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Phoenix Contact RAD-DOR4-IFS Manuals
Manuals and User Guides for Phoenix Contact RAD-DOR4-IFS. We have
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Phoenix Contact RAD-DOR4-IFS manuals available for free PDF download: User Manual, Manual
Phoenix Contact RAD-DOR4-IFS User Manual (213 pages)
Wireless transmission for serial interfaces and I/O signals
Brand:
Phoenix Contact
| Category:
I/O Systems
| Size: 16 MB
Table of Contents
Table of Contents
3
For Your Safety
6
Identification of Warning Notes
6
Qualification of Users
6
Field of Application of the Product
7
Installation Notes
8
Installation in Zone 2
9
Notes for Individual I/O Extension Modules
10
UL Notes (RAD-2400-IFS and I/O Extension Modules Only)
10
Countries of Use
11
Transport, Storage, and Unpacking
14
Transport
14
Storage
14
Unpacking
15
Wireless Modules
16
Brief Description
16
Firmware Versions
17
Plc/Modbus RTU Dual Mode
17
I/O Extension Modules
18
DIP Switch
18
Application Examples
19
Installation
20
Wireless Module Structure
20
Basic Circuit Diagram
21
Mounting and Removal
21
Basic Circuit Diagram for the Wireless Module
21
Radioline Connection Station with up to 32 I/O Extension Modules
21
Connecting the Cables
23
Connecting the Power Supply
24
Supply Via System Power Supply
25
Serial Interfaces
26
Connecting the Antenna
29
Configuration and Startup
30
Factory Default Settings of the Wireless Module
30
Operating Mode of the Wireless Module
32
I/O Data Mode
32
Configuration Using the Configuration Stick
32
Figure 6-1: Serial Data Mode
32
Setting the Address of the Wireless Module Via the Thumbwheel
36
Configuration Using the Configuration Stick
36
Copying the Device Settings Via a Memory Stick
38
Configuration Via PSI-CONF Software
39
PSI-CONF Software: "Network Settings
40
PSI-CONF Software: Setting the Data Transmission Rate
42
PSI-CONF Software: "Individual Settings, Overview
43
PSI-CONF Software: "Individual Settings, Serial Port
44
PSI-CONF Software: "Individual Settings, Allowed Parents
44
Diagnostics on the Wireless Module
45
Diagnostic Leds on the Wireless Module
45
Bar Graph for Point-To-Point Connection
49
Bar Graph for Point-To-Multipoint Connection
49
Diagnostics Via PSI-CONF Software
50
PSI-CONF Software: "Diagnostic, Overview
50
PSI-CONF Software: "Diagnostic, I/O Status
51
PSI-CONF Software: "Diagnostic, Serial Port
51
PSI-CONF Software: "Diagnostic, Network Settings
52
PSI-CONF Software: "Record Diagnostic Data, Network Diagnose
52
Starting up I/O Extension Modules
53
Figure 5-21 Assignment of Digital Inputs and Digital Outputs
53
Figure 5-22 RAD-DAIO6-IFS Assignment: Analog/Digital Inputs and Outputs
53
Figure 5-23: Input Module and Output Module with the same Address
55
Startup Time of the Wireless Station
55
Serial Data Mode
56
Figure 6-2: PSI-CONF Software: "Wizard, Step 3
57
Figure 6-3: PSI-CONF Software: "Wizard, Step 4
57
Frame-Based Data Transmission
58
Figure 6-4: Frame-Based Data Transmission: T Parameter
58
