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S5-95U Communications Matrix and Emulation of Transmission
S5-95U, SINEC L2
Types on Layer 2
Emulation of Types of Data Transmission for the S5-95U on Layer 2
L2 Source
Addresses
Length of L2 Frame
(in Net Data)
L2 SAPs (Default
SAP not Permitted)
L2 Frame
Type of Data
Transmission
a
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a
Standard
Connection
Send frame:
•
SDA low
•
SDN low for
broadcasting
Receive frame, active
stations:
•
SDA low,
•
SDA high,
•
SDN low and SDN
high permitted
Receive frame,
passive stations:
•
Only SDN low
permitted
Send frame:
•
1 to 242 bytes
Receive frame:
•
1 to 242 bytes
permitted
When sending:
•
Local SAP = 56
•
Remote SAP = 56
When receiving:
•
Local SAP = 56
•
Remote SAPs, only
56 permitted
When receiving:
•
All source addresses
permitted
PLC-PLC
Connection
Send frame:
•
SDA low
Receive frame:
•
Only SDA low
permitted
Send frame:
•
1 to 242 bytes
Receive frame:
•
1 to 242 bytes
permitted
When sending:
•
Local SAP = de-
stination address
+ 1
•
Remote SAP =
local address + 1
When receiving:
•
Local SAP =
source address
+ 1
•
All remote SAPs
permitted
When receiving:
•
Only source address
= local SAP - 1
permitted
a
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F-2
EWA 4NEB 812 6112-02
215
217
Table of Contents
Default Chapter
4
Table of Contents
4
Preface
8
System Description
11
1 System Description
13
Communications in Industry
13
Hierarchy Levels in the Computer-Integrated Automation Network
13
The SINEC L2 Local Area Network
15
Bus Segment
15
Procedure for Accessing the SINEC L2 Network
16
Bus Accessing Procedure
17
Distribution of the Target Rotation Time
19
Assigning Parameters for the L2 Interface of the S5-95U
20
DB1 with the Default Parameters
20
DB1 Basic Parameters
21
Defining the Basic Parameter Arguments for S5-95U Plcs
22
Defining the Arguments of the Basic Parameters for the S5-95U in Conjunction with the CP 5410 And/Or CP 5430-1
24
Basic Parameter Arguments for the S5-95U in Conjunction with Other SIMATIC Devices
24
Types of Data Transmission for the S5-95U
25
Data Transmission Types
25
Recommended Types of Data Transmission
26
Characteristics of the Various Types of Data Transmission
27
Types of Data Transmission for S5-95Us as Active Stations
28
Types of Data Transmission for S5-95Us as Passive Stations
29
PLC-To-PLC Connection between Active S5-95Us
30
Standard Connection for Porting Programs from SINEC L1 to SINEC L2
31
PLC-To-PLC Connection between an Active CP 5430 and an Active S5-95U
31
Cyclic I/O between an Active CP 5430 and a Passive S5-95U
31
Layer 2 Access between an Active CP 5410 and an Active S5-95U
32
Physical Bus Characteristics and Installation Techniques for the SINEC L2 Network
33
RS 485 Transmission Technology
33
SINEC L2 Bus Segment with RS 485 Technology
33
SINEC L2 Network with RS 485 Technology
34
Distance Table for RS 485 Technology
34
L2 Bus Connector with Degree of Protection IP 20 Without Connector for a Programmer
35
SINEC L2 Bus Terminals
35
Technical Specifications of the Bus Cable
36
Fiber Optics Transmission Technology
37
SINEC L2 Network with Fiber Optic Cable
37
SINEC L2FO Bus Terminal SF-B/PF-B
38
Distance Table for Glass Fiber Optic Cable Technology
38
SINEC L2FO Active Star Coupler as
39
Mixed Configuration of RS 485 and Fiber Optics Transmission Technology
40
Mixed Configuration RS 485 and Fiber Optics Transmission Technology
40
Mixed Configuration with RS 485 and FO Transmission Technology
40
Via Fiber Optic Cable
40
SINEC L2FO SF Repeater Adapter for L2 Repeater
41
2 Installation Guidelines
43
Basic Configuration
43
Installing a SINEC L2 Bus Segment
43
Electrical Design of the SINEC L2 Repeater RS 485
43
Installation Guidelines
45
Connecting the Supply Voltage
49
Connecting Bus Segments
50
Routing Cables
52
Starting up a System
53
