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Simatic RF600
Siemens Simatic RF600 Manuals
Manuals and User Guides for Siemens Simatic RF600. We have
11
Siemens Simatic RF600 manuals available for free PDF download: System Manual, Configuration Manual, Compact Operating Instructions
Siemens Simatic RF600 System Manual (506 pages)
Brand:
Siemens
| Category:
Other
| Size: 16.55 MB
Table of Contents
Table of Contents
3
1 Introduction
13
Preface
13
J31069-D0171-U001-A22
13
Abbreviations and Naming Conventions
14
2 Safety Information
15
General Safety Instructions
15
Safety Instructions for Third-Party Antennas as Well as for Modifications to the RF600 System
19
Safety Distance to Transmitter Antenna
20
Safety Distance between Transmitter Antenna and Personnel
20
Minimum Distance to Antenna in Accordance with ETSI
21
Minimum Distance to Antenna in Accordance with FCC
22
3 System Overview of SIMATIC RF600
25
Application Areas of RF600
26
System Components
27
Features
30
4 RF600 System Planning
33
Overview
33
Possible System Configurations
33
Intralogistics Scenario
33
Scenario for Workpiece Identification
36
Goods Tracking Scenario
37
Scenario Incoming Goods, Distribution of Goods and Outgoing Goods
38
Antenna Configurations
39
Antenna Configuration Example
40
Possibilities and Application Areas for Antenna Configurations
41
Transponder Orientation in Space
45
Specified Minimum and Maximum Spacing of Antennas
46
Reciprocal Influence of Read Points
47
Read and Write Range
48
Static/Dynamic Mode
49
Operation of Several Readers Within Restricted Space
50
Using more than One Reader
50
Optimization of Robustness of Tag Data Accesses for Readers that Are Operated Simultaneously
50
Frequency Hopping
51
Guidelines for Selecting RFID UHF Antennas
51
Note Safety Information
51
Preconditions for Selecting RFID UHF Antennas
51
General Application Planning
52
Types of Antenna
53
Antenna Cables
53
Minimum Distances and Maximum Ranges
55
Configurations of Antenna and Transponder
55
Effects of the Materials of the Mounting Surfaces on the Range
58
Maximum Read/Write Ranges of Transponders
59
Minimum Distances between Antennas and Transponders
65
Influence of Electrically Conductive Walls on the Range
65
Environmental Conditions for Transponders
66
The Response of Electromagnetic Waves in the UHF Band
66
The Effect of Reflections and Interference
66
Influence of Metals
67
Influence of Liquids and Non-Metallic Substances
68
Influence of External Components
68
Planning and Installation of UHF Read Points
69
Technical Basics
69
Implementation of UHF RFID Installations
72
Preparation Phase
72
Test Phase
73
Setting up Read Points
74
Dealing with Field Disturbances
77
Types and Approaches to Solutions
77
Measures for Eliminating Field Disturbances
78
Chemical Resistance of the Readers and Transponders
80
Readers
80
Overview of the Readers and Their Housing Materials
80
Pocan CF2200
81
Transponder
83
Overview of the Transponders and Their Housing Materials
83
Acrylonitrile/Butadiene/Styrene (ABS)
83
Polyamide 12 (PA12)
84
Polyamide 6.6 (PA 6.6)
86
Polyamide 6.6 GF (PA 6.6 GF)
87
Polyethylene Terephthalate (PET)
89
Polypropylene (PP)
91
Polyphenylene Sulfide (PPS)
95
Polyvinyl Chloride (PVC)
96
Regulations Applicable to Frequency Bands
97
Guidelines for Electromagnetic Compatibility (EMC)
97
Overview
97
What Does EMC Mean
98
Basic Rules
99
Propagation of Electromagnetic Interference
100
Equipotential Bonding
102
Cable Shielding
103
5 Readers
105
Overview
105
Simatic Rf610R
107
Description
107
Overview
107
Ordering Data
108
Pin Assignment of the Power Supply Interface (X80 24VDC)
109
Pin Assignment of the Industrial Ethernet Interface (X1 P1)
110
Ground Connection
110
Planning Operation
110
Internal Antenna
110
Interpretation of Radiation Patterns
115
Installation / Mounting
115
Configuration/Integration
116
Technical Specifications
117
Dimension Drawing
120
Certificates and Approvals
121
CE Mark
121
Country-Specific Certifications
121
FCC Information
122
IC-FCB Information
123
Other Certificates and Approvals
123
Simatic Rf615R
124
Description
124
Overview
124
Ordering Data
125
Pin Assignment of the DI/DQ Interface (X10 DI/DQ)
126
Switching Scheme for the DI/DQ Interface
126
Pin Assignment of the Power Supply Interface (X80 24VDC)
128
Pin Assignment of the Industrial Ethernet Interface (X1 P1)
129
Ground Connection
129
Planning Operation
130
Internal Antenna
130
External Antenna
135
Installing/Mounting
136
Configuration/Integration
137
Technical Specifications
138
Dimension Drawing
141
Certificates and Approvals
142
CE Mark
142
