Emerson E2 operation manual Setting Up Digital Inputs

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sensor value are entered in the Select Eng. Units field. This value is set automatically to an appropri- ate default unit whenever the Sensor Type is changed. To select a different engineering unit, press

or to scroll through the options or select the unit from the (LOOK-UP).

Units Per Pulse The Units Per Pulse field appears only when “Pulse Accum” is entered in the Sensor Type field.

The E2 is capable of generating an analog KW value by counting the number of pulses from the pulse accumulation outputs of a KW transducer. Each pulse from the transducer signifies that a fixed num- ber of KW has been used.

The number of KWs per pulse varies depending upon the type of transducer being used. Consult the trans- ducer’s documentation for the exact number of KWs per pulse and enter it in this field.

Default on Open The value placed here will deter- mine the value the unit reports if there is an “open” condition detected in the sensor input connection. An “open” condition could be the result of a broken wire to the sensor or a sensor failure.

Default on Short The numeric entry in this param- eter is the default value the analog input would report if a “short” is detected on the sensor input connec- tion. A “short” could be the result of a damaged wire or a sensor failure.

Default Other The value placed in Default Other is the value reported if the input is not updated after a certain amount of time. If there is a failure that will not allow the input board to report the value of the sensor, the value placed in this parameter will be reported.

Sensor Offset If a sensor needs a numeric value

added or subtracted to the calculated value, enter the number here. The value can be positive or negative. Sensors sometimes have to have offsets. The offset that you enter in this field is in the units you selected in the Eng Units field, NOT in millivolts.

Output This field displays the link between the input and the application(s) they feed into. You do not need to enter anything in this field. You will be able to link applications to this point during the application setup process.

9.1.3.4Setting Up Digital Inputs

Open the Digital Input screen by selecting a Digital (D) input from the Input Status screen Figure 9-4and pressing (SETUP).

Set up digital inputs in order to assign digital input

points, point names, engineering units, and other impor- tant parameters.

Figure 9-7- Digital Input Screen

Point Name The Point Name is simply a name for the point that may be used as a reference.

Assigning a descriptive name to a point makes set- ting up inputs for applications much easier. For example, if you are setting up a push-button switch to reset compressor 1 after an oil failure shut down, you may choose to name it “OIL RESET 1”. Then, when programming your Pressure Control applica- tion, you may easily define compressor 1’s reset input by tying it to OIL RESET 1. This keeps you from having to keep track of which contacts are tied to which point numbers.

You are required to enter a point name in the Point Name field. The default name is “:{BOARD NAME}:{BOARD NUMBER}:{POINT NUM- BER}.”

Board/Point Number The Board/Point Number will automatically be defined if you are configuring the point from the Input Summary Screen.

Select Eng. Units The Select Eng. Units field is where you may select how the ON and OFF states of this point are displayed and represented in E2’s setup fields and status screens. By default, digital inputs have ON-OFF engineering units, meaning when the input is ON or OFF, the input will be represented as “ON” or “OFF” in the system software.

Since the controller looks at only the actual state of the point when it uses the input for control purposes, it is not necessary to define engineering units for dig- ital inputs. However, selecting units that are appro- priate to the input’s function (such as BYP or

