Turbine Compact IP Stations Configuration Guide

Transcription

1 Turbine Compact IP Stations Configuration Guide TECHNICAL MANUAL

2 About this Document Document Scope This document describes the setup procedure and configuration of the various models of the Turbine Compact IP station series. Station Software Version: or later Product Item Number Tubine Compact IP Station - TCIS Tubine Compact IP Station - TCIS-1-V Tubine Compact IP Station - TCIS Tubine Compact IP Station - TCIS Tubine Compact IP Station - TCIS Tubine Compact IP Station - TCIS Tubine Compact IP Station - TCIS Turbine Kit - VoIP Intercom Module - TKIS Surface Mount Back Box - TA Flush Mount 2-Gang Double-Depth Back Box - TA Flush Mount Bracket - TA Publication Log Rev. Date Author Status HKL Published HKL TKIS HKL I/Os, conversation mode HKL Electret mic setting Related Documentation For further information, refer to the following documentation: Doc. number A100K11254 A100K11258 A100K10805 Documentation Turbine Compact IP Stations Mounting Guide Turbine Compact Analog Stations Mounting Guide AlphaCom XE Installation & Configuration

3 Contents 1 Turbine Compact IP Stations Station Connections External Connectors on IP Station Power Supply Network Connection Input/Output Connections Starting Up the Station AlphaCom Configuration Logging into the Station Station Main Settings Advanced AlphaCom Settings Audio Settings I/O Settings OLED Labels Address Book Sound Detection SIP Configuration Logging into the Station Station Main Settings SIP Settings Audio Settings Direct Access Key Settings Relay Settings SNMP Settings Automatic Configuration using TFTP Pulse Configuration Logging into the Station Station Main Settings Connect other Intercom Stations Configure Directory (Phonebook) Verify System Setup Configure Call and Audio Settings Configure the Call Buttons on an IP Substation Add SIP Accounts for 3 rd -party IP Telephone and IP DECT Create SIP station account Configure IP telephone Add SIP Accounts for Telephone Gateways Install license Create SIP gateway account Configure telephone gateway Modify Pulse Station Profiles Common Advanced Network Settings Station Software Upgrade Prerequisites Upgrade Via Station Web Interface Upgrade Via AlphaCom XE Station Indication LEDs LEDs on Front Plate Status LEDs on PCB Ethernet Activity & Speed LEDs on PCB Restoring Factory Defaults Reset to Factory Default Settings with Activated DHCP Reset to Factory Default Settings with Static IP Compact Station & Accessories Dimensions Compact Station Dimensions On-Wall Surface Mount Back Box - TA Flush Mount Bracket - TA Turbine Kit VoIP Intercom Module - TKIS Turbine Station Specifications Turbine Station Configuration Guide 3

4 A: Configuration File Parameters for SIP Provisioning A.1 Remote Provisioning using TFTP A.2 General Parameters A.3 SIP Parameters A.4 Call Parameters A.5 Relay Parameters A.6 SNMP Parameters A.7 Example Configuration File B: Station Board Connections & Indicators B.1 PCB - Front B.2 Input Connectors B.3 Output Connectors + 1 relay B.4 PCB - Rear B.5 Front Board - Front B.6 Front Board - Rear Figures Figure 1 Turbine TCIS-1 Station Keys & Functions... 6 Figure 2 Turbine TCIS-6 Station Keys & Functions... 6 Figure 3 External Connectors on IP Station... 7 Figure 4 AlphaCom Intercom System... 9 Figure 5 SIP System Figure 6 Pulse System Turbine Station Configuration Guide

5 1 Turbine Compact IP Stations All IP stations in the Turbine series utilize the latest technology to produce unparalleled audio quality. Some of the many features include: HD voice quality, Open Duplex, Active Noise Cancellation, MEMS microphone, a 10W Class D amplifier and our unique speaker grille design. There are six station models in the Turbine Compact series: TCIS-1/TCIS-1-V Thermoplastic frontplate with single call button plus Push-To-Talk & Cancel TCIS-4 Thermoplastic frontplate with single call button and PMOLED display TCIS-2 Stainless steel frontplate with single call button TCIS-5 Thermoplastic frontplate with two call buttons and PMOLED display TCIS-3 Thermoplastic frontplate with single call button TCIS-6 Thermoplastic frontplate with call & scrolling buttons and PMOLED display TKIS-2 The encapsulated TKIS-2 Turbine Kit VoIP Intercom Module can be used to build customized intercom or help point solutions. VoIP and CCoIP can be added to parking solutions, cash points, vending machines, et al. Turbine Station Configuration Guide 5

6 Loudspeaker Manual Speech Direction Control Cancel Call Button Microphone Figure 1 Turbine TCIS-1 Station Keys & Functions Loudspeaker PMOLED Display Scroll Down Scroll Up Cancel Call Button Microphone Figure 2 Turbine TCIS-6 Station Keys & Functions 6 Turbine Station Configuration Guide

7 2 Station Connections 2.1 External Connectors on IP Station 1 24 VDC for external secondary power if PoE is not used. Pin 1 is positive COM relay 4 - NO relay 5 - NC relay V (LED driver) - GND - Input/Output 1 - Input/Output 2 - Input/Output 3 - Input/Output 4 - Input/Output 5 - Input/Output ohm balanced line out ohm balanced line out - Ethernet Connection RJ-45 PoE port Figure 3 External Connectors on IP Station The following table is an overview of the main connectors involved when installing the Turbine IP Stations. Ethernet / Power Secondary Power Relays Input/Output Audio Line Out 10/100 Mbps Ethernet RJ-45 port for LAN (uplink) connection. Supports PoE (802.3af). Draws power from either spare line or signal line. 24 VDC (16 48 V) secondary power is provided from an external adapter. There is one Double Throw relay contact with 60W switching power. COM, NO, NC contacts are provided. Max: 250VAC/220VDC, 2A, 60W. 6 general purpose I/Os are available. Each I/O can be configured as either button input or LED driver. A balanced 600 ohm audio line out with induction loop signal 2.2 Power Supply The Turbine Station supports Power over Ethernet (PoE, IEEE a-f) where power can be drawn from either the spare line or signal line. If PoE is not available, the Turbine Station can be connected to a 24 VDC local power supply. 2.3 Network Connection There is one RJ-45 port located on the Turbine station that is used as the PoE/LAN port. PoE port 2.4 Input/Output Connections There are 6 I/O connection options for the Turbine Station. These connections are used as relay contacts for door lock control and external I/O devices. Turbine Station Configuration Guide 7

8 3 Starting Up the Station The Turbine Station features an embedded web interface, which allows users to log in via a standard web browser. To start up the station, your PC and the IP station have to be connected together via a PoE switch using network cables: 1. Connect the PC to the PoE switch 2. Connect the PoE port on the IP station to the PoE switch PoE port When the Turbine Station is connected to the network, the IP address of the station is automatically obtained in one of two ways: 1. An IP address is obtained from a DHCP server if there is one. 2. If there is no DHCP server, an IP address in the range x.x will be assigned. To make the station speak its IP address: Press the call button on the station --when the station is not registered yet At commissioning, the IP station needs to be configured to enable it to be used as: station subscribed to an AlphaCom server SIP station Pulse station Control Room Master Station ipbx (SIP domain) IP Network SIP phone Turbine TICS-5 AlphaCom XE7 AlphaCom XE Server/Exchange Turbine TCIS-1 8 Turbine Station Configuration Guide

