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IpGateway
Figure 1 – AX-LAN Wiring
www.advancedco.com

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Summary of Contents for Advanced Axis AX-LAN IpGateway

  • Page 1 IpGateway Figure 1 – AX-LAN Wiring www.advancedco.com...
  • Page 2: Table Of Contents

    Table of Contents Page INTRODUCTION / OVERVIEW ..........................4 ..........................4 RODUCT ESCRIPTION INSTALLATION ..............................4 ..........................4 OUNTING THE ENCLOSURE ................................5 IRING 2.2.1 DC Power Input ............................5 2.2.2 Fault Input ..............................5 2.2.3 Network Connections ..........................5 2.2.4 RS232 Serial Interface ..........................5 2.2.5 Ethernet Port ............................5 ........................6 OMMISSIONING THE NTERFACE...
  • Page 3 PANEL OPERATION ............................22 COMMON CONFIGURATION SCENARIOS ..................... 23 ..24 RIVATE INTERNAL ACCESS ACROSS AN EXISTING WHERE NO EMAIL NOTIFICATIONS ARE REQUIRED 7.1.1 Configuration elsewhere on the network ....................24 RIVATE INTERNAL ACCESS ACROSS AN EXISTING WHERE INTERNAL EMAIL NOTIFICATIONS ARE REQUIRED 7.2.1 Configuration elsewhere on the network ....................
  • Page 4: Introduction / Overview

    1 Introduction / Overview 1.1 Product Description This manual covers the installation and operation of the AX-LAN (ipGateway). The AX-LAN, ipGateway, connects to an Axis Ad-NeT-PluS network providing a gateway to the Axis Ad-NeT- PluS network from any remote location via the internet. By gathering real time information from the Axis Ad-NeT- PluS network, the AX-LAN, ipGateway, gives a visual indication of the state of the network through a standard web browser with the state of each device being displayed in a clear and concise manner.
  • Page 5: Wiring

    2.2 Wiring Plug-in terminal blocks are provided for all field wiring connections (see figure 1). Note: Minimum / Maximum cable size for all connections is 22 – 14 AWG. All electrical wiring should be in accordance with the National Electric Code and any local requirements. To minimize the effects of EMC interference all network wiring should be minimum twisted with size suitable for loading conditions.
  • Page 6: Commissioning The Interface

    2.3 Commissioning the Interface Each AX-LAN module must have a unique network node address. 2.3.1 Default Settings The following factory default settings are used, and can be modified as required. Network Node Next Node Interface Zone RS232 Baud Rate 38400 IP Address 0.0.0.0 Subnet Mask...
  • Page 7 Axis Terminal Software: To modify/change any settings using the Axis Virtual Terminal Software, with the programming switch (SW1) in the setup position, connect a PC to the RS232 connector and run the Axis Terminal Dial Up software (Virtual Terminal). Select the Menu button and then the “SETUP” area from the virtual terminal. In the “SETUP”...
  • Page 8: Normal Operation

    Normal Operation After programming the AX-LAN ensure all programming connections have been removed and that the NORMAL programming switch SW1 has been returned to its SETUP ‘Normal” position (i.e. moved to the right). 3 The Server 3.1 Configuring the server The AX-LAN requires several pieces of configuration information to allow it to exist on a network.
  • Page 9: Network Address Translation (Nat)

    Network Address Translation (NAT) 3.1.1.1 A Network Address Translation is applied to a Router to allow a device on a private network to be accessed from the internet. Consider the following network setup: The NATs are shown in the table below the router. The three internal devices (Web Server, PC, AX-LAN ipGateway) can now be accessed from the internet.
  • Page 10: Subnet Mask

    Example 2: To access the AX-LAN ipGateway, an external user would type the following into the address bar of their browser This will direct data to Port 8000 on the router with IP address 212.188.225.200. When this data reaches the router it will be redirected to Port 80 on the device with IP address 10.101.100.25.
  • Page 11: Gateway

    3.1.3 Gateway The Gateway is the IP Address of the Default Gateway on the local network. This is generally the IP Address of a router on the network that provides access to the public network (i.e. the internet). 3.1.4 SMTP Server Address The SMTP Server Address is the IP address of the email server on the local network (i.e.
  • Page 12: Remote Access Level

    3.1.11 Remote Access Level The Remote Access Level defines the permissions granted to a user accessing the AX-LAN, ipGateway, through a web browser. The access levels are defined as: Level Description ACCESS READ ONLY Access through the web browser is on a read only basis. The user cannot change any AX-LAN configuration or affect the Ad- NeT-PluS network in any way.
  • Page 13: Network Setup

    4 Network Setup This diagram shows a basic network setup for the AX-LAN, ipGateway. Once the AX-LAN has been configured with valid network information, i.e. IP Address etc, it can simply be connected onto the current private network. This will allow the AX-LAN to be visible from anywhere on the private network.
  • Page 14: The Browser

    5 The Browser The information obtained by the AX-LAN is accessible through a standard web browser. At the time of writing AX- LAN ipGateway is compatible with Internet Explorer 6.0, 7.0, 8.0, 9.0, 10 and Firefox 2.0. For the remainder of this document Internet Explorer 6 will be used in all examples. 5.1 Navigation To use a browser to navigate to an AX-LAN, ipGateway, first open the browser and then type the following in the address bar then press “Go”...
  • Page 15: Main Form

    5.3 Main Form Shortly after confirming the username and password the AX-LAN, ipGateway, will display the main form in the user’s web browser. 5.3.1 Anatomy of the Main Form The Main Form is broken into five different areas as described below: Main Toolbar Sub Toolbar Status Panel...
  • Page 16: Sub Toolbar

