38
BAS-SVP042A-EN
Table 9. All Object Types Sorted by Object Name (continued)
Object
Identifi-
er
Object Name
Units of
Measure
Minimum
Maximum
When the Object
Exists
Description
Read/
Write
AV365
Condenser Purge Time
(Min)
None 5 to 60
Water Cooled
Condenser Units
Only
Time that the Compressor regulating
valves will be open during purge mode
Read Only
AV368
Condenser Tee
Strainer Calculated
Diff Press
PSI
-10 psi to 10 psi
Water Cooled
Condenser Units
Only
Calculated Differential Pressure
between the High and Low Condenser
Tee Strainer sensors.
Read Only
AV369
Condenser Tee
Strainer Calculated
High Pressure
PSI
-10 psi to 600 psi
Water Cooled
Condenser Units
Only
Calculated High Pressure based off
High Pressure input and High Pressure
Offset
Read Only
AV370
Condenser Tee
Strainer Calculated
Low Pressure
PSI
-10 psi to 600 psi
Water Cooled
Condenser Units
Only
Calculated Low Pressure based off Low
Pressure input and Low Pressure
Offset
Read Only
AV371
Condenser Tee
Strainer Diff Pressure
Alarm Setpt
PSI
-500 psi to 500
psi
Water Cooled
Condenser Units
Only
Alarm Setpoint to generate alarm for a
dirty strainer Tee based on the
differential pressure.
Read Only
AI48
Condenser Tee
Strainer High Pressure
Pressure
(PSI)
-500 to 550 PSI
Water Cooled
Condenser Units
Only
Local Condenser Tee Strainger High
Pressure Sensor
Read Only
AV372
Condenser Tee
Strainer High Pressure
Offset
PSI
-15 psi to 15 psi
Water Cooled
Condenser Units
Only
Offset applied to the High Pressure
reading to calibrate the sensor with a
local gauge.
Read Only
AI49
Condenser Tee
Strainer Low Pressure
Pressure
(PSI)
-500 to 550 PSI
Water Cooled
Condenser Units
Only
Local Condenser Tee Strainger Low
Pressure Sensor
Read Only
AV373
Condenser Tee
Strainer Low Pressure
Offset
PSI
-15 psi to 15 psi
Water Cooled
Condenser Units
Only
Offset applied to the Low Pressure
reading to calibrate the sensor with a
local gauge.
Read Only
AV375
Condenser Valve
Control P Gain
None 0.1 to 10 All Units
P Gain for the PID Condenser
Calculation
Read Only
AI46
Condenser Water
Entering Temperature
Temperature
(°C or °F)
-50°C (-58°F) to
236°C (482°F)
Water Cooled
Condenser Units
Only
Local Condenser Water Entering
Temperature Sensor
Read Only
BI42
Condenser Water Flow
Switch
None None All Units
Open = No Flow
Closed = Flow
Read Only
BV251
Condenser Water Flow
Type
None None All Units
Open = Variable Flow
Closed = Constant Flow
Read Only
AI47
Condenser Water
Leaving Temperature
Temperature
(°C or °F)
-50°C (-58°F) to
236°C (482°F)
Water Cooled
Condenser Units
Only
Local condenser Water Leaving
Temperature Sensor
Read Only
AV124
Cooling Capacity
Request
Percent -150% to 150% All Units
Cooling Capacity needed to meet the
cooling demand.
Read Only
AV52
Cooling Capacity
Status
Percent -150% to 150% All Units
Cooling Capacity actually running on
the unit
Read Only
AV149
Cooling PID Maximum
Value
Percent -150% to 150% All Units
Maximum value that the PID
calculation can attain.
Read Only
AV139
Cooling PID Output
Percent -150% to 150% All Units
Output from the cooling PID
calculation.
Read Only
BV18
Cooling Safeties OK
None None All Units
Open = Stop Cooling
Closed = Cooling OK
Read Only
AV150
Cooling Stages
Requested
None 0 - 10 All Units
Number of Compressors which are
requested to run
Read Only
BO125
Cooling Tower Pump
Request
None None
Water Cooled
Condenser Units
Only
Normally Open Contacts Used Only
Open = Off Closed = Request On
Normally Closed Contacts not used
Read Only
BV37
Diagnostic: Auto Reset
None None All Units
Open = Normai
Closed = Alarm
Read Only
BV260
Diagnostic:
Compressor 1
Discharge Pressure
Sensor Failure
None None
Units with 1
Compressor
Open = Normal
Closed = Failure
Latching Diagnostic. Cleared with
Comp 1 Failure Reset or Power Cycle.
Read Only
BV261
Diagnostic:
Compressor 1 Frostat
None None
Units with 1
Compressor
Open = Normal
Closed = Failure
Latching Diagnostic. Cleared with
Comp 1 Failure Reset or Power Cycle.
Read Only
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