Figure 6-5: Frame-Based Data Transmission: T Parameter
58
Setting Telegram Pauses, Using Modbus/Rtu as an Example
59
Figure 6-6: PSI-CONF Software: "Individual Settings
59
Plc/Modbus RTU
60
Plc/Modbus RTU Mode
60
Figure 7-1 Configuration Example: Plc/Modbus RTU Mode
60
PSI-CONF Software: "Wizard, Step 3
61
Figure 7-2: PSI-CONF Software: "Wizard, Step 3
61
Figure 7-3 Monitoring of Oil Pumps
62
Plc/Modbus RTU Dual Mode
63
Figure 7-4 Configuration Example: Plc/Modbus RTU Dual Mode
63
Figure 7-5 Flow Meter
65
Figure 7-6 Access Control with Door Opener
65
Watchdog
66
Figure 7-7 PSI-CONF Software: "Individual Settings, Network Settings
66
Modbus Function Codes
67
Module Type and Error Code Registers for I/O Extension Modules
68
Modbus Memory Map
70
Error Codes and Formats for Analog Input and Output Values
86
Table 7-22: Representation of RAD-DAIO6-IFS Analog Values
87
Table 7-23 Representation of RAD-PT100-4-IFS Pt 100 Values
87
Radioline Function Blocks
88
Figure 7-8 I/O Integration in PC Worx
88
Figure 8-1 RAD-AI4-IFS Structure
89
RAD-AI4-IFS - Analog Extension Module with Four Current Inputs
89
Description of I/O Extension Modules
89
Figure 8-2: Basic Circuit Diagram for the RAD-AI4-IFS
90
Figure 8-3 RAD-AI4-IFS DIP Switches
91
Table 8-1 RAD-AI4-IFS DIP Switches
91
Figure 8-4 Diagnostic Leds of the RAD-AI4-IFS
92
RAD-AI4-U-IFS - Analog Extension Module with Four Voltage Inputs
93
Table 8-2 Setting the I/O MAP Address for the RAD-AI4-IFS
93
Figure 8-5 RAD-AI4-U-IFS Structure
94
Figure 8-6: Basic Circuit Diagram for the RAD-AI4-U-IFS
95
Figure 8-7: RAD-AI4-U-IFS DIP Switches
96
Table 8-3: RAD-AI4-U-IFS DIP Switches
96
Figure 8-8 Diagnostic Leds of the RAD-AI4-U-IFS
97
Table 8-4 Setting the I/O MAP Address for the RAD-AI4-U-IFS
98
RAD-PT100-4-IFS - Extension Module with Four Temperature Inputs
99
Table 8-5 Pt 100 Input
99
Figure 8-9: 2-Conductor Connection Technology
100
Figure 8-10: 3-Conductor Connection Technology
100
Figure 8-11 4-Conductor Connection Technology
101
Figure 8-12 Systematic Temperature Measuring Error ΔT Depending on the Cable Length
101
Figure 8-13 Systematic Temperature Measuring Error ΔT Depending on Cable Cross- Section a
102
Figure 8-14 Systematic Temperature Measuring Error ΔT Depending on Cable Tempera- Ture T a
102
Figure 8-15 RAD-PT100-4-IFS Structure
103
Figure 8-16 Basic Circuit Diagram for the RAD-PT100-4-IFS
104
Figure 8-17 Diagnostic Leds of the RAD-PT100-4-IFS
105
Table 8-6 Setting the I/O MAP Address for the RAD-PT100-4-IFS
106
RAD-AO4-IFS - Analog Extension Module with Four Outputs
107
Figure 8-18 RAD-AO4-IFS Structure
107
Figure 8-19 Basic Circuit Diagram for the RAD-AO4-IFS
108
Figure 8-20 RAD-AO4-IFS DIP Switches
109
Table 8-7 RAD-AO4-IFS DIP Switches
109
Figure 8-21 Diagnostic Leds of the RAD-AO4-IFS
110
RAD-DI4-IFS - Digital Extension Module with Four Inputs
111
Table 8-8 Setting the I/O MAP Address for the RAD-AO4-IFS
111
Figure 8-22 RAD-DI4-IFS Structure
112
Figure 8-23 Basic Circuit Diagram for the RAD-DI4-IFS
113
