Analog Values - Trane Tracer UC600 Installation Manual

Table 3. Analog Outputs (continued)
Object
Object Name
Identifi-
er
Compressor 3
AO83 Condenser Regulating
Valve
Compressor 4
AO84 Condenser Regulating
Valve
Compressor 1 Variable
AO90
Speed Command
Supply Fan 1 Speed
AO96
Command
Supply Fan 2 Speed
AO97
Command
Supply Fan 3 Speed
AO98
Command
Supply Fan 4 Speed
AO99
Command
Supply Fan 5 Speed
AO100
Command
Supply Fan 6 Speed
AO101
Command
Water Side
AO105
Economizer Valve
Table 4. Analog Values
Object
Object Name
Identifi-
er
Discharge Air Cooling
AV18
Setpoint Max BAS
Discharge Air
AV21 Temperature Setpoint
Active
Discharge Air
Temperature Setpoint
AV21
Pgain
Discharge Air Cooling
AV24
Setpoint BAS
Discharge Air Heating
AV25
Setpoint BAS
Cooling Capacity
AV52
Status
Discharge Air
AV72 Temperature Setpoint
Local
Duct Static Pressure
AV72
Active
Space Temperature
AV73
BAS
Space Temperature
AV74
Active
Duct Static Pressure
AV91
Setpoint BAS
Duct Static Pressure
AV92
Setpoint Active
Supply Fan Speed
AV101
Pgain
Supply Fan Speed
AV115
Status
Cooling Capacity
AV124
Request
Dirty Air Filter DP
AV129
Setpoint
Active CoolCoil Control
AV133
Sensor
Active CoolCoil Control
AV134
Setpoint
Cooling PID Output
AV139
BAS-SVP042A-EN
Units of Minimum
Measure Maximum
0% to 100%
Percent
Open
0% to 100%
Percent
Open
0% to 100%
Percent
Speed
0% to 100%
Percent
Speed
0% to 100%
Percent
Speed
0% to 100%
Percent
Speed
0% to 100%
Percent
Speed
0% to 100%
Percent
Speed
0% to 100%
Percent
Speed
0% to 100%
Percent
Open
Units of Minimum
Measure Maximum
Temperature 10°C (50°F) to
(°C or °F) 29.4°C (85°F)
Temperature -50°C (-58°F) to
(°C or °F) 236°C (482°F)
None
Temperature -50°C (-58°F) to
(°C or °F) 236°C (482°F)
Temperature -50°C (-58°F) to
(°C or °F) 236°C (482°F)
Percent -150% to 150%
Temperature -50°C (-58°F) to
(°C or °F) 236°C (482°F)
Pressure -5.0 to 5.0 in
in(H2O) (H2O)
Temperature -50°C (-58°F) to
(°C or °F) 236°C (482°F)
Temperature
-50°C (-58°F) to
(°C or °F) 236°C (482°F)
Pressure -0.0 to 5.0 in
in(H2O) (H2O)
Pressure -5.0 to 5.0 in
in(H2O) (H2O)
None 1 to 25
Percent -150 % to 150 %
Percent -150% to 150%
Pressure -10.0 to 5.0 in
in(H2O) (H2O)
Temperature -50°C (-58°F) to
(°C or °F) 236°C (482°F)
Temperature -50°C (-58°F) to
(°C or °F) 236°C (482°F)
Percent -150% to 150%
O O b b j j e e c c t t a a n n d d D D i i a a g g n n o o s s t t i i c c D D a a t t a a P P o o i i n n t t s s
When the Object
Exists
Unit that Circuit 3
Analog Control that regulates water
has a Water
throught the water cooled condenser
Regulating Valve
installed
Unit that Circuit 4
Analog Control that regulates water
has a Water
throught the water cooled condenser
Regulating Valve
installed
Unit where
Analog signal that controls the
compressor 1 is a
VFD Compressor
Analog signal that Controls the Fan
Units with at least 1
Fan
Analog signal that Controls the Fan
Units with at least 2
Fan
Analog signal that Controls the Fan
Units with at least 3
Fan
Analog signal that Controls the Fan
Units with at least 4
Fan
Analog signal that Controls the Fan
Units with at least 5
Fan
Analog signal that Controls the Fan
Units with at least 6
Fan
Analog Control that regulates water
Units with a Water
throught the water side economizer
Side Economizer
When the Object
Exists
Sets the maximum Reset Temperature
Units with Discharge
when in the cooling mode.
Air Reset Method.
Setpoint the unit is using to control the
All Units
discharge air temperature to.
Units with Discharge P Gain for the PID Discharge Air Reset
Air Reset Method.
User Entered Setpoint to control the
All Units Discharge Air to when in the cooling
User Entered Setpoint to control the
Unit with a Heating
Discharge Air to when in the Heating
Coil
Cooling Capacity actually running on
All Units
Setpoint the unit is using to control the
Units with Discharge
discharge air temperature to.
Air Reset Method.
Duct static pressure the unit is
All Units
controling the fans to.
Setpoint the unit is using to control the
Units with Discharge
discharge air temperature to.
Air Reset Method.
Setpoint the unit is using to control the
Units with Discharge
discharge air temperature to.
Air Reset Method.
User entered Setpoint to control the
All Units
fans to the desired pressure.
Setpoint being used to control the fans Read Only
All Units
P Gain for the PID Supply Fan Speed
All Units
Speed the Fans are actually running
All Units
Cooling Capacity needed to meet the
All Units
Filter pressure which will generate a
dirty filter alarm when the filter
All Units
differential pressure exceeds it.
Active Temperature used for
All Units
controlling the cooling calculation
Active Setpoint used for controlling
All Units
the cooling calculation
Output from the cooling PID
All Units
Description
of the compressor
of the compressor
compressor speed
Speed
Speed
Speed
Speed
Speed
Speed
Description
Calculation
mode.
mode.
the unit
Calculation
cooling demand.
calculation.
Read/
Write
Read Only
Read Only
Read Only
Read Only
Read Only
Read Only
Read Only
Read Only
Read Only
Read Only
Read/
Write
Writeable
Read Only
Read Only
Writeable
Writeable
Read Only
Read Only
Read Only
Writeable
Read Only
Writeable
Read Only
Read Only
Read Only
Writeable
Read Only
Read Only
Read Only
19