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Type | Communication Processor |
---|---|
Model | CP 443-1 |
Manufacturer | Siemens |
Data Transfer Rate | 10/100 Mbps |
Power Supply | 24 V DC |
Operating Temperature | 0 to 60 °C |
Communication Protocols | TCP/IP, UDP, HTTP, FTP, SNMP, DHCP |
Interface | Ethernet (RJ45) |
Weight | 0.5 kg |
Information regarding compatibility with older versions of the CP.
Guidance on using the factory-set MAC address for unique assignment.
Points to further resources for detailed IT functionality.
Details additional services like SNMP agent and factory-set MAC address usage.
Covers configuration methods using STEP 7 and SIMATIC iMap for PROFINET CBA.
Explains the use of ready-made blocks for data transfer via the SEND/RECEIVE interface.
Outlines limitations for CP configurations within an S7-400 rack.
Details supported CPUs, operating systems, and communication protocols for the CP.
Step-by-step guide for installing the CP 443-1 Advanced into S7-400 racks.
Explains the exchangeable C-PLUG for storing and transferring configuration data.
Describes CP module replacement without a programming device, considering configuration data.
Details front panel and RJ-45 jack LEDs for mode and communication status.
Explains CP operating modes and corresponding LED indicator combinations.
Describes LEDs indicating the CP's status on Industrial Ethernet.
Explains control of the CP's mode via selector or STEP 7 software.
Provides overall performance characteristics, including total connections.
Details S7 communication performance, connection limits, and interface data.
Lists key characteristics for SEND/RECEIVE interface, connection types, and data lengths.
Presents performance for dynamically generated TCP/IP connections over Industrial Ethernet.
Outlines maximum configuration for PROFINET IO controller, device limits, and data areas.
Provides typical and limit values for PROFINET CBA, covering interconnections and data lengths.
Details performance data for FTP modes, connection types, and memory requirements.
Describes performance aspects for Java applets, focusing on array size for data transfer.
Explains memory distribution including C-PLUG, RAM, and battery-backed RAM areas.
Covers switch features like address learning (aging time) and port deactivation.