mica series · mica series software manual the mica series is a range of umts / lte routers...

MICA Series3G & 4G Dual LAN Industrial Router Range

Software ManualRev 1.2

http://www.siretta.co.uk

A member of the Olancha Group Ltd

Registered in England No. 08405712VAT Registration No. GB163 04 0349

Siretta LtdBasingstoke Road

Spencers WoodReading

Berkshire RG7 1PW

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MICA SeriesSoftware Manual

Table of ContentsPage

Introduction 3

About Siretta 4

General Description 5

Local Configuration 6

Basic Configuration 8

Cellular Network Configuration 9

LAN Settings 12

Dynamic DNS Settings 13

Routing Settings 14

WLAN 15

Basic Settings 15

Wireless Filter Settings 16

Wireless Survey Settings 17

Advanced Network 18

Port Forwarding Settings 18

DMZ Settings 19

Triggered Settings 20

Firewall Settings 21

Serial App Settings 22

UPnp/NAT-PMP Settings 24

Static DHCP Settings 25

VPN Tunnel 26

GRE Settings 26

VPN Client Settings 27

Administration 28

Identification Settings 28

Time Settings 29

Admin Access Settings 30

Schedule Reboot Settings 31

SNMP Settings 32

M2M Access Settings 33

DI/DO Settings 34

Configuration Settings 39

System Log Settings 40

Upgrade Settings 41

System Reboot Settings 41

Debugging 42

Log Settings 42

Ping Settings 42

Restore Factory Settings 43

Via Web Interface 43

Via Router 44

Appendix(For advanced optional features only)

45

GPS Settings 45

Disclaimer 47

Definitions 48

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The MICA Series is a range of UMTS / LTE routers enabling mobile broadband and machine to machine (M2M) industrial communication.

This document is aimed at providing guidance when configuring and using the MICA Series router software.

Configuration of the MICA Series router can be done via the web using any of the following: Internet Explorer, Firefox, or Chrome. Throughout this document, Internet Explorer 9.0 is used as the example browser.

Introduction








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Siretta, located in Reading, United Kingdom have been manufacturing antennas, cable assemblies and cellular modems for over 10 years. We supply our products globally to many of the world’s leading organisations.

Whether you require an off the shelf or custom solution, Siretta has a wide portfolio of antenna, RF cable assemblies and modems to fit your application.

Our extensive knowledge and experience in the wireless market allows us to support a wide range of customer applications, focusing on frequencies typically within the 75MHz - 5.8GHz range. These encompass the HF, VHF, ISM, GSM/GPRS/3G/4G and GPS frequencies as well as industrial WLAN and VHF/UHF antenna/Wi-Fi antenna solutions.

With a heavy emphasis on design, we have a team of dedicated Application Engineers and Product Managers, backed up by Field Sales Engineers, who specialise in wireless applications.

We have made significant investments in R&D facilities which boast GPS hardware development equipment and a GSM Pico Cell on site, as well as development software and a comprehensive suite of Industrial, Scientific and Medical band, and non ISM band frequency products. We have many technology partners enabling us to keep at the forefront of the communications industry and offer class leading wireless solutions.

About Siretta








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General DescriptionThe Siretta MICA router series is a range of high speed industrial cellular routers in a compact enclosure. The MICA series is offered in 3G / WCDMA/UMTS and 4G / LTE forms giving reliable, secure and high speed wireless connectivity.

The MICA router range has a number of standard options, such as Wifi, GPS, 1xWAN + 1xLAN interface etc. Additionally MICA routers are available, as standard with or without an accessory kit comprising: Wifi + GSM antennas, PSU and LAN cable.

VPN features can also be configured in the MICA routers, enabling utilization of a virtual private network service through a 3G wireless router designed for the stresses and workload of a modern industrial or commercial environment.

The MICA router series is a high build quality range of routers designed for use in industrial environments needing high performance and a robust hard enclosure as standard. The MICA range is designed for remote management, telemetry, condition monitoring, CCTV, ATMs, vending machine and other M2M applications.

Its compact small size design, enables the MICA Router to easily be embedded into other equipment or systems. With the GPS option, the MICA router is ideal for fleet tracking or access management.








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Local ConfigurationThe MICA Series router supports configuration by local Ethernet port, you can specify a static IP or DHCP get IP for your computer.

Default IP address: 192.168.1.1 subnet mask: 255.255.255.0

Follow the steps below to configure your router locally:

Step 1. Click “Start > Control Panel”, find the “Network Connections” icon and double click it to enter. Select “Local Area Connection” corresponding to the network card. (See figure 1 below)

Industrial R210 Series Cellular Router User Manual

www.wlink-tech.com 12

3 Router Configuration

This Chapter introduces the parameter configuration of the router, the router can be configured via web internet explorer, Firefox, or chrome. Here we take GUIs 7 system and Internet Explorer 9.0 as sample.