Country-Specific Certifications
142
FCC Information
143
IC-FCB Information
144
Other Certificates and Approvals
144
Simatic Rf650R
145
Description
145
Overview
145
Ordering Data
146
Pin Assignment of the DI/DQ Interface (X10 DI/DQ)
147
Switching Scheme for the DI/DQ Interface
148
Pin Assignment of the Power Supply Interface (X80 24VDC)
153
Pin Assignment of the Industrial Ethernet Interface (X1 P1)
155
Grounding Connection
155
Planning Operation
156
Antenna/Read Point Configurations
156
Installation/Mounting
157
Configuration/Integration
161
Technical Specifications
162
Dimension Drawing
165
Certificates and Approvals
166
FCC Information
168
IC-FCB Information
169
Simatic Rf680R
170
Description
170
Overview
170
Ordering Data
171
Pin Assignment of the DI/DQ Interface (X10 DI/DQ)
172
Switching Scheme for the DI/DQ Interface
173
Pin Assignment of the Power Supply Interface (X80 24VDC)
178
Pin Assignment of the Industrial Ethernet Interface (X1 P1; X1 P2)
180
Grounding Connection
180
Planning Operation
181
Antenna/Read Point Configurations
181
Installation/Mounting
182
Mounting/Installation
183
Configuration/Integration
186
Technical Specifications
187
Dimension Drawing
190
Certificates and Approvals
191
FCC Information
193
IC-FCB Information
194
Simatic Rf685R
195
Description
195
Overview
195
Ordering Data
196
Pin Assignment of the DI/DQ Interface (X10 DI/DQ)
197
Switching Scheme for the DI/DQ Interface
198
Pin Assignment of the Power Supply Interface (X80 24VDC)
203
Pin Assignment of the Industrial Ethernet Interface (X1 P1; X1 P2)
205
Grounding Connection
205
Planning Operation
206
Internal Antenna
206
External Antenna
215
Installation/Mounting
216
Configuration/Integration
220
Technical Specifications
221
Dimension Drawing
224
Certificates and Approvals
225
FCC Information
227
IC-FCB Information
228
Simatic Rf650M
229
Description
229
Field of Application and Features
229
Advertisement
Siemens Simatic RF600 System Manual (490 pages)
Brand:
Siemens
| Category:
Rfid Systems
| Size: 5.81 MB
Table of Contents
Table of Contents
3
1 Introduction
13
Preface
13
Abbreviations and Naming Conventions
14
2 Safety Information
15
General Safety Instructions
15
Safety Instructions for Third-Party Antennas as Well as for Modifications to the RF600 System
19
Safety Distance to Transmitter Antenna
20
Safety Distance between Transmitter Antenna and Personnel
20
Minimum Distance to Antenna in Accordance with ETSI
21
Minimum Distance to Antenna in Accordance with FCC (USA)
22
3 System Overview of SIMATIC RF600
25
Application Areas of RF600
26
System Components
27
Features
30
4 RF600 System Planning
33
Overview
33
Possible System Configurations
33
Intralogistics Scenario
34
Scenario for Workpiece Identification
36
Goods Tracking Scenario
37
Scenario Incoming Goods, Distribution of Goods and Outgoing Goods
38
Antenna Configurations
39
Antenna Configuration Example
40
Possibilities and Application Areas for Antenna Configurations
41
Transponder Orientation in Space
45
Specified Minimum and Maximum Spacing of Antennas
46
Reciprocal Influence of Read Points
47
Read and Write Range
48
Static/Dynamic Mode
49
Operation of Several Readers Within Restricted Space
50
Using more than One Reader
50
Optimization of Robustness of Tag Data Accesses for Readers that Are Operated Simultaneously
50
Frequency Hopping
51
Guidelines for Selecting RFID UHF Antennas
51
Note Safety Information
51
Preconditions for Selecting RFID UHF Antennas
51
General Application Planning
52
Types of Antenna
53
Antenna Cables
53
Environmental Conditions for Transponders
55
The Response of Electromagnetic Waves in the UHF Band
55
The Effect of Reflections and Interference
55
Influence of Metals
56
Influence of Liquids and Non-Metallic Substances
57
Influence of External Components
57
Planning and Installation of UHF Read Points
58
Technical Basics
58
Implementation of UHF RFID Installations
60
Preparation Phase
61
Test Phase
62
Setting up Read Points
62
Dealing with Field Disturbances
66
Types and Approaches to Solutions
66
Measures for Eliminating Field Disturbances
67
Chemical Resistance of the Readers and Transponders
69
Readers
69
Overview of the Readers and Their Housing Materials
69
Pocan CF2200
70
Transponder
72
Overview of the Transponders and Their Housing Materials
72
Acrylonitrile/Butadiene/Styrene (ABS)
73
Polyamide 12 (PA12)
74
Polyamide 6.6 (PA 6.6)
76
Polyamide 6.6 GF (PA 6.6 GF)
77
Polyethylene Terephthalate (PET)
78
Polypropylene (PP)
80
Polyphenylene Sulfide (PPS)
84
Polyvinyl Chloride (PVC)
85
Regulations Applicable to Frequency Bands
86
Guidelines for Electromagnetic Compatibility (EMC)