Suggestions for Configuring and Installing the Equipment
53
Prerequisites for Starting up the S5-95U as a SINEC L2 Station
53
System Startup Diagnostics and Procedures
53
FMA Services
53
Principle of Operation
53
The Types of FMA Services
53
Assigning Parameters in DB1 for the FMA Services
53
Managing of All FMA Services with FB222
53
Reading out a List of All Active Stations on the Network (LAS_LIST_CREATE)
53
Start-Up, Tests, and Diagnostics
55
START-UP Sequence
58
Starting up a System
59
Suggestions for Configuring and Installing the Equipment
59
Prerequisites for Starting up the S5-95U as a SINEC L2 Station
60
System Startup Diagnostics and Procedures
61
Principle of Operation
64
Reading out a List of All Active Stations on the Network (LAS_LIST_CREATE)
71
Reading the Status of Another Station (FDL_STATUS)
73
Reading Updated Bus Parameters (READ_VALUE)
75
Reading out Available Token Hold Time When Receiving the Token
78
Reading out the Event Message (MAC_EVENT)
80
4 Data Transmission Using a Standard Connection
85
Features of a Standard Connection
85
Assigning Parameters in DB1 of the S5-95U for Data Exchange with
87
Standard Connections
87
Transmitting Data
89
Receiving Data
91
Programming Example for Data Transmission Via a Standard Connection
93
Broadcast Request ("Transmit to All")
98
5 Integral Standard Function Blocks L2-SEND and L2-RECEIVE
101
Parameters for L2-SEND and L2-RECEIVE
102
Direct and Indirect Parameter Settings for the L2 Function Blocks
104
Parameter Assignment Error Byte (PAFE)
105
Status Byte
106
6 Data Transmission Using PLC-To-PLC Connections
108
Features of the PLC-To-PLC Connections
108
Assigning Parameters in DB1 of the S5-95U for Data Exchange
108
With PLC-To-PLC Connections
108
Programming Example for Data Transmission Via PLC-To-PLC Connections Using Standard Function Blocks
108
Assigning Parameters in DB1 of the S5-95U for Data Exchange with PLC-To-PLC Connections
113
Data Transmission Using Cyclic I/O
122
Features of Cyclic I/O
122
Assigning Parameters in DB1 of the S5-95U for Data Exchange
122
With Cyclic I/O
122
Data Transmission Using Cyclic I/O
124
Assigning Parameters in DB1 of the S5-95U for Data Exchange with Cyclic I/O
127
Controlling Data Transmission in the Control Program
130
Programming Example for Data Transmission Via Cyclic I/O
135
8 Data Transmission by Accessing Layer 2 Services
139
Characteristic Features of Layer 2 Access Data Transmission
139
Types and Characteristic Features of the Layer 2 Services
139
Assigning the S5-95U Parameters for Data Communications
139
Fbs for Managing All Layer 2 Services
139
Sending Data to a Station (SDA Service)
139
Sending Data to Several Stations (SDN)
139
Holding Data for Fetching Once Only by a Station (RUP_SINGLE Service)
139
Holding Data Ready for Fetching Several Times over by One
139
Data Transmission by Accessing Layer 2 Services
141
Sending Data and Fetching Data from a Station (SRD Service)
169
Programmer Functions over the SINEC L2 Network
174
Programmer Functions over the SINEC L2 Network
176
9 Programmer Functions over the SINEC L2 Network
177
Programmer Functions
177
Selecting the L2 Interface
178
Entering Defaults
179
Editing a Path
180
Setting the L2 Basic Parameters on the Programmer
185
Activating an Editing Path
185
Appendices
186
ADB1 Parameters, DB1 Parameter Assignment Errors
188
Calculation of Target Rotation Time
188
BSAP Numbers / Job Numbers
196
C List of Abbreviations/Glossary
199
List of Abbreviations/Glossary
200
List of Accessories and Order Numbers
208
E Technical Specifications; Cycle Delay Times of the PLC Caused by SINEC L2 Operations
210
F S5-95U Communications Matrix and Emulation of Types of Data
215
4
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Siemens SINEC L2 Specifications
General
Brand
Siemens
Model
SINEC L2
Category
Controller
Language
English
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