9 4 AlphaCom Configuration The Turbine Stations are connected to the AlphaCom XE server/ exchange which is the heart of the STENTOFON security and communication system. The communication between the AlphaCom XE exchange and the Turbine Stations utilize the STENTOFON CCoIP protocols. The AlphaCom XE server/exchange includes all main service configurations for the IP stations and only a minimum configuration is needed to be carried out on the actual station. Turbine TICS-6 Control Room Master Station IP Network IP Desk Master Turbine TICS-5 AlphaCom XE7 AlphaCom XE Server/Exchange Turbine TCIS-1 Figure 4 AlphaCom Intercom System 4.1 Logging into the Station Access the station by logging into the web interface using a standard web browser: 1. Open a web browser 2. In the browser s address bar, type the station IP address and press the ENTER key --The station login page will be displayed. To log into the station: 1. Click Login 2. Enter the default User name: admin 3. Enter the default password: alphaadmin The Station Information page will now be displayed, showing the IP station configuration and status. Turbine Station Configuration Guide 9

10 4.2 Station Main Settings Click Station Main > Main Settings to access the page for configuring station mode and IP parameters. Station Mode Select the Use Alphacom radio-button Turbine Frontboard Depending on the type of Turbine Compact station, select one of the options from the drop-down box: --Kit --Normal (TCIS-1, TCIS-2, TCIS-3) --OLED Labels (TCIS-4, TCIS-5) --Scrolling Station (TCIS-6) Registration Settings Enter the IP address of the AlphaCom server/exchange in which the IP station is to be a subscriber in the AlphaCom IP-address field. Enter the directory no. of the station in the Directory Number field. --If a directory number is not entered, the station will register with its MAC address. The MAC address is found on the Station Information page and needs to be entered into AlphaPro. IP Settings DHCP Select this option if the IP station shall receive IP Settings from a DHCP server. Static IP Select this option if the IP station shall use a static IP address. Enter values for: --IP-address --Subnet-mask -- Gateway --DNS Server 1 (option for network administration) --DNS Server 2 (option for network administration) --Hostname (option for network administration) Read IP Address Check the Read IP Address box to enable an unregistered station to speak the IP address when the call button is pressed. Click Save followed by Apply to apply the new configuration settings. 10 Turbine Station Configuration Guide

11 4.3 Advanced AlphaCom Settings Select Advanced AlphaCom to access the page for configuring parameters for audio, I/O settings, OLED labels, address book, sound detection. 4.4 Audio Settings To configure audio settings: Select Advanced Alphacom > Audio from the menu Select or set values for the parameters: --Microphone Sensitivity --Automatic Volume Control --Debug Automatic Volume Control --Conversation Mode --Audio profile --Line Out Source Microphone Sensitivity --Select the sensitivity level in the range 0 to 7 from the drop-down box. The default setting is 5. Automatic Volume Control --Check the box to enable automatic volume control that is adjusted according to the noise level Debug Automatic Volume Control --Check the box to show current volume level on OLED display Conversation Mode For this parameter, there are five options: --Full Open Duplex: Normal mode with echo cancellation --Robust Duplex: Option used when open duplex fails due to excessive speaker loudness, microphone overload or very high nonlinear distortions. --Half Duplex Switching: Switches speech direction depending on who speaks the loudest --Push-To-Talk: Half-duplex communication. Initially the microphone is shut off. Push the M-button to open the microphone, and release to listen. (Only applicable to TCIS-1 station) --Open: Full Open Duplex without echo cancellation Turbine Station Configuration Guide 11

12 Line Out Source This parameter can play audio either from VoIP signal (Speaker) or direct from Microphone. Audio Profile For this parameter, there are 2 options: Normal or Advanced. Select Advanced to access additional and detailed menu options for audio settings such as noise and echo cancellation: Advanced Audio Settings LL These parameters are optional. The functions and default values for each parameter are described under Advanced Audio Settings. 12 Turbine Station Configuration Guide

13 4.5 I/O Settings Select Advanced AlphaCom > I/O Settings from the menu Select either Input or Output options from the drop-down box for I/O Pins 1 to OLED Labels LL Note that only Turbine stations configured with OLED Labels (TCIS-4, TCIS-5) under Main Settings will have this menu option. Select Advanced AlphaCom > OLED Labels from the menu OLED Display Text Enter display text in the relevant fields for OLED 1 and OLED 2. OLED Font Size The font size can be either 12 or 16 OLED Brightness Brightness: Default, Bright, Extra Bright Turbine Station Configuration Guide 13

14 4.7 Address Book LL Note that only the Turbine station configured as a Scrolling Station (TCIS-6) under Main Settings will have this menu option. Select Advanced AlphaCom > Address Book from the menu Default Display Text The idle text shown in the display may be changed. The default text is: Scroll to Select Font Size The font size can be either 12 or 16 OLED Brightness Brightness: Default, Bright, Extra Bright Start Scrolling After Set the time in minutes after which scrolling should start Upload Address Book A CSV file consisting of directory numbers and display text with the semicolon character (;) as delimiter may be uploaded. Click Browse to upload a CSV file 4.8 Sound Detection Select Advanced Alphacom > Sound Detection from the menu Sound Detection Settings Here you can set the minimum amplitude and duration of the audio, the DAK to activate, etc. 14 Turbine Station Configuration Guide

15 5 SIP Configuration SIP (Session Initiation Protocol) is the de facto standard for IP telephony. The STENTOFON SIP intercom stations are specially built for easy integration with any ipbx system. The STENTOFON SIP Stations are custom-made IP intercom stations that can integrate with any ipbx system. ipbx (SIP domain) SIP phone IP Network Turbine TICS-6 SIP phone Figure 5 SIP System Turbine TCIS-1 Turbine TICS Logging into the Station Access the station by logging into the web interface using a standard web browser: 1. Open a web browser 2. In the browser s address bar, type the station IP address and press the ENTER key --The station login page will be displayed. To log into the station: 1. Click Login 2. Enter the default User name: admin 3. Enter the default password: alphaadmin The Station Information page will now be displayed, showing the station settings and status. Turbine Station Configuration Guide 15

16 5.2 Station Main Settings Click Station Main > Main Settings to access the page for configuring station mode and IP parameters. Station Mode Select the Use SIP radio-button Turbine Frontboard Depending on the type of Turbine Compact station, select one of the options from the drop-down box: --Kit --Normal (TCIS-1, TCIS-2, TCIS-3) --OLED Labels (TCIS-4, TCIS-5) --Scrolling Station (TCIS-6) IP Settings DHCP Select this option if the IP station shall receive IP Settings from a DHCP server. Static IP Select this option if the IP station shall use a static IP address. Enter values for: --IP-address --Subnet-mask --Gateway --DNS Server 1 (option for network administration) --DNS Server 2 (option for network administration) --Hostname (option for network administration) Read IP Address Check the Read IP Address box to enable an unregistered station to speak the IP address when the call button is pressed. Click Save followed by Apply to apply the new configuration settings. 16 Turbine Station Configuration Guide

17 5.3 SIP Settings Select SIP Configuration > SIP Settings to access the page for configuring SIP parameters. Account Settings Display Name --Enter a name that will be shown on the display at the remote party. Directory Number (SIP ID) --This is the identification of the station in the SIP domain, i.e. the phone number for the station. This parameter is mandatory. Enter the SIP ID in integers according to the SIP account on the SIP domain server. Server Domain (SIP) --This parameter is mandatory and specifies the primary domain for the station and is the IP address for the SIP server (e.g. Asterisk or Cisco Call Manager). Enter the IP address in regular dot notation, e.g Backup Domain (SIP) --This is the secondary (or fallback) domain. If the station loses connection to the primary SIP domain, it will switch over to the secondary one. Enter the IP address in regular dot notation. Backup Domain 2 (SIP) --This is the tertiary backup domain. Authentication User Name - - This is the authentication user name used to register the station to the SIP server. This is required only if the SIP server requires authentication and is normally the same as the SIP ID. Turbine Station Configuration Guide 17