3.1 Local Configure The router supports to be configured by local Ethernet port, you could specify a static IP or DHCP get IP for your computer. The default IP address is 192.168.1.1，subnet mask is 255.255.255.0, please refer to followings:

Step 1 Click “start > control panel”, find “Network Connections” icon and double click it to enter, select “Local Area Connection” corresponding to the network card on this page. Refer to the figure below.

Figure 3-3 Network Connection

Step 2 Obtain a IP address automatically or set up IP address,192.168.1.xxx(XXX can be any number between 2～254)

Step 3 Run an Internet Explorer and visit “http://192.168.1.1/”, to enter identify page.

Figure 1. Network connection

Step 2. Obtain an IP address automatically or set up IP address as: 192.168.1.xxx (NOTE - XXX can be any number between 2~254)

Step 3. Open Internet Explorer and visit “http://192.168.1.1/”, to enter identify page.








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Step 4. User should use the default user name and password when logging in for the first time.

Username: adminPassword: admin

Figure 2. User identify interface



User should use the default user name and password when log in for the first time

Figure 3-4 User Identify Interface

----END

3.2 Basic Configuration

Different software version have different web configuration interface, here take R210 2.6.0.1 version as example. After visit the WEB interface, you can check the current status of Router, or modify router configuration via web interface, below is the introduction for the common setting.








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Basic ConfigurationDifferent software versions have different web configuration interfaces, in this example we use version 2.6.0.

After visiting the web interface, you can check the current status of the router or modify the router configuration via the web interface. Below is the interface displaying the routers standard settings.

Figure 3. Router status GUI



Figure 3-5 Router Status GUI

3.2.1 Cellular Network Configure Step 1 Single Click Basic Network-> Cellular, you can modify relevant parameter

according to the application.








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Cellular Network Configuration

Step 1. Select “Basic Network > Cellular” here you can modify cellular and SIM parameters according to your application.

Figure 4. Dual SIM GUI



Figure 3-1 Dual SIM GUI

Table 3-1 Cellular Instruction

Parameter Instruction

Enable Enable SIM card dial

ICMP check To enable or disable ICMP check rules. Enable the ICMP check and setup a reachable IP address as destination IP. Once ICMP check failed, router will switch SIM card.

SIM Mode Select the network type

APN APN, provided by local ISP, usually CDMA/EVDO network do not need this parameter

User SIM card user name is provided by ISP

Password SIM card password is provided by ISP

ICMC Check and Cellular Traffic Check are alternative.

【ICMP Check】

Enable ICMP, Router will automatically check whether the defined IP address is reachable per 60s. If the IP address is unreachable and ICMP check is timeout at the first time, it will check 2 time as 3s interval. If the third time is still failed, the


Enable Enable SIM card dial

ICMP checkTo enable or disable ICMP check rules. Enable the ICMP check and setup a reachable IP address as destination IP. Once ICMP check failed, router will switch SIM card.

SIM mode Select the network type

APNAPN, provided by local ISP, usually CDMA/EVDO network does not need this parameter

User SIM card username is provided by ISP

Password SIM card password is provided by ISP

Table 1. Cellular instruction








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ICMP Check

Enabling ICMP on the router will automatically check whether the defined IP address is reachable every 60s. If the IP address is unreachable and ICMP check is timed out at the first check, it will make two further attempts at 3s intervals. If the IP address is still unreachable after the third attempt the router will implement the configured fail action.

The Check IP is a public IP or company server IP address.

Figure 5. ICMP



router will implement fail action as you configured..

The Check IP is an public IP or company server IP address.

【Cellular Traffic Check】

【Check Mode】there are Rx(Receive), Tx(Transmission) and Rx/Tx check modes.

【Rx】Router will check the 3G/LTE cellular receiver traffic. If no receiver traffic within the defined check interval, the router will implement the specified action 日reconnect or reboot.

【SIM Mode】

【Fail Over】SIM card mutual backup. Once SIM card is failed, it will switch to the SIM2 and work on SIM2. Once SIM2 is failed, it will switch back to SIM1.

【SIM1 Only】Just SIM1 is available.


【Backup】SIM1 is the primary SIM. Once SIM1 is failed, it will switch to SIM2 and work on SIM2 within the defined time. Once the time is over, it will switch back to SIM1.

Step 2 After Setting, please click “save” icon.

----End

3.2.2 LAN Setting Step 1 Single Click “ Basic Network>LAN” to enter below interface

Cellular Traffic Check

Check mode: There are Rx(Receive), Tx(Transmission) and Rx/Tx check modes.

RX: The router will check the 3G/LTE cellular receiver traffic. If no traffic is received within the defined check interval, the router will implement the configured fail action - reconnect or reboot.

Figure 6. Cellular traffic








【SIM Mode】






----End









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SIM Mode

Fail over (2 SIMs): SIM card mutual backup. Once SIM 1 fails, it will switch to SIM 2 and work on SIM 2. Once SIM 2 fails, it will switch back to SIM 1.

SIM 1 only: Only SIM 1 is available.

SIM 2 only: Only SIM 2 is available.

Backup: SIM 1 is the primary SIM. Once SIM 1 fails, it will switch to SIM 2 and work on SIM 2 within the defined time. Once the time is over, it will switch back to SIM 1.

