Honeywell W7761A specifications Adding Other VOLTAGE/CURRENT Sensors

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EXCEL 10 W7761A INPUT/OUTPUT DEVICE

This procedure will use switching logic to add the pseudo analog point. With the RIO plant having the focus, go into switching logic. Select the Software Points menu item and then Pseudo Analog. The Create/Select Software Point <Va> dialog box will be displayed. Type in a New point name for the enthalpy sensor (such as OaEnthaply) and click on the OK button. The new point that was just created will be added to the screen as the header point for switching logic table and also added to the Point List . Select the Cancel button to exit the Create/Select Software Point <Va> dialog box. Exit switching logic by selecting the File menu item and Exit. CARE will display the Delete Unused Software Points list box. Click the Cancel button to continue.

2.Go into the Data Point Editor (Controller/Edit/Data Point Editor) and under Point select the pseudo analog point that was just created and click the OK button. Select the drop down list for the Engineering Unit and scroll through the list until the mA (mA matches the engineering unit of the RIO input) engineering units are displayed. Select the mA engineering unit that is shown with one decimal place (number 66) and click the OK button to save the selection. Cancel the User Address list box and select File/Exit to exit out of the Data Point Editor.

3.Translate the Zone Manager and Export the Zone Manager files to E-Vision by selecting the Project and Export to E- Vision menu items. Type in the name of the Zone Manager Export file when the Export Zone Manager dialog box is displayed. Select the project and the Zone manager within that project that is being exported and click the Export button. Exit CARE and Start E-Vision. Select the E-Vision project to open and the CARE Export Filename created above. Once the project is open, select the RIO device that the enthalpy sensor is connected to and go into the Application Selection screen (offline) by selecting the Controller, then the Application Selection menu items. From the Inputs tab of the Application Selection dialog box, add Oa_Enthalpy to either analog input 5 or 6 and select the OK button to save the selection.

4.Select the Controller menu item and then Import from CARE to import the Zone Manager files with the new pseudo analog point. If this function has already been performed before, the user will be prompted with the message CARE Export File has already been imported, do you want to import again?. Select Yes to continue with the Import. When the import is finished, E-Vision displays the message CARE Export File has been imported. Select OK to continue.

5.Select the Network menu item and then Map C-Bus Points. Select RIO1 as the Controller Type from the Map C-Bus Points dialog box. Under Unmapped CARE, select the name of the RIO device that the enthalpy sensor was added to in CARE. Under Unmapped Excel 10, select the name of the RIO device that the actual enthalpy sensor was added to (both names should be the same). Next, select the Custom button and the Custom Mapping CARE Points dialog box will be displayed. Select the OaEnthalpy point under CARE Points and CurrentAI under Excel 10. CurrentAI is the user address in the RIO device that contains the actual sensor value for the OaEnthalpy (C7400A1004, 4 to 20 mA device). Select the Map button to add the OaEnthalpy point to the list of Mapped Points. Click on the Close button to exit the Custom Mapping CARE Points dialog box. Click on the Close button to exit the Map C-Bus Points dialog box.

6.To use the OaEnthalpy custom mapped point with other Excel 10 controllers on the E-Bus, select the Network menu item and Refer Excel 10 Points. Select the RIO device name as the Source Excel 10 and then scroll down the list of Excel 10 Points: until you reach CurrentAI and select it. Select an Excel 10 controller from the Destination Excel 10 list. For example if the user had selected a CVAHU controller from the Destination Excel 10 list, the user would select from the Excel 10 Points list as the destination point and then click on the Add button to add the point association (Binding) between the RIO and CVAHU controllers. If DestOaEnth is already being used in an association, then the message At Least one of the output network variables is in an existing connection and E-Vision will not allow this association to be added. In order to add this association, the user has to remove any other associations with the DestOaEnth point. Select the Close button to exit out of the Refer Excel 10 Points dialog box. Any controllers involved in the new association or change in an existing association will require commissioning.

7.Select the Controller menu item and the Update Zone Manager Files. E-Vision will add the custom mapping information to the Zone Manager files. When the Update Zone Manager Files function is done, commission any controllers that need to be commissioned, then close the E-Vision project and exit out of E-Vision.

8.Start CARE and open the Zone Manager that was just updated through the Update Zone Manager Files function and start XI584 by selecting the Controller, Tools and XI584 menu items. Once XI584 is started, select the Utilities and File Transfer menu items and select CARE Import. Select the project and the Zone Manager that was just updated and select Import and click OK on the Select Target Controller dialog box. When the CARE Import is complete, close the CARE Import dialog box. If this is the initial loading of the Zone Manager, then it will have to be reset and the CPU address set by the XI581 Emulation function (Applications, XI581 Emulation menu). Select the Utilities, File Transfer menu items and select Download. The Download dialog box will be displayed. Check the All selection and click the Controller button. When the Select Controller/Subsystem dialog box is displayed, make sure that the correct CPU address or name is high lighted and select the OK button. Click the Download button and click Yes to the message Replace updated application part in controller (CPU address or Controller name). When the download is complete, exit out of the Download dialog box. From the XI584 main menu, select the Data, Access by User Address menu items. Type OaEnthalpy in the Search For User Address and click the Search button. When the OaEnthalpy point displays in the User Addresses list, click on the point and select the Attributes button. XI584 will now display the value of the enthalpy sensor connected to the RIO device. This point can now be used in the Zone Manager control strategy or switching logic. This point can be used in other Excel 5000 (C-Bus) controllers by assigning a global analog point in the destination controller with the user address name of OaEnthalpy. Refer to the CARE User’s Manual form, 74-5587 for information on creating global points in Excel 5000 controllers.

