Honeywell W7761A specs

EXCEL 10 W7761A INPUT/OUTPUT DEVICE

Table C1. Input/Output Points (Right Continued).

Share (SH), Map (MA), Direct Access (DA)

E-Vision (EV): Calibrate (C), Monitor (M),

Parameter (P), Schematic (S)

Hardware Configuration (HW),

Manual Point (MN), Test (TS)

SH	MA	DA	EV	HW	MN	TS	Comments

X	X	X	M				DestOut1Cmd: DestOut1Cmd through DestOut8Cmd corresponds to DO1 through
							DO8. Refer to the Eng. Units/States column for DO1Type for the enumerated
							values that can be assigned to any output channels.
							Note that a selection of FLOAT means that the two DO channels are used for
							output. RIO assumes that the tool makes the proper assignment of enumerated
							values to DO1 through DO8 and also takes the responsibility to avoid assignment
							of multiple or overlapping commands on the same output channels. An example of
							the relationship between nviRemoteCmd and ncirioIoSelect is discribed below:
							RIO is receiving a command to DestOut4Cmd. This can be mapped as one of the
							three output types (Discrete, Modulate, Float_Open, or Float_Close) by DO3Type.
							If the user selects an enumerated value of Discrete2 for DO3Type, this value would
							be stored in (DO2). Then the DestOut4Cmd will command DO2.

X	X	X	M				DestOut2Cmd: Refer to the description for DestOut1Cmd.

X	X	X	M				DestOut3Cmd: Refer to the description for DestOut1Cmd.

X	X	X	M				DestOut4Cmd: Refer to the description for DestOut1Cmd.

X	X	X	M				DestOut5Cmd: Refer to the description for DestOut1Cmd.

X	X	X	M				DestOut6Cmd: Refer to the description for DestOut1Cmd.

X	X	X	M				DestOut7Cmd: Refer to the description for DestOut1Cmd.

X	X	X	M				DestOut8Cmd: Refer to the description for DestOut1Cmd.

		X		X			DI1Sel1Type specifies the sensor type and function connected to DigitalIn0S1
							through DigitalIn3S1. The valid enumerated list of logical digital states for
							DigitalIn0S1 is listed in the Eng. Units/States column.

		X		X			DI2Sel1Type: Refer to the description for DI1Sel1Type.

(continued)

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Honeywell W7761A specifications Values that can be assigned to any output channels

Contents

Excel 10 W7761A Remote Input/Output Device List of Tables Appendices Description of Devices Typical system overview Control Application Control ProvidedProducts Covered Organization of Manual Product Names Agency Listings Abbreviations and Definitions Excel 10 W7761A INPUT/OUTPUT Device Construction Controllers Excel 10 W7761A Remote I/O Device W7761A construction in in. mm Performance Specifications Power List Of Available Points W7761A Specified Space Temperature Sensing Range Environmental Operating TemperatureShipping Temperature Memory Capacity Discharge Air Temperature Outdoor Air TemperatureReturn Air Temperature Mixed Air Temperature Wall Modules 5585 Configurations T7780 construction, subbase dimensions in in. mm Mixed-Output-Type Control Occupancy SensorWindow Open/Closed Digital Input Wall Module Options Overview Plan The SystemApplication Steps Step No Description Lay Out Communications and Power Wiring Determine Other Bus Devices RequiredBus Layout 750,1$ Power Wiring Power Budget Calculation Example VA Ratings For Transformer Sizing Device Description Line Loss VA Rating Nema class 2 transformer voltage output limits Line VOLTAGE` GREATER` Than 150 VAC Prepare Wiring Diagrams General ConsiderationsW7761A Devices W7761A I/O Description Terminal Number Description Temperature Sensor DE V IC E Window Contact Contact Closed = Occupancy Sensor Occupied Valve Actuator Bus Termination Module Typical Pneumatic transducer Series 60 Floating to W7761A See for E-Bus termination wiring options +$672 Order Equipment Excel 10 W7750 ControllersT7770 Wall Modules Sensors Accessories Echelon Based Components and Parts Cabling Temperature Degrees Broadcasting the Service Message Excel 10 AlarmsW7761A Device Status LED T7780 Ddwm Bypass Pushbutton LED States Appendix A. Using E-Vision to Commission a W7761 Device Adding Analog Inputs Enthalpy 4 to 20 mA Adding Other VOLTAGE/CURRENT Sensors Adding Digital Inputs Room Temperature Sensor RmTemp Appendix B. Sequences of OperationCommon Operations Window Sensor StatusWndw Dirty Filter MonitorSeries 60 Modulating Control Pulse Width Modulating PWM Control Temperature Relative Humidity RelativeAir Flow CO 2 Concentration Default Table C1. Input/Output Points Left Table 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 TS Noalarm Table C3. Status Points Left Table 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 Right Approximate Memory Size Estimating Procedure Fig. D-1. Point capacity estimate for Zone Manager Appendix E. Sensor Data for Calibration Resistance SensorsSensor Type Sensor Use 1956.79 Voltage/Current Sensors Table E-4. Sensor Voltage Versus HumidityHumidity 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 Table E-9. Sensor Voltage Versus CO 2 Concentration CO 2 Concentration PPM Sensor VoltageTable E-10. Sensor Voltage Versus Input Voltage To A/D Voltage to A/D Sensor Voltage Table E-11. Sensor Voltage Vdc Versus Pressure InwPressure Inw kPa Sensor Voltage Vdc 3ODD