Figure 7. SIM








【SIM Mode】






----End


After all settings have been configured, click the ‘‘Save’’ icon.








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LAN Settings

Step 1. Select “Basic Network > LAN” to enter LAN settings page.

Figure 8. LAN setting GUI


Router IP address Router IP address, default IP is 192.168.1.1

Subnet mask Router subnet mask, default mask is 255.255.255.0

DHCPDynamic allocation IP service, after enabled it will show the IP address range and lease options

IP address range IP address range within LAN

Lease The valid time

Table 2. LAN settings instruction



Figure 3-2 LAN Setting GUI

Table 3-2 LAN Setting Instruction


Router IP Address Router IP address, default IP is 192.168.1.1

Subnet Mask Router subnet mask, default mask is 255.255.255.0

DHCP Dynamic allocation IP service, after enable, it will show the IP address range and options of lease

IP Address Range IP address range within LAN

Lease The valid time

Step 2 After setting, please click “save” to finish, the device will reboot.

----End









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Dynamic DNS Settings

Step 1. Select “Basic Network > DDNS” to enter the DDNS settings page.

Figure 9. Dynamic DNSS settings


IP addressUse default IP 0.0.0.0. For customized protocol, please contact Siretta representative.

Auto refresh time Set the interval refresh of the DDNS client to 240s or above

Service provider Select the DDNS service provider listed.

Table 3. DDNS settings instruction




3.2.3 Dynamic DNS Setting Step 1 Single click “Basic Network->DDNS to enter the DDNS setting page.

Figure 3-3 Dynamic DNS Setting

Table 3-3 DDNS Setting Instruction

parameter Instruction

IP address Default is standard DDNS protocol, for customized protocol, please contact Wlink engineer. Usually, use default IP 0.0.0.0

Auto refresh time

Set the interval of the DDNS client obtains new IP, suggest 240s or above

Service provider

Select the DDNS service provider that listed.

Step 2 Please Click “Save“ to finish.

----End

3.2.4 Routing Setting Step 1 Single click “Basic Network->Routing to enter the DDNS setting GUI.








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Routing Settings

Step 1. Select “Basic Network > Routing” to enter the Routing settings page.

Figure 10. Routing settings


Destination Router can reach the destination IP address.

Gateway Next hop IP address which the router will reach

Subnet Mask Subnet mask for destination IP address

MetricMetrics are used to determine whether one particular route should be chosen over another.

Interface Interface from router to gateway.

Description Describe routing name.

Table 4. Routing settings instruction




Figure 3-4 Routing Setting

Table 3-4 Routing Setting Instruction


Destination Router can reach the destination IP address.

Gateway Next hop IP address which the router will reach

Subnet Mask Subnet mask for destination IP address

Metric Metrics are used to determine whether one particular route should be chosen over another.

Interface Interface from router to gateway.

Description Describe this routing name.

Step 2 Please Click “ Save “ to finish.

3.3 WLAN Setting It’s mainly for router which support Wi-Fi, you can modify and configure WLAN

parameter through Web GUI, below is the common setting

3.3.1 Basic Setting Step 1 Click “WLAN->Basic Setting” to configure relative parameter








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WLAN

Step 1. Select “WLAN > Basic Setting” to enter the WLAN settings page.

Figure 11. WLAN settings


Enable wireless Enable or Disable the Wireless

Wireless mode Support AP, AP+WDS, Bridge, Client, WDS

Wireless network protocol Support Auto, IEEE 11b/g/n selectable

SSID The default is router, can be modified as per application.

Channel The channel of wireless network, keep the default

Channel Width 20MHz and 40MHz alternative

Security Support various encryption methods

Table 5. Routings settings instruction

Configuration of the routers WLAN parameter through Web GUI.

Basic Settings



Figure 3-5 WLAN Basic Settings GUI

Table 3-5 Basic Setting Instruction


Enable wireless Enable or Disable the Wireless

Wireless mode Support AP, AP+WDS, Bridge, Client, WDS

Wireless Network protocol

Support Auto, IEEE 11b/g/n selectable

SSID The default is router, can be modified as per application.

Channel The channel of wireless network, suggest keep the default

Channel Width 20MHZ and 40MHZ alternative

Security Support various encryption method

Step 2 Please click “Save” to finish.

----End

3.3.2 Wireless Filter Setting Step 1 Single click “WLAN > Wireless Filter”.









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Step 1. Select “WLAN > Wireless Filter” to enter the wireless filter settings page.

Figure 12. Wireless filter settings


Disable Filter Enable or Disable the Wireless

Permit on the following client

Only allow the listed MAC address to connect to the router by wireless connection

Block the follow ClientPrevents the listed MAC address connecting to the router by wireless connection

Table 6. WLAN basic settings instruction

Wireless Filter Settings


The Wireless Filter enables permitting/prohibiting specific clients connection to WiFi. This feature is invalid for wired connections.



Figure 3-6 Wireless Client Filter Setting GUI

The Wireless Filter enable to set the permitted client or prohibit the specific client to connect the WiFi, However, this feature is invalid for wired connection application.

