Carrier OMNIZONE 50XJ064-104 - Manual (Page 58)

58
Configuration Screens (cont)
*Default values from factory.
NOTE: See CC6400 Comfort Controller Overview and Configuration Manual for configuration information.
Maintenance Screens
DESCRIPTION VALUE* UNITS NAME
OMNIZONE::VPTESTC: Field Test
Field Test
Reschedule Rate 5 sec RESCHRAT
Power on Delay 40 sec RESCHPOR
OMNIZONE::MODECTRC: Mode Control
Determines Heat
Reschedule Rate 10 sec RESCHRAT
Power on Delay 30 sec RESCHPOR
Run Fan in Bypass
Reschedule Rate 10 sec RESCHRAT
Power on Delay 30 sec RESCHPOR
Water Economizer Control
Reschedule Rate 10 sec RESCHRAT
Power on Delay 30 sec RESCHPOR
Mod Valve & Econo
Reschedule Rate 2 sec RESCHRAT
Power on Delay 10 sec RESCHPOR
OMNIZONE::SETSYNCC: Setpoint Synchronization
Setpoint Synch
Reschedule Rate 3 sec RESCHRAT
Power on Delay 10 sec RESCHPOR
DESCRIPTION VALUE UNITS STATUS FORCE NAME
OMNIZONE::ADAPT01: VAVRESET Software point control
Analog Output Point
0 % Value
Status Point Off Value
Occupied ? No Status
Reset Point 0 dF Value
Controlling Setpoint 0 dF RefOut
Control Point 0 dF Value
PID_Master_Loop
Reference Output 0 % RefOut
Proportional Term 0 % PTerm
Integral Term 0 % ITerm
Derivative Term 0 % DTerm
Integrator Flags 100 Flags
Task Timer 6 sec TaskTimr
OMNIZONE::ADAPT02: Head Pressure control
Analog Output Point
100 % Control Value
Status Point Off Control Value
Occupied ? No Status
Reset Point 0 PSIG Value
Controlling Setpoint 0 PSIG RefOut
Control Point 117.72 PSIG Value
PID_Master_Loop
Reference Output 0 % RefOut
Proportional Term 0 % PTerm
Integral Term 0 % ITerm
Derivative Term 0 % DTerm
Integrator Flags 100 Flags
Task Timer 2 sec TaskTimr
OMNIZONE::ADAPT03: Building Pressure Ctrl.
Analog Output Point
0 % Value
Status Point Off Value
Occupied ? No Status
Reset Point 0 ma Value
Controlling Setpoint 12.32 ma RefOut
Control Point 12.44 ma Value
PID_Master_Loop
Reference Output 0 % RefOut
Proportional Term 2 % PTerm
Integral Term 0 % ITerm
Derivative Term 0 % DTerm
Integrator Flags 100 Flags
Task Timer 3 sec TaskTimr