18 Authentication Password --The authentication user password used to register the station to the SIP server. This is required only if the SIP server requires authentication Register interval --This parameter specifies how often the station will register, and reregister in the SIP domain. This parameter will affect the time it takes to detect that a connection to a SIP domain is lost. --Enter the values in number of seconds from 60 to The default interval is 600 seconds. Outbound Proxy [optional] --Enter the IP address of the outbound proxy server in regular dot notation, e.g Port --Enter the port number used for SIP on the outbound proxy server. The default port number is Call Settings Enable Auto Answer --This is not required. Enables automatic answer after a set number of seconds. --Check the box to enable this function and enter the delay in seconds in the field for Auto Answer Delay. The default delay setting is 0 and the maximum is 30 seconds. Delay Call Setup --This only applies to input buttons and DAKs. The default delay setting is 0 and the maximum is 60 seconds. Overlap dialing --This will lead to the phone starting to dial each time a digit is entered and the SIP proxy replying with Number incomplete until such time as the number has been entered and the call can be initiated successfully without the enter key having to be pressed. DTMF method --Choose between SIP INFO or RFC 2833 to select DTMF signalling method. RTP Timeout value --This cancels a call if the station does not receive RTP packets from the remote party. Enter values in the range seconds. The default setting is 0 which means RTP timeout is disabled. After entering all the desired values, click Save and then click Reboot to enable the SIP settings. 18 Turbine Station Configuration Guide

19 5.4 Audio Settings Select SIP Configuration > Audio Settings Speaker Volume --Select the volume level in the range 0 to 7 from the drop-down menu. --Default setting is 5 Noise Reduction Level --The higher the noise reduction level the more deterioration there is in audio quality. --Default setting is 0 (i.e. the function is disabled) Microphone Sensitivity --Select the sensitivity level in the range 0 to 7 from the drop-down menu. --Default setting is 5 Remote Controlled Volume Override Mode --This acts as simplex mode. This feature is activated after the first DTMF * or # is received from the remote station. Send DTMF * to talk and # to listen. --Check the box to enable this function. --Default setting is an unchecked box (i.e. the function is disabled) Message Controlled Volume Override Mode Check the box to enable the following messages: --SIP MESSAGE Audio_receive_only : Turns the microphone off and loudspeaker on --SIP MESSAGE Audio_send_only : Turns microphone on and loudspeaker off --SIP MESSAGE Audio_send_receive : Turns both microphone and loudspeaker on --Default setting is an unchecked box (i.e. the function is disabled) Automatic Volume Control --Check the box to enable automatic volume control that is adjusted according to the noise level --Default setting is an unchecked box (i.e. the function is disabled) Debug Automatic Volume Control --Check the box to show current volume level on OLED display --Default setting is an unchecked box (i.e. the function is disabled) Turbine Station Configuration Guide 19

20 Conversation Mode --Full Open Duplex: Normal mode with echo cancellation --Robust Duplex: Option used when open duplex fails due to excessive speaker loudness, microphone overload or very high nonlinear distortions. --Half Duplex Switching: Switches speech direction depending on who speaks the loudest --Push-To-Talk: Half-duplex communication. Initially the microphone is shut off. Push the M-button to open the microphone, and release to listen. (Only applicable to TCIS-1 station) --Open: Full Open Duplex without echo cancellation Audio Profile For this parameter, there are 2 options: --Normal --Advanced Select Advanced to access additional and detailed menu options for audio settings such as noise and echo cancellation: Advanced Audio Settings LL These parameters are optional. The functions and default values for each parameter are described under Advanced Audio Settings. After entering all the desired values, click Save to enable the audio settings. 20 Turbine Station Configuration Guide

21 5.5 Direct Access Key Settings Select SIP Configuration > Direct Access Key Settings to access the page for configuring DAKs. Direct Access Key Settings Direct Access Key 1 - Direct Access Key 2 Enter the number to call in the Value field. LL Note that the availability of this parameter depends on the Turbine station type selected such as OLED Labels, Normal, Scrolling Station under Main Settings. For example, the display above is for OLED Labels (TCIS-4, TCIS-5). Input Button 1 This is the SIP ID for the extension to be called when call button no. 1 is pressed, i.e. the SIP ID number of the receiving party. Turbine Station Configuration Guide 21

22 Input Button 2 This is the SIP ID for the extension to be called when call button no. 2 is pressed, i.e. the SIP ID number of the receiving party. Input Button 3 This is the SIP ID for the extension to be called when call button no. 3 is pressed, i.e. the SIP ID number of the receiving party. Direct Access Key Settings (In Call) --Select input buttons 1-6 for direct access calls while in conversation. --Options are: End Call, Do Nothing, Send Text, Send DTMF Ringlist Settings Enter the values in the fields for Value 1 to Value 9 for Ringlist 1, 2, Relay Settings Select SIP Configuration > Relay Settings to access the page for configuring relays. Relay Settings Select Relay 1, Ouput 1, Ouput 2, or Ouput 3 from the drop-down box Timed Relay Duration This parameter determines how long the relay should stay ON in seconds. 22 Turbine Station Configuration Guide

23 5.7 SNMP Settings SNMP (Simple Network Management Protocol) is a protocol for centralizing the management of devices in IP networks. Select Advanced Network > SNMP to access the page for configuring SNMP parameters. SNMP Settings Enable SNMP v1 --This enables reading of the MIB using SNMP version 1. Enable SNMP v2c --This enables reading of the MIB using SNMP version 2c. Community string --Enter a text string used as a password for authentication. Allowed Network --This is used, together with the network mask, to determine the allowed network for reading the MIB on the station. --The IP address is entered in regular dot notation, e.g For example with an allowed network and a network mask of 24, any station with an IP address in the range to can access the MIB. Turbine Station Configuration Guide 23

24 SNMP Trap Settings Trap receiver --Enter the IP address of the server receiving SNMP traps. This is disabled if the field is left empty. Enable SNMP Traps IP-Station Started --If enabled, the station will send an SNMP trap when the station application is started. Registration Successful --If enabled, the station will send an SNMP trap when successfully registered in the SIP domain. Registration Failed --If enabled, the station will send an SNMP trap if registration in the SIP domain failed. Call Connected --If enabled, the station will send an SNMP trap when a call is connected. Call Connect Failed --If enabled, the station will send an SNMP trap if a call to the station fails to connect for any reason (busy etc.). Call Disconnect --If enabled, the station will send an SNMP trap when a call is disconnected. Button Hanging --If enabled, the station will send an SNMP trap when a button is hanging. Sound Test Failed --If enabled, the station will send an SNMP trap when a sound test has failed. Sound Test Error --If enabled, the station will send an SNMP trap when there is a sound test error. Sound Test Success --If enabled, the station will send an SNMP trap when a sound test is successful. Input Button Pressed - - If enabled, the station will send an SNMP trap when an input is activated. 24 Turbine Station Configuration Guide

25 Input Button Released --If enabled, the station will send an SNMP trap when an input is deactivated. Dak Pressed --If enabled, the station will send an SNMP trap when a DAK is pressed. Dak Released --If enabled, the station will send an SNMP trap when a DAK is released. Relay Activated --If enabled, the station will send an SNMP trap when a relay is activated. Relay Deactivated - - If enabled, the station will send an SNMP trap when a relay is deactivated. Turbine Station Configuration Guide 25

