Control

Trip Reset

BOOL

1

1

0, 1

Command to reset an avatar trip event
0 = Off, 1 = On

Run 1

BOOL

1

1

0, 1

Command to Avatar Forward Switch.
0 = Off, 1 = On

Run 2

BOOL

1

1

0, 1

Command to Avatar Forward redundant Switch for Wiring Category 3 and Wiring Category 4 avatars.
0 = Off, 1 = On

Run Forward

BOOL

1

1

0, 1

Command to Avatar Forward Switch.
0 = Off, 1 = On

Run Reverse

BOOL

1

1

0, 1

Command to close the Reverse switch with Reverser Avatar
0 = Off, 1 = On

Run Forward Low

BOOL

1

1

0, 1

Command to start Motor forward with Low Speed
0 = Off, 1 = On

Run Forward High

BOOL

1

1

0, 1

Command to start Motor forward with High Speed
0 = Off, 1 = On

Run Reverse Low

BOOL

1

1

0, 1

Run Reverse Low Speed command
0 = Off, 1 = On

Run Reverse High

BOOL

1

1

0, 1

Run Reverse High Speed command
0 = Off, 1 = On

Logic Output 1

BOOL

1

1

0, 1

Command to Close Logical output 1
0 = Off, 1 = On

Logic Output 2

BOOL

1

1

0, 1

Command to Close Logical output 2
0 = Off, 1 = On

Digital Output 0

BOOL

1

1

0, 1

Command to close Digital output 0
0 = Off, 1 = On

Digital Output 1

BOOL

1

1

0, 1

Command to close Digital output 1
0 = Off, 1 = On

Analog Output 0

INT

16

1

–32,768 to 32,767
in steps of 1

Value to be written to Analog output 0

Ready

BOOL

1

1

0, 1

The avatar is ready to be controlled (all Devices in the avatar are Ready).
0 = Off, 1 = On

Upstream Voltage Present 1

BOOL

1

1

0, 1

The avatar has detected that Upstream main power of its first Device is present (Breaker closed).
0 = no voltage presence detected
1 = voltage presence detected

Upstream Voltage Present 2

BOOL

1

1

0, 1

The avatar has detected that Upstream main power of its second Device (if available) is present.
0 = no voltage presence detected
1 = voltage presence detected

Upstream Voltage Present 3

BOOL

1

1

0, 1

The avatar has detected that Upstream main power of its third Device (if available) is present.
0 = no voltage presence detected
1 = voltage presence detected

Upstream Voltage Present 4

BOOL

1

1

0, 1

The avatar has detected that Upstream main power of its fourth Device (if available) is present.
0 = no voltage presence detected
1 = voltage presence detected

Run 1 Status

BOOL

1

1

0, 1

Status of the primary switch for Wiring Category 3 and Category 4.
0 = switch is open, 1 = switch is closed

Run 2 Status

BOOL

1

1

0, 1

Status of the primary switch for Wiring Category 3 and Category 4.
0 = switch is open, 1 = switch is closed

Run Forward Status

BOOL

1

1

0, 1

Avatar Forward Switch Feedback,
0 = switch is open, 1 = switch is closed

Run Reverse Status

BOOL

1

1

0, 1

Avatar Reverse Switch Feedback,
0 = switch is open, 1 = switch is closed

Run Y Status

BOOL

1

1

0, 1

Position of the Y switch for Y/D avatars.
0 = Off, 1 = On

Run D Status

BOOL

1

1

0, 1

Position of the D Switch for Y/D avatars.
0 = Off, 1 = On

Run Forward Low Status

BOOL

1

1

0, 1

Motor is running in Speed1
0 = Motor stopped or in Speed1
1 = Motor running in Speed2

Run Forward High Status

BOOL

1

1

0, 1

Motor is running in Speed2
0 = Motor stopped or in Speed1
1 = Motor running in Speed2