The 16AI, 8IO, and MultiFlex Inputs

Input and Output Setup 9-9

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Contents Rev 13 14-SEP-2011 BX HVAC, and CX Convenience Store ControllersPage FCC Compliance Notice Page Table of Contents E2 Hardware Setup Serial Configuration E2 Ethernet Peer Communications Quick Start Software Overview Logging Groups Multiflex CUB Board Holiday Schedules OPERATOR’S Guide to Using the E2 LOW Battery Notification Page E2 Refrigeration Controller IntroductionMrlds E2 Building Con- trollerE2 Convenience Store Controller 1 E2 I/O Network Networking OverviewAble for the RS485 Network NetworkInterconnection With Other E2s Documentation Over ViewOn-Line Help System Overview Software Licensing E2 Hardware Hardware OverviewLEDs 1 E2 Main Processor Board 3 E2 KeypadPIB LEDs Status Keyboard Status I/O Network Boards and PeripheralsGateway Board Main Board Status CPU LEDsModel Name Description MultiFlex BoardsMultiFlex 16 Input Board Gateway ModelModel Description Name MultiFlex Combination Input/ Output BoardsE2 RX/BX/CX I&O Manual Rev 13 14-SEP-2011 MultiFlex PAK Board MultiFlex CUBMultiFlex RTU BX and CX Only MultiFlex Rooftop Control Board RCB BX and CX OnlyHand-held Terminal P/N MultiFlex ESR Board10- Hand-held Terminal 8RO and 8ROSMT Relay Boards13- 4AO Analog Output Board P/N 6 4AO Analog Output Board8ROe Dis 16AIe Dis20- Case Controller CC-100P shown ESR8 DisFacility Status Display FSD 6 TD3 Temperature DisplayPage Recessed Mount MountingMounting the E2 Standard MountStandard Mount Inside Rear of Enclosure Retrofit MountingBlank Face Mounting I/O BoardsSingle/Double Enclosures Boards Without Enclosures Snap Track Echelon Devices1 16AIe and 8ROe MultiFlex ESR 3 ESR8 Dis5 TD3 Mounting the Two-Channel Repeater Two-Channel and Four- Channel RepeatersInternal Modem Mounting Repeaters OverviewSensors and Transduc Ers Inside Temperature SensorPressure Transducers Insertion Temperature Probe Outside Temperature Sen SorSupply and Return Air Sen Sors Indoor RH Sensor Product Temperature ProbesHumidity Sensors and Humidistats Mounting Bullet and Pipe Mount SensorsDuct-mounted Insertion RH Probe Outdoor RH SensorsOutdoor RH sensor P/N Refrigerant Leak Detectors Dewpoint ProbeLight Level Sensor Liquid Level SensorsPage Main Processor Board E2 Hardware SetupSetting up the E2 EnclosurePowering the E2 Echelon Card Plug-In P/N 537-4860with mounting screw P/N Add-On E2 PeripheralsModem P/N Description Plug-In Digital I/O Network Card P/NLEDs Battery Testing and Replacement5 E2 RS485 Port Card P/N 537-4890 Plug-In Four-Channel Inter- nal RepeaterBattery Replacement Qual- ified Technicians Only Low Battery NotificationBattery Enable Switch Battery TestEchelon Earth Page COM Ports Serial Configura- tionSerial Device and Soft Ware Setup OverviewE2 COM# Associations Connector Board RS485 Network and Hardware SetupI/O Network 1 I/O Board Names and Termi NologyNetwork Noise Minimiza Tion Wiring TypesMultiFlex-Plus + Board I/O Network Structure Daisy ChainsNetwork ID Numbers Board Numbers Setting the Baud RatePowering the I/O Boards Setting the Terminating and Biasing JumpersWiring Types Board InstallationIMC/Prodigy Rooftop Unit Controllers 3.1 XR75CX-Case Display Copeland Discus with Core- Sense Diagnostics ISDControl Techniques Drive 3 XR35CX, XR75CX, XEV22 Case ControllersSupported System Types IPro DACEnergy Meter OverviewLight Commercial Thermo Stat Advisory and AlarmsDiagnostic Alarm