Operating modes

INFORMATION

A requirement for all operating modes is that the axes are enabled via the enable bits Enable/emergency stop and Enable/stop at user-defined limits in the control word. For more information, refer to chapters MOVIKIT® StackerCrane control word and Process data assignment.

The operating mode is defined via process data word for all subordinate axes of the software module. The operating mode is changed over in the idle state.

The software module provides the following operating modes:

Operating mode

Dec.

Description

Default

0

Enabling or disabling the axes

Jog mode

100

The axes are moved manually using the jog positive, jog negative bits and the corresponding dynamics parameters.

Cam jog mode

130

Manual movement of the axes using the Positive jog, Negative jog bits and appropriate dynamic parameters, taking the configured speed cams at the ends of the aisles into consideration.

Referencing mode

300

A configured reference offset is written to the actual position

301

A reference offset specified via bus is written to the actual position

Positioning mode

400

Positioning of the axes is not energy optimized

Cam positioning mode

430

Non-energy optimized positioning of the axes taking the configured speed cams at the ends of the aisles into consideration.

Brake test (FCB 21)

INFORMATION: Before using this field test function, contact SEW‑EURODRIVE Service.

700

Test of all brakes one after the other

701

Test of the 1st axis group member of the MultiAxisController (no function without MultiAxisController)

702

Test of the 2nd axis group member of the MultiAxisController (no function without MultiAxisController)

Energy-optimized XY positioning
effiDRIVE®

1200

Energy-optimized positioning of the axes

Mechanics-optimized positioning

1210

Diagonal positioning by reducing the speed of an axis.

External brake test

1300

Preparing the external brake test

The brake test is configured via safety card and is controlled using the safe bus or safe inputs.

 

The following chapters provide a cycle diagram for each operating mode to help you better understand the operating principle. They also provide a process sequence with a description of the signals to be set and of the signal states.