ADDING OTHER VOLTAGE/CURRENT SENSORS

See Table A-1 for the supported Voltage/Current analog input sensors that can be connected to the RIO Device. The user must add a software point (pseudo analog - in RIO CARE Plant) that can be mapped to the actual hardware input (RIO Plant) through the Custom Mapping function of E-Vision. The procedure described previously for adding an enthalpy ( 4 to 20 mA) sensor should be followed and instructs the user on adding the pseudo analog point in the RIO CARE Plant and using the

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Contents Excel 10 W7761A Remote Input/Output Device List of Tables AppendicesDescription of Devices Typical system overviewControl Application Control ProvidedProducts Covered Organization of ManualProduct Names Agency Listings Abbreviations and DefinitionsExcel 10 W7761A INPUT/OUTPUT Device Construction ControllersExcel 10 W7761A Remote I/O Device W7761A construction in in. mm Performance Specifications Power List Of Available Points W7761ASpecified Space Temperature Sensing Range Environmental Operating TemperatureShipping Temperature Memory CapacityDischarge Air Temperature Outdoor Air TemperatureReturn Air Temperature Mixed Air TemperatureWall Modules 5585Configurations T7780 construction, subbase dimensions in in. mmMixed-Output-Type Control Occupancy SensorWindow Open/Closed Digital Input Wall Module OptionsPlan The System OverviewApplication Steps Step No Description Determine Other Bus Devices Required Lay Out Communications and Power WiringBus Layout 750,1$ Power Wiring Power Budget Calculation ExampleVA Ratings For Transformer Sizing Device Description Line LossVA Rating Nema class 2 transformer voltage output limitsLine VOLTAGE` GREATER` Than 150 VAC General Considerations Prepare Wiring DiagramsW7761A Devices W7761A I/O Description Terminal Number DescriptionTemperature Sensor DE V IC E Window Contact Contact Closed = Occupancy Sensor Occupied Valve Actuator Bus Termination Module Typical Pneumatic transducer Series 60 Floating to W7761ASee for E-Bus termination wiring options +$672 Order Equipment Excel 10 W7750 ControllersT7770 Wall Modules SensorsAccessories Echelon Based Components and PartsCabling Temperature Degrees Excel 10 Alarms Broadcasting the Service MessageW7761A Device Status LED T7780 Ddwm Bypass Pushbutton LED StatesAppendix A. Using E-Vision to Commission a W7761 Device Adding Analog Inputs Enthalpy 4 to 20 mAAdding Other VOLTAGE/CURRENT Sensors Adding Digital Inputs Appendix B. Sequences of Operation Room Temperature Sensor RmTempCommon Operations Window Sensor StatusWndw Dirty Filter MonitorSeries 60 Modulating Control Pulse Width Modulating PWM ControlTemperature Relative Humidity RelativeAir Flow CO 2 ConcentrationDefault Table C1. Input/Output Points LeftTable C1. Input/Output Points Right Excel 10 W7761A INPUT/OUTPUT Device Values that can be assigned to any output channels English Metric or User Address DI3Sel1Type Refer to the description for DI1Sel1Type Stoff Stnul Stlow Stmed Sthigh Ston DO2Type Excel 10 W7761A INPUT/OUTPUT Device SrcDigIn2Sts Refer to the description for SrcDigIn1Sts Table C2. Control Parameters Left Table C2. Control Parameters Right SH MA DA EV HW MN TSNoalarm Table C3. Status Points LeftTable C3. Status Points Right RIO1 Software version NvoStatus InOverride SH MA DA EV HW MN TS Table C4. Configuration Parameters Left Table C4. Configuration Parameters Right DO0 Higher than the value specified for AILowLimit DO4 Seconds = 25.6 seconds DO6PWMPeriod Refer to the description for DO1PWMPeriod Table C5. Direct Access And Special Points Left Table C5. Direct Access And Special Points RightApproximate Memory Size Estimating Procedure Fig. D-1. Point capacity estimate for Zone ManagerAppendix E. Sensor Data for Calibration Resistance SensorsSensor Type Sensor Use1956.79 Table E-4. Sensor Voltage Versus Humidity Voltage/Current SensorsHumidity Percentage Sensor Voltage C7600C1008 4 to 20 mA C7600C output current vs. humidity Sensor Type Fig. E-6. Graph of Sensor Current versus Enthalpy volts CO 2 Concentration PPM Sensor Voltage Table E-9. Sensor Voltage Versus CO 2 ConcentrationTable E-10. Sensor Voltage Versus Input Voltage To A/D Table E-11. Sensor Voltage Vdc Versus Pressure Inw Voltage to A/D Sensor VoltagePressure Inw kPa Sensor Voltage Vdc 3ODD