Z5W-105003Base Station

User Manual to be amended/updated with: General Warning This manual contains important safety and operation information. Please read and follow the instructions in this manual. Failure to do so could be hazardous and result in damage to your device. Changes and modifications to this device not expressly proved by DAMM could void the user’s authorization to operate this device FCC Regulations The DAMM developed device mentioned in this User Manual fulfill the below statements according to FCC/IC 2 warning statements: This device complies with part 15 of the FCC Rules. Operation is subjekt to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation RF Exposure The DAMM developed transmitting devices mentioned in this User Manual have the Nemko approval concerning “Maximum Permissible Exposure Calculations” which are the European limits for maximum permissible exposure defined in the document 1995/519/EC, Council Recommendation of 12. July 1999. The results are to be found in the Nemko Document 128948/5 in the appendix of this User Manual. Antennas The outside antenna connected to this device must be installed on an outdoor permanent structure with a separation of at least 20 feet from all persons during normal operation. Notice  Do not modify any part of this device for any reason  Do not place any combustible material near the transceiver  Do not spray any liquid over the device  Ensure that the power and antenna connections are securely made, using cables recommended and with excess capacity for the power being utilized.

TetraFlex ® V7.5 US DRAFT version Manual version 1.01 27.01.2012 The information contained in this document is the property of Damm Cellular Systems A/S. This document is subject to copyright and shall not be published or reproduced, in whole or in part, without the written permission of Damm Cellular Systems A/S. © 2010 Damm Cellular Systems A/S. All rights reserved. Møllegade 68, DK-6400 Sønderborg, Denmark Phone: +45 74 42 35 00, Fax: +45 74 42 30 31, E-Mail: [email protected], Doc. No. Rev. Date DRAFT 1.01 2012-01-27 Damm Cellular Systems A/S, Denmark TetraFlex ® 7.5 Manual - Introduction TetraFlex® 7.5 Manual 2 http://www.damm.dk INTRODUCTION This manual is intended for installation and maintenance of BS4xx TetraFlex ® Base Station, including additional units, installation software, and how to configure the system for operational use. Remark: TetraFlex ® ver. 7.5 is not compatible with earlier versions! Please follow the update instructions or contact DAMM support if you have systems with older software versions. Doc. No. Rev. Date DRAFT 1.01 2012-01-27 Damm Cellular Systems A/S, Denmark TetraFlex ® 7.5 Manual - Introduction TetraFlex® 7.5 Manual 3 Indoor Base station models BS411 BS414 Max. 8 carriersMax. 4 carriers Max. 16 carriers Outdoorstation BS421 + SB 421 It is recommended that engineers doing the installation and configuration of a BS4xx have practical experience in installation of radio and computer systems, and have made themselves familiar with the BS4xx equipment through appropriate DAMM training courses and study of the content of this manual. This installation guide covers the installation of indoor as well as outdoor Base Stations as well as single units. Please skip the sections, which are not relevant for the actual case. Max. 4 carriers Doc. No. Rev. Date DRAFT 1.01 2012-01-27 Damm Cellular Systems A/S, Denmark TetraFlex ® 7.5 Manual - Introduction TetraFlex® 7.5 Manual 4 The manual is divided into more sections which may be printed separately. When doing so please print the Table of contents, introduction, update sheets and Index (all pages prior to page 1-1 and after page 4-x) and insert these in the printed section IMPORTANT: Updates / changes / important information related to the TetraFlex® system and software may be downloaded from the protected part of www.damm.dk Please check this URL for updated information before attempting to install or correct errors NOTE: Chapters marked with a indicate areas where special care must be taken to avoid personal injury or damage to the equipment. Before starting installation and configuration, please read the entire manual carefully. NOTE: It is the responsibility of the system owner / operator