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Siemens SIMATIC ET 200PA SMART User Manual
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SIMATIC
PCS 7 Process Control System
ET 200PA SMART
Operating Instructions
06/2019
A5E34192013-AB
Preface
Product overview
1
Assignment planning
2
Installation
3
Connecting
4
Commissioning
5
Maintenance and service
6
Functions
7
Interrupt, error and system
messages
8
Interface module IM 650
9
ET 200PA SMART I/O
modules
10
2
Table of Contents
Default Chapter
3
Preface
3
Table of Contents
7
1 Product Overview
13
What Are Distributed I/O Devices
13
What Is PROFIBUS DP
13
200PA SMART Distributed I/O Device
14
Figure 1-1 Typical Structure of a PROFIBUS DP Network
14
Table 1-1 Components of an ET 200PA SMART
15
Figure 1-2 Configuration of the ET 200PA SMART Distributed I/O Device
15
2 Assignment Planning
17
Configuration Variants
17
Configuring the Mechanical Structure
17
Horizontal or Vertical Configuration
17
Clearance Measurements
18
Figure 2-1 Horizontal and Vertical Mounting of an ET 200M
18
Figure 2-2 Clearances for an ET 200PA SMART Configuration on a Rack
19
Arrangement of the Modules for the Function "Change During Operation" and / or "Redundancy
20
Figure 2-3 Example: Bus Module 2 X 40 (6ES7 650 8PC00-0AA0)
20
Figure 2-4 Configuration with Active Bus Modules
21
Configuring the Electrical Structure
22
General Rules and Regulations for Operating an ET 200PA SMART
22
Operation of the ET 200PA SMART with Process I/O on a Grounded Supply
24
Table 2-1 DIN VDE Directives for the Configuration of a Controller
25
Figure 2-5 Operating ET 200PA SMART Modules or S7-300 Modules from Grounded Supply
26
Configuration of the ET 200PA SMART with Ungrounded Reference Potential
27
Figure 2-6 Operating ET 200PA SMART Modules or S7-300 Modules from PS 307
27
Figure 2-7 Configuration of an ET 200PA SMART with Ungrounded Reference Potential
28
Configuration of the ET 200PA SMART with Isolated Modules
29
Configuration of the ET 200PA SMART with Non-Isolated Modules
30
Figure 2-8 Simplified Representation for the Configuration with Isolated Modules
30
Figure 2-9 Potential Relations in the Configuration with the Non-Isolated Analog Input/Output Module SM 334; AI 4/AO 2 X 8/8Bit
30
3 Installation
31
Overview
31
Mounting Sequence
31
Installing the DIN Rail
32
Figure 3-1 Fixing Holes of the 2-Meter Mounting Rail
32
Table 3-1 Fixing Holes for Mounting Rails
33
Installing Active Bus Modules and Modules
35
Figure 3-2 Protective Conductor Connection on the Mounting Rail
35
After Installation
38
Table 3-2 Slot Numbers
38
Figure 3-3 Attaching the Slot Numbers to the Modules
38
Setting the PROFIBUS Address
39
4 Connecting
41
Overview
41
Connecting PROFIBUS DP
41
Connecting the Bus Connector
41
Wiring the Power Supply and Modules
42
Wiring Rules
42
Table 4-1 Wiring Rules for the Power Supply and the IM 650
42
Wiring the Power Supply and IM 650
43
Table 4-2 Wiring Rules for Front Connectors of Modules
43
Wiring Front Connectors of the Signal Modules
45
Figure 4-1 Wiring the PS 307 Power Supply Module and IM 650 with Connecting Comb
45
Table 4-3 Wiring Front Connectors
47
Figure 4-2 Bringing the Front Connector into the Wiring Position
47
Table 4-4 Preparing the Signal Module for Operation
48
Connecting Shielded Cables Via a Shield Connecting Element
49
Table 4-5 Assignment of Cable Cross-Sections and Shield Connection Clamps
49
Figure 4-3 Fitting the Shielded 2-Wire Cables to the Shield Connection Element
50
5 Commissioning
53
Profibus Dp
53
Commissioning the DP Slave
53
Table 5-1 Software Requirements for Commissioning
53
Startup of the IM 650
54
Figure 5-1 Startup of the IM 650
55
Figure 5-2 Startup for Time Synchronization / Time Stamping
56
6 Maintenance and Service
59
Maintenance of ET 200PA SMART
59
Replacing the Power Supply Module
59
Replacing the IM 650
60
Replacing I/O Modules
63
Figure 6-1 Removing the Front Connector Coding
64
Replacing the Bus Module
65
Table 6-1 Behavior of the ET 200PA SMART When Modules Are Pulled or Plugged
65
Exchanging Fuses in Digital Output Modules
66
Update of the IM 650
67
When Should You Update the IM 650
67
Figure 6-2 Location of the Fuses on Digital Output Modules
67
Update of the IM 650
68
7 Functions
71
Connection of HART Field Devices
71
Figure 7-1 Passing Parameter Assignment Data with an IM 650 and HART Modules
71
Expanded I/O Input Data
72
Support of Additional Input Data
72
Time Stamping of the Input Signals with IM 650
