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Manuals and User Guides for Siemens Simatic S7-300 CPU 315-2-PN/DP. We have 2 Siemens Simatic S7-300 CPU 315-2-PN/DP manuals available for free PDF download: Installation And Operating Instructions Manual, Technical Data Manual
Siemens Simatic S7-300 CPU 315-2-PN/DP Installation And Operating Instructions Manual (272 pages)
Brand: Siemens
|
Category: Computer Hardware
|
Size: 3.86 MB
Table of Contents
-
Edition
2
-
Operating Instructions, Edition 08/2004
3
-
Table of Contents
7
-
1 Guide to the S7-300 Documentation
15
-
Table 1-2 Galvanic Isolation
15
-
Table 1-3 Communication between Sensors/Actuators and the PLC
16
-
Table 1-4 the Use of Local and Distributed I/O
16
-
Table 1-5 Configuration Consisting of the Central Unit (CU) and Expansion Modules (Ems)
16
-
Table 1-6 CPU Performance
17
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Table 1-7 Communication
17
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Table 1-8 Software
17
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Table 1-9 Supplementary Features
18
-
-
2 Installation Order
19
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3 S7-300 Components
21
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Example of an S7-300 Configuration
21
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Overview of the Vital Modules of an S7-300
22
-
-
4 Configuring
25
-
Overview
25
-
Basic Engineering Principles
25
-
Component Dimensions
28
-
Table 4-3 Shielding Terminals — Overview
29
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Required Clearances
30
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Arrangement of Modules on a Single Rack
31
-
Distribution of Modules to Several Racks
32
-
Table 4-4 Interface Modules — Overview
32
-
Selection and Installation of Cabinets
35
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Table 4-5 Cabinet Types
37
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Example: Selecting a Cabinet
38
-
Electrical Assembly, Protective Measures and Grounding
39
-
Grounding Concept and Overall Structure
39
-
Table 4-6 Cabinet Selection
39
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Installing an S7-300 with Grounded Reference Potential
40
-
Table 4-7 VDE Specifications for the Installation of a PLC System
40
-
Configuring an S7-300 with Ungrounded Reference Potential (Not CPU 31Xc)
41
-
Modules with Isolated or Common Potential
43
-
Grounding Measures
45
-
Table 4-8 Measures for Protective Grounding
46
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Overview: Grounding
48
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Table 4-10 Connecting the Load Voltage Reference Potential
48
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Table 4-11 Connecting the Load Voltage Reference Potential
49
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Selecting the Load Power Supply
50
-
Table 4-12 Features of Load Power Supply Units
50
-
Planning Subnets
52
-
Overview
52
-
Configuring MPI and PROFIBUS Subnets
54
-
Overview
54
-
Basic Principles of MPI and PROFIBUS Subnets
54
-
Table 4-15 MPI Addresses of Cps/Fms in an S7-300 System
56
-
Multi-Point Interface (MPI)
57
-
PROFIBUS DP Interface
58
-
Network Components of MPI/DP and Cable Lengths
59
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Table 4-21 Available Bus Cables
61
-
Table 4-22 Properties of PROFIBUS Cables
61
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Table 4-23 Marginal Conditions for Wiring Interior Bus Cables
62
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Table 4-24 Bus Connector
62
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Wiring
62
-
Cable Lengths of MPI and PROFIBUS Subnets
64
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Configuring PROFINET Subnets
69
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Overview
69
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PROFINET Nodes
69
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Integration of Field Bus Systems in PROFINET
72
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PROFINET IO and PROFINET CBA
73
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PROFINET Cable Lengths and Network Expansion
78
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Table 4-25 Data for Twisted-Pair Patch Cables
79
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Connectors and Other Components for Ethernet
80
-
Example of a PROFINET Subnet
81
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Example of a PROFINET IO System
83
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Routed Network Transitions
84
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Point-To-Point (Ptp)
86
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Actuator/Sensor Interface (ASI)
87
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5 Installing
89
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Installing an S7-300
89
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Table 5-1 Module Accessories
90
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Installing the Mounting Rail
91
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Table 5-3 Mounting Holes for Rails
93
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Mounting Modules Onto the Rail
95
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Labeling the Modules
97
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6 Wiring
99
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Requirements for Wiring the S7-300
99
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Bonding the Protective Conductor to the Mounting Rail
101
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Adjusting the Power Supply Module to Local Mains Voltage
102
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Wiring the Power Supply Module and the CPU
103
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Wiring Front Connectors
105
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Table 6-6 Wiring Front Connectors
107
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Plugging the Front Connectors into Modules
108
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Labeling the Module I/O
109
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Connecting Shielded Cables to the Shielding Contact Element
110
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Wiring the MPI / PROFIBUS DP Bus Connectors
113
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Wiring the Bus Connector
113
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Setting the Terminating Resistor on the Bus Connector
