Type:

Function block

Available as of:

V1.0.0.0

iq_TeSysIslandRef

FB_TeSys_island

Reference to the TeSys island device.

i_xEnable

BOOL

A rising edge at the input i_xEnable starts the cyclic and acyclic data exchange between the function block and the selected avatar. As long as i_xEnable is TRUE the cyclic data is exchanged every controller cycle and the acyclic parameters are updated sequential in the order, they are defined in the function block. A falling edge at the input i_xEnable stops the data exchange and active acyclic commands. Refer to Behavior of the Function Blocks with the Input i_xEnable.

i_sAvatarName

STRING(GPL.Gc_uiLengthOfAvatarName)

Reference to the avatar defined in the TeSys island configuration.

i_xResetTrip

BOOL

If this input is set to TRUE, a detected trip error is reset.

i_xRunFwdLow

BOOL

If this input is set to TRUE, the motor starts in forward direction with low speed.

i_xRunFwdHigh

BOOL

If this input is set to TRUE, the motor starts in forward direction with high speed.

i_xRunRevLow

BOOL

If this input is set to TRUE, the motor starts in reverse direction with low speed.

i_xRunRevHigh

BOOL

If this input is set to TRUE, the motor starts in reverse direction with high speed.

q_xError

BOOL

If this output is set to TRUE, an error has been detected. For details, refer to q_etResult and q_etResultMsg.

q_etResult

ET_Result

Provides diagnostic and status information as a numeric value.

q_sResultMsg 

STRING[30]

Provides additional diagnostic and status information as a text message.

q_xActive 

BOOL

If the function block is active, this output is set to TRUE.

q_xReady 

BOOL

Indicates TRUE if the function block is ready to receive an execute command.

q_xUpstreamVltg1

BOOL

If this output is set to TRUE, the avatar has detected that upstream main power of the first device is present (breaker closed).

q_xLoadRunning

BOOL

If this output is set to TRUE, 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).

(Unit: mA)

q_udiAvgIRMS

UDINT

Indicates the average of the most recent phase current IRMS values.

(Unit: mA)

q_xWarning

BOOL

If this output is set to TRUE, a protection event has been detected by the avatar.

q_xTripped

BOOL

If this output is set to TRUE, a protection trip event has been detected by the avatar.

q_xReadyToReset

BOOL

If this output is set to TRUE, the avatar meets the trip reset conditions and can be reset with a trip reset command.

q_xAssetWarning

BOOL

If this output is set to TRUE, a power device or SIL Interface Module within the avatar have reached or exceeded 90% of the rated number of operations (per avatar parameter).

q_xLoadStarting

BOOL

If this output is set to TRUE, the motor is in start phase.

q_iMotorTemperature

INT

Indicates the temperature of the motor in 0.1 °C scaling unit.

Depending on temperature sensor type, the range is:

o–200...850°C (–328...1562°F) (for PT100)

o–200...600°C (–328...1112°F) (for PT1000)

o–60...180°C (–76...356°F) (for NI 100/1000)

q_xUpstreamVltg2

BOOL

If this output is set to TRUE, the avatar has detected that upstream main power of the second device (if available) is present.

q_xRunFwdLow

BOOL

If this output is set to TRUE, the motor is running in low speed.

If this output is set to FALSE, the motor is stopped or is running in high speed.

q_xRunFwdHigh

BOOL

If this output is set to TRUE, the motor is running in high speed.

If this output is set to FALSE, the motor is stopped or is running in low speed.

q_xRunRevLow

BOOL

If this output is set to TRUE, the low speed reverser switch is closed.

q_xRunRevHigh

BOOL

If this output is set to TRUE, the high speed reverser switch is closed.

q_xUpstreamVltg3

BOOL

If this output is set to TRUE, the avatar has detected that upstream main power of the third device (if available) is present.

q_xUpstreamVltg4

BOOL

If this output is set to TRUE, the avatar has detected that upstream main power of the fourth device (if available) is present.