SEW-Eurodrive MOVI-C Controller Power UHX85A Manual page 16

Introduction
3
MOVI-C® CONTROLLER power UHX85A
Windows interface
Engineering interface
Virtual network card (VNET)
® PLUS
EtherCAT /SBus
Fieldbus interface
16
®
Manual – MOVI-C
The Ethernet communication interface LAN 1 is assigned to the Windows section
(GPOS) of the MOVI‑C
The interface is available when the Windows memory card is inserted.
The following functions can be realized via this interface:
• Access to the Windows operating system via remote desktop connection
• Connection of a visualization system
• Connection to master level
The Ethernet communication interface is assigned to the control section (RTOS real-
time operating system) of the MOVI‑C
The following functions can be realized via this (LAN 3) interface:
• Engineering of the MOVI‑C
• PC visualization (e.g. OPC interface)
• Connection to master level
The engineering of the MOVI‑C
• Configuration
• Parameterization
• Programming
Engineering is carried out using the MOVISUITE
has a number of useful features for startup and diagnostics of all connected
SEW‑EURODRIVE devices.
The virtual network card is available only when the Windows memory card is inserted.
For further information, refer to the chapters "Windows memory card (op-
tional)" (→ 2 17) and "Virtual network card (VNET)" (→ 2 25).
interface
The following devices can be connected to the MOVI‑C
® PLUS
EtherCAT /SBus interface (LAN 2):
®
• MOVIDRIVE modular application inverter
®
• MOVIDRIVE system application inverter
®
• MOVI‑PLC I/O system C
• Third-party components with ESI project planning file
The maximum number of application inverters that can be connected to the
®
MOVI-C CONTROLLER is: 64.
®
The MOVI‑C CONTROLLER can be connected to a PLC via the fieldbus interfaces
(X21, X22).
The fieldbus interface is integrated into the MOVI‑C
CONTROLLER power UHX85A
®
CONTROLLER.
®
CONTROLLER.
®
CONTROLLER
®
CONTROLLER comprises the following activities:
®
engineering software. The software
®
CONTROLLER via the
®
CONTROLLER.