26 5.8 Automatic Configuration using TFTP A SIP station may be set up to automatically poll configuration settings for SIP, Call and SNMP from a TFTP server. The IP address of this TFTP server can be obtained using DHCP procedures or be manually configured. Before you start the automatic configuration procedure: Create a configuration file. --The relevant parameters for SIP, Call and SNMP in the configuration file are described in Appendix A: Configuration File Parameters for SIP Provisioning. To carry out automatic configuration from the station web server: 1. Start the TFTP server program and set the server path by browsing to the directory where the configuration file is located. 2. Log on to the SIP station web server. 3. Select Advanced SIP > Updates 4. Under Configuration Updates select the radio-button for Automatic 5. Either select the radio-button for From DHCP or enter the IP address of the TFTP server (your PC IP address) 6. Under Automatic Update Interval enter the interval in minutes for checking updates. --The value must be between 1 and 999 and the default setting is Click Save configuration for Updates The station will now contact the TFTP server and run the configuration file to carry out the configuration procedure according to the set time interval. 26 Turbine Station Configuration Guide

27 6 Pulse Configuration STENTOFON Pulse is an IP-based intercom system for upto 16 intercom stations. The system works with all STENTOFON IP intercom stations. Turbine IP Station - Pulse Server Directory Number: 10 Name: Reception Desk IP Address: PoE Network Switch Turbine IP Station Directory Number: 12 Name: Rear Entrance IP Address: or DHCP Turbine IP Station Directory Number: 11 Name: Main Entrance IP Address: or DHCP Figure 6 Pulse System PoE port 6.1 Logging into the Station The Turbine Station features an embedded web server, which allows users to log in via a standard web browser. Access the station by logging into the web interface using a standard web browser: 1. Open a web browser 2. In the browser s address bar, type the station IP address and press the ENTER key --The station login page will be displayed. To log into the station: 1. Click Login 2. Enter the default User name: admin 3. Enter the default password: alphaadmin The Station Information page will now be displayed, showing the station settings and status. Turbine Station Configuration Guide 27

28 6.2 Station Main Settings Click Station Main > Main Settings to access the page for configuring station mode and IP parameters. Station Mode Select the Use Pulse or Use Pulse Server radio-button LL Use Pulse Server must be selected to be able to carry out the configurations described in the following sections. Turbine Frontboard Depending on the type of Turbine station, select one of the options from the drop-down box: --Kit --Normal (TCIS-1, TCIS-2, TCIS-3) --OLED Labels (TCIS-4, TCIS-5) --Scrolling Station (TCIS-6) IP Settings DHCP Select this option if the IP station shall receive IP Settings from a DHCP server. Static IP Select this option if the IP station shall use a static IP address. Enter values for: --IP-address --Subnet-mask --Gateway --DNS Server 1 (option for network administration) --DNS Server 2 (option for network administration) --Hostname (option for network administration) Read IP Address Check the Read IP Address box to enable an unregistered station to speak the IP address when the call button is pressed. Click Save followed by Apply to apply the new configuration settings. 28 Turbine Station Configuration Guide

29 6.3 Connect other Intercom Stations Connect all other IP intercom stations to the network. Note that all other IP intercom stations have to be on the same LAN (IP subnet) as the Pulse Server. Wait for the stations to boot up (approximately 60 seconds) before proceeding to the next step. 6.4 Configure Directory (Phonebook) Log into the Pulse Server station with the new IP address (e.g ) that you have just set under Station Main > Main Settings. After login, you will find a new Server Management tab Under the Server Management tab, select Server Configuration > Directory Settings The Pulse Server station will auto-discover all the other stations on the LAN. To identify the individual stations on the LAN: Click Play --You should now hear a tone from the station you selected. You can now set directory numbers, names, IP addresses, profiles, etc. for all the stations in the network. In our example, the Pulse Server station is designated as Reception Desk with directory number 10 while the two substations are the Main Entrance and Rear Entrance with directory numbers 11 and 12 respectively. Click Save followed by Apply --When you click Apply, the Pulse Server will download the directory settings to all the STENTOFON IP intercom stations and do a system reboot. LL Password is an optional field you can set to increase the security level. The password is used by other intercom stations to register with the Pulse Server. 6.5 Verify System Setup To verify that your system is up and running: Select Server Management > Server Monitoring All stations that have been configured should be displayed in the table. Stations that are up and running will have the status Registered. Turbine Station Configuration Guide 29

30 6.6 Configure Call and Audio Settings It is optional to configure the call and audio settings. Default settings will be used if they are not configured. Select Server Management > Server Configuration > Call and Audio Settings The Call and Audio Settings menu include the following parameters: Autoanswer Auto-answer is typically enabled for substations and not for master stations. Disconnect By Button When disabled, the user cannot disconnect the call from this station. It is typically disabled on substations and enabled on master stations. Activate Relay On Event Most STENTOFON IP stations have a relay. Here, you can select the events that activate the relay. The available events are: DTMF <#> - Reception of a DTMF (keypad) digit from a remote station during the call Ringing In call Relay duration When the relay is activated, this parameter determines how long the relay should stay ON. Speaker Volume This parameter sets the speaker volume for the station. Noise Reduction This parameter enables active noise cancellation. For stations that are located in noisy environments, it is recommended that the noise cancellation level be set to Configure the Call Buttons on an IP Substation The IP Substation has three inputs. By default input 1 (Key 1) is connected to the call button, while the other two inputs (Key 2 and Key 3) are free and can be used for additional call buttons. The call buttons of the IP Substations can be configured via the Pulse Server. Use a web browser and log into the Pulse Server station (e.g ) Select Server Management > Server Configuration > Direct Access Key Settings 30 Turbine Station Configuration Guide

31 Select the station on which you want to program the Call Button --The Call Button is Input Button 1 Under Value enter the directory number to call when the button is pressed. If you want to use also input 2 (Key 2) and input 3 (Key 3), simply enter the required value for Input Button 2 and Input Button Add SIP Accounts for 3 rd -party IP Telephone and IP DECT Install license Before adding SIP accounts to your system, you need to obtain the Pulse 3rd Party SIP Terminals license key. To install a license: Under the Station Administration tab, select Licensing Enter the license key in the New License field and click Insert License The Licensing table should now show all the licenses that are available Create SIP station account Under the Server Management tab, select Server Configuration > Directory Settings Turbine Station Configuration Guide 31

32 Under Third Party SIP Terminals enter the Directory Number, Name, and Profile for the IP telephone. Click Add followed by Save Configure IP telephone You now have to log into the 3rd-party IP telephone to configure the SIP account to register it with the Pulse Server station. The Directory Number and Password (SIP Account) created in section is used to register the 3rd-party station with the Pulse Server. 6.9 Add SIP Accounts for Telephone Gateways Install license Before adding SIP accounts to your system, you need to obtain the Pulse Gateways license key and install it under Station Administration > Licensing Create SIP gateway account Under the Server Management tab, select Server Configuration > Directory Settings When a valid Pulse Gateway license has been installed, the Gateways parameter will be available. Under Gateways set the following values: --Directory Number: 0 --Name: <name of your choice> --Profile: Gateway Click Add followed by Save LL Directory Number 0 is optional as you can use any number to make external calls through the Gateway Configure telephone gateway Log into the Telephone Gateway to register it to the Pulse Server by using the SIP Gateway Account created in section Turbine Station Configuration Guide