Figure 8-24 Diagnostic Leds of the RAD-DI4-IFS
114
RAD-DI8-IFS - Digital Extension Module with Eight Inputs
115
Table 8-9 Setting the I/O MAP Address for the RAD-DI4-IFS
115
Figure 8-25 RAD-DI8-IFS Structure
116
Figure 8-26 Basic Circuit Diagram for the RAD-DI8-IFS
117
Figure 8-27 RAD-DI8-IFS DIP Switches
118
Table 8-10 RAD-DI8-IFS DIP Switches
118
Figure 8-28 Diagnostic Leds of the RAD-DI8-IFS
119
Table 8-11: Setting the I/O MAP Address for the RAD-DI8-IFS
121
RAD-NAM4-IFS - Digital Extension Module with Four NAMUR Inputs
122
Figure 8-29 RAD-NAM4-IFS Structure
122
Figure 8-30 Basic Circuit Diagram for the RAD-NAM4-IFS
123
Table 8-12 RAD-NAM4-IFS Pin Assignment
123
Figure 8-31 Example of Supervised Digital Inputs
125
Table 8-13 Assignment of the Inputs and Outputs for RAD-NAM4-IFS
125
Table 8-14 Example Behavior of the Diagnostic Leds, RAD-NAM4-IFS
126
Table 8-15 Setting the I/O MAP Address for the RAD-DI4-IFS
126
RAD-DOR4-IFS - Digital Extension Module with Four Outputs
127
Figure 8-32 RAD-DOR4-IFS Structure
127
Figure 8-33: Basic Circuit Diagram for the RAD-DOR4-IFS
128
Figure 8-34 RAD-DOR4-IFS DIP Switches
129
Table 8-16 RAD-DOR4-IFS DIP Switches
129
Figure 8-35 Diagnostic Leds of the RAD-DOR4-IFS
130
RAD-DO8-IFS - Digital Extension Module with Eight Outputs
131
Table 8-17 Setting the I/O MAP Address for the RAD-DOR4-IFS
131
Figure 8-36 RAD-DO8-IFS Structure
132
Figure 8-37 Basic Circuit Diagram for the RAD-DO8-IFS
133
Figure 8-38 RAD-DO8-IFS DIP Switches
134
Table 8-18 RAD-DO8-IFS DIP Switches
134
Figure 8-39 Diagnostic Leds of the RAD-DO8-IFS
135
Table 8-19: Setting the I/O MAP Address for the RAD-DO8-IFS
136
RAD-DAIO6-IFS - Analog/Digital Extension Module with Six Channels
137
Figure 8-40 RAD-DAIO6-IFS Structure
138
Figure 8-41 Basic Circuit Diagram for the RAD-DAIO6-IFS
139
Figure 8-42 RAD-DAIO6-IFS DIP Switches
140
Table 8-20 RAD-DAIO6-IFS DIP Switches
140
Figure 8-43 Diagnostic Leds of the RAD-DAIO6-IFS
141
Table 8-21: Setting the I/O MAP Address for the RAD-DAIO6-IFS
142
Planning Wireless Systems
143
Delay Time
143
Table 9-1 Typical Delay Times
144
Pulse Transmission
144
Trusted Wireless 2.0
145
Figure 9-1 Penetration of Obstacles at Different Frequencies
146
Figure 9-2 Point-To-Point Connection, Star Network, Self-Healing Mesh Network
147
Figure 9-3 Distributed Network Management with Parent-Child Zones
147
RF Bands
148
Figure 9-4: RF Bands in the 2.4 Ghz Wireless System
148
Figure 9-5: RF Bands in the 868 Mhz Wireless System
148
Planning Wireless Paths
149
Practical Test
149
Selecting Antenna Cables and Antennas
150
Table 9-2 Application of Antennas
150
Installing Antennas
151
Figure 9-6 Antenna Polarization
151
Table 9-3 Antenna Characteristics
151
Table 9-4: Polarization of Transmitter/Receiver Antennas
152
Figure 9-7: Decoupling of Wireless Paths Due to Directivity and Different Polarization Levels
152
Figure 9-8 Outdoor Installation of Antennas
153
Level and Attenuation of Wireless Modules and Accessories
154
Table 9-5: Level and Attenuation of the Wireless Devices and Accessories
