36 ACC-SVP01B-EN • BCI-I Integration Guide
Object Data Points and Diagnostic Data Points
Multi-State Input, 44 Economizer System Status Indicates the operating state of the waterside economizer system.
Multi-State Input, 9 Economizer Type General description of the equipment economizer system.
Multi-State Output, 3 Economizer Waterside Enable BAS Command the state of the waterside economizer system.
Analog Input, 70 Economizing Enthalpy Enable Setpoint Enthalpy setpoint below which economizing can be used.
Analog Input, 69 Economizing Temperature Enable Setpoint Temperature setpoint below which economizing can be used.
Multi-State Output, 2 Emergency Override BAS Command the unit into an emergency mode of operation.
Analog Input, 64 Energy Recovery Exhaust Air Bypass Damper Position Energy recovery exhaust air bypass damper position.
Binary Input, 26 Energy Recovery Frost Avoidance Status Status of the energy recovery system frost protection function.
Analog Input, 65 Energy Recovery Leaving Exhaust Air Temperature Energy recovery leaving exhaust air temperature.
Analog Input, 66 Energy Recovery Outdoor Air Bypass Damper Position Energy recovery outdoor air bypass damper position.
Binary Input, 28 Energy Recovery Preheat Status Indicates the status of the energy recovery preheat function.
Binary Input, 27 Energy Recovery Status Indicates the status of the energy recover system.
Analog Input, 36 Evaporator Entering Temperature Circuit 1 Indicates the entering evaporator temperature for circuit 1.
Analog Input, 37 Evaporator Entering Temperature Circuit 2 Indicates the entering evaporator temperature for circuit 2.
Binary Input, 161 Evaporator Frost Protection Circuit 1 Status The status of evaporator frost protection function for circuit 1.
Binary Input, 162 Evaporator Frost Protection Circuit 2 Status The status of evaporator frost protection function for circuit 2.
Binary Input, 163 Evaporator Frost Protection Circuit 3 Status The status of evaporator frost protection function for circuit 3.
Binary Input, 164 Evaporator Frost Protection Circuit 4 Status The status of evaporator frost protection function for circuit 4.
Analog Input, 38 Evaporator Leaving Temperature Circuit 1 Indicates the leaving evaporator temperature for circuit 1
Analog Input, 39 Evaporator Leaving Temperature Circuit 2 Indicates the leaving evaporator temperature for circuit 2.
Analog Input, 40 Evaporator Leaving Temperature Circuit 3 Indicates the leaving evaporator temperature for circuit 3.
Analog Input, 41 Evaporator Leaving Temperature Circuit 4 Indicates the leaving evaporator temperature for circuit 4.
Analog Input, 9 Exhaust Damper Position Status Indicates the unit exhaust damper position.
Analog Input, 71 Exhaust Enable Damper Position Setpoint Exhaust air damper minimum position to enable exhaust sequence.
Multi-State Input, 39 Exhaust Fan Proving Status Indicates if the unit exhaust fan is off or on.
Analog Input, 8 Exhaust Fan Speed Command Indicates the unit commanded exhaust fan speed.
Multi-State Input, 38 Exhaust Fan Status Indicates the commanded state of the exhaust fan.
Analog Input, 90 Exhaust or Return Fan Type Describes the exhaust or return fan type installed in the unit.
Analog Input, 6 Filter Runtime Hours Indicates the number of hours air has flowed through the filter.
Analog Value, 1 Filter Runtime Hours Setpoint The setpoint value used by the filter run hours calculation.
Binary Output, 13 Filter Timer Reset Command Command the unit to reset the accumulated filter run hours.
Multi-State Input, 36 Final Filter Status Indicates the final filter media state.
Analog Input, 13 Frost Avoidance Temperature Setpoint Indicates the frost coil avoidance temperature setpoint.
Analog Output, 20 Heat Capacity Enable Setpoint BAS BAS supplied heating demand limit capacity setpoint value.
Binary Output, 5 Heat Lockout Command Command the unit to prevent heating operation.
Binary Output, 12 Heat or Reheat Enable Command Enable the heating or reheating system during dehumidification mode.
Multi-State Input, 29 Heat Output 1 Indicates the commanded state of heating output 1.
Multi-State Input, 30 Heat Output 2 Indicates the commanded state of heating output 2.
Multi-State Input, 31 Heat Output 3 Indicates the commanded state of heating output 3.
Multi-State Input, 32 Heat Output 4 Indicates the commanded state of heating output 4.
Multi-State Input, 33 Heat Output 5 Indicates the commanded state of heating output 5.
Analog Input, 2 Heat Primary Capacity Status Indicates the unit primary heating capacity being utilized.
Analog Input, 3 Heat Secondary Capacity Status Indicates the unit secondary heating capacity being utilized.
Multi-State Input, 18 Heating Reset Type Status Indicates the type of heating reset.
Multi-State Input, 23 Heating Setpoint Source Indicates the source of the space heating setpoint.
Analog Input, 76 Humidification Capacity Status Indicates the unit humidification capacity being utilized.
Table 11. All Object Types Sorted by Object Name (Refer to previous tables for detailed descriptions of objects) (continued)
Object Identifier
(a)
Object Name Description
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