![Moxa NA-4021 [19/94] Installing the field power module](/img/pdf.png)
Moxa NA-4021 [19/94] Installing the field power module
![Moxa NA-4021 [19/94] Installing the field power module](/views2/1201169/page19/bg13.png)
ioLogik E4200 Initial Setup
2-6
ATTENTION
When the total current consumption for connected I/O modules exceed
s 1.5A, an M-7001 power expansion
module is required.
To determine if
an additional power expansion module is needed, open the
Power Consumption Spreadsheet
located here:
Program Files MOXA IO Server HELP. The spreadsheet requires Microsoft Excel to
operate. Once you enter the I/O modul
e quantity, the spreadsheet will compute automatically how many
power expansion modules are required.
When extra power expansion modules are installed, restart the system in the following sequence to ensure a
proper sta
rt-up.
Power Off Sequence
1.
Unplug the network adaptor’s removable terminal block.
2.
Unplug the expansion module’s removable terminal block.
Power Up Sequence
1.
Plug in the power expansion module’s removable terminal block.
2.
Plug in the network adaptor’s removable terminal block.
ATTENTION
The “End Module” should be covered to prevent unexpected damage to exposed data pins.
Installing the Field Power Module
The field power distributor is designed to isolate different field voltages. Most of the field power DIO/AIO
modules for the ioLogik E4200 series are 24 VDC. If you need to connect 110 VAC, 230 VAC digital input or
output modules, you must use the Field Power Distributor to isolate different field powers within a single ioLogik
E4200 system.
If all of the DIO modules are 110 VAC, you will need at least one field power distributor to isolate the field power
from the network adaptor (likewise when using 24 VDC or 230 VAC). For example, before you connect a 110
VDC or 220 VAC AC digital input module to a 24 VDC DI/O module, you will need an M-7002 field power
distributor.
Some types of Potential Distributor modules provide extra wiring points such as shielding ground, 0 V field
power, and 24 V field power. For example, the 8-channel digital input (sink type) module itself does not have
a 24 V wiring point, but you can add a 24 V potential distributor for easy wiring.
Содержание
- Edition 4 september 2016 1
- Iologik e4200 user s manual 1
- Www moxa com product 1
- Copyright notice 2
- Disclaimer 2
- Iologik e4200 user s manual 2
- Technical support contact information 2
- Trademarks 2
- Www moxa com support 2
- Table of contents 3
- Introduction 6
- Active ethernet modular i o 7
- Iologik active ethernet modular i o system overview 7
- Iologik e4200 introduction 7
- Traditional remote i o 7
- Auto detection of installed modules 8
- Built in web console 8
- Dual ethernet lan support 8
- Event based logic with up to 80 rules and unicode active 8
- Event based logic with up to 80 rules and unicode active messaging 8
- Expand to a maximum of 256 digital input output points 8
- Greater flexibility with various i o module choices 8
- Iologik e4200 introduction 8
- Messaging 8
- Product features 8
- Slice form factor high density modular i o 8
- Sms supported via a gprs modem 8
- Ac digital input modules 9
- Analog input modules 9
- Dc digital input modules 9
- Digital output modules 9
- Iologik e4200 introduction 9
- Network adaptors 9
- Package checklist 9
- Product descriptions 9
- Relay output modules 9
- Analog output modules 10
- Dimensions 10
- Iologik e4200 introduction 10
- Network adaptor 10
- System modules 10
- Temperature input modules 10
- Hardware reference 11
- I o module 11
- Iologik e4200 introduction 11
- Panel guide 11
- Environmental limits 12
- Field power 12
- Hardware specifications 12
- Iologik e4200 introduction 12
- Isolation 12
- Mtbf mean time between failure 12
- Physical characteristics 12
- Power requirements 12
- Serial communication 12
- Standards and certifications 12
- Warranty 12
- Iologik e4200 introduction 13
- Led indicators 13
- Led indicators for i o modules 13
- Led indicators for network adaptors 13
- Initial setup 14
- Iologik e4200 initial setup 15
- System architecture 15
- Installing an i o module on a din rail 16
- Iologik e4200 initial setup 16
- Iologik e4200 initial setup 17
- Removing the i o module from the din rail 17
- Installing the rtb on the i o module 18
- Installing the system power module 18
- Iologik e4200 initial setup 18
- Removing the rtb removable terminal block from the i o module 18
- Attention 19
- Installing the field power module 19
- Iologik e4200 initial setup 19
- Attention 20
- Connecting the power system 20
- Connecting to the network 20
- Iologik e4200 active ethernet network adaptor 20
- Iologik e4200 initial setup 20
- Configuring your network architecture 21
- Iologik e4200 initial setup 21
- Utilities 22
- Auto search and detection 23
- Click go logic editor 23
- Features of modular ioadmin 23
- Import export files 23
- Introduction to modular ioadmin 23
- Iologik e4200 utilities 23
- On line wiring guide 23
- Remote management 23
- Connecting your active modular i o system 24
- Getting started 24
- Installing modular ioadmin utility 24
- Iologik e4200 utilities 24
- Attention 25
- Iologik e4200 utilities 25
- Attention 26
- Iologik e4200 utilities 26
- Iologik e4200 utilities 27
- Modular ioadmin main screen 27
- Wiring guide 27
- Functions on the menu bar 28
- Iologik e4200 utilities 28
- System 28
- Iologik e4200 utilities 29
- Navigation panel 29
- Connect 30
- Delete adaptor 30
- Disconnect 30
- Export modbus map 30
- Import export system config administrator function 30