154
Free Space Attenuation
156
Table 9-6 Free Space Attenuation
156
Propagation of Radio Waves
158
Figure 9-9 Dispersion on a Rough Surface
158
Figure 9-10 Diffraction on an Edge
158
Figure 9-11 Reflection on a Metal Surface
158
Figure 9-12 Reduction of Radio Waves When Penetrating a Wall
159
Table 9-7 Attenuation of Different Materials
159
Figure 9-13 Angle of the Transmitter and Receiver
160
Figure 9-14 Radio Dead Spot
160
Figure 9-15 Wireless Path with Strong Wind
161
Fresnel Zone
161
Figure 9-16 Fresnel Zone
162
Table 9-8: Radius of the Fresnel Zone Depending on the Distance
162
Range
163
Table 9-9: Ranges for Different Antennas at 2.4 Ghz
163
Table 9-10: Ranges for Different Antennas at 868 Mhz
163
Effective Isotropic Radiated Power (EIRP)
164
System Calculation in Free Space
165
Figure 9-17 Free Space Attenuation
165
Practical Examples
166
Figure 9-18 Bush with an Attenuation of Approximately 15 Db
166
Figure 9-19 Forest with an Attenuation of Around 40 Db
166
10 Detecting and Removing Errors
167
Table 10-1 Detecting and Removing Errors: Wireless Module
168
Table 10-2 Detecting and Removing Errors: I/O Extension Module
172
Loopback Test During Serial Data Transmission
173
Figure 10-1 Loopback Test with an RS-232 Interface
174
Figure 10-2 Settings in Hyperterminal
174
11 Device Replacement, Device Defects, and Repairs
175
Device Replacement
175
Device Defects and Repairs
175
12 Maintenance and Disposal
176
Maintenance
176
Disposal
176
13 Technical Data for the Wireless Modules
177
Serial Data Mode
181
Plc/Modbus RTU Mode
181
A Technical Appendix
188
Typical Combinations of Antennas and Adapter Cables
188
Figure A-1: Omnidirectional Antenna, 2 Dbi
188
Figure A-2: Omnidirectional Antenna with Protection against Vandalism, 3 Dbi
189
Figure A-3: Omnidirectional Antenna, 2.5 Dbi
190
Figure A-4: Omnidirectional Antenna, 6 Dbi, Without Surge Protection
191
Figure A-5: Omnidirectional Antenna, 6 Dbi, with Surge Protection
192
Figure A-6: Directional Antenna, 9 Dbi, with Surge Protection for Outdoor Installation
193
Figure A-7 Omnidirectional Antenna with Protection against Vandalism, 2.5 Dbi
194
Figure A-8: Omnidirectional Antenna, 4 Dbi, with Surge Protection
195
Figure A-9 Directional Antenna, with Surge Protection
196
Figure A-10 Directional Antennas, 8 Dbi, with 2-Way Antenna Splitter for Outdoor Installa- Tion
198
Figure A-11: Antenna Installation in Zone 2
199
A 2 Control Box for Wireless Systems
201
Figure A-12: Control Box with Wireless System
201
B Appendixes
202
Appendixes
202
List of Figures
202
B 2 List of Tables
206
B 3 Index
208
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Phoenix Contact RAD-DOR4-IFS User Manual (198 pages)
Radioline - Wireless transmission system for serial interfaces and I/O signals
Brand:
Phoenix Contact
| Category:
Transceiver
| Size: 15 MB
Table of Contents
Table of Contents
3
1 For Your Safety
7
Marking of Warning Notes
7
Qualification of Users
7
Field of Application of the Product
8