to ensure that only authorized service persons has access to the keys / inside circuits of the SB412 / BS4xx. NOTE: It is the responsibility of the system owner / operator to ensure that all local legislation, rules and regulations are complied with. The SB412 / BS4xx are protected by internal fuses. Always replace with fuses of equivalent value and type. General Warning This manual contains important safety and operational information. Please read and follow the instructions in this manual. Failure to do so could be hazardous and result in damage to your device. Changes and modifications to this device not expressly proved by DAMM could void the user’s authorization to operate this device FCC Regulations The DAMM developed device mentioned in this User Manual fulfills the below statements according to FCC/IC warning statements: This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation Doc. No. Rev. Date DRAFT 1.01 2012-01-27 Damm Cellular Systems A/S, Denmark TetraFlex ® 7.5 Manual - Reference documents TetraFlex® 7.5 Manual 5 RF Exposure The DAMM developed transmitting devices mentioned in this User Manual have the Nemko approval concerning “Maximum Permissible Exposure Calculations” which are the European limits for maximum permissible exposure defined in the document 1995/519/EC, Council Recommendation of 12. July 1999. The results are to be found in the Nemko Document 128948/5 in the appendix of this User Manual. Antennas The outside antenna connected to this device must be installed on an outdoor permanent structure with a separation of at least 20 feet from all persons during normal operation. Notice  Do not modify any part of this device for any reason  Do not place any combustible material near the transceiver  Do not spray any liquid over the device  Ensure that the power and antenna connections are securely made, using cables recommended and with excess capacity for the power being utilized. REFERENCE DOCUMENTS For detailed information’s regarding the TetraFlex ® release and features supported, please consult the documents listed below: No.: Document Title Document Contents 1 TetraFlex v7.5 System description.pdf * TetraFlex ® system overview 2 TetraOM_7.5.pdf TetraFlex ® OM manual 3 TetraFlex_RN_7.52_2011-09-30_02.pdf * TetraFlex ® system release note 4 TetraFlex 7.4x to 7.5 update.pdf Update guideline for ver.7.4x to 7.5 5 TetraFlex 7.5 BS41x redundant setup.pdf Redundancy sw setup guideline for BS41x *) These documents is a part of the TetraFlex ® release and placed in the C:\tetra\Active\Doc directory All documents can be found on www.damm.dk extranet. TETRAFLEX ® MANUAL BREAKDOWN Section Description Level Part 1 Physical hardware installation Tech Part 2 Software installation and configuration of software and system Tech Part 3 User manual intended for operators and non technical personnel User Part 4 Technical reference Tech Part 5 Hardware Units Ref. Tech Part 6 List of figures and Alphabetic index All Doc. No. Rev. Date DRAFT 1.01 2012-01-27 Damm Cellular Systems A/S, Denmark TetraFlex ® 7.5 Manual - …

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Doc. No. Rev. Date DRAFT 1.01 2012-01-27 Damm Cellular Systems A/S, Denmark TetraFlex ® 7.5 Manual - BS421 Configuration TetraFlex® 7.5 Manual 2-71 2.6.4 Add a transceiver Adding a transceiver to a SB421 can be done either from the BSC-GUI or using OM command: BSC-GUI: Select the BSC tab and click on the TR’s configured menu and then add the TR. When clicking Ok the setting is saved. TetraOM: connect to the BSC Perform the following commands: F75 <Enter> This shows the configuration for TR 11-28 If the displayed message does not correspond to the actual number of TR, perform the command: F75/xx/ADD (F75/xx/REMOVE removes the TR again). xx =TR number e.g. 11. Doc. No. Rev. Date DRAFT 1.01 2012-01-27 Damm Cellular Systems A/S, Denmark TetraFlex ® 7.5 Manual - BS421 Configuration TetraFlex® 7.5 Manual 2-72 2.6.4.1 Diversity configuration Two TR421 may be used without the RF coaxial connection between them. In this case the system will behave normally as a 2 carrier system, but will NOT support diversity. When using diversity set-up (Standard configuration), the RF coaxial connection must be installed and RX-B input (6dB pre gain) must be set This configuration also applies to the 4 carrier configuration, where the carriers are defined as two 2 carrier systems. 