/5 Scaling Level Sensor Settings Screen 3/5 Logging LevelTotaliser Related Screens Comms Related Screens Comms Setting Screen 5/8 Schedule 1 Level Comms Setting Screen 2/8 APN/Local IP LevelComms Setting Screen 3/8 Socket a Level Comms Setting Screen 4/8 Socket B LevelRS232 Port Mode Screen Level Comms Setting Screen 6/8 Schedule 2 LevelComms Setting Screen 7/8- CSD Settings Level Comms Setting Screen 8/8 RS232 Settings LevelComms Enable Screen Level SMS CommunicationComms Test Screen Level General Hints Connecting a Flow Meter or Rain Gauge Iris I/O ConnectorSensor Connection Examples Required Connecting a 0-5V Pressure Transducer12V Battery ExternalConnecting a 2-Wire Loop-Powered 4-20mA Sensor Required IRIS I/O ConnectorSignal 4-20mA Sensor Isolated 12V 24V DC- DC Converter External 12V Battery Optional Connecting an Up/Down Water Level InstrumentConnecting Analogue Wind Instruments Charging source Solar panel Connecting SDI-12 Instruments. iRIS 320 / iRIS 320V onlyTOP AI4 AI3 AI2 AI1 Agnd 5VOP Example a 4-20mA Water Level Sensor Analogue Input ScalingTroubleshooting User Notes DS-IRM Modem DB25 M Appendix a Radio Using the RS232 InterfaceTait TM80xx Radio DB15 MiRIS 3xx / DS-4483 DB9 F IRIS 320 DB9 FPartition Appendix B Voice Annunciation iRISWhat is SDI-12? Appendix C SDI-12 iRIS 320 / 320V onlyAdvantages of SDI-12 Volt-Line SDI-12 Electrical InterfaceSerial Data Line Ground Line13.1 I/O Connector Appendix D Legacy PCB Rev 1.1 DetailsDebounce Links Diagnostic LEDs Interface Wire Terminal SDI-12 Bus FunctionSDI-12 Interface REDSupply Voltage Transistor SwitchPurple Switched Output Switch ModuleAppendix E iRIS 320 Enclosure Material Spec Approximate Mechanical PropertiesChemical Composition IQuest Global Data Network IQuest APN