- Iologik e4200 utilities 30
- Reset to default administrator function 30
- Restart system administrator function 30
- Server context menu 30
- Adaptor info tab 31
- Adaptor settings tab general 31
- I o configuration tab general 31
- Iologik e4200 utilities 31
- Main window general 31
- Message monitor tab 31
- Quick links 31
- Administrator functions 32
- Attention 32
- I o configuration tab administrator 32
- Iologik e4200 utilities 32
- Modbus address 32
- Config for output modules only 33
- I o status 33
- Iologik e4200 utilities 33
- Power on settings 33
- Adaptor settings tab administrator 34
- Attention 34
- Iologik e4200 utilities 34
- Safe status settings 34
- Test i o 34
- Iologik e4200 utilities 35
- Network tab administrator 35
- Iologik e4200 utilities 36
- Iologik e4200 utilities 37
- Iologik e4200 utilities 38
- Attention 39
- Firmware update tab administrator 39
- Iologik e4200 utilities 39
- Active tags administrator 40
- Iologik e4200 utilities 40
- Watchdog tab administrator 40
- Attention 41
- Click go logic tab administrator 41
- Iologik e4200 utilities 41
- Iologik e4200 utilities 42
- Using tftp to import export a configuration 42
- Attention 43
- Installing ioeventlog 43
- Iologik e4200 utilities 43
- Using ioeventlog 43
- Basic functions 44
- Iologik e4200 utilities 44
- Main menu 44
- System 44
- Connection 45
- Iologik e4200 utilities 45
- Iologik e4200 utilities 46
- Using the built in web console 47
- Entering the web console 48
- Iologik e4200 using the built in web console 48
- Overview for the iologik e4200 48
- Attention 49
- Basic settings 49
- Iologik e4200 using the built in web console 49
- Overview 49
- Adaptor settings 50
- Ethernet configuration 50
- Iologik e4200 using the built in web console 50
- Network settings 50
- I o module 51
- Iologik e4200 using the built in web console 51
- Route table 51
- Accessible ip settings 52
- Iologik e4200 using the built in web console 52
- System management 52
- Iologik e4200 using the built in web console 53
- Network connection 53
- Snmp agent 53
- Export system config 54
- Firmware update 54
- Import system config 54
- Iologik e4200 using the built in web console 54
- Attention 55
- Change password 55
- Iologik e4200 using the built in web console 55
- Load factory default 55
- Save restart 55
- Click go introduction 56
- Iologik e4200 click go introduction 57
- Overview 57
- Click go logic basics 58
- Features 58
- Iologik e4200 click go introduction 58
- Attention 59
- Iologik e4200 click go introduction 59
- Working with rules 59
- Define global variables 60
- Developing your logic rules 60
- Internal register settings 60
- Iologik e4200 click go introduction 60
- Iologik e4200 click go introduction 61
- Timer settings 61
- E mail server 62
- Iologik e4200 click go introduction 62
- Snmp trap server 62
- Active message settings 63
- Iologik e4200 click go introduction 63
- If then else statement 64
- Iologik e4200 click go introduction 64
- Sms phone number book 64
- If conditions 65
- Iologik e4200 click go introduction 65
- Host connection fail 66
- Internal register 66
- Iologik e4200 click go introduction 66
- Remote action 66
- Schedule 66
- Internal register 67
- Iologik e4200 click go introduction 67
- Remote action 67
- Then else actions 67
- Attention 68
- Iologik e4200 click go introduction 68
- Snmp trap 68
- Active message 69
- E mail 69
- Iologik e4200 click go introduction 69
- Cgi command 70
- Iologik e4200 click go introduction 70
- Short message service sms 70
- Activating the ruleset 71
- Iologik e4200 click go introduction 71
- Ruleset import export 71
- Ruleset management bar 71
- Working with click go rulesets 71
- A pinouts and cable wiring 72
- Ethernet port pinouts 72
- Pinouts and cable wiring 72
- Port pinout diagrams 72
- Serial port pinouts 72
- B using modbus tcp 73
- Using modbus tcp 73
- Iologik e4200 using modbus tcp 74
- System configuration map addresses 74
- Xxxx read only registers support function 4 74
- Iologik e4200 using modbus tcp 75
- Xxxx read write registers support function 3 6 16 75
- Iologik e4200 using modbus tcp 76
- Iologik e4200 using modbus tcp 77
- Iologik e4200 using modbus tcp 78
- Iologik e4200 using modbus tcp 79
- I o image map addressing 80
- Iologik e4200 using modbus tcp 80
- Dynamic mode 81
- Fixed mode default mode 81
- Iologik e4200 using modbus tcp 81
- Coil map r w 82
- Do module configuration map 82
- Holding register map r w 82
- Input register map r 82
- Iologik e4200 using modbus tcp 82
- Module configuration map 82
- Ao module configuration map 83
- Di module configuration map 83
- Holding register map r w 83
- Input register map r 83
- Iologik e4200 using modbus tcp 83
- Ai module configuration map 84
- Holding register map r w 84
- Input register map r 84
- Iologik e4200 using modbus tcp 84
- Tc module configuration map 84
- Function 8 85
- Holding register map r w 85
- Input register map r 85
- Internal registers 85
- Iologik e4200 using modbus tcp 85
- Rtd module configuration map 85
- C cgi commands 86
- Cgi commands 86
- D network port numbers 87
- Network port numbers 87
- E snmp mib file 88
- Snmp mib file 88
- Iologik e4200 snmp mib file 89
- Rfc1213 mib ii supported snmp variables 89
- Iologik e4200 snmp mib file 90
- Private mib file and snmp variables 90
- Iologik e4200 snmp mib file 91
- Iologik e4200 snmp mib file 92
- F factory default settings 93
- Factory default settings 93
- Attention 94
- Fcc statement 94
- Fcc warning 94
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