Table 3-6 ”Wireless Client Filter” Setting Instruction


Disable Filter Choose to disable


Only allow the listed MAC address to connect to router by wireless

Block the follow Client

Prevent the listed MAC address to connect to router by wireless

Step 2 Please click ”save” to finish

----End

3.3.3 Wireless Survey Step 1 Please click “WLAN> Wireless Survey” to check survey.








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Step 1. Select “WLAN > Wireless Survey” to check the survey.

Figure 13. Wireless survey check

Wireless Survey Settings



Figure 3-6 Wireless Client Filter Setting GUI

The Wireless Filter enable to set the permitted client or prohibit the specific client to connect the WiFi, However, this feature is invalid for wired connection application.

Table 3-6 ”Wireless Client Filter” Setting Instruction


Disable Filter Choose to disable


Only allow the listed MAC address to connect to router by wireless

Block the follow Client

Prevent the listed MAC address to connect to router by wireless


----End

3.3.3 Wireless Survey Step 1 Please click “WLAN> Wireless Survey” to check survey.








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Step 1. Select “Advanced Network > Port Forwarding” to enter the port forwarding settings. You can modify the router name, host name and domain name according to the application requirement.

Figure 14. Port forwarding settings

Advanced NetworkPort Fowarding Settings


Protocol Support UDP, TCP, both UDP and TCP

Src. Addressclient Source IP address. Forward only if from this address.

Ext. PortsExternal ports. The ports to be forwarded, as seen from the WAN.

Int. PortInternal port. The destination port inside the LAN. If blank, the destination port is the same as Ext Ports. Only one port per entry is supported when forwarding to a different internal port.

Int. Address Internal Address. The destination address inside the LAN.

Description Remark the rule

Table 7. Port forwarding settings instruction




Figure 3-7 Wireless Survey Setting GUI

----End

3.4 Advanced Network Setting

3.4.1 Port Forwarding Step 1 Please click “Advanced Network > Port Forwarding” to enter the GUI, you may

modify the router name, Host name and Domain name according to the application requirement.

Figure 3-8 Port Forwarding GUI

Table 3-7 “Port Forwarding” Instruction



Src. Address Source IP address. Forward only if from this address.

Ext. Ports External ports. The ports to be forwarded, as seen from the WAN.

Int. Port Internal port. The destination port inside the LAN. If blank, the destination port is the same as Ext Ports. Only one port per entry is supported when forwarding to a different internal port.

Int. Address Internal Address. The destination address inside the LAN.

Description Remark the rule


----End








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Step 1. Select “Advanced Network > DMZ” to enter the DMZ settings.

Figure 15. DMZ settings

DMZ Settings


Destination Address The destination address inside the LAN.

Source AddressRestriction

If there is no IP address here, it will allow access to all IP address. If an IP address is defined, access will be allowed to this IP address only.

Leave Remote Access Leave remote access

Table 8. DMZ settings instruction




3.4.2 DMZ Setting Step 1 Please click “Advanced Network> DMZ” to check or modify the relevant

parameter.

Figure 3-9 DMZ GUI

Table 3-8 “DMZ” Instruction


Destination Address

The destination address inside the LAN.

Source Address Restriction

If no IP address inside, it will allow all IP address to access. If define IP address, it will just allow the defined IP address to access.

Leave Remote Access


----End

3.4.3 Triggered Setting Step 1 Please click “Advanced Network> Triggered” to check or modify the relevant

parameter.








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Step 1. Select “Advanced Network > Triggered” to enter the triggered settings.

Figure 16. Triggered settings

Triggered Settings


Protocol Supports UDP, TCP, both UDP and TCP

Triggered Ports Trigger ports are the initial LAN to WAN “trigger”.

Transferred PortsTransferred ports are the WAN to LAN ports that are opened if the “trigger” is activated.

NotePort triggering opens an incoming port when your computer is using a specified outgoing port for specific traffic.

Table 9. Triggered settings instruction




Figure 3-10 Triggered GUI

Table 3-9 “Triggered” Instruction



Triggered Ports Trigger Ports are the initial LAN to WAN "trigger".

Transferred Ports

Forwarded Ports are the WAN to LAN ports that are opened if the "trigger" is activated.

Note Port triggering opens an incoming port when your computer is using a specified outgoing port for specific traffic.

Step 2 Please click ”save” to finish.

----End

3.4.4 Firewall Setting Step 1 Please click “Advanced Network> Firewall” to check or modify the relevant

parameter.








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Step 1. Select “Advanced Network > Firewall” to enter the firewall settings.

Figure 17. Firewall settings

Firewall Settings


Applies To White list

Blocked Resources Black list

Table 10. Firewall settings instruction




Figure 3-11 Firewall Setting GUI

Table 3-10 “Firewall” Instruction


Applies To White list.

Blocked Resources

Black list.


3.4.5 Serial App. Setting Step 1 Please click “Advanced Network> Serial App” to check or modify the relevant

parameter.








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Step 1. Select “Advanced Network > Serial App” to enter the serial app settings.