Descriptions E2 Advisory Copeland Discus with Core- Sense ProtectionComfort Alert Descriptions Cause E2 Advisory Comfort Alert CodesSupply Sensor Fail Alarm High/Low Occ/Unocc Space Temperature AlarmsConditions for Return to Normal RTN on Diag- nostic Codes Copeland Scroll K5 Refrig- eration Compressor Diagnostic AlarmsDiagnostic Alarm Descriptions Refrigerant Leak Detection System Rlds11.3 XM678 XM Series of Case Control Lers11.1 XM670 11.2 XM679RS485 Network and Hardware Setup 6 14 E2 RX/BX/CX I&O Manual Rev 13 14-SEP-2011 NET 16 E2 RX/BX/CX I&O Manual Rev 13 14-SEP-2011 120/208/240 VAC 16AI Installation Guide MultiFlex ESR Installation Guide XEV22D Driver to E2 Installation Guide XR35CX, XR75CX to E2 Installation Guide Page Hardware Specifica Tions Ethernet IP Configura TionsEquipment Specifications Type E2 Ethernet Peer CommunicationsEthernet Network Layouts Software Specifica TionsClosed Network Layout Open Network Layout Software Setup5Peer Network Tab Set Group Name TroubleshootingLoop Resistance Echelon Network and Hardware SetupWiring Type Cable Type Retail Solutions Part NumberMaximum Number of Eche- lon Devices Device TerminationMaximum Total Segment Length Wire RestrictionsInstalling Echelon Devices Powering Echelon DevicesLEDs Configuring Echelon DevicesOpen Echelon Device Connectivity Connected I/O Screen E2 firmware versions 2.81 and above TroubleshootingE2 RX/BX/CX I&O Manual Rev 13 14-SEP-2011 One pin when unterminating an E2 RX/BX/CX I&O Manual Rev 13 14-SEP-2011 8IO and Artc Boards All Analog Temperature Sensors and Air Flow SensorsMultiFlex Boards 16AI BoardsPower Connection Down Sensor Input Type Wiring Dip SwitchWall-mounted Down 207-1000 Refrigerant Pulse Sensor Input TypeMA output to input board 20mA, Up forAssociation ApplicationPulse on Sensor Type DescriptionSetting Up Digital Inputs Set 8RO, 8ROe, 8IO, and MultiFlex OutputsNew 8ROs and 8RO-FCs Old 8ROsSetting Up Digital Outputs Setting Up Analog Outputs Connection Temperature and Digital SensorsHand-Held Terminal Jack Auxiliary Analog Input335-3260 Generic Stepper and Emerson Flow Controls ESV Valve 335-3263 Pulse ValvePin Page Logging On Cleaning Out the Con- trollerPerforming a Clean Out Quick StartBoards on the I/O Network Setting Number of Network DevicesUnit Controllers Echelon Customizing the Home Screen Setting Number of ApplicationsHelp Line Common Screen Ele- mentsHeader Function KeysStatus Screens Screen TypesMain Menu Key Function for Actions MenuActions Menu Item Description System Configuration Menu Setup ScreensMenu Option Description 13- System Information Menu System Information MenuSetting the Time and Date Time/Date SetupSet Up Modem 17- TCP/IP Addressing Set Up TCP/IP10.11.1 COM1 Serial RS232 Baud Rate Set Up Network Baud Rates10.11.2 I/O Network Baud Rate Level Set Up User AccessCreating a New User Account Changing Required User Access LevelsDeleting a User Specify Number of Boards Set Up I/O NetworkChecking Online Status Set Up Echelon Net WorkSpecifying Number Devices Modbus Commissioning Service Button MethodCommissioning a Device How Echelon Commissioning WorksCommissioning the EC-2 CC-100’s Service ButtonTD3’s Service Button ESR8’s Service ButtonManual ID Entry Method License Management33- TCP/IP Screen Locating the Mac Address Web Services37- Alarm Setup Menu Set Up AlarmingSetting up an E2 to be an Alarm Annunciator Specifying Alarm Reporting TypesIntroduction Alarm Report Ing Alarm