86
Overview
86
What Does EMC Mean
87
Basic Rules
88
Propagation of Electromagnetic Interference
89
Equipotential Bonding
91
Cable Shielding
92
5 Readers
95
Overview
95
Simatic Rf615R
97
Description
97
Overview
97
Ordering Data
98
Pin Assignment of the DI/DQ Interface (X10 DI/DQ)
99
Switching Scheme for the DI/DQ Interface
100
Pin Assignment of the RS422 Interface (X80 DC24V)
102
Pin Assignment of the Industrial Ethernet Interface (X1 P1)
104
Planning Operation
104
Internal Antenna
104
Interpretation of Directional Radiation Patterns
109
Installing/Mounting
110
Configuration/Integration
111
Technical Specifications
112
Dimension Drawing
115
Certificates and Approvals
116
CE Mark
116
Country-Specific Certifications
116
FCC Information
117
IC-FCB Information
118
Other Certificates and Approvals
118
Simatic Rf650R
119
Description
119
Overview
119
Ordering Data
120
Pin Assignment of the DI/DQ Interface (X10 DI/DQ)
121
Switching Scheme for the DI/DQ Interface
122
Pin Assignment of the RS422 Interface (X80 DC24V)
127
Pin Assignment of the Industrial Ethernet Interface (X1 P1)
129
Grounding Connection
129
Planning Operation
130
Antenna/Read Point Configurations
130
Installation/Mounting
131
Configuration/Integration
135
Technical Specifications
136
Dimension Drawing
139
Certificates and Approvals
140
FCC Information
142
IC-FCB Information
143
Simatic Rf680R
144
Description
144
Overview
144
Ordering Data
145
Pin Assignment of the DI/DQ Interface (X10 DI/DQ)
146
Switching Scheme for the DI/DQ Interface
147
Pin Assignment of the RS422 Interface (X80 DC24V)
152
Pin Assignment of the Industrial Ethernet Interface (X1 P1; X1 P2)
154
Grounding Connection
154
Planning Operation
155
Antenna/Read Point Configurations
155
Installation/Mounting
156
Mounting/Installation
156
Configuration/Integration
160
Technical Specifications
161
Dimension Drawing
164
Certificates and Approvals
165
FCC Information
167
IC-FCB Information
168
Simatic Rf685R
169
Description
169
Overview
169
Ordering Data
170
Pin Assignment of the DI/DQ Interface (X10 DI/DQ)
171
Switching Scheme for the DI/DQ Interface
172
Pin Assignment of the RS422 Interface (X80 DC24V)
177
Pin Assignment of the Industrial Ethernet Interface (X1 P1; X1 P2)
179
Grounding Connection
179
Planning Operation
180
Internal Antenna
180
External Antenna
189
Installation/Mounting
190
Configuration/Integration
194
Technical Specifications
195
Dimension Drawing
198
Certificates and Approvals
199
FCC Information
201
IC-FCB Information
202
Simatic Rf650M
203
Description
203
Field of Application and Features
203
Siemens Simatic RF600 System Manual (340 pages)
Sensors
Brand:
Siemens
| Category:
Other
| Size: 12.73 MB
Table of Contents
Table of Contents
5
1 Introduction
13
Preface
13
Navigating in the System Manual
14
2 Safety Information
15
General Safety Instructions
15
Safety Instructions for Third-Party Antennas as Well as for Modifications to the RF600 System
16
Safety Distance to Transmitter Antenna
17
Safety Distance between Transmitter Antenna and Personnel
17
Minimum Distance to Antenna in Accordance with ETSI
18
Minimum Distance to Antenna in Accordance with FCC (USA)
19
3 System Overview
21
RF System SIMATIC RF600
21
Application Areas of RF600
22
System Components (Hardware/Software)
23
Features
25
4 RF600 System Planning
29
Overview
29
Possible System Configurations
29
Scenario for Incoming Goods
30
Scenario for Material Handling Control
32
Scenario for Workpiece Identification
34
Scenario for Intra Logistics
36
Scenario for Outgoing Goods
38
Antenna Configurations
40
Antenna Configuration Example
41
Possibilities and Application Areas for Antenna Configurations
42
Tag Orientation in Space
46
Specified Minimum and Maximum Spacing of Antennas
47
Mutual Interference of Readers (Antennas)
49
Reading Range
50
Operation of Several Readers Within Restricted Space
51
Dense Reader Mode
51
Optimizing Tag Reading Accuracy
53
Optimization of Robustness of Tag Data Accesses for Readers that Are Operated Simultaneously
53
Frequency Hopping
55
Listen before Talk
55
Environmental Conditions for Transponders/Tags
56
Basic Rules
56
The Response of Electromagnetic Waves in the UHF Band
57
The Effect of Reflections and Interference
57
Influence of Metals
58
Influence of Liquids and Non-Metallic Substances
58
Influence of External Components
59
Regulations Applicable to Frequency Bands
60
Regulations for UHF Frequency Bands in Europe
60
Regulations for UHF Frequency Bands in Europe (ETSI en 302 208 V1.1.2)
60
Regulations for UHF Frequency Bands in Europe (ETSI en 302 208 V1.2.1)
62
