Trane BCI-I Integration Manual page 35

Object Data Points and Diagnostic Data Points
Table 10. Diagnostics, Binary Input (continued)
(a)
Object Identifier
Binary Input, 124
Binary Input, 125
Binary Input, 126
Binary Input, 127
Binary Input, 128
Binary Input, 129
Binary Input, 130
Binary Input, 131
Binary Input, 132
Binary Input, 133
Binary Input, 134
Binary Input, 139
Binary Input, 140
Binary Input, 141
Binary Input, 142
Binary Input, 143
Binary Input, 144
Binary Input, 145
Binary Input, 146
Binary Input, 147
Binary Input, 148
Binary Input, 149
Binary Input, 150
Binary Input, 151
Binary Input, 166
Binary Input, 233
(a) Object States: Inactive = normal and Active = foreign language specific
Table 11. All Object Types Sorted by Object Name (
(a)
Object Identifier Object Name
Binary Input, 165 Alarm Relay Output Status
Multi-State Output, 8 Application Mode Request BAS
Multi-State Input, 19 Application Mode Status
Analog Input, 80 Cabinet Style
Binary Input, 2 Compressor Lockout Status
Analog Input, 14 Condenser Capacity Status
Multi-State Input, 10 Condenser Type
Binary Input, 243 Condenser Water Drain Status
Analog Input, 35 Condenser Water Entering Temperature
Multi-State Output, 10 Condenser Water Flow BAS
Binary Input, 25 Condenser Water Flow Status
Analog Input, 46 Condenser Water Leaving Temperature Active
Analog Input, 47 Condenser Water Leaving Temperature Local
Binary Input, 24 Condenser Water Pump Status
Analog Input, 42 Condensing Saturated Temperature Circuit 1
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Object Name
Diagnostic: Unocc Dehumid Setpoint Fail
Diagnostic: Occ Dehumid Setpoint Failure
Diagnostic: Unocc Humid Setpoint Fail
Diagnostic: Occ Humid Setpoint Failure
Diagnostic: MDM Communications Failure
Diagnostic: Dirty Final Filter
Diagnostic: Vel Press Sensor (Front) Fail
Diagnostic: High Superheat - Ckt 1
Diagnostic: Low Refrigerant Charge - Ckt 1
Diagnostic: High Superheat - Ckt 2
Diagnostic: Low Refrigerant Charge - Ckt 2
Diagnostic: MPM Communications Failure
Diagnostic: TPM Communications Failure
Diagnostic: Return Plenum Press Sensor
Diagnostic: Return Press High Limit (Man)
Diagnostic: Return Press High Limit (Auto)
Diagnostic: Cond Press Sensor Fail Ckt 2
Diagnostic: Cond Press Sensor Fail Ckt 1
Diagnostic: Invalid Unit Configuration
Diagnostic: Maintenance Required
Diagnostic: Unit Communications Failure
Diagnostic: Unit Stopped at Local HI
Diagnostic: Unit Stopped at Remote HI
Diagnostic: RTM External Stop
Diagnostic: Stop Status
Diagnostic: Sump Min Level Cycling (man)
Description
Diagnostic: Unocc Dehumid Setpoint Fail
Diagnostic: Occ Dehumid Setpoint Failure
Diagnostic: Unocc Humid Setpoint Fail
Diagnostic: Occ Humid Setpoint Failure
Diagnostic: MDM Communications Failure
Diagnostic: Dirty Final Filter
Diagnostic: Vel Press Sensor (Front) Fail
Diagnostic: High Superheat - Ckt 1
Diagnostic: Low Refrigerant Charge - Ckt 1
Diagnostic: High Superheat - Ckt 2
Diagnostic: Low Refrigerant Charge - Ckt 2
Diagnostic: MPM Communications Failure
Diagnostic: TPM Communications Failure
Diagnostic: Return Plenum Press Sensor
Diagnostic: Return Press High Limit (Man)
Diagnostic: Return Press High Limit (Auto)
Diagnostic: Cond Press Sensor Fail Ckt 2
Diagnostic: Cond Press Sensor Fail Ckt 1
Diagnostic: Invalid Unit Configuration
Diagnostic: Maintenance Required
Diagnostic: Unit Communications Failure
Diagnostic: Unit Stopped at Local HI
Diagnostic: Unit Stopped at Remote HI
Diagnostic: RTM External Stop
Diagnostic: Stop Status
Diagnostic: Sump Min Level Cycling (man)
Refer to previous tables for detailed descriptions of objects
Description
Indicates the state of the alarm relay on the unit.
Command the unit to a specific application mode.
Indicates the current application mode of the equipment.
Describes the cabinet style of the unit.
One or more compressors are locked out with no diagnostic.
Indicates the unit condenser capacity being utilized.
General description of the equipment condenser system.
Indicates the status of the condenser water drain
The temperature of the water entering the condenser.
Command the unit to utilize a remote water flow indication.
Indicates the flow status of water in the condenser system.
Condenser water leaving temperature value used for unit control.
Condenser water leaving temperature from a unit-mounted sensor.
Indicates the status of the condenser water system pump.
Indicates the saturated condenser temperature for circuit 1.
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ACC-SVP01B-EN • BCI-I Integration Guide