Trane Tracer UC600 Installation Manual page 21

Table 4. Analog Values (continued)
Object
Object Name
Identifi-
er
Compressor 2
Calculated Saturated
AV320
Discharge Temp
Compressor 2
Calculated Saturated
AV321
Suction Temp
Compressor 2
AV322
Calculated Superheat
Compressor 2
Estimated Cond
AV323
Approach Temp
Compressor 2
Estimated Evap
AV324
Approach Temp
Compressor 2 Max
AV325
Cond Valve Setpoint
Compressor 2 Min
AV326
Cond Valve Setpoint
Compressor 2 Run
AV327
Hours
Compressor 2
AV328
Sequence Number
Compressor 3
Calculated Diff
AV333
Refrigerant Pressure
Compressor 3
Calculated Saturated
AV334
Discharge Temp
Compressor 3
Calculated Saturated
AV335
Suction Temp
Compressor 3
AV336
Calculated Superheat
Compressor 3
Estimated Cond
AV337
Approach Temp
Compressor 3
Estimated Evap
AV338
Approach Temp
Compressor 3 Max
AV339
Cond Valve Setpoint
Compressor 3 Min
AV340
Cond Valve Setpoint
Compressor 3 Run
AV341
Hours
Compressor 3
AV342
Sequence Number
Compressor 4
Calculated Diff
AV347
Refrigerant Pressure
Compressor 4
Calculated Saturated
AV348
Discharge Temp
Compressor 4
Calculated Saturated
AV349
Suction Temp
Compressor 4
AV350
Calculated Superheat
Compressor 4
Estimated Cond
AV351
Approach Temp
Compressor 4
Estimated Evap
AV352
Approach Temp
BAS-SVP042A-EN
Units of Minimum
Measure Maximum
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)
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)
Temperature -50°C (-58°F) to
(°C or °F) 236°C (482°F)
Percent -150% to 150%
Percent -150% to 150%
0 -
None
9999999827968
None 0 - 5
-500 psi to 500
PSI
psi
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)
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)
Temperature -50°C (-58°F) to
(°C or °F) 236°C (482°F)
Percent -150% to 150%
Percent -150% to 150%
0 -
None
9999999827968
None 0 - 5
-500 psi to 500
PSI
psi
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)
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)
Temperature -50°C (-58°F) to
(°C or °F) 236°C (482°F)
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
Calculated Saturated Discharge
Units with 2
Temperature calcualted by the
Compressor
refrigerant temp and pressure.
Units with 2 Calculated Suction Temperature by
Compressor pressure to temperature conversion.
Calculated Superheat of the Suction
Units with 2
line by Temperautre and pressure
Compressor
Units with 2 Calculated Condenser approach
Compressor with temperature based off Refrigerant PT
Cond Reg Valve Conversion and water temperature.
Calculated approach temperuatre of
Units with 2
the Evaporator refrigerant temprature
Compressor
and the air temperature.
Units with 2
Maximum Valve position for the
Compressor with
condenser regulating valve.
Cond Reg Valve
Units with 2
Minimum Valve position for the
Compressor with
condenser regulating valve.
Cond Reg Valve
Totalized run hours of the compressor
Units with 2
from the last run hour reset or
Compressor
Units with 2 Sequence Number to indicate what
Compressor sequence the compressor will start in.
Calculated Differential Pressure
Units with 3
between the Discharge and Suction
Compressor
Calculated Saturated Discharge
Units with 3
Temperature calcualted by the
Compressor
refrigerant temp and pressure.
Units with 3 Calculated Suction Temperature by
Compressor pressure to temperature conversion.
Calculated Superheat of the Suction
Units with 3
line by Temperautre and pressure
Compressor
Units with 3 Calculated Condenser approach
Compressor with temperature based off Refrigerant PT
Cond Reg Valve
Conversion and water temperature.
Calculated approach temperuatre of
Units with 3
the Evaporator refrigerant temprature
Compressor
and the air temperature.
Units with 3
Maximum Valve position for the
Compressor with
condenser regulating valve.
Cond Reg Valve
Units with 3
Minimum Valve position for the
Compressor with
condenser regulating valve.
Cond Reg Valve
Totalized run hours of the compressor
Units with 3
from the last run hour reset or
Compressor
Units with 3 Sequence Number to indicate what
Compressor sequence the compressor will start in.
Calculated Differential Pressure
Units with 4
between the Discharge and Suction
Compressor
Calculated Saturated Discharge
Units with 4
Temperature calcualted by the
Compressor
refrigerant temp and pressure.
Units with 4 Calculated Suction Temperature by
Compressor pressure to temperature conversion.
Calculated Superheat of the Suction
Units with 4
line by Temperautre and pressure
Compressor
Units with 4 Calculated Condenser approach
Compressor with temperature based off Refrigerant PT
Conversion and water temperature.
Cond Reg Valve
Calculated approach temperuatre of
Units with 4
the Evaporator refrigerant temprature
Compressor
and the air temperature.
Description
Read Only
Read Only
Read Only
sensors.
Read Only
Read Only
Read Only
Read Only
Read Only
program change.
Read Only
Read Only
Pressure Sensors
Read Only
Read Only
Read Only
sensors.
Read Only
Read Only
Read Only
Read Only
Read Only
program change.
Read Only
Read Only
Pressure Sensors
Read Only
Read Only
sensors.
Read/
Write
Writeable
Writeable
Writeable
21