2.6.4.2 RX-B setting (Diversity) in TetraOM: 24 Display setting 24+ Select RX-B input Cascaded (Standard setting) 24- Deselect RX-B input Cascaded NOTE: This must be configured in both BS421 2.6.4.3 3 And 4 carrier operation NOTE: Operation with 3 and 4 carriers with redundant BSC require a change to the HW of the BS421 and the SB421 (See the SB421 section for details) if the HW version stipulated on the serial number label is v1. HW version v2 and forth has the possibility to change the setting via the TetraOM program. This change is required to ensure correct BSC handover and synchronization of the carriers The change cannot be made in the field. The system must be ordered for 4 carrier operation or the units may be returned to DAMM for modifications. NOTE: For change in the field (trained staff only), please order a change kit from DAMM This kit includes a manual dealing with this issue and the necessary hardware, jumpers, screws, markings etc. For a 4 carrier system, 2 of the BS421 is marked “MASTER” and 2 are marked “SLAVE” One master and one slave are to be connected to each SB421, the master being TR1/TR3 and the slave TR2/TR4. NOTE: A GPS antenna should at least be connected to TR1 and TR3 2.6.4.4 Synchronization The TETRA Base Station TR's need to be time synchronized to operate correctly. Most important, all TR's in a radio cell shall be time synchronized to ensure correct timing for the mobiles, when switching from the control channel to a traffic channel on another TR. For a multi-cell systems, all radio cells are also recommended to be time synchronized to enable use of seamless handover (cell re-selection). Doc. No. Rev. Date DRAFT 1.01 2012-01-27 Damm Cellular Systems A/S, Denmark TetraFlex ® 7.5 Manual - BS421 Configuration TetraFlex® 7.5 Manual 2-73 The Damm BS system has a flexible system to provide synchronization between individual Transceivers. Build-in GPS Receivers give absolute time synchronization to the radio cells. External Inputs can also be marked as Primary Sync. References. When a BS is Network locked, automatic frequency correction of the Master Oscillator (RX and TX carrier frequencies) is provided, and Seamless Handover to other Network Synchronized Cells is activated. The BS can be setup to run as either Sync Master 0 to 4 or Slave. The Masters shall preferably be provided with GPS antennas or an External Primary Sync source. The remaining BS's shall be setup as Slave and does not need a GPS antenna. The BS421 is provided with one External 1PPS (1 Pulse Per Second) output and two external 1PPS inputs. The Slaves shall receive external 1PPS inputs connected to Masters. In addition to the hardware 1PPS, sync messages are send every second on IP from the Masters to attached BS's. A Master will indicate Master Mode, if: 1) Synchronized to the internal GPS RX or 2) Synchronized to an External Input marked as Primary and indicating Master Mode The priority can be changed with OM command 72/MASTER/c (c = 0-4 or S) Master 0 priority: 1) Int. GPS RX 2) Ext. Master 1, Master Mode 3) Ext. Master 2, Master Mode 4) Ext. Master 3, Master Mode 5) Ext. Master 4, Master Mode 6) Ext. Master 1, Resync-only 7) Ext. Master 2, Resync-only 8) Ext. Master 3, Resync-only 9) Ext. Master 4, Resync-only 10) Int. Free-Run Master 1 priority: 1) Ext. Master 0, Master Mode 2) Int. GPS RX 3) Ext. Master 2, Master Mode 4) Ext. Master 3, Master Mode 5) Ext. Master 4, Master Mode 6) Ext. Master 0 7) Ext. Master 2, Resync-only 8) Ext. Master 3, Resync-only 9) Ext. Master 4, Resync-only 10) Int. Free-Run Doc. No. Rev. Date DRAFT 1.01 2012-01-27 Damm Cellular Systems A/S, Denmark TetraFlex ® 7.5 Manual - BS421 Configuration TetraFlex® 7.5 Manual 2-74 Master 2 priority: 1) Ext. Master 0, Master Mode 2) Ext. Master 1, Master Mode 3) Int. GPS RX 4) Ext. Master 3, Master Mode 5) Ext. Master 4, Master Mode 6) Ext. Master 0 7) Ext. Master 1 8) Ext. Master 3, Resync-only 9) Ext. Master 4, Resync-only 10) Int. Free-Run Master 3 priority: 1) Ext. Master 0, Master Mode 2) Ext. Master 1, Master Mode 3) Ext. Master 2, Master Mode 4) Int. GPS RX 5) Ext. Master 4, Master Mode 6) Ext. Master 0 7) Ext. Master 1 8) Ext. Master 2 9) Ext. Master 4, Resync-only 10) Int. Free-Run Master 4 priority: 1) Ext. Master 0, Master Mode 2) Ext. Master 1, Master Mode 3) Ext. Master 2, Master Mode 4) Ext. Master 3, Master Mode 5) Int. GPS RX 6) Ext. Master 0 7) Ext. Master 1 8) Ext. Master 2 9) Ext. Master 3 10) Int. Free-Run Slave priority: 1) Ext. Master 0, Master Mode 2) Ext. Master 1, Master Mode 3) Ext. Master 2, Master Mode 4) Ext. Master 3, Master Mode 5) Ext. Master 4, Master Mode 6) Ext. Master 0 7) Ext. Master 1 8) Ext. Master 2 9) Ext. Master 3 10) Ext. Maste…

