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H - Acceptance Test Exh HExhibit H Acceptance Test Plan (Includes all ATP's) City of Miami Beach, FL Motorola Contract No. -02-199333 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan TRUNKING TESTS 3 Test 1- Talkgroup Call 3 TRUNKING TESTS 4 Test 2 - ASTRO Secure Operation 4 TRUNKING TESTS 5 Test 3 - Multigroup Call 5 TRUNKING TESTS 7 Test 4 - Private Call 7 TRUNKING TESTS 8 Test 5 - Call Alert 8 TRUNKING TESTS 9 Test 6 - EmergencyAlarm/Call 9 TRUNKING TESTS 11 Test 7 - Busy Queuing and Callback with Ten Talkgroup Priority Levels 11 12 Test 8 - Priority Monitor 12 TRUNKING TESTS 14 Test 9 -Automatic retry 14 TRUNKING TESTS 15 Test 11- Continuous Assignment Updating 15 TRUNKING TESTS 16 Test 12 - Site Access Control 16 TRUNKING TESTS 21 Test 15 - Audio Interrupt 21 TRUNKING TESTS 22 Test 16 - Recent User Priority 22 CONSOLE TESTS 23 Test 1- Talkgroup Selection and Call 23 Test 2 - Console ASTRO Secure Talkgroup Call 24 Test 3 - Multigroup Call 25 Test 4 - Trunking Patch 26 Test 5 - Multi-Select/APB 27 Test 6 - Console Initiated Private Call 28 Test 7 - Emergency Alarm And Call Display 29 Test 8 - Console Priority 30 Test 9 - P77' UnitID/Alias Display 31 Test 10 - Alert Tones 32 Test 11- Remote Monitor 33 SITE TRUNKING TESTS 34 Test 1- Site Trunking Talkgroup Call 34 Test 2 - Site Trunking Private Call 35 Test 3 - Site Trunking Call Alert 36 Test 4 - Site Trunking Busy Queuing and Callback 37 Test 5 - Site Trunking Emergency Call and Alarm 38 Test 6 - Site Trunking Continuous Assignment Updating 39 SYSTEM MANAGEMENT TESTS 40 Test 1- Full Vision Fault Management 40 Test 2 - Fault Management: Diagnostics 42 Test 3 - Zone Watch 43 Test 4 - Configuration Management — Subscriber Radio User 44 0 MOTOROLA intelligence everywhere" TRUNKING TESTS Page 7A - i The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Test 5- Configuration Management - Subscriber Talkgroup 46 REPORT GENERATION TESTS 47 Test 1- Spectrum View Reports 47 Test 2- Zone Configuration Manager Reports: Infrastructure 48 Test 3- User Configuration Manager (UCIP Reports 49 RADIO CONTROL MANAGER (RCM) TESTS 50 Test 1- Emergency Alarm Display 50 Test 2- Dynamic Regrouping 51 Test 3- Storm Plans 53 Test 4- Selective Radio Inhibit 54 Test 5- Radio Check 55 Test 6 - Snapshot 56 Test 7 - Status/Message 57 SYSTEM RELIABILITY/FEATURES TESTS 58 Test 1 -AEB to CEB Redundant Link Failure 58 Test 2- AEB to Zone Controller Redundant Link Failure 59 Test 3- Multiple Control Channels 60 Test 4- Subsystem Failsoft 61 Test 5- Base Station Identification 62 Test 6 - Zone Controller Switching 63 Test 7 - Central Controller Switching 64 Test 8- Receiver Interference Shutdown 65 Test 9- MOSCAD Unattended Shutdown (Optional) 66 TEST 10 INDIVIDUAL REPEATER FAILSOFT 67 APPENDIX A - TESTING CHECKLIST 68 Wide Area Trunking Tests 68 Console Tests 70 Site Trunking Tests 73 System Management Tests 74 Report Generation Tests 75 Radio Control Manager (RCM) Tests 76 System Reliability/Features Tests 77 0 MOTOROLA intelligence everywhere" Page 7A - ii The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan The following procedures form a set of tests applicable to the City of Miami Beach SmartZone system. Clarification note: In the SmartZone environment the term "site" refers to a sub -system of the SmartZone controller. In this particular case, the City of Miami Beach simulcast system is considered a "site" of the SmartZone system. The term is confused sometimes with the RF sites of the City of Miami Beach simulcast sub -system. In this particular case, the Fire Station 2, Tower 41, 75th Street, and Rebecca Tower locations are considered RF sites of the simulcast system. TRUNKING TESTS Test 1- Talkgroup Call Description The Talkgroup is the primary level of organization for communications on a trunked radio system. Radios with Talkgroup call capability will be able to communicate with other members of the same Talkgroup. This provides the effect of a private channel down to the Talkgroup level. This test will demonstrate that a Talkgroup transmission initiated by a radio user will only be heard by system users, which have, the same Talkgroup selected. It will be performed in ASTRO Digital mode. As with other types of calls, talkgroup calls can take place from anywhere in the system. Setup Four radios, each capable of performing calls on two unique talkgroups, are required to perform this test (Radios 1, 2, 3 and 4). This test requires Radios 1 and 3 to be affiliated to the same site and Radios 2 and 4 to be affiliated anywhere else in the system. Set Radios 1 and 2 to Talkgroup A, and Radios 3 and 4 to Talkgroup B. Test Step 1 While the system is in wide area operation, verify that all radios are affiliated as described above. Step 2. Initiate a call with Radio 1 in Talkgroup A. Step 3. Observe that only Radio 2 will be able to monitor and respond to the call. Observe that Radio 2 displays the unit ID of Radio 1 in the digital mode. Note: Radios must be properly eauinved to display unit ID. Step 4. Initiate a wide area call with Radio 3 in Talkgroup B. Step 5. Observe that only Radio 4 will be able to monitor and respond to the call. 0 MOTOROLA intelligence everywhere" Page 7A - 3 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan TRUNKING TESTS Test 2 - ASTRO Secure Operation Description