Figure 18. Serial app settings

Serial App Settings


Serial to TC/IP mode Disable, Server and Client mode

Server IP/Port IP address and domain name for Server IP

Socket Type TCP/UDP protocol

Socket Timeout Setting time to transmit data to serial port.

Serial TimeoutSerial timeout is the waiting time for transmitting a data packet. The default setting is 500ms.

Table 11. Serial app settings instruction



Figure 3-11 Firewall Setting GUI

Table 3-10 “Firewall” Instruction


Applies To White list.

Blocked Resources

Black list.


3.4.5 Serial App. Setting Step 1 Please click “Advanced Network> Serial App” to check or modify the relevant

parameter.








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Packet payloadPacket payload is the maximum transmission length for serial port data packet. The default setting is 1024bytes.

Heart-beat ContentSend heart beat to the defined server to keep router online. It is convenient to monitor the router from the server.

Heart beat Interval Heart beat interval time

Baud Rate 112100 as default

Parity Bit None as default

Data Bit 8bit as default

Stop Bit 1bit as default

Table 11 (continued). Serial app settings instruction









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Step 1. Select “Advanced Network > Upnp/NAT-PMP” to enter the Upnp/NAT-PMP settings.

Figure 19. Upnp/NAT-PMP settings

UPnp/NAT-PMP Settings



Figure 3-13 UPnp/NAT-PMP Setting GUI


3.4.7 Static DHCP Setting Step 1 Please click “Advanced Network> Static DHCP” to check or modify the relevant

parameter.

Figure 3-14 Static DHCP Setting GUI










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Step 1. Select “Advanced Network > Static DHCP” to enter the static DHCP settings.

Figure 20. Static DHCP settings

Static DHCP Settings




Figure 3-13 UPnp/NAT-PMP Setting GUI


3.4.7 Static DHCP Setting Step 1 Please click “Advanced Network> Static DHCP” to check or modify the relevant

parameter.

Figure 3-14 Static DHCP Setting GUI









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Step 1. Select “VPN Tunnel > GRE” to enter the GRE settings.

Figure 21. GRE settings

GRE Settings


Remote IP Address GRE peer IP address. Usually a public IP address

Local IP Address Local IP address for LAN.

Tunnel Local IP Address GRE Tunnel local IP address which is a virtual IP address.

Remote LAN IP Address GRE Tunnel remote IP address which is a virtual IP address.

ICMP Check IP AddressChecks the IP address is reachable. If ICMP check is failed, GRE will be established again.

Table 12. GRE settings instruction

VPN Tunnel



3.5 VPN Tunnel

3.5.1 GRE Setting Step 1 Please click “VPN Tunnel> GRE” to check or modify the relevant parameter.

Figure 3-15 GRE Setting GUI

Table 3-12 “GRE” Instruction


Remote IP Address

GRE peer IP address. Usually a public IP address

Local IP Address

Local IP address for LAN.

Tunnel Local IP address

GRE Tunnel local IP address which is a virtual IP address.

Remote LAN IP Address

GRE Tunnel remote IP address which is a virtual IP address.

ICMP Check IP Address

It’s a reachable IP address. Once the ICMP check is failed, GRE will be established again.


3.5.2 VPN Client Setting Step 1 Please click “VPN Tunnel> VPN Client” to check or modify the relevant parameter.









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Step 1. Select “VPN Tunnel > VPN Client” to enter the VPN client settings.

Figure 22. VPN client settings

VPN Client Settings


VPN Mode VPN Mode for PPTP and L2TP

Server Address VPN Server IP address.

User name As the configuration requested.

Password As the configuration requested.

Encryption As the configuration requested.

Stateless MPPE As the configuration requested.

Accept DNS As the configuration requested.

Remote Subnet As the configuration requested.

Create NAT on Tunnel As the configuration requested.

Table 13. VPN client settings instruction




Table 3-13 “VPN Client” Instruction


VPN Mode VPN Mode for PPTP and L2TP

Server Address VPN Server IP address.

User name As the configuration requested.

Password As the configuration requested.

Encryption As the configuration requested.

Stateless MPPE

As the configuration requested.

Accept DNS As the configuration requested.

Remote Subnet As the configuration requested.

Create NAT on Tunnel

As the configuration requested.


3.6 Administration

3.6.1 Identification Setting Step 1 Please click ”Administrator> Identification” to enter the GUI, you may modify the

router name, Host name and Domain name according to self-requirement.








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Step 1. Select “Administrator > Identification” to enter the router identification settings. Here you can modify the router name, host name and domain name according to your requirements.

Figure 23. Router identification settings

Identification Settings


Router Name Default is router. Can be customised, maximum 32 characters.

Host Name Default is router. Can be customised, maximum 32 characters.

Domain NameDefault is empty. Can be customised, maximum 32 characters. This is the domain name for the WAN, it will only need to be configured in WAN applications.