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Doc. No. Rev. Date DRAFT 1.01 2012-01-27 Damm Cellular Systems A/S, Denmark TetraFlex ® 7.5 Manual - IP Backbone network layout and configuration TetraFlex® 7.5 Manual 2-162 All interfaces in the router network that must be able to join in a multicast group must have IGMP and PIM-SM enabled. 2.16.10.2.2.1 Multicast and VPN As such – VPN/IPSec does not support the transport of multicast packets. GRE tunneling does support multicast routing – but is not encrypted. Therefore the configuration shown at end of this document – the recommended configuration – uses IPSec encrypted GRE tunnels. Combining the IPSec and GRE will ensure the routing of both unicast and multicast – and still maintaining integrity and intrusion security of the network. 2.16.10.2.2.2 GRE tunneling Generic Routing Encapsulation (GRE) is a tunneling protocol designed to encapsulate a wide variety of network layer packets inside IP tunneling packets. The original packet is the payload for the final packet. GRE was developed by Cisco and was designed to be stateless; the tunnel end-points do not monitor the state or availability of other tunnel end-points. GRE creates a virtual point-to-point link with routers at remote points on an IP internetwork. 2.16.11 Applicable tools for router programming The Cisco offers a CLI – Command Line Interface. This is accessible through the console port of the router. Use the blue cable delivered with the router. In this case use the serial port of your PC. You can use any of a variety of terminal emulation programs. If you know the IP address of one of the Ethernet ports on the router – you can also telnet into the router and use the same CLI. The configuration of any Cisco router – can be exported from the router and onto a so called TFTP server. The router configuration file is then an ASCII formatted text string. This can be opened – edited and saved by the use of any of a variety of text editor programs. After editing – the file can be re-imported to the Cisco router. After a reload of the router – it will reflect the newly introduced configuration changes that you made offline. 2.16.11.1 Ultraedit: o A text editor program for offline editing of configuration files. 2.16.11.2 WordPad: o A text editor program for offline editing of configuration files. Available typically in Windows. 2.16.11.3 HyperTerminal: o A Windows standard program that can do both serial communication and also use TCP/IP to connect to router via Ethernet. 2.16.11.4 Putty: o A very versatile program that does serial and IP connections. Doc. No. Rev. Date DRAFT 1.01 2012-01-27 Damm Cellular Systems A/S, Denmark TetraFlex ® 7.5 Manual - IP Backbone network layout and configuration TetraFlex® 7.5 Manual 2-163 2.16.11.5 3CDeamon: o A TFTP program from 3COM. 2.16.11.6 Tftp32: o A TFTP program from http://tftpd32.jounin.net: Freeware. 2.16.11.7 Example of router configuration Rendezvous point router: ! version 12.4 service timestamps debug datetime msec service timestamps log datetime msec no service password-encryption ! hostname 24-S000-VPN1 ! boot-start-marker boot-end-marker ! no logging buffered no logging console enable password xxxxx ! no aaa new-model ! resource policy ! ip cef ! ! ! ! no ip domain lookup ip multicast-routing ! ! ! ! crypto isakmp policy 10 hash md5 authentication pre-share crypto isakmp key s001-s000 address 10.239.24.1 crypto isakmp key s002-s000 address 10.239.24.2 crypto isakmp key s003-s000 address 10.239.24.3 crypto isakmp key s004-s000 address 10.239.24.4 Doc. No. Rev. Date DRAFT 1.01 2012-01-27 Damm Cellular Systems A/S, Denmark TetraFlex ® 7.5 Manual - IP Backbone network layout