n OB 86 - Rack_FLT
n FB 860 - VMC_AxisControl with instance DB
n FB 886 - VMC_KernelInverter_EC with instance DB
n FB 887 - VMC_InitInverter_EC with instance DB
n UDT 860 - MC_Axis_REF
n UDT 886 - VMC_ConfigInverterEC_REF
1.
Select ‘Project è Compile all’ and transfer the project into your CPU. You can find
more information on the transfer of your project in the online help of the SPEED7
Studio.
ð
You can take your application into operation now.
CAUTION!
Please always observe the safety instructions for your drive,
especially during commissioning!
2. Before an axis can be controlled, it must be initialized. To do this, call the Init block
FB 887 - VMC_InitInverter_EC with Enable = TRUE.
ð
The output Valid returns TRUE. In the event of a fault, you can determine the
error by evaluating the ErrorID.
You have to call the Init block again if you load a new axis DB or you have
changed parameters on the Init block.
Do not continue until the Init block does not report any errors!
3. Ensure that the Kernel block FB 886 - VMC_KernelInverter_EC is cyclically called.
In this way, control signals are transmitted to the drive and status messages are
reported.
4. Program your application with the FB 860 - VMC_AxisControl or with the PLCopen
blocks.
There is the possibility to control your drive via HMI. For this, a predefined symbol library
is available for Movicon to access the VMC_AxisControl function block.
Ä
Chap. 13.8
‘Controlling the drive via HMI’ page 613
Sequence of operations
Controlling the drive via
HMI
VIPA SPEED7
Motion control - Simple Motion Control Library
Usage inverter drive via EtherCAT > Usage in VIPA SPEED7 Studio
HB00 | OPL_SP7 | Operation list | en | 18-30 526
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