Table 14. Router identification settings instruction

Administration




Figure 3-16 Router Identification GUI

Table 3-14 “Router Identification” Instruction


Router name Default is router, can be set maximum 32 character

Host name Default is router, can be set maximum 32 character

Domain name Default is empty, support maximum up to 32 character, it is the domain of WAN, no need to configure for most application.


----End








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Step 1. Select “Administrator > Time” to enter the time settings.

Figure 24. Time settings

Time Settings




3.6.2 Time Setting Step 1 Please click “Administrator> time” to check or modify the relevant parameter.

Figure 3-17 System Configuration GUI

If the device is online but time update is fail, please try other NTP Time Server.

Step 2 Please click “save to finish.

----End

NOTE - If the device is online but time update fails, try another NTP time server.








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Step 1. Select “Administrator > Admin” to enter the admin settings. Here, you can configure the basic web parameters enabling it to be more convenient for your usage. NOTE - The password is the router system account password.

Figure 25. Admin settings

Admin Access Settings




3.6.3 Admin Access Setting Step 1 Please click “Administrator>Admin” to check and modify relevant parameter.

In this page, you can configure the basic web parameter, make it more convenient for usage. Please note the “password” is the router system account password.

Figure 3-18 Admin Setting GUI

Step 2 Please click save iron to finish the setting

----End








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Step 1. Select “Administrator > Schedule Reboot” to enter the reboot settings.

Figure 26. Reboot settings

Schedule Reboot Settings




3.6.4 Schedule Reboot Setting Step 1 Please click “Administrator>Schedule Reboot” to check and modify relevant

parameter.

Figure 3-19 Scheduler Reboot Setting GUI


----End

3.6.5 SNMP Setting Step 1 Please click “Administrator>SNMP” to check and modify relevant parameter.








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Step 1. Select “Administrator > SNMP” to enter the SNMP settings.

Figure 27. SNMP settings

SNMP Settings




Figure 3-20 SNMP Setting GUI


----End

3.6.6 M2M Access Setting Step 1 Please click “Administrator>M2M Access” to check and modify relevant

parameter.

Figure 3-21 M2M Access Setting GUI








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Step 1. Select “Administrator > M2M Access” to enter the SNMP settings.

Figure 28. M2M access settings

M2M Access Settings




Figure 3-20 SNMP Setting GUI


----End

3.6.6 M2M Access Setting Step 1 Please click “Administrator>M2M Access” to check and modify relevant

parameter.

Figure 3-21 M2M Access Setting GUI








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Step 1. Select “Administrator > DI/DO Setting” to enter the DI/DO settings.

Figure 29. DI/DO settings

DI/DO Settings




----End

3.6.7 DI/DO Setting Step 1 Please click “Administrator>DI/DO Setting” to check and modify relevant

parameter.

Figure 3-22 DI/DO Setting GUI

3.6.7.1 DI Configure








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DI Configure




----End

3.6.7 DI/DO Setting Step 1 Please click “Administrator>DI/DO Setting” to check and modify relevant

parameter.

Figure 3-22 DI/DO Setting GUI

3.6.7.1 DI Configure

Step 1. Select the tick box of the DI port you want to configure.

Figure 30. DI settings


EnableEnables DI. Port1 is for I/O1 and Port2 is I/O2. Both I/O1 and I/O2 are DI ports

Mode

OFF, ON and EVENT_COUNTER modes.

OFF Mode: When I/O connects to GND, it will trigger alarm.

ON Mode: When I/O does not connect to GND, it will trigger alarm.

EVENT_COUNTER Mode: Enter EVENT_COUNTER mode.

Filter

Software filtering is used to control switch bounces. Input (1~100)*100ms. In ON and OFF modes, the router detects pulse signal and compares with first pulse shape and last pulse shape. If both are the same level, the router will trigger alarm.

In EVENT_COUNTER mode, if first pulse and last pulse are not the same level, the router will trigger alarm according to counter active setting.

Table 15. DI settings instruction








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Counter Trigger

Available when DI is in Event Counter mode. Input from 0 to 100. (0=will not trigger alarm) Alarm will trigger when counter reaches this value. After alarm trigger, the DI will continue counting but there will not be another trigger alarm.

Counter PeriodAvailable when DI is in Event Counter mode. Time in ms the counter is active for.

Counter RecoverAvailable when DI is in Event Counter mode. Time to recover after trigger alarm. The value is 0~30000(*100ms). 0 means no counter.

Counter Action

HI_TO_LO and LO_TO_HI is available when DI is in Event Counter mode.

The channel accepts limit or proximity switches and counts events according to the ON/OFF status. When LO_TO_HI is selected, the counter value increases when the attached switch is pushed. When HI_TO_LO is selected, the counter value increases when the switch is pushed and released.

Counter StartAvailable when DI is in Event Counter mode. Starts counting when this feature is enabled.

SMS AlarmThe alarm SMS will be sent to specified phone group. Each phone group include up to 2 phone numbers.

SMS Content 70 ASCII characters max

Number 1 SMS receiver phone number.


Table 15 (continued). DI settings instruction









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DO Configure

Step 1. Select the tick box to enable configuration.

