Weidmuller WI-I/O-9-U2: Wireless Mesh I/O & Gateway User Instrukcja Użytkownika Strona 113
- Strona / 126
- Spis treści
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Oceniono. / 5. Na podstawie oceny klientów
112
“Input Registers”
30001
30004
Local AI1 – AI4. (Analog Inputs - Current Mode)
AI1& AI2 - 4-20mA differential, AI3 & AI4 - 4-20mA Sink
30005
30006
30007
30008
Local Supply voltage (0-40V scaling)
Local 24V loop voltage (0-40V scaling)
Local Battery voltage (0-40V scaling)
WI-I/O-EX-1-S Supply Voltage (0-40V scaling)
30009
30012
Local AI1 – AI4. (Analog Inputs - Voltage Mode)
AI1& AI2 - 0-20V, AI3 & AI4 - 0-5V
30013
30016
Local Pulse Input Rates - PI1 – PI4
30018
30020
Spare
30021
30493
Space for locally attached WI-I/O-EX-1-S Expansion I/O modules. 20
register per module address, maximum number of modules is 24
(See Appendix C: below for details)
30494
30500
Internal Information registers – Serial Number, Firmware Version and
Patch level
30501
32500
General Purpose word Storage – Used for:
Staging area for data concentrator
Fieldbus Mappings storage
32501
36000
Not Available
36001
36008
Local Pulsed inputs 1-4. Big Endian Format.
Most significant word at lower / odd address.
36009
36040
spare
36041
38000
Not Available
38001
38032
Local Analog inputs as floating point values
Modscan Format (Sign + Exponent + Most significant 7 bits of Significand
at Even / Higher Addressed location. Lower 16 bits of Significand at lower
/ Odd addressed location)
(12.3 => 38001=CCCD, 38002=4144)
38033 - 38040
Spare space for floating point values
- Industrial Wireless MESH I/O 1
- WI-I/O 9-U2 MESH I/O 1
- 804.794.2877 Main 2
- 804.794.0252 Fax 2
- Industry Canada: 3
- FCC Notice: 4
- Hazardous Location Notices: 5
- IMPORTANT Notice: 6
- TABLE OF CONTENTS 7
- TABLE OF FIGURES 11
- Chapter 1 - Introduction 13
- 1.2 Module Structure 15
- 1.3 Getting Started 16
- Chapter 2 - Installation 17
- 2.2.2 Expansion I/O Supply 19
- 2.2.3 Internal I/O 20
- 2.2.4 Grounding 20
- 2.3 Radio 21
- 2.4 Antenna 22
- Yagi antennas 26
- 2.5 Connections 27
- WI-IO 9-U2 28
- “Factory Boot” switch 29
- USB Host port 29
- Dipswitches 29
- Front panel connections 30
- Figure 16 - Fail-Safe State 33
- 2.5.5 Analog Inputs 34
- Single Ended Voltage Inputs 36
- 2.5.6 Analog Outputs 37
- Chapter 3 - Operation 38
- Digital Inputs 39
- Digital Outputs 39
- ETHERNET 40
- LINK100M 40
- 3.3 System Design 41
- 3.3.4 Design for Failures 42
- Fail-to-transmit alarm 43
- Fail-to-receive alarm 43
- 3.4 WIBMesh 44
- Chapter 4 - Configuration 46
- Figure 23 – Network Settings 47
- Figure 24 - Ping 47
- Figure 26 - IP Gateway Mode 49
- Figure 27 - Default Gateway 49
- Figure 28 -IP Address Range 49
- Figure 29 - Routing Rule 50
- 4.3 Module Configuration 51
- Re-Open Previous Project 52
- 4.3.2 Configuration Screens 53
- 4.3.3 Project Screen 54
- 4.3.4 Adding Units 54
- Unit Details 55
- 4.3.5 Mappings 56
- Write Mapping 57
- Gather Scatter Mapping 57
- Read Mappings 57
- Example configuration 60
- 4.3.7 Address Map 61
- 4.3.9 I/O Configuration 62
- Pulsed Outputs 63
- Analog Inputs 64
- Analog Outputs 65
- Adding modules 65
- (selected on the rotary 66
- 4.3.11 Failsafe Blocks 67
- “Invalid” register state 68
- 4.3.12 Sensitivity Blocks 69
- 4.3.13 Serial Configuration 70
- Serial - Expansion I/O 71
- 4.3.14 Modbus Configuration 72
- Mapping parameters 73
- Modbus TCP Mapping Examples 75
- Modbus RTU Master 75
- Modbus RTU 76
- Master Example 76
- 4.4 Web based Configuration 77
- Figure 62 - Neighbour RSSI 79
- 4.4.3 IP Routing 80
- 4.4.4 Radio Settings 81
- 4.4.5 Mesh Fixed Routes 82
- Example #1 83
- Example #2 84
- Writing Configuration File 87
- System Log File 87
- Reading Configuration File 87
- Figure 73 - Format USB 88
- Figure 74 - Quick Format 88
- Figure 75 - Firmware Files 88
- Figure 76- firmware version 89
- Product Reconfiguration 90
- Demonstration Mode 91
- Feature Licence Keys 91
- Chapter 5 - Diagnostics 92
- 5.1.1 Watchdog Error Log 93
- 5.2 Connectivity (WibMesh) 95
- 5.4 Neighbour RSSI (WibMesh) 97
- Figure 87 - Multipath Fading 98
- Trace Route 100
- 5.7 Monitor Comms 103
- Chapter 6 - Specifications 108
- “Output Coils” 112
- “Input Bits” 112
- “Input Registers” 113
- “Holding Registers” 114
- 115 116
- 118 119
- 119 120
- 120 121
- 121 122
- 122 123
- 123 124
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