Digital encryption is used to scramble a transmission so only properly equipped radios can monitor the conversation. A "Key" is used to encrypt the transmit audio. Only radios with the same "Key" can decrypt the audio and listen to it. Setup Four radios, each capable of performing secure calls on a common talkgroup, are required to perform this test (Radios 1, 2, 3 and 4). This test requires Radios 1, 2 and 3 to be set in the secure mode of operation while Radio 4 remains in the non -secure mode of operation. All radios should be set to the same talkgroup. Verify the identical key is programmed into Radios 1, 2 and 4 and that Radio 3 has no secure key loaded or has a unique secure key from the other testing radios. The radios may be affiliated to any site in the system. Test Step 1. While the system is in wide area operation, verify all radios are on the same talkgroup. Step 2. Initiate a secure wide area call with Radio 1 on the selected talkgroup. Keep this call in progress until instructed to end the call. Step 3. Observe that Radio 2 will be able to monitor and respond to the call. Step 4. Observe that Radio 3 does not receive the call. Step 5. Observe that Radio 4 will also receive the call even with the secure switch set to the non -secure mode of operation. Step 6. End the call from Radio 1. Step 7. For radios equipped with dual algorithm encryption modules, select a talkgroup using the second algorithm and repeat steps 1-5. MOTOROLA intelligence everywhere" Page 7A - 4 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan TRUNKING TESTS Test 3 - Multigroup Call Description This trunking feature allows an equipped radio user to transmit an announcement to several different talkgroups simultaneously. The multigroup call can be flagged for Wait Mode in the Zone Configuration Manager database forcing all attached talkgroups to finish calls in progress before the trunked system will process the multigroup call. The system does not permit inactive, attached talkgroups to initiate talkgroup calls during the "wait" timeframe. Alternatively, the multigroup call can be flagged for Interrupt Mode meaning that the trunked system does not wait for attached talkgroups to finish calls in progress. Upon de - keying, the interrupted radios will join the multigroup call in progress. Both the Wait and Interrupt modes will be demonstrated. As with other types of calls, multigroup calls can take place from anywhere in the system. Test 3A Multigroup Call For Wait Mode Setup Four radios, with one radio capable of performing Multigroup Calls to associated talkgroups, are required to perform this test (Radios 1, 2 , 3 and 4). This test requires each of the radios to be affiliated onto different sites across the system. Set Radio 1 to Talkgroup A, Radio 2 to Talkgroup B and Radio 3 to Talkgroup C. Set Radio 4 to MG1 which has attached Talkgroups A and B. Talkgroup C is not attached to MG1. Step 1. Verify MG1 is set for the Wait mode in the ZM database. Step 2. Using Radio 1, initiate a call on Talkgroup A. Step 3. While Radio 1 is keyed, attempt to initiate a multigroup call using Radio 4 on MG1. Verify Radio 4 receives a busy tone because one of the talkgroups attached to MG1 is involved in a talkgroup call. Step 4. Dekey Radio 1 and verify Radio 4 receives a callback. Step 5. Key Radio 4 and verify both Radio 1 and radio 2 hear the multigroup call while Radio 3 does not unmute. 0 MOTOROLA intelligence everywhere" Page 7A - 5 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Test 3B Multigroup Call For Interrupt Mode Setup Four radios, with one radio capable of performing Multigroup Calls to associated talkgroups, are required to perform this test (Radios 1, 2, 3 and 4). This test requires each of the radios to be affiliated onto different sites across the system. Set Radio 1 to Talkgroup A, Radio 2 to Talkgroup B and Radio 3 to Talkgroup C. Set Radio 4 to MGI which has attached Talkgroups A and B. Talkgroup C is not attached to MGI. Step 1. Verify MG1 is set for the Interrupt mode in the ZM database. Step 2. Using Radio 1, initiate a call on Talkgroup A. Step 3. While Radio 1 is keyed, initiate a multigroup call using Radio 4 on MG1. Verify Radio 2 receives the call but Radio 3 does not unmute. Step 4. Dekey Radio 1 and verify Radio 1 unmutes and joins the multigroup call in progress. MOTOROLA intelligence everywhere' Page 7A - 6 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan TRUNKING TESTS Test 4 - Private Call Description Private Call is a selective calling feature that allows a dispatcher or radio user to carry on one-to-one conversation that is only heard by the 2 parties involved. Subscriber units receiving a private call will sound an alert tone. As with other types of calls, Private Calls can take place from anywhere in the system. Setup Three radios are required to perform this test (Radios 1, 2 and 3). This test requires each radio to be affiliated at different sites throughout the system. Initially verify that all radios have the identical talkgroup selected. Step 1. While the system is in wide area operation, verify that all radios are affiliated as described above. Step 2. Using Radio 1, press the Private Call button. Step 3. Enter the unit ID of Radio 2 with the keypad, or scroll to the location where this ID is stored. Step 4. Press the PTT to initiate the call. Step 5. Verify that tones are heard at Radio 2 and that it's display indicates that a call has been received. Step 6. Answer the call at Radio 2 by pressing the Private Call button. Verify its display shows the ID number of the calling unit. Step 7. Press the PTT switch on Radio 2 and respond to the call. Note - If you do not press the Private Call button before pressing PTT, your audio will be heard by all members of the talkgroup, and not by the radio initiating the Private Call. Step 8. Verify Radio 1 hears the audio from Radio 2 but Radio 3 does not. Step 9. End the Private Call and return to normal talkgroup operation. 