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Difference between revisions of "IP station Discovery and Initial Configuration from AlphaWeb"

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==A walk through example of discovering and configuring factory default IP stations==
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{{A}}
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This procedure is replaced by using [[IMT]].
 +
 
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==A walkthrough example of discovering and configuring factory default IP stations==
  
 
IP stations from factory:
 
IP stations from factory:
  
*All INCA IP stations comes with factory default of static IP address 169.254.1.100
+
*All INCA IP stations come with factory default static IP address 169.254.1.100
*All Turbine IP stations comes with DHCP as default.
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*All Turbine IP stations come with DHCP as default.
*New IP stations (Turbine and INCA) comes with default mode "Pulse"
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*New IP stations (Turbine and INCA) come with default mode "Pulse"
  
 
==Example Setup==
 
==Example Setup==
  
 
This Example show how to configure and register 3 "factory" IP stations to an AlphaCom without logging into the stations.
 
This Example show how to configure and register 3 "factory" IP stations to an AlphaCom without logging into the stations.
<br>
+
 
 
The discovery function of the AlphaCom is very basic and require some pre-conditions to work.
 
The discovery function of the AlphaCom is very basic and require some pre-conditions to work.
<br>
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Initial Network Drawing.
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'''Initial Network Drawing:'''
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 +
[[File:StationDiscovery1.PNG|thumb|left|500px]]
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<br style="clear:both;" />
  
 
*AlphaCom and stations must be on the same network. (No routers between stations and AlphaCom, only switches)
 
*AlphaCom and stations must be on the same network. (No routers between stations and AlphaCom, only switches)
*Eth 0 must have a address in the 169.254.x.x range. (Only needed for IP stations with static factory address)
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*Eth0 must have an address in the 169.254.x.x range. (Only needed for IP stations with static factory address 169.254.1.100. Default IP address on  AlphaCom Eth0 is 169.254.1.5)
*Eth 1 must have the "final" IP address of the AlphaCom. (In this example10.5.11.34)
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*Eth1 must have the "final" IP address of the AlphaCom. (In this example 10.5.101.81)
*Both Eth 0 and Eth 1 must be connected to the network. (Only needed for IP stations with static factory address)
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*Both Eth0 and Eth1 must be connected to the network. (Only needed for IP stations with static factory address)
*For discovering DHCP enabled stations the DHCP server must be located in AlphaCom. (For static factory address station there must be a DHCP server in the network, either AlphaCom or in external equipment.)
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*For discovering DHCP enabled stations the DHCP server must be located in the AlphaCom. (For static factory address station there must be a DHCP server in the network, either AlphaCom or in external equipment like a PC.)
 
*The PC should receive DHCP from AlphaCom. Use the AMC ETH1 address for connection to AlphaWeb (Not the 169.254.1.5 address).
 
*The PC should receive DHCP from AlphaCom. Use the AMC ETH1 address for connection to AlphaWeb (Not the 169.254.1.5 address).
  
 
=Configuration of AlphaCom=
 
=Configuration of AlphaCom=
==Configuring of the network IF==
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==Configuring the network Interface==
==Configuration of the DHCP server==
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[[File:StationDiscovery2.PNG|thumb|left|500px]]
Ethernet 1 is configured with a DHCP server allowing 100 IP addresses to be leased on the network.
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<br style="clear:both;" />
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 +
==Configuring the DHCP server==
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Eth1 is configured with a DHCP server, allowing 100 IP addresses to be leased on the network.
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[[File:StationDiscovery3.PNG|thumb|left|500px]]
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<br style="clear:both;" />
 +
 
 
==Open Firewall for DHCP server==
 
==Open Firewall for DHCP server==
 
Open the firewall for DHCP server on Eth1.
 
Open the firewall for DHCP server on Eth1.
  
 
After all configuration changes have been applied, connect the PC to Eth1.
 
After all configuration changes have been applied, connect the PC to Eth1.
 +
 +
[[File:StationDiscovery4.PNG|thumb|left|500px]]
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<br style="clear:both;" />
 +
 
==AlphaPro Configuration==
 
==AlphaPro Configuration==
Configure 3 IP stations with "Reg/w directory number". Send configuration to AlphaCom.
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Configure 3 IP stations with "Reg/w directory number". Send the configuration to AlphaCom.
==AlphaWeb Discovery==
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 +
[[File:StationDiscovery5.PNG|thumb|left|500px]]
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<br style="clear:both;" />
 +
 
 +
==AlphaWeb - Station Discovery==
  
 
In the "System Maintenance" window select "Station Discovery".
 
In the "System Maintenance" window select "Station Discovery".
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 +
[[File:StationDiscovery6.PNG|thumb|left|500px]]
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<br style="clear:both;" />
  
 
Press the "Auto Configure" button.
 
Press the "Auto Configure" button.
<br>
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The "Station Event Capture" and" Auto Refresh" will automatically be activated.
 
