IF_CarrierFeedbackMoveSyncFromStandstill

Overview

Type:

Interface

Available as of:

V1.0.0.0

Inherits from

Task

Interface with reference and status values for the move command MoveSyncFromStandstill.

Description

The feedback interface provides reference and status values for a synchronized movement of the carrier with the move command MoveSyncFromStandstill.

Properties

Name

Data type

Accessing

Description

etStateMoveSyncFromStandstill

ET_StateMoveSyncFromStandstill

Read

For the status values of the move command MoveSyncFromStandstill, refer to the enumeration ET_StateMoveSyncFromStandstill.

ifFeedbackParameter

IF_CarrierFeedbackMoveSyncFromStandstillParameter

Read

Access to the feedback interface IF_CarrierFeedbackMoveSyncFromStandstillParameter that provides parameters from the move command MoveSyncFromStandstill.

ifFeedbackSuperimposedChannelC

IF_CarrierFeedbackMoveSyncFromStandstillSuperimposedChannelC

Read

Access to the feedback interface IF_CarrierFeedbackMoveSyncFromStandstillSuperimposedChannelC that provides reference and status values for a superimposed movement with the move command MoveSyncFromStandstillSuperimposedChannelC.

sMasterName

STRING [80]

Read

Name of the master axis.

udiCarrierIndexMaster

UDINT

Read

Index of the carrier that acts as master carrier for the synchronized movement.

xCurveCompensationIsSet

BOOL

Read

Indicates TRUE if the curve compensation is activated. For more information on curve compensation, refer to the method IF_MoveSyncFromStandstill - StartCurveCompensationToCarrierInFront (Method).

xIsConnectedToExternalMaster

BOOL

Read

Indicates TRUE if the selected carrier is connected to an external master.

xIsConnectedToMasterBehind

BOOL

Read

Indicates TRUE if the selected carrier is connected to a master carrier behind.

xIsConnectedToMasterInFront

BOOL

Read

Indicates TRUE if the selected carrier is connected to a master carrier in front.

xJobActive

BOOL

Read

Indicates TRUE if a motion job is active.

NOTE: xJobActive stays TRUE as long as a carrier is in synchronized movement with a master carrier or an external master.