    Sub Toolbar 5.3.1.2 The sub toolbar displays a second range of tool buttons applicable to current view. Content 5.3.1.3 Shows the content associated with the current view. Status Panel 5.3.1.4 The Status Panel gives a textual representation of the state of the Ad-NeT-PluS network. Control Panel 5.3.1.5 The Control Panel is split into two sections.
  • Page 17: Enable / Disable A Device

    Each device is described in terms of its Node Number, Loop Number, Zone Number, Address, Device User Text, Device Type, Device Status, Device Answer Back Value and whether the device is enabled. During the download of the devices associated with an individual zone, the Zone Box will have an icon in the upper right hand corner, indicating download in process.
  • Page 18: Filter

    5.4.3 Filter The AX-LAN provides a number of filters which Show zones that are in Alarm can be used to reduce the number of Zone Show zones that are in Supervisory Boxes being displayed at one time. Show zones that are in Trouble In addition to filtering the zones, the filtering also applies to the devices within the zone.
  • Page 19: Event Configuration

    To delete a selected email address, select the address to be deleted by clicking on it and then press the “Delete selected email address” button in the sub-toolbar. If the address is used in the event configuration (see section 5.5.2) a warning will be displayed. Pressing “OK”...
  • Page 20: Shifts

    5.5.3 Shifts The AX-LAN has provision to break a day into a maximum of eight weekday shifts and eight weekend shifts. This allows email notifications to be sent to different people at different times of the day. Click on the “Show shifts” button in the sub-toolbar.
  • Page 21: Event Log

    5.6 Event Log The AX-LAN allows access to the Ad-NeT-PluS network event log. To view the event log, of the Ad-NeT-PluS network, click on the “Show event log” button To save or print the event log, click on the “Open event log in a new window” button A new window will be opened containing the event log.
  • Page 22: Panel Operation

    6 Panel Operation On site the building supervisor/owner/user can be assisted with operations such as disabling/enabling devices or zones from external commands over the TCP/IP network. In order to ensure this only happens with consent from the site, a password protected option to allow remote operations is included on the panel keyboard display and on the remote keyboard display annunciators via the enable menu: After selecting the remote option (and entering password as required) the user is presented with two options.
  • Page 23: Common Configuration Scenarios

    7 Common Configuration Scenarios This section outlines some common scenarios and demonstrates which AX-LAN, ipGateway, configuration settings are required. Each of the scenarios uses the networks described in the following diagram: Site A 192.168.0.100 192.168.0.10 192.168.0.20 Domain: “company.com” ipGateway Email Server 192.168.0.4 74.125.230.148 Router...
  • Page 24: Private Internal Access Across An Existing Lan Where No Email Notifications Are Required

    7.1 Private internal access across an existing LAN where no email notifications are required Using “Site A” as an example, the configuration settings for the ipGateway would be: ipGateway Setting Value IP Address 192.168.0.100 Subnet Mask 255.255.255.0 Admin Password MyAdminPwd User Password MyUserPwd All other configuration settings can be left as default.
  • Page 25: Private Internal Access Across An Existing Lan Where External Email Notifications Are Required

    7.3 Private internal access across an existing LAN where external email notifications are required Using “Site A” as an example, the configuration settings for the AX-LAN, ipGateway, would be: ipGateway Setting Value IP Address 192.168.0.100 Subnet Mask 255.255.255.0 SMTP Server 192.168.0.20 SMTP Username myaccount@company.com...
  • Page 26: Public Access Across The Internet Where External Email Notifications Are Required

    This will allow a user on “Site B” to type the following into the address bar of his browser to gain access to the AX- LAN, ipGateway, at “Site A”: http://74.125.230.148 7.5 Public access across the Internet where external email notifications are required Using “Site A”...
  • Page 27: Public Access Across The Internet Where An External Email Server Is Used

    7.6 Public access across the Internet where an external email server is used This scenario involves sending email via an email server that is not on the private network (LAN). Instead of using a local email server, it is sometimes possible to use an external email server such as those provided by an ISP.
  • Page 28: Ip Address Incorrect

    IP Address Incorrect 8.1.1.1 Check that the IP Address used to navigate to the AX-LAN, ipGateway, matches the IP address in the configuration file. Subnet Mask Incorrect 8.1.1.2 Check that the Subnet Mask the AX-LAN, ipGateway, is using is correct for the network it is connected to. Octal Addressing 8.1.1.3 IP address with leading zeros are treated as octal (base-8) numbers...
  • Page 29: Incorrect Password

    8.2.3 Incorrect Password Check that the “SMTP Password” supplied to the AX-LAN, ipGateway, matches the password for the SMTP Username on the SMTP server. 8.2.4 Relaying Not Setup on SMTP Server See section 4.1. 9 Request for Information The following page may be given to a network administrator to obtain the required configuration information for the AX-LAN, ipGateway.
  • Page 30 This page is intentionally left blank. www.advancedco.com...
  • Page 31 ip Gateway Request For Information To allow an ipGatway to exist on a LAN, the following information is required from the network administrator: ipGateway Setting Description IP Address of the ipGateway ___.___.___.___ IP Address on the LAN. Subnet Mask for the LAN the ipGateway will be connected ___.___.___.___ Subnet Mask...
  • Page 32 Doc Number: 682-250 Revision: 100 South Street, Hopkinton, Massachusetts 01748 Tel: (508) 435-9995 Fax: (508) 435-9990 Email: usa@advancedco.com Web: www.advancedco.com www.advancedco.com...

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