Dial-OutPriority Settings Set Up Global DataExample Setting Up an Outdoor Temperature Sen- sor Set Up ApplicationsDelete an Application Using and Configuring a Setup Screen10.18.1 Add/Delete an Application Add an ApplicationEdit Menu Navigating the Setup ScreenEntering Setpoints Index Tabs Function Keys For SetupHelp Line Using the Help Key to get Property Help Page Standard Suction Group Application Software OverviewSuction Groups IntroductionControl/Cycles Parameter Learning ModeHardware Overview Circuit Load AnalysisAir Cooled Condensers Temperature Differential Strat EgyInput Sensor Type Wiring Instructions Condenser ControlFan Control Condenser Split ModeFast Recovery Evaporative CondensersRefrigeration Control Standard CircuitsDefrost Control Clean and Door Switches Wiring TD3 Temperature DisplayControl Link CD Case Display Typical Case in a Standard Circuit Overview Case Control CircuitsCase Circuit Control Soft- ware Overview EEVs Liquid Pulse and Liquid Stepper Valve ControlThermostatic Expansion Valves TXVs EEPRs Suction StepperOff Cycle Timed Wait State Temperature TerminationAnti-Sweat Control Demand DefrostDewpoint Input Sources Clean/Wash ModeDual Temp Control Light ControlRecoverable Sensor Failures Fail-Safe ModeWalk-In Freezer Control Logging Groups Setting Up An Individual Case ControllerClipping Possible Data ErrorsData Compression Base Log GroupLogging Setup Menu Setting Up LoggingLog Reports Logging Group Status ScreenApplication Log Report Logging Group ReportSystem Log Report Single-Speed Fans Temperature ControlAir Handling Units Alternate SetpointsVariable-Speed Fans Economization EnableEconomizer Control Two-Speed FansCurtailment Digital Economizer ControlAnalog Economizer Control Dehumidification ControlIntelligent Pre-Starts and Pre-Stops Inputs Sensor Type Wiring InstructionsSeparate Setpoints AHU Zone ControlSection Zone ControlTion MultiFlex RCB Board How Zones WorkApplications That May Be Connected To Zones MultiFlex RTU BoardEconomization Enable Zone TemperatureMultiFlex RTUs and RCBs Effect of Enabling Econ- omizationZone Humidity Input Effect of Enabling Dehu- midificationStand-Alone MultiFlex RTUs Losing Contact With Zone ApplicationsMultiFlex RTU/ARTC and AHU Zone Association MultiFlex PAK Board MultiFlex CUB BoardLighting Schedules Light Level Interface Cell Functions of the Lighting Schedule ApplicationControl Method Select Standard ControlSchedule Interface Cell Alternate ControlMulti-Logic Combiner Offset Solar Control Basic Schedule CellMin ON/OFF Cell Proof CellDemand Monitoring Demand ControlOutput Light Dimming Introduction to Demand Limit ControlDefinition Load SheddingShedding Levels Priority LevelsLast Shed Rotational ShedOther Notes About Priority Levels Mode 3 Integral Error Approaching Zero Mode 1 KW Input Is Greater Than SetpointHow Demand Control Uses Load Shedding Cut In/Cut Out Setpoint Con Trol Power Monitoring InputSensor Control Analog Sensor ControlLogical Combination Loop/Sequence Con TrolControl Cells Select Cell DiagramLoop/Sequence Control Cell Descriptions Output CellsOutput Cell Descriptions Absolute and Relative Events Time Scheduling and HolidaysHow Schedules Work EventsRanges Power MonitoringHoliday Schedules OverlappingMonthly LoggingHourly DailyUnoccupied Hysteresis Anti-Sweat SetupHeat/Cool Control How Anti-Sweat WorksStops Setpoint ResetLead/Lag Analog and Digital CombinersTD Control Fail-Safes Temperature Differential TD StrategyConfiguration