and configuration TetraFlex® 7.5 Manual 2-164 crypto isakmp key s005-s000 address 10.239.24.5 ! ! crypto ipsec transform-set tetra esp-3des esp-md5-hmac mode transport ! crypto map GRE local-address FastEthernet0/0 crypto map GRE 11 ipsec-isakmp set peer 10.239.24.1 set transform-set tetra match address 101 crypto map GRE 12 ipsec-isakmp set peer 10.239.24.2 set transform-set tetra match address 102 crypto map GRE 13 ipsec-isakmp set peer 10.239.24.3 set transform-set tetra match address 103 crypto map GRE 14 ipsec-isakmp set peer 10.239.24.4 set transform-set tetra match address 104 crypto map GRE 15 ipsec-isakmp set peer 10.239.24.5 set transform-set tetra match address 105 ! ! ! ! interface Tunnel1 description "s000-s001" ip unnumbered FastEthernet0/1 ip mtu 1440 ip pim sparse-mode ip igmp version 3 keepalive 10 3 tunnel source FastEthernet0/0 tunnel destination 10.239.24.1 crypto map GRE ! interface Tunnel2 description "s000-s002" ip unnumbered FastEthernet0/1 ip mtu 1440 ip pim sparse-mode ip igmp version 3 keepalive 10 3 tunnel source FastEthernet0/0 Doc. No. Rev. Date DRAFT 1.01 2012-01-27 Damm Cellular Systems A/S, Denmark TetraFlex ® 7.5 Manual - IP Backbone network layout and configuration TetraFlex® 7.5 Manual 2-165 tunnel destination 10.239.24.2 crypto map GRE ! interface Tunnel3 description "s000-s003" ip unnumbered FastEthernet0/1 ip mtu 1440 ip pim sparse-mode ip igmp version 3 keepalive 10 3 tunnel source FastEthernet0/0 tunnel destination 10.239.24.3 crypto map GRE ! interface Tunnel4 description "s000-s004" ip unnumbered FastEthernet0/1 ip mtu 1440 ip pim sparse-mode ip igmp version 3 keepalive 10 3 tunnel source FastEthernet0/0 tunnel destination 10.239.24.4 crypto map GRE ! interface Tunnel5 description "s000-s005" ip unnumbered FastEthernet0/1 ip mtu 1440 ip pim sparse-mode ip igmp version 3 keepalive 10 3 tunnel source FastEthernet0/0 tunnel destination 10.239.24.5 crypto map GRE ! interface FastEthernet0/0 ip address 10.239.24.100 255.0.0.0 ip access-group 199 in ip nbar protocol-discovery duplex auto speed auto no cdp enable crypto map GRE ! interface FastEthernet0/1 ip address 172.16.0.1 255.255.255.0 ip pim sparse-mode ip igmp version 3 duplex auto Doc. No. Rev. Date DRAFT 1.01 2012-01-27 Damm Cellular Systems A/S, Denmark TetraFlex ® 7.5 Manual - IP Backbone network layout and configur…

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Doc. No. Rev. Date 1.00 2011-12-08 Damm Cellular Systems A/S, Denmark TETRAFLEX ® V7.5 MANUAL - Dispatcher TetraFlex® 7.5 Manual 3-84 3.5.9 DGNA Dynamic Group Assignment (DGNA) is used to send Groups to radios that not already have these groups programmed. 3.5.9.1 Assigning subscribers to DGNA 1: Right click on a group to be assigned  If it is not desirable to assign a group already programmed into the tetra terminals, a new group specific for DGNA should be defined in the Subscriber Register 2: Select function; “Add Group(s) to DGNA”  This selects the parent group for the DGNA Figure 3-63: DGNA group Assignment 3: Right click on a subscriber(s) to be assigned to the DGNA group. More subscribers may be selected by holding down the <Shift> or <Ctrl> keys 4: Select “Add mobile(s) to DGNA) Figure 3-64: DGNA subscriber selection Doc. No. Rev. Date 1.00 2011-12-08 Damm Cellular Systems A/S, Denmark TETRAFLEX ® V7.5 MANUAL - Dispatcher TetraFlex® 7.5 Manual 3-85 5: Accept the selection Figure 3-65: DGNA subscriber Assignment Alternatively it is possible to drag and drop the selections to the DGNA group window Figure 3-66: DGNA Drag and Drop Selection Doc. No. Rev. Date 1.00 2011-12-08 Damm Cellular Systems A/S, Denmark TETRAFLEX ® V7.5 MANUAL - Dispatcher TetraFlex® 7.5 Manual 3-86 6: Repeat 3 and 4 if more subscribers are to be assigned to the DGNA group 7: After assigning subscribers, the DGNA group is transferred to the mobile by selecting “Assign the parent group to the mobile” Figure 3-67: DGNA Assignment 3.5.9.2 De-assigning subscribers to DGNA 1: Select group or subscriber to be de-assigned and press the de-assign icon Figure 3-68: DGNA de-assign Figure 3-69: DGNA de-assigned terminals 3.5.9.3 Showing DGNA history  Right click on the group or subscriber  Select DGNA History Doc. No. Rev. Date 1.00 2011-12-08 Damm Cellular Systems