3
Introduction
MOVI‑C® CONTROLLER advanced UHX45A
Manual – MOVI-C
®
CONTROLLER advanced with PROFINET IO Fieldbus Interface
18
Engineering interface
The following functions can be realized via this interface (X80, X81):
•
Engineering of the MOVI‑C
®
CONTROLLER
•
PC visualization (e.g. OPC interface)
•
Connection to master level
The engineering of the MOVI‑C
®
CONTROLLER comprises the following activities:
•
Configuration
•
Parameterization
•
Programming
Engineering is carried out using the MOVISUITE
®
engineering software. The software
has a number of useful features for startup and diagnostics of all connected
SEW‑EURODRIVE devices.
EtherCAT
®
/SBus
PLUS
interface
The following devices can be connected to the MOVI‑C
®
CONTROLLER via the
EtherCAT
®
/SBus
PLUS
interface (X30):
•
MOVIDRIVE
®
modular application inverter
•
MOVIDRIVE
®
system application inverter
•
MOVI‑PLC
®
I/O system C
•
Third-party components with ETG configuration file
The maximum number of application inverters that can be connected to the
MOVI-C
®
CONTROLLER is: 16.
CAN system bus
In preparation
RS485 interface
In preparation
Fieldbus interface
The MOVI‑C
®
CONTROLLER can be connected to a PLC via the fieldbus interfaces
(X40, X41).
The fieldbus interface is integrated into the MOVI‑C
®
CONTROLLER.
3.2.5
SD memory card OMH45A
The SD memory card (
S
ecure
D
igital Memory Card) is required to operate the
MOVI‑C
®
CONTROLLER, and contains firmware, IEC program, user data (e.g. re-
cipes) as well as parameter sets of the lower-level MOVI‑C
®
inverter by
SEW‑EURODRIVE. You can use the memory card for data backup and automatic
parameterization in the event of an axis replacement. The SD memory card OMH45A
is plugged into card slot XM of the MOVI‑C
®
CONTROLLER.
24777730/EN – 01/2018
