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CP143 TCP/IP
VIPA CP143 TCP/IP Manuals
Manuals and User Guides for VIPA CP143 TCP/IP. We have
1
VIPA CP143 TCP/IP manual available for free PDF download: Manual
VIPA CP143 TCP/IP Manual (210 pages)
Brand:
VIPA
| Category:
Control Unit
| Size: 3 MB
Table of Contents
Table of Contents
5
Introduction
9
Handling Electrostatically Sensitive Modules
9
Safty and Handling Precautions for the User
9
Shipping Electrostatically Sensitive Modules
9
Tests and Modifications to Electrostatic Sensitive Modules
9
1 Introduction
11
Shipping Electrostatically Sensitive Modules
12
General
13
Fig. 1-1: Construction of the CP143 H1 or TCP/IP
13
Operation
14
Construction
14
2 Communication Protocols
15
H1 Protocol
15
Structure of Industrial Ethernet H1
15
Operation
18
Structure and Operation of the PLC Interface
18
Fig. 2-1: Example for the Cabling of the Industrial Ethernet H1 LAN
18
TCP/IP Protocol
19
Fig. 2-1: ISO-OSI Level Model
19
TCP/IP Principle of Operation
23
TCP/IP Services
23
3 Network Planning
25
Ethernet Network-Terminology
25
Fig. 3-1: Parts of an Ethernet Network
27
Thin-Ethernet-Cable Networks
29
Fig. 3-2: Thin Ethernet Network Hardware
30
Thin-Ethernet-Cable Network-Layout
31
Fig. 3-3: Example for a Thin-Ethernet Cable Network
31
Regulations and Specifications
32
Technical Data Thin-Ethernet
33
Thick-Ethernet-Cable Networks
34
Fig. 3-4: Thick-Ethernet Network Hardware
35
Thick-Ethernet-Cable Network-Layout
36
Fig. 3-5: Example for a Thick-Ethernet Network
36
Regulations and Specifications
37
Technical Data Thick-Ethernet
39
Combining Thin/Thick Ethernet Cable in Networks
40
Combination of Thin/Thick Ethernet Cable Hardware
40
Fig. 3-6: Adapters for Linking Unlike Segments
40
Thin/Thick Ethernet Cable Combination Network-Layout
41
Fig. 3-7: Example of a Network Combining Thin and Thick Ethernet Cable
41
Twisted Pair
42
Twisted Pair-Cable Network-Layout
42
Fig. 3-8: Star Topology of a Twisted Pair Network
42
Fig. 3-9: Twisted Pair Network Hardware
43
Planning a Network-Layout
44
Standards and Specifications
45
4 The Cp143 H1 / Tcp/Ip Network Board
47
The Construction of the Module
47
Components of the Module
47
Fig. 4-1: Construction of the CP143 H1 / TCP/IP
49
Jumper Settings
51
Fig. 4-2: Location of Jumpers
51
Sockets and Plugs
53
Fig. 4-3: Front View CP143 H1 / TCP/IP
53
Tab. 4-1: Pin Configuration of the 15-Pole AUI-/TP Socket
54
Tab. 4-2: Pin Configuration of the PG Interface
55
Tab. 4-3: Configuration of the TP Socket (RJ45)
55
The Cp143Plus Firmware
58
Components
58
The Structure of the Cp143Plus
59
Fig. 4-4: the Structure of the Cp143Plus
59
Further Information on the Cp143Plus
60
Tab. 4-4: Block Size
61
CP143 TCP/IP Firmware
62
Components
62
The Structure of the CP143 TCP/IP
63
Fig. 4-5: the Structure of the CP143 TCP/IP
63
Further Information on the CP143 TCP/IP
64
Fig. 4-6: Conversion of Ethernet Address into an IP Address
65
Tab. 4-5: Block Size
65
Organization Format (ORG Format)
66
Tab. 4-6: Organization Format
66
Tab. 4-7: ORG-Formats for Plcs (ORG Identifier 01H-04H)
66
Tab. 4-8: ORG-Formats for Plcs (ORG-Identifier 05H-08H)
67
Tab. 4-9: ORG-Formats for Plcs (ORG-Identifier 09H-11H)
67
Structure of the PLC-Header
68
Status- and Error Indicators
70
Fig. 4-7: the Structure of the Indicator Word ANZW
70
Tab. 4-10:Indicator Word Conditions for SEND
76
Tab. 4-11:Indicator Word Conditions for RECEIVE
76
Tab. 4-12:Indicator Word Conditions for READ/WRITE-AKTIV
76
Tab. 4-13:Indicator Word for SEND with an HTB-Identifier "NN
77
Tab. 4-14:Indicator Word for RECEIVE with an HTB-Identifier "NN
77
Fig. 4-8: Parameter Error Byte PAFE
78
5 Software
79
General
79
Installing and Starting the Program
79
Overview of Available Functions
79
Fig. 5-1: the Menu Structure of the Parameter Configuration Program
83
Using On-Line Help
85
The Base File
86
Loading, Saving and Deleting the Base File
86
Fig. 5-2: File Selection Window by Means of the Example for Load/Create
86
Printing the Base File
87
Fig. 5-3: Sample Base File in Text Form
87
Transferring the Base File
88
Fig. 5-4: Window for Remote Configuration
91
Initialization
93
CP Init
93
Fig. 5-5: CP-Base Initialization (Initial Initialization)
93
Online
95
Fig. 5-6: Parameters for Online Connections
95
System Configuration
96
Fig. 5-7: System Configuration Parameters
96
Real-Time Clock Functions
97
General
97
Graphic Representation of the Real-Time Clock Functions
97
Fig. 5-8: Graphic Representation of the Real-Time Clock Functions
