5X00499G01EMERSON
5X00499G01EMERSON
5X00499G01EMERSON
• 启动 介绍如何设置转速和转矩控制程序，以及如何通过 I/O 接口控制变频器。
• 通过 PC 工具对变频器进行编程 介绍如何通过PC 工具(DriveStudio 和 Solution Program Composer) 进行编程。
• 控制地和工作模式 描述变频器的控制源和操作模式，并给出JCU 控制单元的缺省连接。
• 控制单元的缺省连接 介绍JCU 控制单元的缺省连接。
• 固件功能，参数和信号描述了固件功能块和相关的输入参数和输出信号。
• 参数和信号数据 更深入介绍了固件模块输入参数和输出信号。
• 故障跟踪 列出了警告和故障消息，以及可能的原因和处理方法。
• 标准功能模块
• 控制框图
NET 2008 SP2(SIMATIC NET IE Softnet S7-Lean) have been preinstalled before delivery Edition 2008) and is configured to be used when the user connects to the power supply.
EC31-RTX is equivalent in function to a S7-300 PLC and a PC with SIMATIC NET 2008 installed. The hardware and software components of Windows Automation Center (WinAC) allow the user to set up a data center on a PC
A combined solution of management, control, visualization and communication (PC-BASED control). The following versions of WinAC products are available:
412 · WinAC Slot
416 · WinAC Slot
Pc-based control for WinAC Slot 412/WinAC 416
In the top line of PLC applications, the number of PC tasks (such as data processing and visualization) has been increased. The use of PC-based control (= using a PC with an integrated PLC) is a more common solution than using standard PLC communication with a PC link. Pc-based control combines PLC with data processing on a PC with WinAC Slot 412/WinAC Slot 416.
WinAC Slot/WinAC Slot 416 integrates open-loop control and closed-loop control automation tasks, data processing, communication and visualization in a single PC. WinAC Slot/WinAC Slot 416 is based on the original Windows NT and integrates into the office world using standard interfaces. WinAC stands for Windows Automation Center.
WinAC Controlling with CPU 41x-2 PCI
WinAC Controlling is the controlling component for WinAC Slot 412/WinAC Slot 416. WinAC Controlling performs the tasks of a traditional programmable logic controller and is fully integrated into the PC. WinAC Controlling consists of either CPU 412-2 PCI or CPU 416-2 PCI. These cpus have the typical characteristics of PLC:
· Warm start (heavy start) or exact full restart (using PC expansion circuit board) as required
· Critical behavior with real-time response time
Real-time clock,
· Use battery backup data to maintain power failure (use PS expansion circuit board)
· External mount memory for storing PLC programs independent of PC hard disk
· Integrated MPI for connecting programmers to achieve technical services, for programming or for networking with other stations
· Integrated PROFIBUS-DP interface for I/O connection
In addition, there is an interface to connect to