114
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RJ45 Ethernet Connector
115
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7 Addressing
117
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Slot-Specific Addressing of Modules
117
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User-Specific Addressing of Modules
119
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Addressing Digital Modules
119
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Addressing Analog Modules
121
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Addressing the Integrated I/Os of CPU 31Xc
122
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Consistent Data
124
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8 Commissioning
125
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Overview
125
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Commissioning Procedure
125
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Procedure: Commissioning the Hardware
125
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Table 8-1 Recommended Commissioning Procedure: Hardware
126
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Procedure: Software Commissioning
127
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Table 8-2 Recommended Commissioning Procedure — Part II: Software
128
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Commissioning Check List
129
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Commissioning the Modules
131
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Inserting/Replacing a Micro Memory Card (MMC)
131
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Initial Power on
133
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CPU Memory Reset by Means of Mode Selector Switch
133
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Table 8-5 Internal CPU Events on Memory Reset
135
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Formatting the Micro Memory Card (MMC)
136
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Connecting the Programming Device (PG)
137
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Connecting a PG/PC to the Integrated PROFINET Interface of the CPU 31X-2 PN/DP
137
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Connecting the PG to a Node
138
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Connecting the PG to Several Nodes
139
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Using the PG for Commissioning or Maintenance
140
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Connecting a PG to Ungrounded MPI Nodes (Not CPU 31Xc)
141
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Starting SIMATIC Manager
142
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Monitoring and Modifying I/Os
143
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Commissioning PROFIBUS DP
147
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Commissioning the CPU as DP Master
148
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Commissioning the CPU as DP Slave
151
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Direct Data Exchange
157
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Commissioning PROFINET IO
158
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Requirements
158
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Configuring and Commissioning the PROFINET IO System
159
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9 Maintenance
165
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Overview
165
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Backup of Firmware to Micro Memory Card (MMC)
165
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Updating the Firmware from MMC
167
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Online (Via Networks) Update of CPU FW V2.2.0 or Higher
168
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Backup of Project Data to a Micro Memory Card (MMC)
169
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Module Installation / Removal
170
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Digital Output Module AC 120/230 V: Changing Fuses
175
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10 Debugging Functions, Diagnostics and Troubleshooting
177
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Overview
177
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Overview: Debugging Functions
177
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Overview: Diagnostics
180
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Diagnostic Options with STEP 7
183
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Network Infrastructure Diagnostics (SNMP)
184
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Diagnostics Using Status and Error Leds
185
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Introduction
185
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Status and Error Displays of All Cpus
186
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Evaluating the SF LED in Case of Software Errors
187
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Evaluating the SF LED in Case of Hardware Errors
189
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Status and Error Indicators: Cpus with DP Interface
190
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Table 10-7 BUSF LED Flashes
191
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Status Displays: Cpus with PN Interface
192
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Table 10-8 BF2/ BUSF LED Is Lit
193
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Diagnostics of DP Cpus
194
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Diagnostics of DP Cpus Operating as DP Master
194
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Table 10-10 Event Detection of CPU 31X2 Operating as DP Master
196
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Reading out Slave Diagnostic Data
197
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Table 10-13 Event Recognition of Cpus 31X-2 Operating in DP Slave Mode
200
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Interrupts on the DP Master
201
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Structure of Slave Diagnostic Data When the CPU Is Operated as Intelligent Slave
203
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Table 10-15 Structure of Station Status 1 (Byte 0)
204
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Table 10-17 Structure of Station Status 3 (Byte 2)
205
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Diagnostics of PN Cpus
210
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Appendix
211