33 6.10 Modify Pulse Station Profiles The Station Profile defines a set of service features and parameters that are available for a group of stations. The Pulse system can have five station profiles: Profile 1 - Default Profile 2 - Substation Profile 3 - Display station Profile 4 - Operator Profile 5 - Gateway The following service features and parameters are included in the station profile: -- Door opening including remote I/O -- Outgoing call restriction -- Group Call and Busy Override restriction To modify station profiles: Select Server Management > Station Profiles Turbine Station Configuration Guide 33

34 7 Common Advanced Network Settings LL The configuration settings described in this section are not mandatory. Network Access Control IEEE 802.1X is an IEEE Standard for Port-based Network Access Control (PNAC). By port we mean a single point of attachment to the LAN infrastructure. It provides an authentication mechanism to devices wishing to attach to a LAN, either establishing a point-to-point connection or preventing it if authentication fails X Network Access Control is configured from the IP station web interface. Select Advanced Network > 802.1X from the menu. The radio-button list lets the user choose the authentication method to configure. The different authentication methods are: MSCHAPV2 MD5 TTLS with PAP PEAP with MSCHAPV2. MSCHAPV2 and MD5 will encrypt the password. TTLS with PAP and PEAP with MSCHAPV2 will encrypt both the Username and Password. The parameters to configure depend on the authentication method: 802.1X status: Enable or disable 802.1X. Username: The user name that identifies a station. Password: The password associated with the user name. Fake username: The fake user name sent outside of encrypted tunnel with TTLS with PAP and PEAP with MSCHAPV2. The user name is encrypted. If TTLS with PAP or PEAP with MSCHAPV2 is chosen, a certificate must be uploaded to the station by clicking Browse. The certificate must either be in Privacy Enhanced Mail (PEM) or Distinguished Encoding Rules (DER) format, and it must be named certificate.pem. Click Save to save the current settings Click Reboot --The new 802.1X settings will only come into effect after the reboot. 34 Turbine Station Configuration Guide

35 8 Station Software Upgrade There are two ways of upgrading the software on the IP station: Uploading the software via the web interface of the station Uploading the software via AlphaWeb on the AlphaCom server 8.1 Prerequisites Both upgrade methods require that an TFTP Server is available and that the latest software image files have been downloaded from Zenitel s support website (AlphaWiki). During the upgrade process, the IP station will connect to the TFTP Server and download the software. Install the TFTP Server program on your PC which can be downloaded from tftpd32.jounin.net. 8.2 Upgrade Via Station Web Interface Start the TFTP server program and click Browse to select the folder where the software image files are located 1. Log on to the IP Station web interface 2. Select Station Administration > Manual Upgrade 3. Enter the IP address of the TFTP server (your PC s IP address) 4. Enter the prefix (e.g. tsi-3.x.x.x) to the software image files in the Image file field 5. Click Save settings to store the data The station will now try to contact the TFTP server. If the connection cannot be established or the tftp_test.txt file is missing from the folder, the message TFTP_CONN_ERROR is displayed. If the response is TFTP_ CONN_OK the settings are saved, and the Upgrade button will appear. Turbine Station Configuration Guide 35

36 Click the Upgrade button to upgrade the software on the IP station. The upgrade procedure takes about 3 minutes. The process can be monitored by clicking the Log viewer tab in the TFTP server program. 8.3 Upgrade Via AlphaCom XE Start the TFTP server program and click Browse to select the folder where the software image files are located 1. Log on to the AlphaCom web interface AlphaWeb 2. Select System Maintenance > IP Station Upgrade 3. Enter the IP Address of the TFTP Server 4. Enter the prefix (e.g. tsi-3.x.x.x) to the software image files in the Image Name field and click Save 5. Select the station to upgrade and click Update Station List 6. Click Start Upgrade Process The AlphaCom XE exchange will tell the station to contact the TFTP server, download the software image files and carry out the upgrade. A short status description of the process will be displayed in the Upgrade status column. The message IPST:ERROR indicates that there is no connection to the TFTP server, or that the tftp_test.txt file is missing from the folder. The transfer process can be monitored by selecting the Log viewer tab in the TFTP server program. L L During an upgrade of the IP station, 802.1X will not be running. Thus if 802.1X reauthentication is enabled and is performed during the upgrade, the IP station may lose contact with the TFTP server (depending on the configuration when 802.1X authentication fails). If the IP station loses contact with the TFTP server, it will not be upgraded. 36 Turbine Station Configuration Guide

37 9 Station Indication LEDs 9.1 LEDs on Front Plate Status LEDs --Bell icon lights yellow when a call is placed and ringing --Talk icon lights green when a call is active and in conversation --Door icon lights red when the door is unlocked or relay is active Talk Icon: Flashing at 1 second intervals --Station has no connection to the AlphaCom server/exchange. Possible reasons: --No connection to Ethernet --Wrong AlphaCom XE IP address configured --Invalid IP address --No gateway or wrong gateway to the AlphaCom server/exchange Talk Icon: Flashing at 5 second intervals --Station connected but NOT registered in the AlphaCom server/ exchange. Reason: --Station has not been programmed in AlphaPro 9.2 Status LEDs on PCB Flashing 2 red + 1 green --Station has no connection to the AlphaCom server/exchange. Flashing 1 red + 2 green --Station connected but NOT registered in the AlphaCom server/ exchange. Flashing 3 green --Station connected and registered in the AlphaCom server/ exchange. 9.3 Ethernet Activity & Speed LEDs on PCB Green LED --Steady light: Ethernet connection OK --Flashing: Ethernet data traffic --No light: No Ethernet connection Yellow LED --Steady light: 100 Mbit Ethernet connection --No light: 10 Mbit Ethernet connection Turbine Station Configuration Guide 37

38 10 Restoring Factory Defaults A Turbine IP Station may have to be reset to its original factory default settings if, for instance, the password to the station web interface is forgotten. The defaults can either be set to Activated DHCP or Static IP. 1, 2, 3, 4, Reset to Factory Default Settings with Activated DHCP To reset: 1. While pressing any button, power up the station by connecting to a PoE switch. 2. Hold the button until the station audio starts counting, and release the button on count Press and hold the button on count 5 and release on count if there is no 0 count, the procedure has failed and you have to start again 4. Press the call button to make the station speak its IP address. Factory default values Station IP address: (determined by DHCP server) Username: admin Password: alphaadmin 1, 2, Reset to Factory Default Settings with Static IP To reset: 1. While pressing any button, power up the station by connecting to a PoE switch. 2. Hold the button until the station audio starts counting, and release the button on count Press and hold the button on count 3 and release on count if there is no 0 count, the procedure has failed and you have to start again 4. Press the call button to make the station speak its IP address. Factory default values Station IP address: Username: admin Password: alphaadmin 38 Turbine Station Configuration Guide

39 11 Compact Station & Accessories Dimensions 11.1 Compact Station Dimensions TCIS-1, TCIS-3, TCIS-4, TCIS-5, TCIS-6 Dimensions (HxWxD) Weight 180 x 120 x 70 mm 0.8 kg TCIS x 120 x 70 mm 1 kg 96 mm mm 20.5 mm mm mm mm On-Wall Surface Mount Back Box - TA-1 Mounting Hole Mounting Hole D6.5 mm D mm mm mm 4.72 cable holes M20 M16 Mounting holes are to be drilled as shown. Max. recommended screw diameter: ISO M6 or ANSI 1/4". Screw length must be greater than 25 mm or 1". A4 stainless steel socket head screws/bolts are recommended. Max. recommended screw head diameter: 9.5 mm or 3/8". Optional nylon washers for extra protection against corrosive effects between surfaces are provided. They should be placed at the bottom of the mounting holes. Grommets and an M20 cable gland are provided. Mounting Hole 76 mm 3 Mounting Hole Turbine Station Configuration Guide 39

