![Moxa ioLogik E1210 — настройка AOPC сервера для устройств ioLogik E1200 [35/115]](/img/pdf.png)
Moxa ioLogik E1210 — настройка AOPC сервера для устройств ioLogik E1200 [35/115]
Превью страниц
Страница 35 /
115
![Moxa ioLogik E1242-T [35/115] Tag generation](/views2/1201059/page35/bg23.png)
ioLogik E1200 Series Using the Web Console
3-6
AOPC Server Settings
Moxa’s MX-AOPC Server™ is a software package operated as an OPC driver of an HMI or SCADA system. It
seamlessly connects Moxa’s ioLogik products to a wide variety of SCADA systems, including the most popular:
Wonderware, Citect, and iFix. MX-AOPC UA Server™ conforms to the OPC UA standard to connect with other
standards-compliant devices and host OPC machines.
Hardware Requirements
CPU Intel Pentium 4 or above
RAM 512 MB (1024 MB recommended)
Communication Interface Ethernet or serial
Software Requirements
Operating System Microsoft Windows 7/8/10, Microsoft Windows Server 2003/2008/2012
Editor (optional) Microsoft Office 2003 (Access or Excel) or later
Database (optional) Oracle database, Microsoft SQL Server
OPC UA Server Specifications
OPC Unified Architecture 1.01
OPC Data Access 1.0a, 2.0, 2.05a, 3.0
Device Protocols Moxa AOPC, Modbus/TCP (master), Modbus/RTU (master)
OPC UA Logger Specifications
OPC Unified Architecture 1.01
MX-AOPC UA Server can be downloaded from Moxa’s website support page at www.moxa.com/support/.
After downloading the MX-AOPC UA Server file, unzip the file and run Install.exe. The installation program will
guide you through the installation process and install the MX-AOPC UA Server Utility.
For more details on MX-AOPC UA Server installation and use, please check the user’s manual, which can be
Moxa’s website.
Tag Generation
Use the web console to create AOPC tags for the ioLogik E1200 by opening your browser and navigating to the
AOPC Server Settings page.
Follow these steps to create the tags and send them from the ioLogik E1200 to MX-AOPC UA Server:
1. On the AOPC & I/O Settings page, select the Enable Active OPC checkbox and specify the IP address
where the MX-AOPC UA Server is installed.
2. Select the I/O channels that need to be created in MX-AOPC UA Server.
3. Configure the Heartbeat Interval, if necessary.
NOTE
The
Heartbeat Interval can be used to determine the connection status between the ioLogik E1200 and
MX
-AOPC UA Server, and t
o ensure that the ioLogik is connected and alive. If the heartbeat interval is set and
the network between the ioLogik E1200 and
MX-AOPC UA Server is down, MX-AOPC UA Server
will detect the
stopped heartbeat and the
Quality column in the MX-AOPC UA will display BAD to indicate the loss of
connectivity.
Содержание
319- Iologik e1200 series user s manual
- Edition 12 november 2016
- Www moxa com product
- Iologik e1200 series user s manual
- Copyright notice
- Www moxa com support
- Trademarks
- Technical support contact information
- Disclaimer
- Table of contents
- Introduction
- Product model information
- Product features
- Iologik e1200 series introduction
- Inside the box
- Iologik e1200 series introduction
- Standards and certifications
- Product specifications
- Physical characteristics
- Environmental limits
- Common specifications
- Warranty
- Inputs and outputs
- Digital output
- Digital input
- Power requirements
- Mtbf mean time between failures
- Iologik e1211
- Iologik e1210
- Iologik e1200 series introduction
- Iologik e1212
- Mtbf mean time between failures
- Iologik e1200 series introduction
- Inputs and outputs
- Digital output
- Digital input
- Power requirements
- Iologik e1213
- Digital input
- Power requirements
- Mtbf mean time between failures
- Iologik e1200 series introduction
- Inputs and outputs
- Digital output
- Iologik e1214
- Power requirements
- Mtbf mean time between failures
- Iologik e1200 series introduction
- Inputs and outputs
- Digital input
- Iologik e1240
- Analog input
- Inputs and outputs
- Analog output
- Power requirements
- Mtbf mean time between failures
- Iologik e1241
- Iologik e1200 series introduction
- Digital input
- Power requirements
- Mtbf mean time between failures
- Iologik e1242
- Iologik e1200 series introduction
- Inputs and outputs
- Digital output
- Analog input
- Iologik e1200 series introduction
- Inputs and outputs