97
Construction of a Synchronized System
98
Mechanism for Assigning the Master Clock
98
Fig. 5-9: Construction of a Synchronized System
98
Master Clock Initialization
99
Fig. 5-10: Master Clock Initialization
99
Important Considerations When Using Real-Time Clock Functions
101
Setting and Interrogating the Clock from the PLC
101
Test Functions for the Clock
103
Fig. 5-11: Dialog Window for the Test Functions for the Clock
103
Configuration of Connections
105
Structure of the Configuration Windows
105
Fig. 5-12: Structure of Configuration Windows
105
The Control Field of the Configuration Window
106
Fig. 5-13: Control Field of a Parameter Configuration Window
106
Indirect Addressing
107
Fig. 5-14: Indirect Addressing for TCP
107
Tab. 5-1: Possible Entries for Source/Destination with Indirect Addressing
107
Tab. 5-2: Data Word for the Indicator Word for Indirect Addressing
108
Multi-Connections
109
Fig. 5-15: Interactive Window for Multi-Connections
109
List of Connections
111
Fig. 5-16: List of Connections
111
Clearing All Connections
112
General Test Functions
113
Ident
113
Fig. 5-17: Display Window for Ident Parameters
113
Anzw Dump
114
Fig. 5-18: Output Window of Anzw Dump
114
Overall Status Functions
116
Fig. 5-19: Structure Overall Status Window
116
Tab. 5-3: Status of a Connection
119
Tab. 5-4: Status of Job Processing
119
Fig. 5-20: CP-Base Initialization (Initial Initialization)
122
Fig. 5-21: H1 Transport Parameters
124
Application in Combination with H1
126
Configuration of H1 Connections
126
Fig. 5-22: Interactive Window H1 Connections
127
Fig. 5-23: Interactive Window H1 Datagram-Connections
129
Test Functions
132
Fig. 5-24: Test Function under H1
132
Application in Combination with TCP/IP
133
Initialization
133
Fig. 5-25: CP Base Initialization (Initial Initialization)
133
Fig. 5-26: IP Transport-Parameters
135
Configuration of TCP/IP-Connections
136
Fig. 5-27: Interactive Window TCP-Connection
137
Fig. 5-28: Unspecified Configuration Options for TCP/IP
141
Fig. 5-29: Interactive Window UDP-Connection
142
Test Functions
145
Fig. 5-30: Test Function under TCP/IP
145
Onnet-Kernel for TCP/IP of Ftp
146
Microsoft Kernel for TCP/IP under WINDOWS 95/NT
149
Test Program for TCP/IP-Connections
150
Fig. 5-31: Test Program "Connect
150
Fig. 5-32: Test Program "Connect
151
Fig. 5-33: Test Program "Read a
152
Fig. 5-34: Test Program "Writea" Tab
153
Fig. 5-35: Test Program "Receive
154
Fig. 5-36: Test Program "Send
155
Fig. 5-37: Test Program "System
156
Accessing the PLC from the PC
157
6 Commissioning
159
Plug-In Slots in the PLC
159
Plug-In Slots in the AG-115U
159
Fig. 6-1: Plug-In Slots in the AG-115U
161
Plug-In Slots in the AG-135U
162
Fig. 6-2: Plug-In Slots in the AG-135U
162
Plug-In Slots in the AG-150U
163
Fig. 6-3: Plug-In Slots in the AG-150U
163
Plug-In Slots in the AG-155U
164
Fig. 6-4: Plug-In Slots in the AG-155U
164
Plug-In Slots in the EG-185U
165
Fig. 6-5: Plug-In Slots in the EG-185U
165
Plug-In Slots in the AG-188U
166
Fig. 6-6: Plug-In Slots in the AG-188U
166
Start-Up Properties
167
Status after the CP Has Started
167
Status Indicators
168
Tab. 6-1: Status Indicators
168
PLC Programming
169
General
169
Tab. 6-2: Handler Modules Required for the PLC
169
Tab. 6-3: HTB Numbers for the Different Types of CPU
169
Programming
170
Example
171
Overview and Conditions
171
Problem
172
Fig. 6-7: System Structure for the Introductory Example Using H1
172
Fig. 6-8: System Structure for the Introductory Example Using TCP/IP
172
Programs for the Plcs
174
Module Configuration under H1
181
Fig. 6-9: Initial Display of the Configuration Program
181
Fig. 6-10: CP Initialization Station 1 for H1
182
Fig. 6-11: CP Initialization Station 2 for H1
182
Fig. 6-13: H1 Connection Parameters Station 1
183
Fig. 6-15: Serial Configuration
185
Module Configuration under TCP/IP
186
Fig. 6-16: Start-Up Screen of the Configuration Program
186
Fig. 6-17: CP Initialization Station 1 for TCP
187
Fig. 6-18: CP Initialization Station 2 for TCP
187
Fig. 6-20: TCP Connection Parameters Station 1
188
Fig. 6-22: Remote Configuration
190
Monitoring the Transfer by Means of the MC5 Package
191
Fig. 6-23: Display of the Send Job in the MC5 Package
192
Fig. 6-24: Display of the Receive Job in the MC5 Package
192
Appendix
195
A Technical Data
195
B Error Messages from the NCS Configuration Program
197
C List of Abbreviations
201
D List of Figures
203
F Index
207
Rev. 00/07
207
Rev. 00/07
209
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