40 11.3 Flush Mount Bracket - TA-5 LL The TA-5 Bracket is mandatory for flush mounting. 4 mm 0.16 CUTOUT 46 mm mm mm mm mm mm mm 1.97 Fits US 2-GANG electrical boxes. Recommended screw diameter: up to M4 (5/32") Use screw recommended by back box manufacurer Turbine Kit VoIP Intercom Module - TKIS mm 106 mm 86 mm 3.55 mm 8 mm 71 mm 47.5 mm 20 mm 32 mm 40 Turbine Station Configuration Guide

41 12 Turbine Station Specifications The technical specifications apply to the Turbine Compact IP Station series: TCIS-1/ TCIS-1-V, TCIS-2, TCIS-3, TCIS-4, TCIS-5, TCIS-6. AUDIO Audio quality - speech transmission index (STI) - at 70 db > 0.8* Audio quality - percentage articulation loss of consonants (Alcons) < 5%* - at 70 db Audio quality - total harmonic distortion + noise, without noise < 2%* reduction (THD+N) - at 70 db SPL rated power at 1m in open duplex 95 db* SPL rated power at 1m in half duplex 105 db* SPL rated power at 1m in program distribution and announcement 105 db* Noise cancelling - suppression of musical noise YES Noise cancelling - suppression of static noise YES Noise cancelling - suppression of rapidly changing noise YES Codecs G.711, G.722 Frequency range, G.722 Codec 200 Hz 7000 Hz Audio technology Modes: Full open duplex, switched open duplex Adaptive jitter filter Local tone generator Audio mixing - 3 channels Sound level detection (scream alarm) Automatic gain control (microphone) Internal speaker amplifier 10 W class D Microphone technology Digital MEMS, omnidirectional microphone *Tested with Audio Precision SYS 2722 equipment HARDWARE Ethernet connector 1 x RJ-45 All other connectors Tool less, spring loaded, vibration proof terminals General inputs and outputs 6 (configurable) Outputs 12mA as LED drivers Change-over relay (NO+NC+COM) Max: 250VAC/220VDC, 2A, 60W Power options PoE and or external power supply PoE (power over Ethernet) IEEE 802.3af standard, Class 0 (0.44W to W) External power supply 24 VDC (16 48 V) Power consumption Idle 1W, max 12W (depending on volume) Audio Line out / Induction loop signal 600 Ohm Button backlight LED Call indication Icons / colors according norm for hearing impaired Door open indication Icons / colors according norm for hearing impaired *Display technology PMOLED *Display contrast 20000:1 *Viewing angle 160 deg *Display brightness 120 cd/m2 *Display lifetime hours (11.5 years) * Applies to Turbine models TCIS-4, TCIS-5, TCIS-6 CONSTRUCTION Dimensions (HxWxD) 180 x 120 x 48 mm / 7.1 x 4.7 x 1.9 Dimensions after flush mount 180 x 120 x 18 mm / 7.1 x 4.7 x 0.7 Dimensions with on wall box 180 x 120 x 55 mm / 7.1 x 4.7 x 2.2 Weight 1 kg / 2.2 lbs. Faceplate material 3 mm / 0.12 stainless steel - AISI 403 Faceplate material 3 mm / 0.12 PMMA, anti reflective coating, color printed on backside Base / frame material 3 mm / 0.12 Aluminum alloy - A413.0, AlSi12Se, anodized and painted Electronics cover material Polycarbonate (translucent) Gasket material Silicone rubber Fastening bracket material SECC Steel Button material 3 mm / 0.12 PMMA Button travel length 1.25 mm Button activation force 350 gf Button push-cycles before failure Vandal resistant fasteners Stainless steel, security TORX (with pin), T25 Loudspeaker poke protection, large diameter object 3D cast aluminum speaker grille Loudspeaker poke protection, small diameter objects Stainless steel mesh, acoustically transparent Turbine Station Configuration Guide 41

42 NETWORKING AND PROTOCOLS Protocols LAN protocols Management and operation Advanced supervision functions SIP support DTMF support IPv4 (with DiffServ), SIP, TCP, UDP, HTTPS, TFTP, RTP, DHCP, SNMP, STENTOFON CCoIP, NTP Power over Ethernet (IEEE a-f) VLAN(IEEE 802.1pq) Network Access Control (IEEE 802.1x) STP (IEEE 802.1d) RSTP (IEEE 802.1d-2004) HTTP/HTTPS (Web configuration) DHCP and static IP + STENTOFON Pulse Remote automatic software upgrade Centralized monitoring E.g. network test, tone test, status reports RFC 3261 (SIP base standard) RFC 3215 (SIP refer) RFC 2976 (SIP info) RFC 2833, 2976 (SIP info) ENVIRONMENT AND COMPLIANCES IP rating IP-66, tested according to EN IK rating IK 08, tested according to EN Operating temperature range -25 to 70 C / -13 to 158 F Storage temperature range -25 to 70 C / -13 to 158 F Relative humidity < 95% non-condensing Corrosion Salty mist, tested according to EN60945 Vibration Tested according to EN60945 UV-resistant YES EMC CE and FCC Part 15 Compliances IEC/EN Marine Equipment IEC/EN EMC Light Industry IEC/EN Railway Application IEC/EN Equipment for use in audio video door-entry systems OTHER SPECIFICATIONS System boot time IP address information MTBF (mean time between failure) Country of manufacture Under 10 seconds Speaks IP address after system boot Value from final calculation Norway 42 Turbine Station Configuration Guide

43 A: Configuration File Parameters for SIP Provisioning A.1 Remote Provisioning using TFTP An IP station may be set up to automatically poll configuration from a TFTP server. The IP address of this TFTP server can be obtained using DHCP procedures or be manually configured. The IP station will first try to download the global configuration file: ipst_config.cfg Then the IP station will download a device specific configuration file: ipst_config_01_02_03_04_05_06.cfg where 01_02_03_04_05_06 is the MAC address of the IP station. If the same parameter is found in both files, the value from the device specific file takes precedence. A.2 General Parameters auto_update_interval Required: No. If this parameter is not set in the file, the function will be disabled. Description: This parameter enables the station to automatically look for software updates on the TFTP server. Values: Number of minutes to wait between each server request. Value must be between 1 and 999. auto_update_image_type Required: If auto_update_interval is set. Description: The name of the software image file to be uploaded. Values: Text giving the name of the software image file. The full name of the file, including extension, is required. This parameter must be set if the auto update function is enabled. auto_update_image_crc Required: If auto_update_interval is set. Description: The CRC checksum calculated for the software image file specified by the auto_update_image_type parameter. This is used to check the integrity of the software file before updating the station. Values: Hexadecimal value. Turbine Station Configuration Guide 43

44 A.3 SIP Parameters nick_name Required: No. Defaults to sip_id. Description: The nickname for the station can be used to assign a logical name to the station. For example, a station belonging to James may be assigned the nickname James or James station. Values: Text string. Max length is 64 characters. sip_id Required: Yes Description: This is the identification of the station in the SIP domain, i.e. the phone number of the station. Values: Integer value. Max length is 64 characters. sip_domain Required: Yes Description: SIP domain is a server that uses SIP (Session Initiation Protocol) to manage real-time communication among SIP clients. The sip_domain parameter specifies the primary domain for the station, as opposed to sip_domain2 which specifies the secondary (or fallback) domain. The IP address for the SIP domain server (e.g. Asterisk or Cisco Call Manager) should be defined in this section. Values: IP address given in regular dot notation, e.g sip_domain2 Required: No Description: This is the secondary (or fallback) domain. If the station loses connection to the primary SIP domain, it will switch over to the secondary domain. Values: IP address given in regular dot notation, e.g sip_domain3 Required: No Description: This is the tertiary (or fallback) domain. If the station loses connection to the secondary SIP domain, it will switch over to the tertiary domain. Values: IP address given in regular dot notation, e.g auth_user Required: Only if the SIP server requires authentication. Description: The authentication user name used to register the station to the SIP server. Values: Text string. auth_pwd Required: Only if the SIP server requires authentication. Description: The authentication user password used to register the station to the SIP server. Values: Text string. 44 Turbine Station Configuration Guide

