ProSoft Technology ProLinx S3964R User Manual Page 109
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Publication LOGIX-AP010B-EN-P - May 2010 109
Communication and Networking Chapter 6
The SIMATIC S5 connects to the LAN bus as follows:
• Master Controller (S5-115U, S5-135U, S5-150U) via the CP 530 module
• S5-115U as slave via the programmer port of the controller or via the CP
530 module
• S5-135U and S5-150U as slave via the CP 530 module
• S5-101U as slave via the programmer port of the computer
• S5-100U (from 102 CPU onwards) as slave via the computer programmer
port
Data is transferred between controllers by using SEND/RECEIVE functions.
CP 143 Network Communication Module
The S5 SINEC H1 is an industrial standard LAN enabling S5 controllers and
PCs with SINEC H1 communication cards to be connected via transceivers
and drop cables to a central bus cable. Individual bus cables can be connected
with repeaters, bridges, or star couplers.
The SINEC H1FO LAN allows network segments to be connected via fiber
optic cables. These segments permit distances up to 2500 m to be covered.
The S5 CP 143 module fits into the S5 rack and permits the S5-115, S5-135
and S5-155 PLC CPUs to communicate on the SINEC H1 LAN. It operates as
a slave processor to the controller and communicates with it via a dual port
RAM and the S5 backplane bus. The CP143 configures and sends data to other
a partner system vial the SINEC H1/H1FO network
NetLinx Networks
Siemens S5 remote I/O networks can be replaced by Logix networks that
permit communication between I/O in multiple platforms, distributed in
many locations and connected over multiple I/O links.
NetLinx is the term identifying the Rockwell Automation solution in the area
of networking technologies. The following are the primary networks used in
Logix systems.
• EtherNet/IP
• ControlNet
• DeviceNet
These networks have a variety of notable features. All are designed under the
Common Industrial Protocol (CIP), which enables you to control, configure,
and collect data over any of the NetLinx networks. As a result, data can flow
between networks without protocol translation software or proxies.
- Simatic S5 to RSLogix 5000 1
- Application Conversion Guide 1
- Important User Information 2
- Table of Contents 3
- Software Conversions 4
- Logix Replacements for S5 5
- Components 5
- Conversion versus 7
- Translation 7
- Terminology 8
- Additional Resources 8
- PLC Logic Conversion 9
- Services Provided by 9
- Service Benefits 10
- Services Offered 10
- Basic Conversion Package 10
- Additional Options 11
- Controllers and I/O Modules 13
- S5 Controllers 14
- Logix Controllers 15
- Logix Controller Memory Use 16
- Cat. No. Inputs Voltage 19
- 6ES5 435-4UA12 16 24…60 V AC 19
- 6ES5 436-4UB12 8 115…230 V AC 19
- Analog Input/Output 23
- Logix Controller with S5 I/O 27
- ControlLogix controllers 28
- S5 Controller with Logix I/O 29
- Organization Blocks/Logix 31
- Continuous Task 32
- Periodic Task 33
- Event Task 34
- RSLogix 5000 Programs 35
- Blocks/Routine 36
- Function Blocks/Add-On 38
- Instructions 38
- Watchdog Timer 39
- I/O Addressing 39
- Logix Aliasing 41
- Internal Memory 43
- Addressing 43
- Data Blocks 44
- Programming Languages 48
- RSLogix 5000 Ladder Diagram 49
- RSLogix 5000 Structured Text 49
- Conversion of STEP 5 Code 50
- SIMATIC S5 - Ladder 60
- RSLogix 5000 - Ladder 60
- Jump Operations 73
- Arithmetic Operations 77
- 16 bit fixed point numbers 79
- Block Call Operations 86
- Shift Operations 89
- Conversion Operations 91
- Task Monitor 97
- Asynchronous I/O Updating 98
- DINT Data Type 98
- String Data Type 98
- Coordinated System Time 99
- Timestamped Inputs 100
- Scheduled Outputs 100
- Introduction 101
- Logix System Values 101
- Read/Write System Time 102
- Example: Reading the Time 103
- Save/Load Scratchpad Area 104
- Communication and Networking 105
- Logix Serial 106
- Communication 106
- S5 Distributed Control 107
- S5 Network 108
- NetLinx Networks 109
- Fiber Optic Communication 112
- IP 265 High Speed Sub Control 114
- Drive and Loop Control 115
- Replacing S5 Positioning 116
- Module with Logix 116
- Controller with Motion 116
- S5 Analog Control Modules 117
- Logix Analog Control 118
- Controller Memory Use 119
- Digital Input Modules 121
- Digital Output Modules 122
- Digital Relay Output Modules 123
- Analog Input Modules 124
- Analog Output Modules 126
- Other Communication Modules 127
- ProSoft MVI56-PDPMV1 128
- ProSoft ILX56-MM 129
- 3964R Protocol 131
- MVI56 S3964R Specifications 132
- Standalone Modules 133
- ProSoft 134
- ProSoft Configuration Builder 135
- In-rack Interface Cards for 136
- Profibus Limitations 137
- Rockwell Automation 140
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