41) MOTOROLA intelligence everywhere" Page 7A - 7 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan TRUNKING TESTS Test 5 - Call Alert Description Call Alert is a tone page that allows a user to selectively alert another radio unit. The initiating radio will receive notification from the trunked system as to whether or not the page was received by the target radio. Units receiving a Call Alert will sound an alert tone. As with other types of calls, Call Alerts can take place from anywhere in the system. Setup Three radios are required to perform this test (Radios 1, 2 and 3). This test requires each radio to be affiliated to a different site in the system. Initially verify that all radios have unique talkgroups selected. Test Step 1. While the system is in wide area operation, verify that all radios are affiliated as described above. Step 2. Using Radio 1, press the page button. Step 3. Enter the unit ID of Radio 2 with the keypad, or scroll to the location where this ID is stored. Step 4. Verify that Radio 2 user receives an audible and visual indication of an incoming Call Alert was sent but Radio 3 does not. Step 5. Verify Radio 1 gets an audible indication that the Call Alert was successfully received at the target radio. Step 6. Turn off Radio 2. Send a Call Alert from Radio 1 to Radio 2. Step 7. Verify Radio 1 does not gets an audible indication that the Call Alert was successfully received at the target radio. 1 MOTOROLA intelligence everywhere" Page 7A - 8 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan TRUNKING TESTS Test 6 - Emergency Alarm/Call Description Users in life threatening situations can use the Emergency button on the radio to immediately send a signal to the dispatcher and be assigned the next available voice channel. The first available channel is assigned and held by the emergency talkgroup. An Emergency Call assignment can be set to either Top of Queue (waits for a channel to become available) or Ruthless Preemption (forces another call to be de -assigned) operation. Setup Four radios are required to perform this test (Radios 1, 2, 3 and 4). This test requires Radios 1, 3 and 4 to be affiliated to the same site and Radio 2 to be affiliated to any other site in the system. Initially verify that Radios 1 and 2 have the identical Talkgroup A selected, Radio 3 is on a unique Talkgroup B, and Radio 4 is on a unique Talkgroup C. The emergency type for Talkgroup A must be set up through the User Configuration Manager (UCM) for either Top of Queue or Ruthless Preemption. Test Step 1. While the system is in wide area operation, verify that all radios are affiliated as described above. Step 2. Busy all channels at the site to which Radios 1, 3 and 4 are affiliated with the exception of the control channel and one voice channel (will be the same channel for IR sites with Voice on Control). If the Emergency type is Top of Queue then: Step 3. Key Radio 3 and hold the PTT switch until instructed to release. Step 4. Key Radio 4 and verify the radio receives a busy tone. Release the PTT switch on Radio 4. Step 5. Using Radio 1 send an Emergency Call by depressing the emergency switch and then the PTT switch. Step 6. Observe that Radio 1 cannot transmit due to the voice channel being busy but the Emergency Alarm is displayed at a console position monitoring TG A. Step 7. Release the PTT switch on Radio 3. Step 8. Observe that Radio 1 receives the call back before Radio 4 and is able to proceed with the call. Step 9. Observe that Radio 2 denotes an emergency and the unit ID of Radio 1 in the digital mode. Note: Radios must be properly =lipped to display unit ID. 41111 MOTOROLA intelligence everywhere' Page 7A - 9 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Step 10. Dekey Radio 1 and end the Emergency Call by holding down the Emergency button on Radio 1 until an alert tone sounds. Verify Radio 1 returns to normal operation and that Radio 4 receives a callback. If the Emergency type is Ruthless Preemption for Talkgroup A then: Step 11. Press the PTT to initiate a call with Radio 3 and hold the PTT switch until instructed to release. Step 12. Key Radio 4 and verify the radio receives a busy tone. Release the PTT switch on Radio 4. Step 13. Using Radio 1 send an Emergency Call by depressing the emergency switch and then the PTT switch. Step 14. Observe that Radio 1 is granted the channel immediately and the talkgroup call is dropped for Radio 3. An Emergency Alarm is displayed at a console position monitoring TG A Note — While the talkgroup call is dropped, Radio 3 will continue to transmit on the voice channel. Radios 1 and 3 will both be on the same frequency and RF contention will occur. Step 15. De -key Radio 3 and verify that the TG B call is transmission trunked and RF contention no longer occurs. Step 16. End the Emergency Call by holding down the Emergency button on Radio 1 until an alert tone sounds. Verify Radio 1 returns to normal operation and that Radio 4 receives a callback. 