- Power requirements
- Mtbf mean time between failures
- Iologik e1260
- Thermocouple
- Power requirements
- Mtbf mean time between failures
- Iologik e1262
- Iologik e1200 series introduction
- Inputs and outputs
- Physical dimensions
- Iologik e1200 series introduction
- Ethernet port
- Panel guide
- Led indicators
- Iologik e1200 series introduction
- Hardware reference
- Sinking do circuit
- Iologik e1200 series introduction
- I o circuit diagram
- Di circuit
- Sourcing do circuit
- Iologik e1200 series introduction
- Iologik e1200 series introduction
- Dio circuit
- Rtd circuit
- Relay circuit
- Iologik e1200 series introduction
- Ai circuit
- Tc circuit
- Iologik e1200 series introduction
- Initial setup
- Attention
- Iologik e1200 series initial setup
- Hardware installation
- Grounding the iologik e1200
- Din rail wall mounting
- Connecting the power
- Jumper settings dio and ai
- Iologik e1200 series initial setup
- Connecting to the network
- Iologik e1200 series initial setup
- Ext power configuration settings iologik e1213 only
- Dio mode configuration settings
- Ai mode configuration settings
- Iologik e1200 series initial setup
- I o wiring diagrams
- Attention
- Iologik e1200 series initial setup
- Load factory default settings
- Iosearch installation
- Iologik e1200 series initial setup
- Using the web console
- Iologik e1200 series using the web console
- Introduction to the web console
- Overview
- Iologik e1200 series using the web console
- Network settings for the web console
- Iologik e1200 series using the web console
- General settings
- Ethernet configuration
- User defined modbus addressing
- Iologik e1200 series using the web console
- Default modbus address
- Attention
- Tag generation
- Iologik e1200 series using the web console
- Aopc server settings
- Iologik e1200 series using the web console
- Iologik e1200 series using the web console
- I o settings
- Di channels
- Iologik e1200 series using the web console
- Iologik e1200 series using the web console
- Do channels
- Iologik e1200 series using the web console
- Ai channels
- Iologik e1200 series using the web console
- Ai input range
- Iologik e1200 series using the web console
- Attention
- Iologik e1200 series using the web console
- Ao channels
- Rtd channels
- Iologik e1200 series using the web console
- Iologik e1200 series using the web console
- Tc channels
- Iologik e1200 series using the web console
- Peer to peer settings 1 50
- Peer to peer networking
- Iologik e1200 series using the web console
- Server settings
- Sample peer to peer configuration
- Iologik e1200 series using the web console
- Client settings
- Do safe mode settings
- Ao safe mode settings
- Standard trap
- Snmp trap
- Iologik e1200 series using the web console
- Using snmp
- Snmp trap settings
- Snmp trap server
- Snmp agent
- Private trap
- Iologik e1200 series using the web console
- Specific id
- Snmp trap
- Iologik e1200 series using the web console
- Digital output pulse output trap settings
- Digital input counter trap settings
- Iologik e1200 series using the web console
- Analog input trap settings
- Tc input trap settings
- Rtd input trap settings
- Iologik e1200 series using the web console
- Iologik e1200 series using the web console
- Accessibility ip list
- Restful api setting
- Iologik e1200 series using the web console
- Ethernet ip setting
- System management
- Network connection
- Iologik e1200 series using the web console
- Import system configuration settings
- Firmware update
- Export system settings
- Change password
- Attention
- Load factory defaults
- Iologik e1200 series using the web console
- Save restart
- Iologik e1200 series using the web console
- Using iosearch
- Main screen overview
- Iosearch main screen
- Iologik e1200 series using iosearch
- Introduction to iosearch
- System
- Iosearch setup
- Iologik e1200 series using iosearch
- Quick links
- Main function
- Iologik e1200 series using iosearch
- Attention
- Unlock
- Locate
- Iologik e1200 series using iosearch
- Firmware upgrade
- Batch upgrades on multiple devices of the same model
- Iologik e1200 series using iosearch
- Import
- Export
- Iologik e1200 series using iosearch
- Change ip address
- Batch tcp ip configuration on multiple devices