Installation Notes
10
Installation in Zone 2
11
Notes for Individual I/O Extension Modules
12
UL Notes (RAD-2400-IFS and I/O Extension Modules Only)
12
FCC, Industry Canada, IFT Mexico (RAD-2400-IFS Only)
13
2 Brief Description
15
Wireless Modules
15
Firmware Versions
16
I/O Extension Modules
17
Application Examples
18
3 Installation
19
Wireless Module Structure
19
Basic Circuit Diagram
20
Mounting and Removal
20
Connecting the Cables
22
Connecting the Power Supply
23
Serial Interfaces
24
Connecting the Antenna
27
4 Configuration and Startup
29
Default Settings of the Wireless Module
29
Operating Mode of the Wireless Module
31
Setting the Address of the Wireless Module Using the Thumbwheel
35
Configuration Using the Configuration Stick
35
Copying the Device Settings Via a Memory Stick
37
Configuration Via the PSI-CONF Software
38
Diagnostics on the Wireless Module
44
Diagnostics Via PSI-CONF Software
49
Starting up I/O Extension Modules
52
Startup Time of the Wireless Station
54
5 Serial Data Mode
55
Frame-Based Data Transmission
57
Setting Telegram Pauses Based on the Example of Modbus/Rtu
58
6 PLC / Modbus/Rtu
59
PLC / Modbus/Rtu Mode
59
PLC / Modbus/Rtu Dual Mode
62
Watchdog
65
Modbus Function Codes
66
Module Type and Error Code Registers for I/O Extension Modules
67
Modbus Memory Map
68
Error Codes and Formats for Analog Input and Output Values
83
Radioline Function Blocks
84
7 Description of I/O Extension Modules
87
RAD-AI4-IFS - Analog Extension Module with Four Inputs
87
RAD-PT100-4-IFS - Extension Module with Four Temperature Inputs
91
RAD-AO4-IFS - Analog Extension Module with Four Outputs
98
RAD-DI4-IFS - Digital Extension Module with Four Inputs
102
Figure 7-18 RAD-DI4-IFS Structure
103
Figure 7-19 Basic Circuit Diagram for the RAD-DI4-IFS
103
Figure 7-20 Diagnostic Leds of the RAD-DI4-IFS
104
RAD-DI8-IFS - Digital Extension Module with Eight Inputs
106
Figure 7-21 RAD-DI8-IFS Structure
106
Figure 7-22 Basic Circuit Diagram for the RAD-DI8-IFS
107
Figure 7-23 DIP Switches of the RAD-DI8-IFS
107
Figure 7-24 Diagnostic Leds of the RAD-DI8-IFS
109
RAD-DOR4-IFS - Digital Extension Module with Four Outputs
111
Figure 7-25 RAD-DOR4-IFS Structure
111
Figure 7-26 Basic Circuit Diagram for the RAD-DOR4-IFS
112
Figure 7-27 DIP Switches of the RAD-DOR4-IFS
112
Figure 7-28: Diagnostic Leds of the RAD-DOR4-IFS
113
RAD-DO8-IFS - Digital Extension Module with Eight Outputs
115
Figure 7-29 RAD-DO8-IFS Structure
116
Figure 7-30 Basic Circuit Diagram for the RAD-DO8-IFS
117
Figure 7-31 DIP Switches of the RAD-DO8-IFS
117
Figure 7-32 Diagnostics Leds of the RAD-DO8-IFS
118
RAD-DAIO6-IFS - Analog/Digital Extension Module with Six Channels
120
Figure 7-33 RAD-DAIO6-IFS Structure
121
Figure 7-34 Basic Circuit Diagram for the RAD-DAIO6-IFS
122
Figure 7-35 DIP Switches of the RAD-DAIO6-IFS
122
Figure 7-36 Diagnostics Leds of the RAD-DAIO6-IFS
123
8 Planning Wireless Systems
125
Delay Time
125
Pulse Transmission
127
Trusted Wireless 2.0
127
Figure 8-1 Penetration of Obstacles at Different Frequencies
