38 ACC-SVP01B-EN • BCI-I Integration Guide
Object Data Points and Diagnostic Data Points
Analog Input, 62 Space Humidification Setpoint Active Indicates the setpoint used during space humidification control.
Analog Output, 26 Space Humidification Setpoint BAS BAS supplied space humidification setpoint value.
Analog Input, 16 Space Humidity Active The space humidity value from a unit-mounted control.
Analog Output, 25 Space Humidity BAS BAS supplied space humidity sensor value.
Analog Input, 31 Space Static Air Pressure Active Space static air pressure value being used for unit control.
Analog Output, 10 Space Static Air Pressure BAS BAS supplied space static air pressure sensor value.
Analog Output, 9 Space Static Air Pressure Setpoint BAS BAS supplied space static air pressure setpoint value.
Analog Input, 15 Space Temperature Active The space temperature currently used for unit control.
Analog Input, 74 Space Temperature Cooling Setpoint Input Cooling temperature setpoint from space sensor module.
Analog Input, 75 Space Temperature Heating Setpoint Input Heating temperature setpoint from space sensor module.
Analog Input, 78 Space Temperature Setpoint Local The local space temperature setpoint.
Analog Output, 30 Standby Temperature Offset BAS Offset value used to calculate setpoints in standby mode.
Binary Output, 8 Supply Fan Configuration Command Command the unit supply fan to cycling or continuous operation.
Binary Input, 15 Supply Fan Configuration Status Indicates the supply fan configuration.
Multi-State Input, 37 Supply Fan Proving Status Indicates the current state of the supply fan.
Analog Input, 7 Supply Fan Speed Command Indicates the unit commanded supply fan speed.
Multi-State Input, 41 Supply Fan Status Indicates the state of the supply fan.
Analog Input, 89 Supply Fan Type Describes the supply fan type installed in the unit.
Binary Output, 1 System Control Command Command the unit to standalone- or BAS-controlled operation.
Binary Input, 1 System Control Status Indicates the control system currently in command of the unit.
Multi-State Input, 24 Timed Override Status Timed override request or cancel from zone sensor.
Multi-State Input, 2 Trane Unit Type General description of the equipment-type classification.
Analog Input, 88 Unit Energy Demand Indicates the current heat/cool energy demand of the unit.
Binary Input, 3 Unit Status Indicates the current state of the unit.
Multi-State Input, 21 Unit Stop Source Source of the stop command that turned off the equipment.
Analog Output, 31 Unoccupied Cooling Temperature Setpoint BAS Cooling temperature setpoint used for control in unoccupied mode.
Analog Output, 32 Unoccupied Heating Temperature Setpoint BAS Heating temperature setpoint used for control in unoccupied mode.
Binary Input, 9 VAV Box Command Indicates whether VAV boxes should be in control or wide open.
Multi-State Input, 13 Ventilation Override Status Indicates if the unit is in a ventilation override mode of operation.
Binary Input, 23 Waterside Economizer Enable Status Indicates the status of the waterside economizer system.
Analog Input, 12 Waterside Economizer Valve Position Status Indicates the unit waterside economizer valve position.
(a) AI=Analog Input, AO=Analog Output, AV=Analog Value, BI=Binary Input, BO=Binary Output, MI=Multistate Input, MO=Multistate Output
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
Table 12. Diagnostic Objects Sorted by Object Name
Object Identifier
(a)
Object Name Value/Range Description
BI 59 Diagnostic: Auto - SA High Press Limit
0 = inactive
1 = active
Diagnostic: Auto - SA High Press Limit
BI 66 Diagnostic: BACnet Module Comm Fail
0 = inactive
1 = active
Diagnostic: BACnet Module Comm Fail
To Next Page
Loading...