41) MOTOROLA intelligence everywhere Page 7A - 10 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan TRUNKING TESTS Test 7- Busy Queuing and Callback with Ten Talkgroup Priority Levels Description If no voice channel resources are available, radios requesting channels for new conversations are placed in a queue. Users of the same priority will move through the queue in a FIFO (first in, first out) sequence; however, users of higher priority will be inserted ahead of lower priority users in queue. When a voice channel becomes available, the radio at the top of the busy queue gets a channel assignment and generates a callback tone. The callback tone alerts the user that a channel assignment was made and transmitting is now possible on the selected talkgroup. Note — An Emergency Call has the highest priority at level 1. 2 is the highest assignable priority and 10 (default priority level) is the lowest. Setup Six radios are required to perform this test (Radios 1, 2, 3, 4, 5 and 6). This test requires Radios 1, 2 and 3 to be affiliated to one site and Radios 4, 5 and 6 to be affiliated to any other site . Set Radios 1 and 4 to Talkgroup A. Set Radios 2 and 5 to Talkgroup B. Set Radios 3 and 6 to Talkgroup C. The Dispatch Priority level for Talkgroups A and C should be the default level of 10. Set the Dispatch Priority level of Talkgroup B to 9 through the User Configuration Manager. The busy condition is created by disabling all channels except the control channel and one voice channel (will be the same channel for IR sites with Voice on Control) at the site to which Radios 1, 2 and 3 are affiliated. All radios must have Busy Over -ride set to Disabled in the Zone Configuration Manager. Test Step 1. While the system is in wide area operation, verify that all radios are affiliated as described above. Step 2. Initiate a Talkgroup Call with Radio 1 and observe that it is received by Radio 4. Keep this call in progress until instructed to end the call. Step 3. Key Radio 3 and observe that the radio receives a busy. Step 4. Key Radio 2 and observe that the radio receives a busy. Step 5. End the Talkgroup Call established in step 2. Step 6. Observe Radio 2 receives the first callback and can make a call to Radio 5 upon receipt of the callback indication. Step 7. End the call between Radio 2 and Radio 5. MOTOROLA intelligence everywhere' Page 7A - 11 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Step 8. Observe Radio 3 now receives a callback and can make a call to Radio 6 upon receipt of the callback indication. Step 9. Return all the channels in the system to service. TRUNKING TESTS Test 8 - Priority Monitor Description The Talkgroup Scan feature enables a subscriber radio unit to automatically monitor specific Talkgroups pre-programmed into the radio for any activity. The radio "listens" on the control channel to see if there is a voice channel assigned for one of the Talkgroups in its scan list. If there is, it will go to the assigned voice channel and monitor the call. A Talkgroup can be assigned a Priority and Non -Priority designation. The scanning Radio will stop monitoring one Talkgroup call and join another if the new Talkgroup call has the higher priority. Note that the radio will scan for Talkgroups only at the site it is affiliated with. Test 8A - Non -Priority Scan Setup Four radios are required to perform this test (Radios 1, 2, 3, and 4). This test requires Radios 1 and 2 to be affiliated to same site and Radios 3 and 4 to be affiliated to any other site in the system. Radio 1 will be set to the scan mode of operation and programmed to scan all Talkgroups. Set Radio 1 to Talkgroup A, Radios 2 and 3 to Talkgroup B and Radio 4 to Talkgroup C. Test Step 1. While the system is in wide area operation, verify that all radios are affiliated as described above. Step 2. Initiate a Talkgroup Call with Radio 3. Verify that Radio 2 hears the call and that Radio 1 scans to the talkgroup and receives the call. Step 3. Dekey Radio 3. Step 4. Initiate a Talkgroup Call with Radio 4 and verify that Radio 1 does not receive the call. There are no Radios at that site affiliated with TG C so no site resources are allocated to the call. MOTOROLA intelligence everywhen Page7A- 12 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Test 8B - Priority Scan Setup Five radios are required to perform this test (Radios 1, 2, 3, 4 and 5). This test requires Radios 1, 2 and 3 to be affiliated to same site in the system and Radios 4 and 5 to be affiliated to any other site in the system. Radio 1 is set to Talkgroup A and the scan mode of operation is enabled. Set radios 2 and 4 to Talkgroup B. Set Radios 3 and 5 to Talkgroup C. Designate Talkgroup B as a it Priority Monitor in the User Configuration Manager. Set up a scan list in Radio 1 with all Talkgroups and with Talkgroup B as a Priority Talkgroup. Test Step 1. While the system is in wide area operation, verify that all radios are affiliated as described above. Step 2. Initiate a Talkgroup Call with Radio 5 and keep keyed until the end of the procedure. Step 3. Verify that Radio 3 hears the audio from Radio 5. Verify that Radio 1 scans to Talkgroup C and also hears the audio from Radio 5. Step 4. Initiate a Talkgroup Call with Radio 4. Step 5. Verify Radio 2 hears the audio from Radio 4. Verify that Radio 1 stops listening to Radio 3 and scans to Talkgroup B to listen to Radio 4. Step 6. Dekey Radios 4 and 5. 