A/S, Denmark TETRAFLEX ® V7.5 MANUAL - Dispatcher TetraFlex® 7.5 Manual 3-87 Figure 3-70: Individual Subscriber DGNA history Figure 3-71: Group DGNA history 3.5.10 SDS Functionality All outgoing SDS traffic from the Dispatcher is initiated from the Call Dialog which is available in the SDS and Phone Book windows. The predefined Status SDS’s in the list are Organization in-depended, since they are completely transparent to the infrastructure. The predefined Status SDS list is located in a file named StatusSds.txt on the local dispatcher PC. All incoming SDS traffic to the dispatcher is placed in the inbox; please see Figure 3-72. This includes both text and status SDS’s. An open or closed envelope indicates whether the SDS has been read or not Figure 3-72: SDS Inbox All outgoing SDS traffic from the Dispatcher are copied to the SDS Outbox, see Figure 3-73. This includes both text and status SDS’s. The status of any requested SDS Reports is indicated here by icons. The types of SDS reports which are supported are: Doc. No. Rev. Date 1.00 2011-12-08 Damm Cellular Systems A/S, Denmark TETRAFLEX ® V7.5 MANUAL - Dispatcher TetraFlex® 7.5 Manual 3-88  Delivery/consumed Report Request The receiving Terminal shall report when the SDS has been received.  Action accomplished The receiving Terminal has opened (read) the SDS. Figure 3-73: SDS Outbox In the figure above, the left icon shows a SDS send with flag for Delivery- and Consumed Report set. The figure changes to when the SDS has been read / consumed 3.5.10.1 SDS details SDS details may be displayed by right click on the specific SDS message and selecting “Details” Figure 3-74: SDS Details 3.5.10.2 Receiving Emergency SDS Emergency calls will be indicated in the SDS call window as a red bar containing the standard SDS options. Doc. No. Rev. Date 1.00 2011-12-08 Damm Cellular Systems A/S, Denmark TETRAFLEX ® V7.5 MANUAL - Dispatcher TetraFlex® 7.5 Manual 3-89 Also an alarm tone will be played and can be reset by answering / selecting the call Figure 3-75: Emergency SDS The icons associated with the emergency SDS are: SDS received SDS answered 3.5.10.3 ADU200 emergency alarm box Please refer to the configuration section 3.5.3.2.6 external devices Doc. No. Rev. Date 1.00 2011-12-08 Damm Cellular Systems A/S, Denmark TETRAFLEX ® V7.5 MANUAL - Dispatcher TetraFlex® 7.5 Manual 3-90 3.5.11 Map 3.5.12 Detach Map The map window may be detached from the main dispatcher window and placed anywhere on the PC monitor(s) This detachment is accomplished by selecting the detach/attach icon positioned in the upper right hand corner of the map window. To attach again, select the detach/attach icon once more 3.5.12.1 Positioning The TetraFlex ® dispatcher offers GPS positioning Positions may be shown as a function of automatic positioning information send from the terminals or as a manual request from the dispatcher. This functionality uses WG84 map coordinates together with Google Maps or one of the other supported map formats. It is also possible to add layers in ESRI Shapefile format on top of one of the supported maps (except the standard Goggle map format) e.g..for showing details that are not on standard maps. Positions are shown as green circles and position history as yellow. When moving the mouse over the circle, the data and time for the subscriber is shown. Figure 3-76: Positioning Google Doc. No. Rev. Date 1.00 2011-12-08 Damm Cellular Systems A/S, Denmark TETRAFLEX ® V7.5 MANUAL - Dispatcher TetraFlex® 7.5 Manual 3-91 To request the position of a subscriber, right click on the phonebook entry and select the option you want: ○ Select mobile on map - This highlights the GPS position of the radio on the map with big green circle and subscriber details ○ Center on map – Center the GPS position on the map ○ Position History – Shows the Position History window and the historic GPS position on the map as yellow circles ○ Request position – This request the actual GPS position from the radio. This could be usefull when the radio has a long scan period for delivering GPS coordinates and you want a position here and now. ○ Star…