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General Rules and Regulations for S7-300 Operation
211
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A.1 General Rules and Regulations for S7-300 Operation
211
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Protection against Electromagnetic Interference
213
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Basic Points for EMC-Compliant System Installations
213
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Table A-5 Coupling Mechanisms
214
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Five Basic Rules for Securing EMC
215
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Basic Rule for Ensuring EMC
216
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EMC-Compliant Installation of Plcs
217
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A.2.2.5 5. Basic Rule for Ensuring EMC
217
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Examples of an EMC-Compliant Installation: Cabinet Installation
219
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Examples of an EMC-Compliant Installation: Wall Mounting
220
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Cable Shielding
222
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A.2.6 Cable Shielding
222
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Equipotential Bonding
224
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A.2.7 Equipotential Bonding
224
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Cable Routing Inside Buildings
226
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Outdoor Routing of Cables
228
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Lightning and Surge Voltage Protection
228
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Overview
228
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Lightning Protection Zone Concept
229
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Rules for the Transition Point between Lightning Protection Zones 0 <-> 1
231
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Rules for the Transition Point between Lightning Protection Zones 1 <-> 2 and Higher
232
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Example: Surge Protection Circuit for Networked S7-300 Plcs
236
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How to Protect Digital Output Modules against Inductive Surge Voltage
238
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Safety of Electronic Control Equipment
240
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Glossary
243
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Index
272
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Siemens Simatic S7-300 CPU 315-2-PN/DP Technical Data Manual (252 pages)
Brand: Siemens
|
Category: Computer Hardware
|
Size: 2.54 MB
Table of Contents
-
A5E00105475
2
-
Table of Contents
9
-
1 Guide to the S7-300 Documentation
15
-
Table 1-1 Ambient Influence on the Automation System (AS)
15
-
Table 1-2 Galvanic Isolation
15
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Table 1-3 Communication between Sensors/Actuators and the PLC
16
-
Table 1-4 the Use of Local and Distributed I/O
16
-
Table 1-5 Configuration Consisting of the Central Unit (CU) and Expansion Modules (Ems)
16
-
Table 1-6 CPU Performance
17
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Table 1-8 Software
17
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Table 1-9 Supplementary Features
18
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2 Operating and Display Elements
19
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Operating and Display Elements: CPU 31Xc
19
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Status and Error Indicators: CPU 31Xc
22
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Table 2-2 Differences of the Cpus 31Xc
22
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Operating and Display Elements: CPU 31X
23
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Operating and Display Elements: CPU 312, 314, 315-2 DP
23
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Table 2-3 Mode Selector Switch Settings
24
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Operating and Display Elements: CPU 317-2 DP
25
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Table 2-4 Mode Selector Switch Settings
26
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Operating and Display Elements: CPU 31X-2 PN/DP
27
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Operating and Display Elements: CPU 319-3 PN/DP
29
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Status and Error Displays of CPU 31X
31
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Table 2-7 General Status and Error Displays of the CPU 31X
31
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Table 2-8 Bus Error Displays of CPU 31X
31
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3 Communication
33
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Interfaces
33
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Multi-Point Interface (MPI)
33
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Profibus Dp
34
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Profinet (Pn)
35
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Point to Point (Ptp)
37
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Communication Services
38
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Overview of Communication Services
38
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Table 3-2 Communication Services of the Cpus
38
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PG Communication
39
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OP Communication
40
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Data Exchanged by Means of S7 Basic Communication
40
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S7 Communication
40
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Global Data Communication (MPI Only)
41
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Table 3-3 Client and Server in S7 Communication, Using Connections with Unilateral / Bilateral Configuration
41
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Table 1-7 Communication
42
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Routing
43
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Table 3-5 Number of Routing Connections for DP Cpus
45
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Point-To-Point Connection
47
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Data Consistency
47
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Communication by Means of PROFINET
48