0 MOTOROLA intelligence everywhere" Page 7A - 13 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan TRUNKING TESTS Test 9 - Automatic retry Description Automatic retry is a feature to ensure system access and eliminate the need for a radio user to rekey or remain keyed in an effort to gain a channel. When the radio operator presses the PTT, the radio sends a burst of data to the system central controller via the control channel to request a voice channel. To ensure that the request gets through in the event of weak signal levels or interference, the radio will automatically continue to send a channel request until the request is acknowledged by the central controller or until approximately 4 seconds has passed. Automatic retries are random to minimize contention on the control channel. Setup One radio is required with the antenna removed. Test Step 1. Key the radio. Step 2. Verify the transmit indicator on the radio flashes for approximately 4 seconds as the radio retries the PTT request. Step 3. Rekey the radio and re -attach the antenna. Step 4. Verify the radio gets a callback. MOTOROLA intelligence everywhere" Page 7A - 14 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan TRUNKING TESTS Test 11- Continuous Assignment Updating Description When a talkgroup is assigned a voice channel, the site controller continues to transmit the channel assignment on the control channel for the duration of the talkgroup call. Radios coming into use on the system are automatically sent to voice channels with conversations in progress involving their selected talkgroups. Setup Three radios are required to perform this test (Radios 1, 2 and 3). This test does not require any specific site affiliations for the radios under test. Initially verify that all radios have the identical talkgroup selected. Test Step 1. Turn OFF one of the radios in the talkgroup or switch it to another talkgroup. Step 2. Initiate a Talkgroup Call using another radio in the talkgroup. Step 3. While the Talkgroup Call is in progress, the radio from step 1 is either turned ON or set back to the proper talkgroup. Step 4. Observe that the radio, which was just brought back into service, joins the Talkgroup Call already in progress. 0 MOTOROLA intelligence everywhere` Page 7A - 15 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan TRUNKING TESTS Test 12 - Site Access Control Description Note: The term "site" refers to an SmartZone controller site. In this case the City of Miami Beach Simulcast system is considered a "site" of the SmartZone controller. The User Configuration Manager can be used to limit radio or talkgroup access to selected valid sites. User Configuration Manager flags establish which sites are valid for each individual radio user, talkgroup, and multigroup. An overall Site Access Denial flag for the system governs how these radio and talkgroup settings affect the affiliation or rejection of radios to individual sites. Four possible values for the Site Access Denial flag exist: Individual Only, Talkgroup Only, Either, or Both. Descriptions of these four selections follow: "Individual Only" Site Access Denial dictates that a radio will not be allowed to affiliate to a particular site if the radio user does not have access to that site. If the Site Access Denial flag is set to "Individual Only", the talkgroup record for valid sites is not used in the determination of actual site affiliation permissions. "Talkgroup (TG) Only " Site Access Denial dictates that a radio will not be allowed to affiliate to a particular site if its affiliated talkgroup does not have access to that site. In this case, the individual radio user setting for valid sites is not used in the determination of actual site affiliation permissions. "Either" Site Access Denial indicates that a radio will not be allowed to affiliate to a site if either the radio user or affiliated talkgroup does not have access to that site. "Both" Site Access Denial indicates that a radio will not be allowed to affiliate to a site only if both the radio user and affiliated talkgroup do not have access to the site. 41) MOTOROLA intelligence everywhere Page 7A - 16 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Test 12A "Individual Only" Site Access Denial Setup Two radios are required to perform this test (Radios 1 and 2). Both radios have Talkgroup A selected. With Radio 1 and 2 affiliated at Site 1, set the System Site Access Denial Flag to Individual Only via the User configuration Manager (UCM). Step 1. Initiate a TG A call from Radio 1. Verify that Radio 1 is allowed to make the TG A call and Radio 2 is monitoring the call. Step 2. Set Site 1 to be a non -valid site for TG A through the UCM. Step 3. Verify that Radio 1 is still allowed to affiliate to Site 1 and make the TG A call since the individual Radio user record determines site access. Step 4. Initiate a Private Call from Radio 1 to Radio 2. Verify that the Private Call occurs since Radio 1 and Radio 2 are valid at Site 1. Step 5. Set Site 1 to be a non -valid site for Radio 2 through the UCM. Step 6. Verify that Radio 2 can no longer affiliate to Site 1 and therefore cannot make talkgroup calls since the individual Radio user record determines site access. 