Regulations for Frequency Bands According to en 300 220 (Short Range Device)
63
Partial Abrogation of the Regulations for France
64
Regulations for UHF Frequency Bands in the USA
66
Regulations for UHF Frequency Bands in Thailand
67
Regulations for UHF Frequency Bands in China
68
Guidelines for Electromagnetic Compatibility (EMC)
69
Overview
69
What Does EMC Mean
70
Basic Rules
71
Propagation of Electromagnetic Interference
72
Prevention of Interference Sources
75
Equipotential Bonding
76
Cable Shielding
77
5 Readers
79
RF660R Reader
80
Description
80
Ordering Data
81
Design of the RF660R Reader
82
Status Displays
83
Pin Assignment of the Serial Interfaces
84
Pin Assignment and Connections of the Digital I/O Interface
85
Pin Assignment of the Connecting Cable
87
Power Supply
88
Grounding Connection
88
Planning Application
89
Increasing the Probability of Identification for Tags - Antenna Switching
90
Installation /Mounting
91
Configuration/Integration
92
Technical Specifications
94
Mechanical Data
94
Technical Data According to EPC and ISO
96
Dimension Drawings
97
Certificates and Approvals
98
CE Mark
98
FCC Information
99
RF620R Reader
100
Description
100
Ordering Data
101
Status Display
102
Pin Assignment of the RS422 Interface
103
Pin Assignment of the Connecting Cable
103
Grounding Connection
104
Planning Application
105
Minimum Mounting Clearances of Two Readers
105
Antenna Diagram for RF620R (ETSI)
105
Antenna Diagram for RF620R (FCC)
108
Antenna/Read Point Configurations
111
Installing/Mounting
111
Mounting/Installing FCC
112
Configuration/Integration
113
Transmission Protocols
114
Technical Data
114
Mechanical Data
114
Technical Data According to EPC and ISO
116
Maximum Number of Readable Tags
117
Dimension Drawings
118
Certificates and Approvals
118
Certificates and Approvals for RF620R (FCC)
119
FCC Information
120
RF630R Reader
121
Description
121
Ordering Data
122
Status Display
123
Pin Assignment of the RS422 Interface
124
Pin Assignment of the Connecting Cable
124
Grounding Connection
125
Planning Application
126
Minimum Mounting Clearances of Two Antennas of Different Readers
126
Antenna/Read Point Configurations
126
Installing/Mounting
127
Mounting/Installation
127
Configuration/Integration
128
Transmission Protocols
129
Technical Data
129
Mechanical Data
129
Technical Data According to EPC and ISO
131
Maximum Number of Readable Tags
132
Dimension Drawings
133
Certificates and Approvals
134
FCC Information
135
IC-FCB Information
135
Advertisement
Siemens Simatic RF600 System Manual (300 pages)
Brand:
Siemens
| Category:
Rfid Systems
| Size: 3.71 MB
Table of Contents
Table of Contents
5
Introduction
17
Preface
17
Abbreviations and Naming Conventions
19
Navigating in the System Manual
19
Safety Information
21
General Safety Instructions
21
Safety Instructions for Third-Party Antennas as Well as for Modifications to the RF600 System
23
Safety Distance to Transmitter Antenna
24
Safety Distance between Transmitter Antenna and Personnel
24
Minimum Distance to Antenna in Accordance with ETSI
25
Minimum Distance to Antenna in Accordance with FCC (USA)
27
System Overview of SIMATIC RF600
29
Application Areas of RF600
31
System Components (Hardware/Software)
32
Features
35
RF600 System Planning
37
Overview
37
Possible System Configurations
37
Scenario for Material Handling Control
38
Scenario for Workpiece Identification
39
Scenario for Intra Logistics
40
Scenario Incoming Goods, Distribution of Goods and Outgoing Goods
42
Antenna Configurations
43
Antenna Configuration Example
43
Possibilities and Application Areas for Antenna Configurations
44
Transponder Orientation in Space
48
Specified Minimum and Maximum Spacing of Antennas
49
Mutual Interference of Readers (Antennas)
49
Read and Write Range
52
Static/Dynamic Mode
53
Operation of Several Readers Within Restricted Space
53
Dense Reader Mode
53
Optimizing Tag Reading Accuracy
54
Optimization of Robustness of Tag Data Accesses for Readers that Are Operated Simultaneously
54
Frequency Hopping
55
Guidelines for Selecting RFID UHF Antennas
55
Note Safety Information
55
Preconditions for Selecting RFID UHF Antennas
55
General Application Planning
56
Environmental Conditions
57
Antennas
58
Characteristics
59
Technical Specifications
61
Characteristics
62
Antenna Cables
69
Application Example
71
Environmental Conditions for Transponders/Tags
73
The Response of Electromagnetic Waves in the UHF Band
73
The Effect of Reflections and Interference
73
Influence of Metals
74
Influence of Liquids and Non-Metallic Substances
74
Influence of External Components
74