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Timco Engineering, Inc. TCB Application Form 731 Rev 21 March 09 Shaded areas are REQUIRED Item 1. Applicant’s complete, legal business name: DAMM CELLULAR SYSTEMS A/S Applicant’s FCC Registration Number (FRN): 0021-2233-42 Item 2. Applicant’s mailing address: fill in fields, as appropriate Line 1: MOLLEGADE 68 KDB Tracking #: Line 2: P.O. Box: City: 6400 SONDERBORG State: Country (if foreign address): Zip/Postal Code: Item 3. Applicant Contact Person: Must be the same as the FCC Grantee Contact listed in the FCC database. The Name in the FCC Database will be on the Certification. https://fjallfoss.fcc.gov/oetcf/eas/reports/GranteeSearch.cfm First Name: MORITZ Last Name: HYNKEMEJER Title: Telephone: 457-442-3500 E-mail: [email protected] Fax No.: 457-442-3230 Item 4. FCC ID consisting of: Grantee Code: Z5W Equipment Product Code (14 characters maximum): -105003 include “dashes” (-) where appropriate Item 5. Application Contact: All questions regarding the application will be directed to this contact. The Original Grant and Invoice will be sent to this contact. Firm Name: DAMM CELLULAR SYSTEMS A/S Telephone: 457-442-3500 Ext: Fax: No.: 457-442-3230 First Name: MORITZ Middle Initial: Last Name: HYNKEMEJER Address Line 1: MOLLEGADE 68 P.O. Box: Address Line 2: City: 6400 SONDERBORG State: Country (if foreign address): Zip/Postal Code: E-mail: [email protected] Item 6. Test Firm Used to Take Measurements: Firm Name: TIMCO ENGINEERING, INC. Telephone: 888 4722424 Ext.: Fax No.: 352 472 2030 First Name: Sid Middle Initial: Last Name: Sanders Address Line 1: 849 NW SR 45 P.O. Box: Address Line 2: PO Box 370 City: Newberry State: Florida Country (if foreign address): USA Zip/Postal Code: 32669 E-mail: [email protected] FCC Registered Test Site Number. Required for Part 15 and 18 applications. Item 7. * Does this application include a request for SHORT-TERM confidentiality for any portion(s) of the data contained in this application pursuant to FCC DA 04-1705 dated 6/15/2004? * Does this application include a request for confidentiality for any portion(s) of the data contained in this application pursuant to 47 CFR 0.459 of the Commission Rules? SHORT-TERM request: Yes No PERMANENT request: Yes No Item 8. *Is this application for modular approval? Yes No Modular Type: (only complete if you answered Yes to Item 8) Single Modular Approval Limited Single Modular Approval Split Modular Approval Limited Split Modular Approval Item 9. *Is this application for software defined radio authorization? Yes No Item 10. Equipment Class: 3-digits required TNB Enter a brief description of the product being marketed. BASE STATION (Maximum 50 Characters) For Timco Use Only Job Number 486AUT12 Scope Date Filed Conf. # Grant Note Item 11. *Application is for: Original Equipment Change in identification of presently authorized equipment: Original FCC ID Grant Date (MM/DD/YYYY) Class II permissive change or modification of presently authorized equipment Class III permissive change to software defined radio Note: this may only be filed for applications pertaining to Software Defined Radio Item 12. Is the equipment in this application: * (a) a composite device subject to an additional equipment authorization? * (b) part of a system that operates with, or is marketed with, another device that requires an equipment authorization? If either of the above questions is answered “Yes” complete section 12 (c). Yes No Yes No (c) The related application: has been granted under the FCC ID(s) listed to the right is in the process of being filed under the FCC ID(s) listed to the right is pending with the FCC under the FCC ID(s) listed to the right has a mix of pending and granted statuses under the FCC ID(s) listed to the right i. ii. iii. iv. FCC ID: FCC ID: FCC ID: FCC ID: Item 13. * Equipment will be operated under FCC Rule Part(s): 90 Item 14. EQUIPMENT SPECIFICATIONS: Where applicable Frequency range in MHz Low Freq High Freq Rated RF power output IN WATTS Frequency tolerance %, Hz, ppm Emission Designator (See 47 CFR 2.201 and 2.202) FCC Rule Part (for Multiple Rules) Grant Notes (Example- CC, MO) 450.0 470.0 12.6 .014 PPM 20K0D1W 450.0 470.0 0.6 .014 PPM 20K0D1W 450.0 470.0 12.6 .014 PPM 21K0D1W 450.0 470.0 0.6 .014 PPM 21K0D1W Equipment Authorization Waiver * Is there an equipme…

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