40 MOTOROLA intelligence everywhere' Page 7A - 17 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Test 12B "Talkgroup Only" Site Access Denial Setup Two radios are required to perform this test (Radios 1 and 2). Both radios have Talkgroup A initially selected. Set the System Site Access Denial Flag to Talkgroun Only via the User configuration Manager (UCM). Step 1. Initiate a TG A call from Radio 1. Verify that Radio 1 is allowed to make the TG A call and Radio 2 is monitoring the call. Step 2. Set Site 1 to be a non -valid site for TG A through the UCM. Step 3. Verify that Radio 1 is not allowed to make the TG A call since the talkgroup record determines site access. Step 4. Initiate a Private Call from Radio 1 to Radio 2. Verify that the Private Call occurs since Radio 1 and Radio 2 are valid at Site 1. Step 5. Switch Both Radio 1 and Radio 2 to TG B. Step 6. Verify the TG B is possible since TGB is valid at Site 1. 0 MOTOROLA intelligence everywhere" Page7A- 18 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Test 12C "Either" Site Access Denial Setup Two radios are required to perform this test (Radios 1 and 2). Both radios have Talkgroup A initially selected. Set the System Site Access Denial Flag to Either via the User configuration Manager (UCM). Step 1. Set Site 1 to be a non -valid site for Radio 1 through the UCM. Set Site 1 to be a valid site for TG A through the UCM. Step 2. Select TG A on Radio 1. Step 3. Verify that Radio 1 cannot make the TG A call since Site 1 is a non -valid site for Radio 1 and the access is set for "either". Step 4. Set Site 1 to be a valid site for Radio 1 through the UCM. Set Site 1 to be a non- valid site for TG A through the UCM. These are the opposite settings of Step 1. Step 5. Verify that Radio 1 still cannot make the TG A call since Site 1 is a non -valid site for TG A and the access is set for "either". Step 6. Set Site 1 to be a valid site for Radios 1 and Radio 2 through the UCM. Set Site 1 to be a valid site for TG A through the UCM. Step 7. Verify Both Radio 1 and Radio 2 are set to TG A. Step 8. Verify that Radio 1 and Radio 2 can make the TG A call since both Radios 1 and Radio 2 and TG A are valid in Site 1. .MOTOROLA intelligence everywherf Page 7A - 19 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Test 12D "Both" Site Access Denial Setup Two radios are required to perform this -test (Radios 1 and 2). Both radios have Talkgroup A initially selected. Set the System Site Access Denial Flag to Both via the User configuration Manager (UCM). Step 1. Set Site 1 to be a non -valid site for Radio 1 through the UCM. Set Site 1 to be a valid site for TG A through the UCM. Step 2. Select TG A on Radio 1. Step 3. Verify that Radio 1 can make the TG A call since Site 1 is a valid site for TG A and the access is set for "both". Step 4. Set Site 1 to be a valid site for Radio 1 through the UCM. Set Site 1 to be a non- valid site for TG A through the UCM. These are the opposite settings of Step 1. Step 5. Verify that Radio 1 can still make the TG A call since Site 1 is a valid site for Radio 1 and the access is set for "both". Step 6. Set Site 1 to be a non -valid site for Radios 1 and Radio 2 through the UCM. Set Site 1 to be non -valid site for TG A through the UCM. Step 7. Verify both Radio 1 and Radio 2 are set to TG A. Step 8. Verify that Radio 1 and Radio 2 cannot make the TG A call since both Radios 1 and Radio 2 are not valid in Site 1, and TG B is non -valid in Site 1 and the access is set for "both". MOTOROLA intelligence everywhere` Page 7A - 20 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan TRUNKING TESTS Test 15 - Audio Interrupt Description A radio PTT request may be received for a group already active and currently being sourced by another radio unit. The Talkgroup can be flagged in the UCM to either allow or disallow the new PTT. If allowed, the latest PTT request will be granted and become the source of the call. If both Radios are at the same RF site, RF contention may prevent either call from working. Setup Three radios are required to perform this test (Radios 1, 2 and 3) and they are to be affiliated to Talkgroup A. Test Talkgroup Call For Never Interrupt Mode Step 1. Verify the system is in wide area operation. Step 2. Set up Talkgroup A for "Never" Interrupt audio mode through the UCM. Step 3. Using Radio 1, initiate a call on Talkgroup A. Step 4. Verify both Radio 2 and 3 monitor the audio. Step 5. Using Radio 3, initiate a call on Talkgroup A. Step 6. Verify that Radio 2 continues to listen to Radio 1 and Radio 3 gets a rejection tone. Step 7. De -key both Radios. MOTOROLA intelligence everywhere Page 7A - 21 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan TRUNKING TESTS Test 16 - Recent User Priority Description This test verifies that a recent user of the channel has priority over other users of equal priority of being assigned a channel when a busy queue exists. The maximum number of consecutive times that a user may be elevated to recent user priority is two. Setup Four radios are required to perform this test (Radios 1, 2, 3 and 4). This test requires Radios 1, 2 and 3 to