Regulations Applicable to Frequency Bands
75
Overview of the Frequency Bands
75
Regulations for UHF Frequency Bands in China
76
Regulations for UHF Frequency Bands in the USA
78
Guidelines for Electromagnetic Compatibility (EMC)
79
Overview
79
What Does EMC Mean
79
Basic Rules
80
Propagation of Electromagnetic Interference
82
Equipotential Bonding
83
Cable Shielding
84
Readers
87
Overview
87
RF620R Reader
90
Description
90
Ordering Data
91
Status Display
91
Pin Assignment of the RS422 Interface
92
Pin Assignment of the Connecting Cable
93
Grounding Connection
94
Planning Application
94
Minimum Mounting Clearances of Two Readers
94
Antenna Diagram for RF620R (ETSI)
95
Antenna Diagram for RF620R (FCC)
98
Interpretation of Directional Radiation Patterns
101
Antenna/Read Point Configurations
101
Installing/Mounting
102
Mounting/Installing FCC
102
Configuration/Integration
103
Transmission Protocols
104
Technical Data
104
Mechanical Data
104
Technical Data According to EPC and ISO
106
Maximum Number of Readable Tags
107
Dimension Drawings
108
Certificates and Approvals
109
Country-Specific Certifications
109
Siemens Simatic RF600 Configuration Manual (294 pages)
Brand:
Siemens
| Category:
Rfid Systems
| Size: 6.1 MB
Table of Contents
Table of Contents
3
1 Introduction
7
2 Security Recommendations
9
3 Description
13
Properties of the UHF Readers
13
User-Specific Procedures
17
4 Commissioning
21
Important Notes on Using the Device
21
Connect the Hardware
22
Setup/Network Topology
25
Assign the IP Address / Device Name
26
Assigning the IP Address / Device Name with the PST
27
Assigning the IP Address / Device Name with STEP 7
29
Assigning an IP Address Via DHCP
31
5 Configuration Via STEP 7 (PROFINET Device)
33
Linking Readers into STEP 7 (Basic / Professional)
33
Creating a STEP 7 Project (Basic / Professional)
33
Overview of the Configurable Properties
34
6 Configuring with Studio 5000 Logix Designer
37
Linking Readers into Studio 5000 Logix Designer
37
Creating a Studio 5000 Logix Designer Project
38
7 Configuring with the WBM
39
Starting WBM
39
The WBM
41
The Menu Items of the WBM
46
The "Start Page" Menu Item
46
The "Settings - General" Menu Item
48
The "Settings - Read Points" Menu Item
52
The "Settings - Tag Fields" Menu Item
63
The "Settings - Filters" Menu Item
66
The "Settings - Digital Outputs" Menu Item
69
The "Settings - Communication" Menu Item
71
The "Settings - Adjust Antenna" Menu Item
80
The "Settings - Activation Power" Menu Item
83
The "Diagnostics - Tag Monitor" Menu Item
87
The "Diagnostics - Log" Menu Item
91
The "Diagnostics - Messages" Menu Item
93
The "Edit Transponder" Menu Item
93
The "User Management" Menu Item
98
The "System" Menu Item
102
The "Help" Menu Item
103
8 Programming Via SIMATIC Controller
105
Digital Inputs/Outputs
105
9 Programming Via Rockwell Controller
107
Importing Add-On Instructions
107
Overview of the Add-On Instructions
108
Project Preparation
109
Assigning Parameters to the "Param_Rf68Xr" Block
109
Assigning Parameters to the "Param_Rf68Xr" Block
110
General Structure of the Add-On Instructions
112
Programming Add-On Instructions
113
Basic Blocks
113
Param_Rf68Xr
113
Reset_Rf68Xr
114
Read
115
Write
116
Reader_Status
117
Extended Blocks
118
Config_Upload/-_Download
118
Inventory
120
Read_Epc_Mem
123
Set_Param
124
Write_Epc_Id
127
Write_Epc_Mem
128
Advancedcmd
129
Programming the Ident Profile
130
Structure of the Ident Profile
130
Overview of the Commands
132
Command Structure
133
Commands
134
Chaining
135
Command Repetition
135
Digital Inputs/Outputs
135
Siemens Simatic RF600 System Manual (430 pages)
SIMATIC Ident
Brand:
Siemens
| Category:
Rfid Systems
| Size: 15.26 MB
Siemens Simatic RF600 System Manual (200 pages)
Brand:
Siemens
| Category:
Rfid Systems
| Size: 4.45 MB
Table of Contents
Appendix J31069-D0171-U001-A10
4
Table of Contents
5
Accessories
12
SIMATIC RF600 System Manual, 06/2010, J31069-D0171-U001-A10-7618
13
Introduction
15
Preface
15
Navigating in the System Manual
16
General Safety Instructions
17
Safety Information
17
Safety Instructions for Third-Party Antennas as Well as for Modifications to the RF600 System
18
Safety Distance between Transmitter Antenna and Personnel
19
Safety Distance to Transmitter Antenna
19
Minimum Distance to Antenna in Accordance with ETSI
20
Minimum Distance to Antenna in Accordance with FCC (USA)
21
RF System SIMATIC RF600
23
System Overview
23
Application Areas of RF600
25
System Components (Hardware/Software)
25
Features
27
Overview
31
Possible System Configurations
31
RF600 System Planning
31
Scenario for Incoming Goods
31
Scenario for Material Handling Control