Figure 31. DO settings


Enable 1 DO as selected

Alarm Source

DO initiates according to selected alarm source (DI Alarm, SMS Control and M2M Control.) One or more can be selected.

DI Alarm: DO triggers the related action when there is alarm from DO

SMS Control: DO triggers the related action when receiving SMS from the number in phone book.

M2M Control: it’s not ready.

Alarm Action

Action alarms can either be “OFF”, “ON”, “Pulse”.

OFF: Open from GND when triggered.

ON: Short contact with GND when triggered.

Pulse: Generates a square wave as specified in the pulse mode parameters when triggered.

Table 16. DO settings instruction



Table 3-16 “DO” Instruction


Enable 1 DO as selected

Alarm Source Digital output initiates according to different alarm source. Select from DI Alarm, SMS Control and M2M Control. Selections can be one or more. DI Alarm: Digital Output triggers the related action when there is alarm from Digital Input. SMS Control: Digital Output triggers the related action when receiving SMS from the number in phone book. M2M Control: it’s not ready.

Alarm Action Digital Output initiates when there is an alarm. Selected from “OFF”, “ON”, “Pulse”. OFF: Open from GND when triggered. ON: Short contact with GND when triggered. Pulse: Generates a square wave as specified in the pulse mode parameters when triggered.

Power on Status

Specify the digital Output status when power on. Selected from OFF and ON. OFF: Open from GND. ON: Short contact with GND.

Keep On Available when digital output Alarm On Action/Alarm Off Action status is ON, input the Digital Output keep on status time. Input from 0 to 255 seconds. (0=keep on until the next action)

Delay Available when enable Pulse in Alarm On Action/Alarm Off Action. The first pulse will be generated after a “Delay”.








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Power on Status

Specify the DO status when power on. Select from OFF and ON.

OFF: Open from GND.

ON: Short contact with GND.

Keep OnAvailable when DI Alarm action is set to ON. Time the alarm starts on. Input from 0 to 255 seconds. (0=keep on until the next action)

DelayAvailable when DI Alarm action is set to Pulse. The first pulse will be generated after a “Delay”. Input from 0 to 30000ms. (0=generate pulse without delay)

Low

Available when DI Alarm action is set to Pulse. In Pulse Output mode, the selected DO channel will generate a square wave as specified in the pulse mode parameters. The low level widths are specified here.Input from 1 to 30000 ms.

High

Available when DI Alarm action is set to Pulse. In Pulse Output mode, the selected DO channel will generate a square wave as specified in the pulse mode parameters. The high level widths are specified here.Input from 1 to 30000 ms.

OutputAvailable when DI Alarm action is set to Pulse. The number of pulses, input from 0 to 30000. (0 for continuous pulse output).

SMS Trigger ContentAvailable when SMS Alarm control is enabled. Input the SMS content to enable “Alarm On Action” by SMS (70 ASIC II char max).

SMS Reply ContentInput the SMS content, which will be sent after DO was triggered. (70 ASIC II char max).



Table 16 (ontinued). DO settings instruction









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Step 1. Select “Administrator > Configuration” to enter the configuration settings. Here you can backup and restore the configurations.

Figure 32. Configuration settings

Configuration Settings

Restoring default will lose all configuration settings. After backup/restore, the system will reboot automatically.



Figure 3-23 Backup and Restore Configuration GUI

Restore Default would lose all configuration information, please be careful.

Step 2 After setting the backup and restore configuration. The system will reboot automatically.

----End








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Step 1. Select “Administrator > Logging” to enter the logging settings. Here you can select the save path for any backed up configurations. (Local or remote server)

Figure 33. Log settings

System Log Settings



3.6.9 System Log Setting Step 1 Please click “Administrator> Logging” to start the configuration, you can set the

file path to save the log (Local or remote sever).

Figure 3-24 System log Setting GUI

Step 2 After configure, please click “Save” to finish.

----End









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Step 1. Select “Administrator > Upgrade” to enter the upgrade firmware settings. NOTE - When upgrading the firmware, do not remove power.

Figure 34. Upgrade firmware settings

Upgrade Settings




3.6.10 Firmware upgrade Step 1 Please click “Administrator>firmware upgrade” to open upgrade firmware tab.

Figure 3-25 Firmware Upgrade GUI

When upgrading, please don’t cut off the power.

3.6.11 System Reboot Step 1 Please click “Administrator>Reboot” to restart the router. System will popup dialog

to remind “Yes” or “NO” before the next step.

Step 2 If choose “yes”, the system will restart, all relevant update configuration will be effective after reboot.

----End

3.7 Debugging Setting

3.7.1 Logs Setting Step 1 Please click “Debugging>Logs” to check and modify relevant parameter.

Step 1. Select “Administrator > Reboot” to reboot the router. A popup will appear, prompting ‘YES’ or ‘NO’ to continue with the reboot.

Step 2: If you select ‘YES’, the system will reboot. All relevant firmware upgrades will be effective after the reboot.

System Reboot








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Step 1. Select “Debugging > Logs” to enter the log settings.

