1. Scenario: Use as Ordinary Router
Scenario introduction:
IR700 series router can be used as ordinary router, through which users can easily access into the Internet.
Configuration:
IR700 has been set as DHCP server as default. Please configure your Ethernet connection as follow, then Router will auto assign IP address 192.168.2.x to your PC:
Open Internet Explorer (or other web browsers), enter the IP address of router in the URL link field, e.g. http://192.168.2.1 (- default IP of IR700).
Login
User name: adm
Password: 123456
Get network parameters from local ISP, then input in “Network->Dialup”.
After configuration successful, user could access internet via IR700.
2. Scenario: Connecting to RTU via Ethernet port
Scenario introduction:
RTU connects to IR700 via Ethernet port; RTU sends transparent data to SCADA server via TCP protocol.
The server accesses RTU via 8080
Data is packaged in IR700 as TCP message and then it transmits trough internet. It will be unpackaged while reaching SCADA server, which supports transparent TCP protocol.
Configuration in IR700:
Firewall->Port Mapping:
Note:
1. The RTU and IR700 must be in the same Network Segment. Else, you need to set the function of multiple IP in the IR700 configuration web.
2. The Port must not be used for other applications, such as 80 (http), 23 (telnet) and etc. else the Router will ignore the demand of Mapping.
3. If end users want to access RTU via any remote IP, please input “
3. Scenario: Connecting to IP Camera via Ethernet port
Scenario introduction:
IP Camera connects to IR700 via Ethernet port; End user can view IP Camera anytime and anywhere.
End user can access IP Camera via 8080
Configuration in IR700:
User can configure port mapping or DMZ for this scenario.
Via Port mapping:
Firewall->Port Mapping
Note:
1. The IP Camera and IR700 must be in the same Network Segment. Else, you need to set the function of multiple IP in the IR700 configuration web.
2. The Port must not be used for other applications, such as 80 (http), 23 (telnet) and etc. else the Router will ignore the demand of Mapping.
3. If end users want to access IP Camera via any remote IP, please input “
4. If end users want to access IP Camera anywhere anytime via public IP networks, then SIM Card in IR700 should get public IP from ISP also. Please contact with local ISP for how to get public IP in SIM Card.
Via DMZ:
Firewall->DMZ
Note:
After enable DMZ, user could remote login IP Camera, but could not remote login IR700.
4. Scenario: VRRP backup
Scenario introduction:
It is a VRRP scenario (Virtual Router Redundancy Protocol) with IR700 and Cisco routers.
VRRP ensures that important gateways are available on a reliable basis. The protocol provides a type of backup/redundancy function.
Both devices are configured with a functioning Internet connection.
Requirements:
Two devices that support the VRRP protocol.
Configuration in IR700:
Services->VRRP:
Fill in the blank with follow parameters:
1. Enable: select enable.
2. Group ID: the same configured in Cisco.
3. Priority: Normally set lower than Cisco, to set Cisco as the first choose for link;
4. Advertisement Interval: If no Advertisement package received from Cisco after the interval, IR700 VRRP will be enabled.
Then click “Apply”.
5. Authentication Type: None or choose the same as Cisco
Configuration in Cisco:
Router> en
Router#conf t
Router(config)# int fa0/1 // the interface of router
Router(config)# vrrp 1 priority 200 //set a bigger number than in IR700,
//The “
Router(config)# vrrp 1 i
Router(config)# vrrp 1 timer advertise 60 //advertisement interval, seconds
Router(config)# vrrp 1 preempt //set the main router according to //priority
Router(config)# …..
…… Finished.
5. Scenario: Connecting to RTU via Serial RS232 port
Scenario introduction:
RTU connects to IR700 via serial RS232 port, RTU communicates with SCADA server via TCP protocol.
IR700 supports both TCP client or server mode.
IR700 configure as TCP client and SCADA server configure as TCP server:
Configuration in IR700:
System->
Note:
These parameters must match devices (e.g.: RTU) connected with IR700.
Services->DTU
Fill in the blank with follow parameters:
1. Enable: select enable.
2. DTU Protocol: Transparent.
3. Work Mode: Client.
4. Frame Interval: the time interval to divide frames.
5. DTU ID: provided by user, for management.
IR700 configure as TCP server and SCADA server configure as TCP client:
Configuration in IR700:
System->
Note:
These parameters must match devices (e.g.: RTU) connected with IR700.
Services->DTU
Fill in the blank with follow parameters:
1. Enable: select enable.
2. DTU Protocol: Virtual-Serial.
3. Work Mode: Server.
4. Listening Port: The same as SCADA server
5. Frame Interval: the time interval to divide frames.
6. DTU ID: provided by user, for management.
6. Scenario: Connect on Demand
Scenario introduction:
Control IR700 online/offline via SMS.
Configuration in IR700:
Network->Dialup
Set “Connecting Mode” to “Connect on Demand”
Set the parameters as follow:
Click “Apply”, then you can send the SMS “connect”/”disconnect” by your mobile phone to connect/disconnect IR700.
Scenario introduction:
If there’s data from network interface, IR700 will be wake up, else, after the idle interval, it sleeps.
This scenario could be used in connecting to POS machine, when there is a transaction, IR700 will be wake up and after the idle interval, it sleeps.
Configuration in IR700:
Network->Dialup
Set “Connecting Mode” to “Connect on Demand”
Set the parameters as follow:
Then click “Apply”.