33
Scenario for Workpiece Identification
35
Scenario for Intra Logistics
36
Scenario for Outgoing Goods
38
Antenna Configuration Example
40
Antenna Configurations
40
Possibilities and Application Areas for Antenna Configurations
41
Tag Orientation in Space
45
Specified Minimum and Maximum Spacing of Antennas
46
Dense Reader Mode
48
Mutual Interference of Readers (Antennas)
48
Operation of Several Readers Within Restricted Space
48
Reading Range
48
Rf620R/Rf630R
49
Optimizing Tag Reading Accuracy
50
Optimization of Robustness of Tag Data Accesses for Readers that Are Operated Simultaneously
51
Frequency Hopping
52
Basic Rules
53
Environmental Conditions for Transponders/Tags
53
Listen before Talk
53
The Effect of Reflections and Interference
53
The Response of Electromagnetic Waves in the UHF Band
53
Influence of Liquids and Non-Metallic Substances
54
Influence of Metals
54
Influence of External Components
55
Regulations Applicable to Frequency Bands
55
Regulations for UHF Frequency Bands in Europe
56
Regulations for UHF Frequency Bands in Europe (ETSI en 302 208 V1.2.1)
56
Partial Abrogation of the Regulations for France
57
Regulations for Frequency Bands According to en 300 220 (Short Range Device)
57
Regulations for UHF Frequency Bands in Europe (ETSI en 302 208 V1.1.2)
59
Regulations for UHF Frequency Bands in China
60
Regulations for UHF Frequency Bands in Thailand
61
Operation of RF600 Readers According to en 302208 V1.2.1 and en 302208 V1.1.1
62
Regulations for UHF Frequency Bands in the USA
62
Validity of the Standards
62
Preventing Interference in Mixed Operation
64
Mixed Operation - Dense Mode
65
Preventing Interference in Mixed Operation
66
Example 1: Recommended Channel Assignment Mixed Operation
67
Example 2: Recommended Channel Assignment Mixed Operation
68
Possible Causes of Error
69
Guidelines for Electromagnetic Compatibility (EMC)
71
Overview
71
What Does EMC Mean
72
Basic Rules
73
Propagation of Electromagnetic Interference
74
Prevention of Interference Sources
77
Equipotential Bonding
78
Cable Shielding
79
Readers
81
Description
82
RF620R Reader
82
Ordering Data
83
Status Display
84
Pin Assignment of the Connecting Cable
85
Pin Assignment of the RS422 Interface
85
Grounding Connection
86
Minimum Mounting Clearances of Two Readers
86
Planning Application
86
Antenna Diagram for RF620R (ETSI)
87
Antenna Diagram for RF620R (FCC)
90
Antenna/Read Point Configurations
93
Installing/Mounting
93
Interpretation of Directional Radiation Patterns
93
Mounting/Installing FCC
94
Configuration/Integration
95
Mechanical Data
96
Technical Data
96
Transmission Protocols
96
Technical Data According to EPC and ISO
97
Maximum Number of Readable Tags
98
Certificates and Approvals
99
Dimension Drawings
99
FCC Information
100
FCC, IC-FCB Approval and UL Certification
100
Description
101
RF630R Reader
101
Ordering Data
102
Status Display
103
Pin Assignment of the RS422 Interface
104
Pin Assignment of the Connecting Cable
105
Antenna/Read Point Configurations
106
Grounding Connection
106
Minimum Mounting Clearances of Two Antennas of Different Readers
106
Planning Application
106
Installing/Mounting
107
Mounting/Installation
107
Configuration/Integration
108
Mechanical Data
109
Technical Data
109
Transmission Protocols
109
Technical Data According to EPC and ISO
111
Maximum Number of Readable Tags
112
Dimension Drawings
113
Certificates and Approvals
114
FCC Information
114
IC-FCB Information
115
Description
116
Overview
116
RF670R Reader
116
Ordering Data
117
Status Display
119
Connection Scheme for the Digital I/O Interface
120
Pin Assignment of the Digital I/O Interface
120
Pin Assignment for Power Supply
125
Pin Assignment for Industrial Ethernet Interface
126
Firmware and Software Compatibility
127
Grounding Connection
127
Planning the Use
127
Antenna/Read Point Configurations
128
Installing / Mounting
128
Configuration
129
Configuration/Integration
129
Mechanical Data
130
Technical Data
130
Technical Data According to EPC and ISO
132
Dimension Drawings
133
CE Mark
134
Certificates and Approvals
134
FCC Information
134
FCC, IC-FCB Approval and UL Certification
134
Description
135
IC-FCB Information
135
RF660R Reader
135
Ordering Data
136
Design of the RF660R Reader
138
Status Displays
139
Pin Assignment of the Serial Interfaces
140
Pin Assignment and Connections of the Digital I/O Interface
141
Pin Assignment of the Connecting Cable
142
Power Supply
143
Grounding Connection
144
Planning Application
144
Increasing the Probability of Identification for Tags - Antenna Switching
145
Configuration
146