Run Reverse Low Status

BOOL

1

1

0, 1

Position of the Low Speed Reverser switch.
0 = Off, 1 = On

Run Reverse High Status

BOOL

1

1

0, 1

Position of the High Speed Reverser switch.
0 = Off, 1 = On

Logic Output 1 Status

BOOL

1

1

0, 1

Position of the Output 1.
0 = Off, 1 = On

Logic Output 2 Status

BOOL

1

1

0, 1

Position of the Output 2.
0 = Off, 1 = On

Logic Input 1 Status

BOOL

1

1

0, 1

State of Digital Input 1 of the avatar.
0 = Off, 1 = On

Logic Input 2 Status

BOOL

1

1

0, 1

State of Digital Input 1 of the avatar.
0 = Off, 1 = On

Digital Input Status 0

BOOL

1

1

0, 1

State of Digital Input 0 of DIOM Avatar
0 = Off, 1 = On

Digital Input Status 1

BOOL

1

1

0, 1

State of Digital Input 1 of DIOM Avatar
0 = Off, 1 = On

Digital Input Status 2

BOOL

1

1

0, 1

State of Digital Input 2 of DIOM Avatar
0 = Off, 1 = On

Digital Input Status 3

BOOL

1

1

0, 1

State of Digital Input 3 of DIOM Avatar
0 = Off, 1 = On

Bypass Command Status

BOOL

1

1

0, 1

State of avatar if the bypass command has been issued to continue operation and not stop due to a trip.
0 = Off, 1 = On

Local Forward Status

BOOL

1

1

0, 1

The avatar logic is controlled by commands received on digital inputs and PLC commands are ignored during local mode.

Avatar Local Forward Switch Feedback,
0 = switch is open, 1 = switch is closed

Local Reverse Status

BOOL

1

1

0, 1

The avatar logic is controlled by commands received on digital inputs and PLC commands are ignored during local mode.

Avatar Reverse Forward Switch Feedback,
0 = switch is open, 1 = switch is closed

Local Forward Low Speed Status

BOOL

1

1

0, 1

The avatar logic is controlled by commands received on digital inputs and PLC commands are ignored during local mode.

Avatar Local Forward Low Speed Switch Feedback,
0 = switch is open, 1 = switch is closed

Local Forward High Speed Status

BOOL

1

1

0, 1

The avatar logic is controlled by commands received on digital inputs and PLC commands are ignored during local mode.

Avatar Local Forward High Speed Switch Feedback,
0 = switch is open, 1 = switch is closed

Local Reverse Low Speed Status

BOOL

1

1

0, 1

The avatar logic is controlled by commands received on digital inputs and PLC commands are ignored during local mode.

Avatar Local Reverse Low Speed Switch Feedback,
0 = switch is open, 1 = switch is closed

Local Reverse High Speed Status

BOOL

1

1

0, 1

The avatar logic is controlled by commands received on digital inputs and PLC commands are ignored during local mode.

Avatar Local Reverse High Speed Switch Feedback,
0 = switch is open, 1 = switch is closed

Manual Mode Override Status

BOOL

1

1

0, 1

The avatar is controlled by local command and PV control when in manual mode.
0 = Off, 1 = On

PV Control Input 0 Status

BOOL

1

1

0, 1

Status of PV Control Input 0 (command to avatar after input processing).
0 = Off, 1 = On

PV Control Input 1 Status

BOOL

1

1

0, 1

Status of PV Control Input 1 (command to avatar after input processing).
0 = Off, 1 = On

PV Input 0

INT

16

1

–32, 768 to 32,767
in steps of 1

Returns the measured value of the PV input.

PV Input 1

INT

16

1

–32, 768 to 32,767
in steps of 1

PV Input 2

INT

16

1

–32, 768 to 32,767
in steps of 1

PV Input 3

INT

16

1

–32, 768 to 32,767
in steps of 1

PV Input 4

INT

16

1

–32, 768 to 32,767
in steps of 1

PV Switch 0

BOOL

1

1

0,1

Positive Logic – A PV Switch input ON or a PV Input above the PV Control Level represents an ON command.