- Iologik e1200 series using iosearch
- Change server name
- Activate ethernet ip
- Restart system
- Iologik e1200 series using iosearch
- Reset to default
- Mass deployment import
- Mass deployment export
- Iologik e1200 series using iosearch
- Activation process for the ethernet ip function
- Iologik e1200 series activation process for the ethernet ip function
- Iologik e1200 series activation process for the ethernet ip function
- Iologik e1200 series activation process for the ethernet ip function
- Iologik e1200 series activation process for the ethernet ip function
- How to connect the iologik e1200 to an allen bradley plc
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc
- Eds installation of the iologik e1200 series in rockwell software rslogix 5000
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc
- Establishing communication between the iologik e1200 device and the allen bradley plc
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc
- Modbus tcp default address mappings
- System
- Iologik e1210 modbus address and register map
- Iologik e1200 series modbus tcp default address mappings
- Iologik e1211 modbus address and register map
- Iologik e1200 series modbus tcp default address mappings
- System
- Iologik e1200 series modbus tcp default address mappings
- Iologik e1212 modbus address and register map
- Iologik e1200 series modbus tcp default address mappings
- System
- Iologik e1200 series modbus tcp default address mappings
- Iologik e1213 modbus address and register map
- Iologik e1200 series modbus tcp default address mappings
- System
- Iologik e1200 series modbus tcp default address mappings
- Iologik e1214 modbus address and register map
- Iologik e1200 series modbus tcp default address mappings
- System
- Iologik e1200 series modbus tcp default address mappings
- System
- Iologik e1240 modbus address and register map
- Iologik e1200 series modbus tcp default address mappings
- Iologik e1241 modbus address and register map
- Iologik e1200 series modbus tcp default address mappings
- Iologik e1200 series modbus tcp default address mappings
- System
- Iologik e1242 modbus address and register map
- Iologik e1200 series modbus tcp default address mappings
- System
- Iologik e1200 series modbus tcp default address mappings
- Iologik e1260 modbus address and register map
- Iologik e1200 series modbus tcp default address mappings
- System
- Iologik e1200 series modbus tcp default address mappings
- Iologik e1262 modbus address and register map
- Iologik e1200 series modbus tcp default address mappings
- System
- Iologik e1200 series modbus tcp default address mappings
- Input data map by models
- Ethernet ip default address mappings
- Assembly object 0x04
- Supported service
- Iologik e1200 ethernet ip map
- Output data map by models
- Iologik e1200 series ethernet ip default address mappings
- Di channel object 0x65
- Relay channel object 0x6a
- Iologik e1200 series ethernet ip default address mappings
- Do channel object 0x67
- Ai channel object 0x6b
- Tc channel object 0x6e
- Rtd channel object 0x6d
- Iologik e1200 series ethernet ip default address mappings
- Ao channel object 0x6c
- Restful api default address mappings
- Iologik e1200 restful api map
- Api list
- Supported methods
- Iologik e1200 series restful api default address mappings
- Response code
- Iologik e1200 series restful api default address mappings
- Network port numbers
- Iologik e1200 network port usage
- Factory default settings
- Pinouts
- Pin assignment of terminal blocks
- Federal communication commission warning
- Fcc interference statement
Похожие устройства
-
Moxa ioLogik W5340-TБрошюра -
Moxa ioLogik W5340-TТехнические характеристики -
Moxa ioLogik W5340-TИнструкция по эксплуатации -
Moxa ioLogik W5340Брошюра
-
Moxa ioLogik W5340Технические характеристики
-
Moxa ioLogik W5340Инструкция по эксплуатации
-
Moxa ioLogik W5312-TБрошюра
-
Moxa ioLogik W5312-TТехнические характеристики
-
Moxa ioLogik W5312-TИнструкция по эксплуатации
-
Moxa ioLogik W5312Брошюра
-
Moxa ioLogik W5312Технические характеристики
-
Moxa ioLogik W5312Инструкция по эксплуатации
Узнайте, как настроить AOPC сервер для устройств ioLogik E1200 с помощью веб-консоли. Подробные инструкции по установке и созданию тегов.