45 sip_outbound_proxy Required: Optional Description: Configures an outbound proxy server that receives all initiating request (INVITE and SUBSCRIBE) messages. Values: IP address given in regular dot notation, e.g sip_outbound_proxy_port Required: If proxy server is defined. Default is Description: The UDP port on the SIP proxy server. Values: Integer. register_interval Required: No. Defaults to 600 seconds. Description: This parameter specifies how often the station will register, and reregister, in the SIP domain. This parameter will affect the time it takes to discover that a connection to a SIP domain is lost. Values: Number of seconds. 60 register_interval A.4 Call Parameters ringlist_loop Description: Decides whether the ringlists should start at the beginning again when the ringlist has reached the end. Values: Integer value, 1 is on, 0 is off ringlist_max_conv_time Required: No. Defaults to 0 Description: This parameter sets the max time of the conversation when followed ringlist Values: Number of seconds. 0 ringlist_max_conv_time ringlist_max_ring_time Required: No. Defaults to 0 Description: This parameter sets the time to wait ringing until step to next value in the ringlist Values: Number of seconds. 0 ringlist_max_ring_time ringlist1_value1 Required: Yes Description: This is the SIP ID for the extension to be called when the first call button is pressed and ringlist is used, i.e. the telephone number of the receiving party. Next value on the Ringlist 1 is ringlist1_value2, ringlist1_value3 etc. Values: String value ringlist2_value1 Required: Yes Description: This is the SIP ID for the extension to be called when the first call button is pressed and ringlist is used, i.e. the telephone number Turbine Station Configuration Guide 45

46 of the receiving party. Next value on the Ringlist 2 is ringlist2_value2, ringlist2_value3 etc. Values: String value ringlist3_value1 Required: Yes Description: This is the SIP ID for the extension to be called when the first call button is pressed and ringlist is used, i.e. the telephone number of the receiving party. Next value on the Ringlist 3 is ringlist3_value2, ringlist3_value3 etc. Values: String value input1_value Required: Yes Description: This is the SIP ID for the extension to be called when the first call button is pressed is used, i.e. the telephone number of the receiving party. Values: String value input1_option Required: Yes Description: Decides which ringlist the button use. Values: Integer value. -1 = no ringlist, 0 = ringlist 1, 1 = ringlist 2, 2 = ringlist 3 input2_value Required: Yes Description: This is the SIP ID for the extension to be called when the first call button is pressed is used, i.e. the telephone number of the receiving party. Values: String value input2_option Required: Yes Description: Decides which ringlist the button use. Values: Integer value. -1 = no ringlist, 0 = ringlist 1, 1 = ringlist 2, 2 = ringlist 3 input3_value Required: Yes Description: This is the SIP ID for the extension to be called when the first call button is pressed is used, i.e. the telephone number of the receiving party. Values: String value input3_option Required: Yes Description: Decides which ringlist the button use. Values: Integer value. -1 = no ringlist, 0 = ringlist 1, 1 = ringlist 2, 2 = ringlist 3 46 Turbine Station Configuration Guide

47 dak1_value Required: Yes Description: This is the SIP ID for the extension to be called when the first call button is pressed is used, i.e. the telephone number of the receiving party. Values: String value dak1_option Required: Yes Description: Decides which ringlist the button use. Values: Integer value. -1 = no ringlist, 0 = ringlist 1, 1 = ringlist 2, 2 = ringlist 3 dak2_value Required: Yes Description: This is the SIP ID for the extension to be called when the first call button is pressed is used, i.e. the telephone number of the receiving party. Values: String value dak2_option Required: Yes Description: Decides which ringlist the button use. Values: Integer value. -1 = no ringlist, 0 = ringlist 1, 1 = ringlist 2, 2 = ringlist 3 dak3_value Required: Yes Description: This is the SIP ID for the extension to be called when the first call button is pressed is used, i.e. the telephone number of the receiving party. Values: String value dak3_option Required: Yes Description: Decides which ringlist the button use. Values: Integer value. -1 = no ringlist, 0 = ringlist 1, 1 = ringlist 2, 2 = ringlist 3 speaker_volume Required: No. Defaults to 4. Description: This parameter sets the volume of the station s speaker. Values: Integer. 0 speaker_volume 7 mic_sensitivity Required: No. Defaults to 5. Description: This parameter adjusts the microphone sensitivity. Values: Integer. 0 mic_sensitivity 7 Turbine Station Configuration Guide 47

48 rtp_timeout Required: No. Defaults to 0. Description: Cancels a call if the station does not receive RTP. Values: Integer value: seconds. 0 = RTP timeout disabled. remote_controlled_volume_override_mode Required: No. Description: Acts as a simplex mode after first DTMF * or # is received from remote station. Send DTMF * to talk and # to listen. Values: Integer. 0 = disabled, 1 = enabled. auto_answer_mode Required: No. Description: Enables auto-answer after a set number of seconds. Values: Integer. 0 = disabled, 1 = enabled. auto_answer_delay Required: No. Defaults to 0. Description: The number of seconds to delay the auto-answer. Values: Integer. 0 delay 30 A.5 Relay Parameters relay1_dtmf_activate Description Dtmf to active the relay Values: Character. 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, #, *, - ( - means no dtmf) relay1_dtmf_deactivate Description Dtmf to deactive the relay Values: Character. 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, #, *, - ( - means no dtmf) relay1_dtmf_flashing_slow Description Dtmf to set the relay to flash slowly Values: Character. 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, #, *, - ( - means no dtmf) relay1_dtmf_flashing_fast Description Dtmf to set the relay to flash fast Values: Character. 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, #, *, - ( - means no dtmf) relay1_dtmf_toggle Description Dtmf to set toggle the relay Values: Character. 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, #, *, - ( - means no dtmf) relay1_dtmf_timed_relay Description Dtmf to activate the relay for X seconds Values: Character. 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, #, *, - ( - means no dtmf) 48 Turbine Station Configuration Guide

49 relay1_dtmf_timed_relay_duration Description Duration to keep the relay active Values: Integer. relay1_event_out_ringing Description Which state the relay should be set to during outgoing ringing. Values: Integer, 0 = no change, 1 = activated, 2 = deactivated, 3 = slow flash, 4 = fast flash relay1_event_inc_ringing Description Which state the relay should be set to during incoming ringing. Values: Integer, 0 = no change, 1 = activated, 2 = deactivated, 3 = slow flash, 4 = fast flash relay1_event_out_call Description Which state the relay should be set to during outgoing call. Values: Integer, 0 = no change, 1 = activated, 2 = deactivated, 3 = slow flash, 4 = fast flash relay1_event_inc_call Description Which state the relay should be set to during incoming call. Values: Integer, 0 = no change, 1 = activated, 2 = deactivated, 3 = slow flash, 4 = fast flash relay1_event_idle Description Which state the relay should be set to during idle. Values: Integer, 0 = no change, 1 = activated, 2 = deactivated, 3 = slow flash, 4 = fast flash relay1_event_error Description Which state the relay should be set to during error (no IP / not registered). Values: Integer, 0 = no change, 1 = activated, 2 = deactivated, 3 = slow flash, 4 = fast flash A.6 SNMP Parameters trap_receiver Required: No. Description: The IP address of the server receiving SNMP traps. Values: IP address given in regular dot notation, e.g network Required: No. Description: Used, together with the network mask, to determine the allowed network for reading the MIB on the IP station. Turbine Station Configuration Guide 49