73
Principles
73
Time Stamp with 10 Ms Precision
75
Figure 7-2 Example Configuration for Time Stamping of Signal Changes with IM 650
76
Highly Precise Time Stamp with 1 Ms Precision
77
Time Synchronization for Time Stamping
78
Time Stamping in the Redundant System
79
Time Synchronization on the ET 200PA SMART I/O Bus
80
Figure 7-3 Example Configuration with 2 X IM 650 Modules in a Redundant System
80
Redundancy with IM 650
81
Figure 7-4 Redundancy with 2 X IM 650 Modules in an H-System
82
System Modification During Operation
83
Identification and Maintenance Data (I&M Data)
83
I&M Data for PROFIBUS DP
84
Table 7-1 Structure of DS 248 for the IM 650
84
Table 7-2 Basic Structure of Data Records with I&M Data
85
Table 7-3 Structure of the I&M Data
85
8 Interrupt, Error and System Messages
87
Concept for Drivers and Diagnostic Blocks
87
Diagnostics of the IM 650 by LED Displays
88
Table 8-1 LED Displays
89
S7 Diagnostics
91
Structure of Slave Diagnosis
91
Station Statuses 1 to 3
93
Table 8-2 Structure of Station Status 1 (Byte 0)
93
Master PROFIBUS Address
94
Table 8-3 Structure of Station Status 2 (Byte 1)
94
Table 8-4 Structure of Station Status 3 (Byte 2)
94
Manufacturer ID
95
Table 8-5 Structure of the Manufacturer ID (Bytes 4, 5)
95
Evaluating the Slave Diagnosis
96
Identifier-Related Diagnosis
96
Module Status
98
Channel-Specific Diagnostics
99
Table 8-6 Error Type of the Channel-Related Diagnostics in Accordance with the PROFIBUS Standard
101
Table 8-7 Error Type of the Channel-Related Diagnostics - Manufacturer-Specific
102
H-Status, Only in Redundant Configurations
103
Interrupts
105
Evaluating Interrupts of Device-Related Diagnostics
115
9 Interface Module IM 650
117
Parameters of the IM 650
117
Table 9-1 Parameters of the IM 650
117
Technical Specifications of the IM 650
118
Table 9-2 Parameters for Time Stamping
118
Response Time of the ET 200PA SMART
120
Use of the ET 200PA SMART in Hazardous Area Zone 2
121
10 ET 200PA SMART I/O Modules
123
Module Overview
123
Digital Input Modules
125
Digital Input Module DI 32 X DC 24 V
125
Table 10-1 ET 200PA SMART Digital Input Modules
125
Digital Input Module DI 16 X DC24V
129
Parameters of the DI 16 X DC 24 V
134
Diagnostics of the DI 16 X DC 24 V
135
Table 10-2 Parameters of the DI 16 X DC 24 V
135
Table 10-3 Tolerances of the Input Delays of the DI 16 X DC 24 V
135
Table 10-4 Diagnostic Messages of the DI 16 X DC 24 V and Possible Corrective Measures
136
Digital Output Modules
137
Digital Output Module DO 32 X DC 24 V/ 0.5 a
137
Table 10-5 Digital Output Modules
137
Digital Output Module DO 16 X DC 24 V/0.5 a
142
Parameters of the DO 16 X DC 24 V/0.5 a
146
Table 10-6 Parameters of the DO 16 X DC 24 V/0.5 a
146
Diagnostics of the DO 16 X DC 24 V/0.5 a
147
Table 10-7 Diagnostic Messages of the DO 16 X DC 4 V/0.5 a and Possible Corrective Measures
147
How to Protect Digital Modules from Inductive Overvoltage
148
Analog Input Modules
150
Table 10-8 ET 200PA SMART Analog Input Modules
150
Analog Input Module AI 8 X 13-Bit
152
Table 10-9 Behavior of the Analog Modules as a Function of the Acquired Measured Value
152
Measurement Types and Measuring Ranges
161
Parameters of the AI 8 X 13 Bits
161
Table 10-10 Overview of the Parameters of SM 331; AI 8 X 13 Bit
162
Supplemental Information on AI 8 X 13-Bit
163
Analog Input Module AI 8 X 16 Bit
165
Parameters of the AI 8 X 16 Bit
173
Table 10-11 Parameters of the AI 8 X 16 Bit
173
Diagnostics of the AI 8 X 16 Bit
174
Table 10-12 Diagnostic Messages of the AI 8 X 16 Bit and Possible Corrective Measures
175
Analog Input Module AI 16 X 16 Bit
176
Parameters of the AI 16 X 16 Bit
184
Table 10-13 Parameters of Analog Input Module AI 16 X 16
184
Diagnostics of the AI 16 X 16 Bit
185
Analog Input Module AI 8 X TC/4 X RTD
186
Parameters of the AI 8 X TC/4 X RTD
197
Diagnostics of the AI 8 X TC/4 X RTD
199
Analog Output Modules
200
Analog Output Module AO 8 X 12 Bit
201
Parameters of the AI 8 X 12 Bit
208
Diagnostics of the AO 8 X 12 Bit
209
Module Diagnostic Information
210
Dimensional Drawings of the Signal Modules
211
Standards and Approvals
211
Approvals for the Analog Input Module 6ES7650-8AE60-Xaa0
216
Contact
219
Index
221
4
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Siemens SIMATIC ET 200PA SMART Specifications
General
Brand
Siemens
Model
SIMATIC ET 200PA SMART
Category
Control Systems
Language
English
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