Negative Logic – A PV Switch input OFF or a PV Input below the PV Control Level represents an ON command.

0 = Off, 1 = On

PV Switch 1

BOOL

1

1

1,0

PV Switch 2

BOOL

1

1

1,0

PV Switch 3

BOOL

1

1

1,0

PV Switch 4

BOOL

1

1

1,0

Predictive Alarm Status

UINT

16

1

1,0

Predictive Alarms are triggered by combinations of protection functions alarms and PV Input conditions. The avatars support up to 10 Predictive Alarms.

Analog Input 0

INT

16

1

–32,768 to 32,767
in steps of 1

Value read from the Analog input 0

Analog Input 1

INT

16

1

–32,768 to 32,767
in steps of 1

Value read from the Analog input 1

Load Starting

BOOL

1

1

0, 1

Returns 1 if the load is in start phase.
0 = Off, 1 = On

Load Running

BOOL

1

1

0, 1

Set to 1 when a Run or Close command has been executed and current is flowing in the poles (equivalent to Motor Running but also for non-motor avatars).
0 = Off, 1 = On

Motor Temperature

INT

16

1

–200 to 850
in steps of 1

Returns the motor temperature in °C. Depending on the Temperature Sensor type, the range is:

• –200 to 850 °C for PT100

• –200 to 600 °C for PT1000

• –60 to 180 °C for NI 100/1000

IRMS Average

UDINT

32

0.001

0–4,294,967,295
in steps of 1

Calculate the average of the most recent phase current RMS values (A).

Alarm

BOOL

1

1

0, 1

Avatar has detected a protection alarm event.
0 = Off, 1 = On

Tripped

BOOL

1

1

0, 1

Avatar has detected a trip event.
0 = Off, 1 = On

Ready to Reset

BOOL

1

1

0, 1

0 = Off, 1 = On

Asset Alarm

BOOL

1

1

0, 1

Triggered when a Power Device or SIM references within the avatar has reached or exceeded 90% of expected durability (per Avatar Parameter).
0 = Off, 1 = On

Motor Thermal Capacity Used

USINT

8

1

0–255
in steps of 1

Returns the percentage (%) of the motor’s thermal capacity which has been used.

Protection Alarm Message 1

UINT

16

—

0 to max. 0xFFFF

1st Modbus register protection alarm bits:

Bit 2: Ground Current Alarm

Bit 3: Thermal Overload Alarm

Bit 5: Jam Alarm

Bit 6: Current Phase Unbalance Alarm

Bit 7: Undercurrent Alarm

Protection Alarm Message 2

UINT

16

—

0 to max. 0xFFFF

2nd Modbus register protection alarm bits:

Bit 3: Overcurrent Alarm

Bit 6: Motor Overheat Alarm

Protection Trip Message 1

UINT

16

—

0 to max. 0xFFFF

1st Modbus register protection trip bits:

Bit 2: Ground Current Trip

Bit 3: Thermal Overload Trip

Bit 4: Long Start Trip

Bit 5: Jam Trip

Bit 6: Current Phase Unbalance Trip

Bit 7: Undercurrent Trip

Bit 8: Stall Trip

Protection Trip Message 2

UINT

16

—

0 to max. 0xFFFF

2nd Modbus register protection trip bits:

Bit 2: Phase Configuration Trip

Bit 3: Overcurrent Trip

Bit 4: Current Phase Loss Trip

Bit 5: Current Phase Reversal Trip

Bit 6: Motor Overheat Trip

Thermal Overload Time To Trip

UINT

16

1

0–65535
in steps of 1

Estimated time (in seconds) before a Thermal Overload trip.

Thermal Overload Time To Reset

UINT

16

1

0–65535
in steps of 1

Estimated time (in seconds) to wait before a reset could acknowledge a Thermal Overload trip.