50 Values: IP address given in regular dot notation, e.g For example, with an allowed network of and a network mask of 24, anyone with IP address to can access the MIB. network_mask Required: No. Description: The mask used to determine the allowed network for reading the MIB. Values: Integer. 0 network_mask 32. For example, with an allowed network of and a network mask of 24, anyone with IP address to can access the MIB. community Required: No. Description: A text string used as a password for authentication. Values: String. enable_v1 Required: No. Description: Enables reading of MIB using SNMP version 1. Values: Integer. 1 = enabled, 0 = disabled. enable_v2c Required: No. Description: Enables reading of MIB using SNMP version 2c. Values: Integer. 1 = enabled, 0 = disabled. enable_ipsstarted Required: No. Defaults to 1. Description: If enabled, the station will send an SNMP trap when the station application is started. Values: 0 = disabled, 1 = enabled. enable_sipregistered Required: No. Defaults to 1. Description: If enabled, the station will send an SNMP trap when successfully registered in the SIP domain. Values: 0 = disabled, 1 = enabled. enable_sipregisterfailed Required: No. Defaults to 1. Description: If enabled, the station will send an SNMP trap if registration to the SIP domain failed. Values: 0 = disabled, 1 = enabled. enable_callconnect Required: No. Defaults to 1 Description: If enabled, the station will send an SNMP trap when a call is connected. Values: 0 = disabled, 1 = enabled. 50 Turbine Station Configuration Guide

51 enable_callconnectfailed Required: No. Defaults to 1. Description: If enabled, the station will send an SNMP trap if an incoming call to the station fails to connect for any reason (busy etc.). Values: 0 = disabled, 1 = enabled. enable_calldisconnect Required: No. Defaults to 1. Description: If enabled, the station will send an SNMP trap when a call is disconnected. Values: 0 = disabled, 1 = enabled. enable_buttonhanging Required: No. Description: If enabled, the station will send an SNMP trap when a button is hanging (pressed for more than 10 seconds). Values: 0 = disabled, 1 = enabled enable_soundtestsuccess Required: No. Description: If enabled, the station will send an SNMP trap when a sound test has been successfull Values: 0 = disabled, 1 = enabled enable_soundtestfailed Required: No. Description: If enabled, the station will send an SNMP trap when a sound test has failed Values: 0 = disabled, 1 = enabled enable_buttonpressed Required: No. Description: If enabled, the station will send an SNMP trap when a button has been pressed Values: 0 = disabled, 1 = enabled enable_buttonreleased Required: No. Description: If enabled, the station will send an SNMP trap when a button has been released Values: 0 = disabled, 1 = enabled enable_relayactivated Required: No. Description: If enabled, the station will send an SNMP trap when a relay has been activated Values: 0 = disabled, 1 = enabled Turbine Station Configuration Guide 51

52 enable_relaydeactivated Required: No. Description: If enabled, the station will send an SNMP trap when a relay has been deactivated Values: 0 = disabled, 1 = enabled A.7 Example Configuration File [general] auto_update_interval=10 auto_update_image_type=tsi Only for Turbine (8121) auto_update_image_type=a100g _10_1_2.bin Only for auto_update_image_crc=c Only for [sip] nick_name=testname sip_id=1003 sip_domain= sip_domain2= auth_user=1003 auth_pwd=1003pass sip_outbound_proxy= sip_outbound_proxy_port=5060 register_interval=600 Value: 60 < seconds < [call] dak1_value=1008 dak1_option=1 dak2_value=1009 input1_value=1010 input2_value=1011 ringlist1_value1=1000 ringlist1_value2=1004@ ringlist1_value3= ringlist1_value4= ringlist1_value5= ringlist1_value6= ringlist1_value7= ringlist1_value8= ringlist1_value9= ringlist2_value1=1002 ringlist2_value2=1003@ ringlist3_value1=1005 ringlist3_value2=1006@ ringlist_max_ring_time=60 ringlist_loop=1 ringlist_max_ring_time=30 speaker_volume=4 Value: 0 < level < 7. mic_sensitivity=5 Value: 0 < level < 7. rtp_timeout=60 Value: 0 < seconds < = RTP timeout disabled. 52 Turbine Station Configuration Guide

53 remote_controlled_volume_override_mode=1 Accepted values 0 or 1. auto_answer_mode=1 Accepted values 0 or 1. auto_answer_delay=10 Value: 0 < seconds < 30 [relays] relay1_dtmf_timed_relay=5 relay1_dtmf_timed_relay_duration=10 relay1_event_inc_ringing=1 relay1_event_inc_call=2 relay1_event_idle=1 [snmp] trap_receiver= network= network_mask=24 community=public enable_v1=1 Accepted values 0 or 1. enable_v2c=1 Accepted values 0 or 1. enable_ipsstarted=1 Accepted values 0 or 1. enable_sipregistered=1 Accepted values 0 or 1. enable_sipregisterfailed=1 Accepted values 0 or 1. enable_callconnect=1 Accepted values 0 or 1. enable_callconnectfailed=1 Accepted values 0 or 1 enable_calldisconnect=1 Accepted values 0 or 1 Turbine Station Configuration Guide 53

54 B: Station Board Connections & Indicators B.1 PCB - Front P1 RJ45 PoE port for 10/100 Mbit Ethernet connection. The station can be powered from this port if the line supports Power over Ethernet (PoE). + 24V EXT 0V EXT P2 5-pin plug-on terminal for external connections. Pin 1/2 24 VDC for external secondary power if PoE is not used. Pin 1 is positive. Pin 3 COM relay Pin 4 NO relay Pin 5 NC relay + + Speaker Microphone P4 Loudspeaker & Electret microphone Pin 1 10W Speaker amplifier + Pin 2 10W Speaker amplifier - Pin 3 Electret Microphone + Pin 4 Electret Microphone - LL To enable the electret microphone input when using a TKIS-2, the Frontboard must be set to Kit under Station Main Settings. 54 Turbine Station Configuration Guide

55 B.2 Input Connectors 5.3V GND I/O 1 I/O 2 I/O 3 I/O 4 I/O 5 I/O 6 Line Out + Line Out P3 10-pin plug-on terminal for external connections. Pin 1 5.3V Pin 2 GND Pin 3 Button Input or LED Driver Pin 4 Button Input or LED Driver Pin 5 Button Input or LED Driver Pin 6 Button Input or LED Driver Pin 7 Button Input or LED Driver Pin 8 Button Input or LED Driver Pin ohm balanced line out + Pin ohm balanced line out - B.3 Output Connectors + 1 relay Output 7 The extra relay for any of the 6 I/O pins is connected as shown: Turbine Station Configuration Guide 55

56 B.4 PCB - Rear J6 10-pin terminal for digital MEMS Microphone Pin 1 Left mic select (Vdd) Pin 2 Right mic select (GND) Pin 3 Data Pin 4 Data Pin 5 Vdd 3.3V Pin 6 Vdd 3.3V Pin 7 CLK Pin 8 CLK Pin 9 GND Pin 10 GND 56 Turbine Station Configuration Guide

57 B.5 Front Board - Front B.6 Front Board - Rear Turbine Station Configuration Guide 57