The "Station Event Capture" and" Auto Refresh" will automatically be activated.
<br>
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The auto configure function will:
 
The auto configure function will:
<br>
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*Discover all IP stations with factory IP address 169.254.1.100 and reconfigure them to:
*Discover all IP stations with factory IP address 169.254.1.100 and configure them to AlphaCom mode with the Eth1 address as AlphaCom IP and set DHCP mode.
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**AlphaCom mode
*Compare the list of currently registered IP stations and the list of leased DHCP addresses of the internal DHCP server. Find all DHCP leases to IP stations (Zenitel mac) not currently registered with AlphaCom. T
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**DHCP mode
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**and set the AlphaCom IP address equal to the AlphaCom Eth1 address (in this example 10.5.101.81)
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*Compare the list of currently registered IP stations and the list of leased DHCP addresses of the internal DHCP server. Find all DHCP leases to IP stations (Zenitel mac) not currently registered with AlphaCom.
 +
 
 +
These stations are then auto configured.
  
This stations are then auto configured.
 
<br>
 
 
The auto discover function should only be used in a controlled environment.
 
The auto discover function should only be used in a controlled environment.
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 +
[[File:StationDiscovery7.PNG|thumb|left|500px]]
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<br style="clear:both;" />
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 +
As long as there are stations with "factory default" still present in the network, the message "Running Auto Configure of default IP stations" will be displayed.
 +
 +
Initiating auto-configuration will take approx 15 seconds for each IP station.
 +
 +
The discovery algorithm will do a reset of the IP station, thus there will be several minutes delay before the first IP stations starts to show up in the list.
 +
 +
Be patient!
 +
 +
If some stations has previously been registered with this AlphaCom, the stations will re-register because the last used Mac address of the station is stored in AlphaCom. This will not happen with a new database or with new stations, but can occur during test situations, like after factory reset of a previously registered station. I.e. if nothing happens in the "Unconfigured Stations" list, take a look at the "Assigned station" list.
 +
 +
[[File:StationDiscovery8.PNG|thumb|left|500px]]
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<br style="clear:both;" />
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The 3 connected IP stations are now shown in the list.
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 +
==Identifying the Stations==
 
<br>
 
<br>
While there are still "factory default" stations in the network the message "Running Auto Configure of default IP stations" will be displayed.
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The stations connected in this example are three master stations.
<br>
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Initial auto-configuring each IP station will take approx 15 seconds.
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Press key 1 on the first master, then key 2 on the second then the first DAK key on the third (substations will show DAK0).
<br>
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The discovery algorithm will do a reset of the IP station thus there will be several minutes delay before the first IP stations starts to show up in the list.
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The "last event" column will show the identification.
<br>
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(Be patient)
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[[File:StationDiscovery9.PNG|thumb|left|500px]]
<br>
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<br style="clear:both;" />
If some stations previously was registered with this AlphaCom, the stations will re-register because the last used Mac address of the station is stored in AlphaCom. This will not happen with a new database or with new stations, but can occur during test situation, like after factory reset a used station. I.e. if nothing happens in the "Unconfigured Stations" list, take a look at the "Assigned station" list.
 
<br>
 
  
The 3 connected IP stations is now shown in the list.
 
==Identify the Stations==
 
<br>
 
The stations connected in this example are two master stations and one Turbine.
 
<br>
 
Press key 1 on the first master, then key 2 on the second then the call button on the Turbine station.
 
<br>
 
The "last event" colon will show the identification.
 
<br>
 
 
The station events are now shown in the list.
 
The station events are now shown in the list.
<br>
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If all three stations are of "one button" type the "Time of last event" can be used to distinguish the station. (Or press only one station at the time).
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If all three stations are of "one button" type the "Time of last event" can be used to distinguish the stations. (Or press only one station at the time).
 +
 
 
==Assigning Directory Numbers==
 
==Assigning Directory Numbers==
 
<br>
 
<br>
Turn off the "Auto Refresh of station list" check flag. The "Select dirno" colon will then show a list of available directory numbers.
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Turn off the "Auto Refresh of station list" check flag. The "Select dirno" column will then show a list of available directory numbers.
 
<br>
 
<br>
 
The selectable directory numbers will be IP stations not currently registered.
 
The selectable directory numbers will be IP stations not currently registered.
<br>
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For the station with key-2 press select "111 IP 2" then press the "Assign Dirno" in the "Actions" colon.
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[[File:StationDiscovery10.PNG|thumb|left|500px]]
<br>
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<br style="clear:both;" />
 +
 
 +
For the station with key-2 select "111 IP 2" then press the "Assign Dirno" in the "Actions" column.
 +
 
 
The station will then be assigned the directory number and removed from the list.
 
The station will then be assigned the directory number and removed from the list.
<br>
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Assign all stations in the same way. Use the "Refresh list" button if updated list of "Last Event" is needed.
 
Assign all stations in the same way. Use the "Refresh list" button if updated list of "Last Event" is needed.
 +
 
==Assigning Wrong Directory Number==
 
==Assigning Wrong Directory Number==
  
If assigning wrong directory number the station can be "released" from the "Assigned menu"
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If assigning the wrong directory number the station can be "released" from the "Assigned menu"
<br>
+
 
Pressing the "Release" button on the "Action" colon will release the station from the configuration.
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[[File:StationDiscovery11.PNG|thumb|left|500px]]
<br>
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<br style="clear:both;" />
 +
 
 +
Pressing the "Release" button in the "Action" column will release the station from the configuration.
 +
 
 
The station will then show up in the "Discovered" list instead, and can then be reassigned to a different directory number.
 