Configuration/Integration
146
Installation /Mounting
146
Mechanical Data
148
Technical Specifications
148
Transmission Protocols
148
Technical Data According to EPC and ISO
149
Dimension Drawings
151
CE Mark
152
Certificates and Approvals
152
FCC Information
152
IC-FCB Information
153
Antennas
155
Overview
155
Description
156
RF620A Antenna
156
Ordering Data
157
Connecting an Antenna to the Reader
158
Installation and Assembly
158
Overview
158
RF620A Mounting Types
158
Connecting RF620A to RF630R
159
Connecting RF620A to RF670R
159
Alignment of Transponders to the Antenna
160
Connecting RF620A to RF660R
160
Parameterization of RF620A for RF660R
163
Antenna Pattern ETSI
165
Antenna Patterns
165
Antenna Pattern FCC
168
Interpretation of Directional Radiation Patterns
170
Read/Write Ranges
171
Technical Data
175
Approvals & Certificates
176
CE Mark
176
Dimension Drawing
176
FCC Approvals
177
RF660A Antenna
177
RF660A Description
177
Antenna Pattern
179
Interpretation of Directional Radiation Patterns
181
Connecting an Antenna to a Reader
182
Installation and Assembly
182
Guidelines for Selecting RFID UHF Antennas
183
Note Safety Information
183
Technical Specifications
183
General Application Planning
184
Overview of the Total SIMATIC RF600 System and Its Influencing Factors
184
Preconditions for Selecting RFID UHF Antennas
184
Environmental Conditions
185
General Procedure
185
Antenna Parameters
187
Antennas
187
Types of Antenna and Properties
187
Characteristics
188
Characteristics
190
Characteristics
192
Characteristics
195
Antenna Cables
198
Selection Criteria
198
Notes on Use
199
Application Example
200
Overview of Parameterization of RF600 Reader
200
Siemens Simatic RF600 System Manual (252 pages)
Brand:
Siemens
| Category:
Rfid Systems
| Size: 3.17 MB
Table of Contents
Table of Contents
3
Introduction
13
Preface
13
Abbreviations and Naming Conventions
14
Safety Information
15
General Safety Instructions
15
Safety Instructions for Third-Party Antennas as Well as for Modifications to the RF600 System
19
Safety Distance to Transmitter Antenna
20
Safety Distance between Transmitter Antenna and Personnel
20
Minimum Distance to Antenna in Accordance with ETSI
21
Minimum Distance to Antenna in Accordance with FCC
22
System Overview of SIMATIC RF600
25
Application Areas of RF600
26
System Components
27
Features
30
RF600 System Planning
33
Overview
33
Possible System Configurations
33
Intralogistics Scenario
33
Scenario for Workpiece Identification
36
Goods Tracking Scenario
37
Scenario Incoming Goods, Distribution of Goods and Outgoing Goods
38
Antenna Configurations
39
Antenna Configuration Example
40
Possibilities and Application Areas for Antenna Configurations
41
Transponder Orientation in Space
45
Specified Minimum and Maximum Spacing of Antennas
46
Reciprocal Influence of Read Points
47
Read and Write Range
48
Static/Dynamic Mode
49
Operation of Several Readers Within Restricted Space
50
Using more than One Reader
50
Optimization of Robustness of Tag Data Accesses for Readers that Are Operated Simultaneously
50
Frequency Hopping
51
Guidelines for Selecting RFID UHF Antennas
51
Note Safety Information
51
Preconditions for Selecting RFID UHF Antennas
51
General Application Planning
52
Types of Antenna
53
Antenna Cables
53
Minimum Distances and Maximum Ranges
55
Configurations of Antenna and Transponder
55
Effects of the Materials of the Mounting Surfaces on the Range
58
Maximum Read/Write Ranges of Transponders
59
Minimum Distances between Antennas and Transponders
65
Influence of Electrically Conductive Walls on the Range
65
Environmental Conditions for Transponders
66
The Response of Electromagnetic Waves in the UHF Band
66
The Effect of Reflections and Interference
66
Influence of Metals
67
Influence of Liquids and Non-Metallic Substances
68
Influence of External Components
68
Planning and Installation of UHF Read Points
69
Technical Basics
69
Implementation of UHF RFID Installations
72
Preparation Phase
72
Test Phase
73
Setting up Read Points
74
Dealing with Field Disturbances
77
Siemens Simatic RF600 System Manual (98 pages)
Brand:
Siemens
| Category:
Rfid Systems
| Size: 4.11 MB
Table of Contents
Table of Contents
3
1 Introduction
7
Preface
7
Navigating in the System Manual
9
2 Safety Information
11
General Safety Instructions
11
3 System Overview
13
RF System SIMATIC RF600
13
Application Areas of RF600
14
Features
15
4 RF600 System Planning
17
Overview
17
Antenna Configurations
18
Antenna Configuration Example
18
Possibilities and Application Areas for Antenna Configurations
19
Tag Orientation in Space
22