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PROFINET IO System
51
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Blocks in PROFINET IO
52
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Table 3-6 New System and Standard Functions/System and Standard Functions to be Replaced
52
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System Status Lists (Ssls) in PROFINET IO
54
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Table 3-8 Obs in PROFINET IO and PROFIBUS DP
54
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Table 3-9 Comparison of the System Status Lists of PROFINET IO and PROFIBUS DP
55
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Open Communication Via Industrial Ethernet
56
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SNMP Communication Service
59
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S7 Connections
59
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S7 Connection as Communication Path
59
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Assignment of S7 Connections
60
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Distribution and Availability of S7 Connection Resources
62
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Table 3-10 Distribution of Connections
62
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Table 3-11 Availability of Connection Resources
63
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Connection Resources for Routing
64
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Table 3-12 Number of Routing Connection Resources (for DP/PN Cpus)
64
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Dpv1
65
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Table 3-13 Interrupt Blocks with DPV1 Functionality
66
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Table 3-14 System Function Blocks with DPV1 Functionality
66
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4 Memory Concept
69
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Memory Areas and Retentivity
69
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CPU Memory Areas
69
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Retentivity of Load Memory, System Memory and RAM
70
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Retentivity of Memory Objects
71
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Table 4-2 Retentivity Behavior of Memory Objects (Applies to All Cpus with DP/MPI-SS)
71
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Address Areas of System Memory
72
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Table 4-3 Retentive Behavior of Dbs for Cpus with Firmware >= V2.1.0
72
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Properties of the SIMATIC Micro Memory Card (MMC)
76
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Memory Functions
78
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General: Memory Functions
78
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Loading User Program from SIMATIC Micro Memory Card (MMC) to the CPU
78
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Handling with Modules
79
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Download of New Blocks or Delta Downloads
79
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Uploading Blocks
79
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Deleting Blocks
80
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Compressing Blocks
80
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Promming (RAM to ROM)
80
-
CPU Memory Reset and Restart
81
-
Recipes
82
-
Measured Value Log Files
84
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Backup of Project Data to SIMATIC Micro Memory Card (MMC)
86
-
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5 Cycle and Reaction Times
87
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Overview
87
-
Cycle Time
87
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Calculating the Cycle Time
90
-
Different Cycle Times
93
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Communication Load
94
-
Cycle Time Extension as a Result of Testing and Commissioning Functions
96
-
Cycle Extension through Component Based Automation (CBA)
96
-
Response Time
99
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Overview
99
-
Shortest Response Time
101
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Longest Response Time
102
-
Reducing the Response Time with Direct I/O Access
103
-
Calculating Method for Calculating the Cycle/Response Time
104
-
Interrupt Response Time
106
-
Overview
106
-
Reproducibility of Time-Delay and Watchdog Interrupts
108
-
Sample Calculations
108
-
Example of Cycle Time Calculation
108
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Sample of Response Time Calculation
109
-
Example of Interrupt Response Time Calculation
111
-
-
6 Technical Data of CPU 31Xc
113
-
General Technical Data
113
-
Dimensions of CPU 31Xc
113
-
Technical Specifications of the Micro Memory Card (MMC)
114
-
Cpu 312C
115
-
Cpu 313C
120
-
CPU 313C-2 Ptp and CPU 313C-2 DP
126
-
CPU 314C-2 Ptp and CPU 314C-2 DP
133
-
Technical Data of the Integrated I/O
140
-
Arrangement and Usage of Integrated I/Os
140
-
Analog I/O
146
-
Parameterization
150
-
Interrupts
155
-
Diagnostics
156
-
Digital Inputs
157
-
Digital Outputs
159
-
Analog Inputs
161
-
Analog Outputs
163
-
-
7 Technical Data of CPU 31X
167
-
General Technical Data
167
-
Dimensions of CPU 31X
167
-
Technical Specifications of the SIMATIC Micro Memory Card (MMC)
168
-
Cpu 312
169
-
Cpu 314
174
-
Cpu 315-2 Dp
179
-
Cpu 315-2 Pn/Dp
185
-
Cpu 317-2 Dp
192
-
Cpu 317-2 Pn/Dp
199
-
Cpu 319-3 Pn/Dp
206
-
A.1 Information about Upgrading to a CPU 31Xc or CPU 31X
217
-
A.1.2 Changed Behavior of Certain Sfcs
218
-
-
-
Appendix
219
-
A.1 Information about Upgrading to a CPU 31Xc or CPU 31X
219
-
Interrupt Events from Distributed I/Os While the CPU Status Is in STOP
220
-
Runtimes that Change While the Program Is Running
220
-
Converting the Diagnostic Addresses of DP Slaves
221
-
Reusing Existing Hardware Configurations
221
-
Replacing a CPU 31Xc/31X
222
-
Using Consistent Data Areas in the Process Image of a DP Slave System
222
-
Load Memory Concept for the CPU 31Xc/31X
223
-
PG/OP Functions
223
-
Routing for the CPU 31Xc/31X as an Intelligent Slave
223
-
Changed Retentive Behavior for Cpus with Firmware >= V2.1.0
224
-
Fms/Cps with Separate MPI Address in the Central Rack of a CPU 315-2 PN/DP, a CPU 317 or a CPU 319-3 PN/DP
224
-
Using Loadable Blocks for S7 Communication for the Integrated PROFINET Interface
225
-
Glossary
227
-
Index
238
-
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