Avatar Acyclic Function Blocks

The Avatar_Control function block returns the status of the acyclic data for the individual avatar. In the example below, the AvMotorOneDirection_Control function block is displayed. The same set of acyclic data is available for all avatars, not including the System avatar, analog I/O, and the digital I/O.

AvMotorOneDirection_Control Function Block

Avatar Control Output Interface

Output	Data Type	Description
CurrentPhaseUnbalanceTrip	BOOL	The avatar has detected the conditions to cause a current phase unbalance trip event.
CurrentPhaseUnbalanceAlarm	BOOL	The avatar has detected the conditions to cause a current phase unbalance event.
CurrrentPhaseLossTrip	BOOL	The avatar has detected the conditions to cause a current phase loss trip event.
CurrrentPhaseReversalTrip	BOOL	The avatar has detected the conditions to cause a current phase reversal trip event.
GroundCurrentTrip	BOOL	The avatar has detected the conditions to cause a ground current trip event.
GroundCurrentAlarm	BOOL	The avatar has detected the conditions to cause a ground current event.
JamTrip	BOOL	The avatar has detected the conditions to cause a jam trip event.
JamAlarm	BOOL	The avatar has detected the conditions to cause a jam event.
LongStartTrip	BOOL	The avatar has detected the conditions to cause a long start trip event.
MotorOverheatTrip	BOOL	The motor temperature has increased above the motor overheat trip level.
MotorOverheatAlarm	BOOL	The motor temperature has increased above the motor overheat level.
MotorTemperature	INT	Indicates the temperature of the motor in 0.1 °C scaling unit. Depending on temperature sensor type, the range is: −200 to +850°C (−328 to +1562°F) (for PT100) −200 to +600°C (−328 to +1112°F) (for PT1000) −60 to +180°C (−76 to +356°F) (for NI 100/1000)
NoTrip	BOOL	No trip has been detected.
NoAlarm	BOOL	No advisory condition has been detected.
OverCurrentTrip	BOOL	The avatar has detected the conditions to cause an overcurrent trip event.
OverCurrentAlarm	BOOL	The avatar has detected the conditions to cause an overcurrent event.
PhaseConfigurationTrip	BOOL	The avatar has detected the conditions to cause a phase configuration trip event.
SILGroup	SINT	Indicates the number of the SIL* group.
StallTrip	BOOL	The avatar has detected the conditions to cause a stall trip event.
ThermalCapacity	INT	Provides the percentage (%) of the thermal capacity of the motor which has been used.
ThermalOverloadTrip	BOOL	The avatar thermal capacity has increased above 100%.
ThermalOverloadAlarm	BOOL	The avatar thermal capacity has increased above the thermal overload level.
TimeToReset	DINT	Estimated time to wait before being able to reset a thermal overload trip. (Unit: s)
TimeToTrip	DINT	Estimated time before a thermal overload trip will occur given the current conditions. (Unit: s)
UnderCurrentTrip	BOOL	The avatar has detected the conditions to cause an undercurrent trip event.
UnderCurrentAlarm	BOOL	The avatar has detected the conditions to cause an undercurrent event.