Specified Minimum and Maximum Spacing of Antennas
23
Mutual Interference of Readers (Antennas)
25
Reading Range
26
Increasing the Probability of Identification for Tags - Antenna Switching
27
Environmental Conditions for Transponders
28
Basic Rules
28
The Response of Electromagnetic Waves in the UHF Band
29
The Effect of Reflections and Interference
29
Influence of Metals
30
Influence of Liquids and Non-Metallic Substances
31
Regulations Applicable to Frequency Bands
32
Regulations for UHF Frequency Bands in Europe
32
Regulations for UHF Frequency Bands in the USA
34
Guidelines for Electromagnetic Compatibility (EMC)
35
Overview
35
What Does EMC Mean
36
Basic Rules
36
Propagation of Electromagnetic Interference
39
Prevention of Interference Sources
43
Equipotential Bonding
44
Cable Shielding
45
5 RF660R Reader
47
Description
47
Ordering Data
48
Design of the RF660R Reader
49
Status Displays
50
Pin Assignment of the Serial Interfaces
51
Pin Assignment and Connections of the Digital I/O Interface
52
Power Supply
54
Grounding Connection
55
Installation /Mounting
56
Mounting/Installation
56
Configuration/Integration
56
Configuration
56
Transmission Protocols
58
Maintenance and Service
59
Technical Specifications
60
Technical Specifications of RF660R
60
Dimension Drawings
63
Certificates and Approvals
64
FCC Information
64
Compliance Distance for RF Exposure
64
SIEMENS Simatic RF600 System Manual (100 pages)
RFID system in the UHF frequency range
Brand:
SIEMENS
| Category:
Other
| Size: 3.45 MB
Table of Contents
Table of Contents
5
1 Introduction
15
Preface
15
Abbreviations and Naming Conventions
16
Navigating in the System Manual
17
2 Safety Information
19
General Safety Instructions
19
Safety Instructions for Third-Party Antennas as Well as for Modifications to the RF600 System
20
Safety Distance to Transmitter Antenna
21
Safety Distance between Transmitter Antenna and Personnel
21
Minimum Distance to Antenna in Accordance with ETSI
22
Minimum Distance to Antenna in Accordance with FCC (USA)
23
3 System Overview
25
RF System SIMATIC RF600
25
Application Areas of RF600
27
System Components (Hardware/Software)
28
Features
31
4 RF600 System Planning
33
Overview
33
Possible System Configurations
33
Scenario for Material Handling Control
34
Scenario for Workpiece Identification
36
Scenario for Intra Logistics
38
Scenario Incoming Goods, Distribution of Goods and Outgoing Goods
40
Antenna Configurations
41
Antenna Configuration Example
41
Possibilities and Application Areas for Antenna Configurations
43
Tag Orientation in Space
47
Specified Minimum and Maximum Spacing of Antennas
47
Mutual Interference of Readers (Antennas)
50
Read and Write Range
53
Static/Dynamic Mode
54
Operation of Several Readers Within Restricted Space
54
Dense Reader Mode
54
Optimizing Tag Reading Accuracy
54
Optimization of Robustness of Tag Data Accesses for Readers that Are Operated Simultaneously
55
Frequency Hopping
55
Guidelines for Selecting RFID UHF Antennas
56
Note Safety Information
56
Preconditions for Selecting RFID UHF Antennas
56
General Application Planning
56
Antennas
59
Antenna Cables
70
Application Example
72
Environmental Conditions for Transponders/Tags
73
The Response of Electromagnetic Waves in the UHF Band
74
The Effect of Reflections and Interference
74
Influence of Metals
74
Influence of Liquids and Non-Metallic Substances
75
Influence of External Components
75
Regulations Applicable to Frequency Bands
76
Regulations for UHF Frequency Bands in Europe
76
Regulations for UHF Frequency Ranges in Argentina
77
Regulations for UHF Frequency Ranges in Bolivia
77
Regulations for UHF Frequency Ranges in Brazil
77
Regulations for UHF Frequency Ranges in Canada
77
Regulations for UHF Frequency Bands in China
78
Regulations for UHF Frequency Ranges in India
79
Regulations for UHF Frequency Ranges in Mexico
79
Regulations for UHF Frequency Ranges in Russia
80
Regulations for UHF Frequency Bands in Singapore (866-869 Mhz Band)
81
Regulations for UHF Frequency Ranges in South Africa
81
Regulations for UHF Frequency Ranges in South Korea
82
Regulations for UHF Frequency Bands in Thailand
83
Regulations for UHF Frequency Bands in the USA
83
Guidelines for Electromagnetic Compatibility (EMC)
84
Overview
84
What Does EMC Mean
84
Basic Rules
85
Propagation of Electromagnetic Interference
87
Prevention of Interference Sources
89
Equipotential Bonding
90
Cable Shielding
91
Siemens Simatic RF600 Compact Operating Instructions (3 pages)
mounting plate
Brand:
Siemens
| Category:
Rfid Systems
| Size: 0.3 MB
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