129
Figure 8-2: Point-To-Point Connection, Star Network, Self-Healing Mesh Network
130
Figure 8-3: Distributed Network Management with Parent-Child Zones
130
RF Bands
131
Figure 8-4: RF Bands in the 2.4 Ghz Wireless System
131
Figure 8-5: RF Bands in the 868 Mhz Wireless System
131
Planning Wireless Paths
132
Practical Test
132
Selecting Antenna Cables and Antennas
133
Installing Antennas
134
Figure 8-6 Antenna Polarization
134
Figure 8-7: Decoupling of Wireless Paths Due to Directivity and Different Polarization Levels
135
Figure 8-8 Outdoor Installation of Antennas
136
Level and Attenuation of Wireless Modules and Accessories
137
Free Space Attenuation
139
Propagation of Radio Waves
141
Figure 8-9 Dispersion on a Rough Surface
141
Figure 8-10 Diffraction on an Edge
141
Figure 8-11 Reflection on a Metal Surface
141
Figure 8-12 Reduction of Radio Waves When Penetrating a Wall
142
Figure 8-13 Angle of the Transmitter and Receiver
143
Figure 8-14 Radio Dead Spot
143
Fresnel Zone
144
Figure 8-15 Wireless Path with Strong Wind
144
Figure 8-16 Fresnel Zone
145
Range
146
Equivalent Isotropically Radiated Power (EIRP)
147
System Calculation in Free Space
148
Figure 8-17 Free Space Attenuation
148
Practical Examples
149
Figure 8-18 Bush with an Attenuation of Approximately 15 Db
149
Figure 8-19 Forest with an Attenuation of Around 40 Db
149
9 Detecting and Removing Errors
151
Loopback Test During Serial Data Transmission
157
Figure 9-1 Loopback Test on an RS-232 Interface
158
Figure 9-2 Settings in Hyperterminal
158
10 Technical Data for the Wireless Modules
159
A Technical Appendix
171
Typical Combinations of Antennas and Adapter Cables
171
Figure A-1 Omnidirectional Antenna, 2 Dbi
171
Figure A-2: Omnidirectional Antenna with Protection against Vandalism, 3 Dbi
172
Figure A-3: Omnidirectional Antenna, 2.5 Dbi
173
Figure A-4: Omnidirectional Antenna, 6 Dbi, Without Surge Protection
174
Figure A-5: Omnidirectional Antenna, 6 Dbi, with Surge Protection
175
Figure A-6: Directional Antenna, 9 Dbi, with Outdoor Surge Protection
176
Figure A-7: Parabolic Antenna, 19 Dbi, with Outdoor Surge Protection
177
Figure A-8: Omnidirectional Antenna, 4 Dbi, with Surge Protection
178
Figure A-9: Directional Antenna, with Surge Protection
179
Figure A-10: Directional Antennas, 8 Dbi, with 2-Way Outdoor Antenna Splitter
181
Figure A-11: Antenna Installation in Zone 2
182
A 2 Control Box for Wireless Systems
184
Figure A-12: Control Box with Wireless System
184
Appendixes
185
B 1 List of Figures
185
Table of Contents
187
B 2 List of Tables
189
B 3 Index
191
Phoenix Contact RAD-DOR4-IFS Manual (12 pages)
I/O mapping Simple I/O communication via 2-wire cables
Brand:
Phoenix Contact
| Category:
I/O Systems
| Size: 1 MB
Table of Contents
Description
1
Table of Contents
2
Safety Notes
2
Installation
2
Schematic View
3
Setting the Thumbwheel
3
Configuring the SHDSL Extender
4
Increasing Timeout for the Front Modules
10
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