TD ControlOutputs AlarmsPulse Accumulation InputsZones and Cycles Accumulator Reset TypesIrrigation Control High TripZone Inhibit Cycle SchedulingZone Bypass Inputs Cool Cut In/Cut Out Set- points For Each Stage Service ModesFlow Sensor-Related Tests Heat Cut In/Cut Out Set- points For Each StageModular Chiller Con- trol MCC Flexible CombinerControl/Cycles Parame Ter Learning ModeCompressor Control Variable Frequency Drive Com Pressor BoilerBypass Valve Control Digital Scroll CompressorDevice Constraints RMS AssetRMS Scale Log InformationUnlogged Changes Logged ChangesPage E2 Home Screen Operator’s Guide to Using the E2BX Home Screen RX Home Screen CX Home Screen Logging On and Access LevelsMenus System Configuration MenuToggling Full Options NavigationActions Menu System Information MenuSummary Screens Setup ScreensScreen Types Status ScreensCursor E2 KeypadIndex Tabs Header IconsEnter Key Tab KeyKeypad Ctrl Page Up/Ctrl Page Down Keys Log In/Out KeyFour Directional Arrow Keys Up/Page Down KeysEdit Manual Defrost and Clean ModeCustomizing the Home Screen Keys FunctionOverrides List menu and choose End Manual ModeChecking Status Screens Checking Boards OnlineDate and Time AlarmsAccessing the Alarm Advi Sory Log Viewing the Controller Advi Sory LogAcknowledging 12.10.5 Ack/Reset StateArea Ctrl Application Prop Erty Advisory MessageClearing ResettingHome/Status Screens Facility Status Display FSD AlarmsViewing Logs and Graphs Locating Logged Inputs OutputsSetting Up Input and Output Pointers Setup ScreensZooming In and Out Log ViewLow Battery Notifica Tion High Alarm, Low Alarm, and Delay Appendix a Case Type DefaultsDefrost Type Hdbx 100 lb 200 lb 500 lb Xducer Eclipse Transducers Voltage Pressure PSIPage Alarm Name Default Definition Priority Appendix C Alarm Advisory MessagesE2 RX/BX/CX I&O Manual Rev 13 14-SEP-2011 Appendix C Alarm Advisory Messages C-3 Alarm Name Default Definition Priority Appendix C Alarm Advisory Messages C-5 Alarm Name Default Definition Priority Appendix C Alarm Advisory Messages C-7 Alarm Name Default Definition Priority Appendix C Alarm Advisory Messages C-9 10 E2 RX/BX/CX I&O Manual Rev 13 14-SEP-2011 Appendix C Alarm Advisory Messages C-11 12 E2 RX/BX/CX I&O Manual Rev 13 14-SEP-2011 RAM 14 E2 RX/BX/CX I&O Manual Rev 13 14-SEP-2011 Appendix D PID Control Proportional P ModeThrottling Range Throttling Range on page D-1 Integral ModeWhy I Mode is Necessary Proportional Constant KpI Mode Calculation Derivative ModeSaturation Output at Setpoint for Non-Condenser D Mode CalculationHow Condenser Control Hvac PID Differs From Others Output at SetpointOutput at Setpoint for Condenser/HVAC PID Control Other PID FeaturesChanging the Output at Setpoint Output at Minimum / Output at Max- imumFiltering Minimum Accumulated ErrorPage Page Medium Resolution Reuccf Page Page Refer to .1.9, Powering Appendix F TroubleshootingEchelon Network Appendix F Troubleshooting F-3 Symptom Possible Problem Solution Trip Number of Fans field?Symptom Possible Problem Solution Appendix F Troubleshooting F-7 Figured as an analog input Page Page Appendix G Revision Log Page Numerics IndexLow 4-6,12-18 CS-100.See Case Controllers, CS-100 Demand Defrost. See Defrost, demand Hot Gas Defrost. See Defrost, hot gas Jumpers PAK 2-7,11-30 Pmac Hansen probe. See Sensors, liquid level 10 E2 RX/BX/CX I&O Manual Rev 13 14-SEP-2011 E2 4-2RS485 jumpers
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