be affiliated to the same site in any Zone and Radio 4 to be affiliated to any site in any Zone in the system. Initially Radios 1 and 4 are selected to Talkgroup A, Radio 2 is selected to Talkgroup B and Radio 3 is selected to Talkgroup C. Ensure that the priority level for all talkgroups is the same. Busy all channels at the site where Radios 1, 2 and 3 are affiliated with the exception of the control channel and one voice channel (will be the same channel for IR sites with Voice on Control). Test Step 1. While the system is in wide area operation, verify the site affiliations and talkgroup selections as described above. Step 2. Depress and hold the PTT switch of Radio 1. Step 3. Depress and hold the PTT switch on Radio 2 and then depress and hold the PTT switch on Radio 3. Verify that both radios receive a busy tone. Step 4. Release the PTT switches on Radios 2 and 3. Step 5. Release the PTT switch on Radio 1. Step 6. Depress and hold the PTT switch on Radio 2 after it receives a callback tone. Step 7. Within 2 seconds of callback, re -key Radio 1. Verify that Radio 1 receives a busy tone. Step 8. Release the PTT switch on Radio 1. Step 9. Release the PTT switch on Radio 2. Verify that Radio 1 receives a callback tone before Radio 3. Step 10. Repeat steps 2-9. Verify that the priority of Radio 1 is once more elevated in the busy queue. Step 11. Repeat steps 2-9 once more. Verify that in step 9 that Radio 3 receives the callback tone since Radio 1 cannot be elevated in the busy queue more than two consecutive times. 0 MOTOROLA intelligence everywhere' Page 7A - 22 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan CONSOLE TESTS Test 1- Talkgroup Selection and Call Description The talkgroup call is the primary level of organization for communications on a trunked radio system. Dispatchers with talkgroup call capability will be able to communicate with other members of the same talkgroup. This provides the effect of an assigned channel down to the talkgroup level. When a talkgroup call is initiated from a subscriber unit, the call is indicated on each dispatch operator position that has a channel control resource associated with the unit's channel/talkgroup. A system may be equipped with infrastructure capable of processing a digital or analog talkgroup call. Setup Four radios, each capable of performing calls on two unique talkgroups, are required to perform this test (Radios 1, 2, 3 and 4). This test requires Radios 1 and 2 to be affiliated on the same site and Radios 3 and 4 to be affiliated to another site. Set Radios 1 and 3 on Talkgroup A and radios 2 and 4 on Talkgroup B. Test Step 1 While the system is in wide area operation, verify that radios are affiliated as described above. Step 2. Initiate a wide area call from any operator position on Talkgroup A. Step 3. Observe that Radios 1 and 3 will be able to monitor and respond to the call. Step 4. Observe that all Consoles with a Talkgroup A CCW can monitor both sides of the conversation. Step 5. Initiate a wide area call from any operator position on Talkgroup B. Step 6. Observe that Radios 2 and 4 will be able to monitor and respond to the call. Step 7. Observe that all Consoles with a Talkgroup B CCW can monitor both sides of the conversation. 0 MOTOROLA intelligence everywhere" Page 7A - 23 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan CONSOLE TESTS Test 2 - Console ASTRO Secure Talkgroup CaII Description Digital encryption is used to scramble a transmission so only properly equipped radios can monitor the conversation. A "Key" is used to encrypt the transmit audio. Only radios and Consoles/DIUs with the same "Key" can decrypt the audio and listen to it. Setup Four radios, each capable of performing ASTRO secure calls on secure console Talkgroups, are required to perform this test (Radios 1, 2, 3 and 4). Set all radios to monitor Talkgroup A. Load identical keys into the DIUs and into Radios 1 and 3. Load no keys into Radios 2 and 4. Test Step 1. While the system is in wide area operation, verify that radios are affiliated as described above and all radios are in the non -secure -mode. Step 2. Initiate a wide area clear call from a operator position with Talkgroup A. Step 3. Observe that all radios will be able to monitor and respond to the call. Step 4. Initiate a wide area secure call from the operator position of the console on Talkgroup A. Step 5. Observe that only Radios 1 and 3 will be able to monitor and respond to the call. Step 6. If the radios equipped with dual algorithm encryption modules, select a talk group using the second algorithm and repeat steps 4-5. 