The station will then show up in the "Discovered" list instead, and can then be reassigned to a different directory number.
<br>
+
 
 +
[[Category:AlphaWeb]]

Latest revision as of 11:05, 8 September 2017

AlphaCom icon 300px.png
This procedure is replaced by using IMT.

A walkthrough example of discovering and configuring factory default IP stations

IP stations from factory:

  • All INCA IP stations come with factory default static IP address 169.254.1.100
  • All Turbine IP stations come with DHCP as default.
  • New IP stations (Turbine and INCA) come with default mode "Pulse"

Example Setup

This Example show how to configure and register 3 "factory" IP stations to an AlphaCom without logging into the stations.

The discovery function of the AlphaCom is very basic and require some pre-conditions to work.

Initial Network Drawing:

StationDiscovery1.PNG


  • AlphaCom and stations must be on the same network. (No routers between stations and AlphaCom, only switches)
  • Eth0 must have an address in the 169.254.x.x range. (Only needed for IP stations with static factory address 169.254.1.100. Default IP address on AlphaCom Eth0 is 169.254.1.5)
  • Eth1 must have the "final" IP address of the AlphaCom. (In this example 10.5.101.81)
  • Both Eth0 and Eth1 must be connected to the network. (Only needed for IP stations with static factory address)
  • For discovering DHCP enabled stations the DHCP server must be located in the AlphaCom. (For static factory address station there must be a DHCP server in the network, either AlphaCom or in external equipment like a PC.)
  • The PC should receive DHCP from AlphaCom. Use the AMC ETH1 address for connection to AlphaWeb (Not the 169.254.1.5 address).

Configuration of AlphaCom

Configuring the network Interface

StationDiscovery2.PNG


Configuring the DHCP server

Eth1 is configured with a DHCP server, allowing 100 IP addresses to be leased on the network.

StationDiscovery3.PNG


Open Firewall for DHCP server

Open the firewall for DHCP server on Eth1.

After all configuration changes have been applied, connect the PC to Eth1.

StationDiscovery4.PNG


AlphaPro Configuration

Configure 3 IP stations with "Reg/w directory number". Send the configuration to AlphaCom.

StationDiscovery5.PNG


AlphaWeb - Station Discovery

In the "System Maintenance" window select "Station Discovery".

StationDiscovery6.PNG


Press the "Auto Configure" button.

The "Station Event Capture" and" Auto Refresh" will automatically be activated.

The auto configure function will:

  • Discover all IP stations with factory IP address 169.254.1.100 and reconfigure them to:
    • AlphaCom mode
    • DHCP mode
    • and set the AlphaCom IP address equal to the AlphaCom Eth1 address (in this example 10.5.101.81)
  • Compare the list of currently registered IP stations and the list of leased DHCP addresses of the internal DHCP server. Find all DHCP leases to IP stations (Zenitel mac) not currently registered with AlphaCom.

These stations are then auto configured.

The auto discover function should only be used in a controlled environment.

StationDiscovery7.PNG


As long as there are stations with "factory default" still present in the network, the message "Running Auto Configure of default IP stations" will be displayed.

Initiating auto-configuration will take approx 15 seconds for each IP station.

The discovery algorithm will do a reset of the IP station, thus there will be several minutes delay before the first IP stations starts to show up in the list.

Be patient!

If some stations has previously been registered with this AlphaCom, the stations will re-register because the last used Mac address of the station is stored in AlphaCom. This will not happen with a new database or with new stations, but can occur during test situations, like after factory reset of a previously registered station. I.e. if nothing happens in the "Unconfigured Stations" list, take a look at the "Assigned station" list.

StationDiscovery8.PNG


The 3 connected IP stations are now shown in the list.

Identifying the Stations


The stations connected in this example are three master stations.

Press key 1 on the first master, then key 2 on the second then the first DAK key on the third (substations will show DAK0).

The "last event" column will show the identification.

StationDiscovery9.PNG


The station events are now shown in the list.

If all three stations are of "one button" type the "Time of last event" can be used to distinguish the stations. (Or press only one station at the time).

Assigning Directory Numbers


Turn off the "Auto Refresh of station list" check flag. The "Select dirno" column will then show a list of available directory numbers.
The selectable directory numbers will be IP stations not currently registered.

StationDiscovery10.PNG


For the station with key-2 select "111 IP 2" then press the "Assign Dirno" in the "Actions" column.

The station will then be assigned the directory number and removed from the list.

Assign all stations in the same way. Use the "Refresh list" button if updated list of "Last Event" is needed.

Assigning Wrong Directory Number

If assigning the wrong directory number the station can be "released" from the "Assigned menu"

StationDiscovery11.PNG


Pressing the "Release" button in the "Action" column will release the station from the configuration.

The station will then show up in the "Discovered" list instead, and can then be reassigned to a different directory number.