Figure 35. Log settings

Logs Settings


Debugging



Figure 3-26 Logs GUI


----End

3.7.2 Ping Setting Step 1 Please click “Debugging>Logs” to check and modify relevant parameter.

Figure 3-27 Ping GUI


----End

3.7.3 Trace Setting Step 1 Please click “Debugging>Trace” to check and modify relevant parameter.

Step 1. Select “Debugging > Ping” to enter the ping settings.

Figure 36. Ping settings

Ping Settings




Figure 3-26 Logs GUI


----End

3.7.2 Ping Setting Step 1 Please click “Debugging>Logs” to check and modify relevant parameter.

Figure 3-27 Ping GUI


----End

3.7.3 Trace Setting Step 1 Please click “Debugging>Trace” to check and modify relevant parameter.








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If you want to restore factory settings on your router, this can be done on the web interface by selecting “Administration > Configuration”. Select “Restore Configuration” this will restore your router to it factory settings.

Restore Factory Settings

Figure 37. Restore configuration



Figure 3-23 Backup and Restore Configuration GUI

Restore Default would lose all configuration information, please be careful.

Step 2 After setting the backup and restore configuration. The system will reboot automatically.

----End

Click here to restore factory settings

Via Web Interface








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To restore the routers factory settings, press and hold the reset button on the router located near the power connector. Press and hold the reset button for at least 5 seconds, this can be done when the router is either in use or turned on. Reset is successful when the NET light stops blinking. The router will now be restored to factory settings.

Figure 38. Reset button on router

Via Router

Reset button

Parameter Default settings

LAN IP 192.168.1.1

LAN Subnet Mask 255.255.255.0

DHCP server Enable

User Name admin

Password admin

Table 17. Factory settings








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Appendix (For advanced optional features only)

Step 1. Select “Advanced Network > GPS” to enter the GPS settings.

Figure 39. GPS settings

GPS Settings



Figure 3-29 GPS Setting GUI

Table 3-18 “GPS” Instruction


Bind Port Local port for GPS data.

Server IP and Port

GPS server IP address and port.

Socket type GPS data protocol.

Socket Timeout The timeout for socket connection. If socket is not established, it will reconnect after the timeout time.

Serial Timeout The time is defined by serial port buffer. After the time, router will send GPS to server.

Packet Payload The max packet for GPS data.

Heart-Beat Content

GPS heart beat packet.

Heart-Beat Interval

The heart beat packet interval.


GPS data format as below.


Bind Port Local port for GPS data.

Server IP and Port GPS server IP address and port.

Socket type GPS data protocol.

Socket TimeoutThe timeout for socket connection. If socket is not established, it will reconnect after the timeout time.

Table 18. GPS settings








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Serial TimeoutThe time is defined by serial port buffer. After the time, router will send GPS to server.

Packet Payload The max packet for GPS data.

Heart-Beat Content GPS heart beat packet.

Heart-Beat Interval The heart beat packet interval.

Table 18 (continued). GPS settings

NOTE - GPS data format: dtu.heartbeat.content,gps_date, gps_time, gps_use, gps_latitude, gps_NS, gps_longitude, gps_EW, gps_speed, gps_degrees, gps_FS, gps_HDOP, gps_MSL

e.g. Router_00001,083238,120313,12,2230.31563,N,11355.02863,E








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The information contained in this document is proprietary to Siretta. Siretta has made every effort to ensure that the accuracy of the information contained within this document is accurate. Siretta does not make any warranty as to the information contained within this document and does not accept any liability for any injury, loss or damage of any kind incurred by the use of this information.

Siretta does not take responsibility for any application developed using the modem characterized in this document and notes that any application of this modem must comply with the safety standards of the applicable country and comply with the relevant wiring rules. Siretta reserves the right to make modifications, additions and deletions to this document due to typographical errors, inaccurate information, or improvements to equipment at any time and without notice. Such changes will be incorporated into new editions of this document.

All rights reserved.

© 2015 Siretta Ltd

Disclaimer








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DefinitionsTerm Definition

3G 3rd Generation Mobile Telecommunications

4G 4th Generation Mobile Telecommunications

APN Access Point Name

DDNS Dynamic Domain Name System

DHCP Dynamic Host Configuration Protocol

DI Direct Input

DMZ Demilitarized Zone

DNS Domain Name System

DO Direct Output

GND Ground

GPS Global Positioning System

GUI Graphical User Interface

I/O Input/Output

ICMP Internet Control Message Protocol

IP Internet Protocol

ISP Internet Service Provider

LAN Local Area Network

LTE Long-Term Evolution

M2M Machine to Machine

MPPE Microsoft Point-to-Point Encryption

NAT Network Address Translation

NTP Network Time Protocol

PMP Port Mapping Protocol

SIM Subscriber Identity Module

SMS Short Message Service

SNMP Simple Network Management Protocol

TCP Transmission Control Protocol

UDP User Datagram Protocol

UMTS Universal Mobile Telecommunications System

UPnP Universal Plug and Play

VPN Virtual Private Network

WAN Wide Area Network

WLAN Wireless Local Area Network




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