0 MOTOROLA intelligence everywhere" Page 7A - 24 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan CONSOLE TESTS Test 3 - Multigroup Call Description This trunking feature allows an equipped console operator position to transmit an announcement to several different talkgroups simultaneously. As with talkgroup calls, multigroup calls operate across sites as well as within the same site. Setup Four radios are required to perform this test (Radios 1, 2, 3 and 4). Set Radios 1,2 and 3 to talkgroups that are valid members of the multigroup. Set Radio 4 to a talkgroup that is not a member of the multigroup. Test Step 1. While the system is in wide area operation, verify that all radios are affiliated as described above and selected to the proper talkgroups. Step 2 Select an operator position at the console containing the multigroup tile, which corresponds to the talkgroups, selected on the radios. Step 3. Select the multigroup tile. Step 4. Ensure that the talkgroups selected on all radios are members of the same multigroup that is selected at the operator position. Step 5. Initiate a Multigroup Call from the operator position. Step 6. Observe that all radios but Radio 4 receive the Multigroup Call. Step 7. Using one of the radios, answer the Multigroup Call and observe the consoles receives the response. Note - If the call is answered within the hang time, the console will receive the call on the multigroup tile; otherwise the console will receive the call on the tile associated with the radio's selected talkgroup. saaroROLA intelligence everywhere' Page 7A - 25 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan CONSOLE TESTS Test 4 - Trunking Patch Description Talkgroup merge allows a dispatcher to merge several talkgroups together on one voice channel to participate in a single conversation. Using the Patch feature, the console operator can allow the members of a talkgroup to talk or listen to members of other talkgroups. Patched talkgroups can communicate with the console dispatcher and other members of different talkgroups because of the "supergroup" nature of the Patch feature. Setup Four radios are required to perform this test (Radios 1, 2, 3 and 4). Initially, Radios 1 and 3 are selected to Talkgroup A and Radios 2 and 4 are selected to Talkgroup B. Test Step 1 While the system is in wide area operation, verify that all radios are affiliated and selected to a talkgroup as described above. Step 2. Select an operator position for testing that has resources for Talkgroups A and B. Step 3. At the desired operator position select one of the Patch tabs in the Patch/Multi- Select window. Step 4. Click the button on the patch that allows an operator to setup and edit a patch (note patch window turns blue). Step 5. Add all the talkgroups to the patch that were selected on the radios above in the setup procedure by selecting each resource tile. Step 6. Once all talkgroups are added, click the patch setup button again to complete the patch setup. Step 7. Initiate several Talkgroup Calls between radios. Step 8. Observe that all radios are able to communicate with one another. Also via Zone Watch observe that at both sites only one RF resource is assigned at the site where Radios 1 and 2 are affiliated. Step 9. Initiate a call from the operator position using the Patch Transmit and observe that all radios are able to receive the call. Step 10. Remove all talkgroups from the patch. MOTOROLA intelligence everywhere* Page 7A - 26 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan CONSOLE TESTS Test 5- Multi-Select/APB Description Talkgroup merge allows a dispatcher to merge several talkgroups together on one voice channel to participate in a single conversation. This can be used for announcements to two or more channels/talkgroups for general broadcast purposes. One of the types of talkgroup merge available is Multi -Select. Using the Multi -Select feature, the console operator can talk and listen to all of the selected talkgroups grouped; however, the members of the individual talkgroups cannot talk or listen to members of other talkgroups. Multi -selected talkgroups still only communicate with the console dispatcher and other members in the same talkgroup. A predefined multi -select configuration can be saved by the console operator as an All Points Bulletin (APB) for quick broadcast -type transmissions by the dispatcher. Setup Four radios are required to perform this test (Radios 1, 2, 3 and 4). Each radio should be set to different talkgroups A, B, C, D. Test Step 1. While the system is in wide area operation, verify that all radios are affiliated as described and note the talkgroup selections on each radio. Step 2. Select an operator position for testing at the console location, which corresponds to the talkgroups, selected on the radios. Step 3. At the desired operator position select one of the Multi -Select tabs in the Patch/Multi-Select window. Step 4. Click the button on the Multi -Select that allows an operator to setup and edit a multiselect (note patch window turns green). Step 5. Add all the talkgroups (A, B, C, D) to the Multi -Select that were selected on the radios above in the setup procedure by selecting each resource tile. Step 6. Once all talkgroups are added, click the Multi -Select Setup button again to complete the Multi -Select setup. Step 7. Initiate a call from the operator position using the APB Transmit and observe that all radios are able to receive the call. Also via Zone Watch, verify that only one RF resource is assigned at a site where multiple radios are affiliated. Step 8. Remove all talkgroups (A, B, C, D) from the Multi -Select. 41;) MOTOROLA intelligence everywhere" Page 7A - 27 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan CONSOLE TESTS Test 6 - Console Initiated Private Call Description Private Conversation is a selective calling feature which allows a dispatcher or radio user to carry on one-to-one conversation that is heard only by the two parties involved. Subscriber units receiving a private call will sound an alert tone. As with other call types, Private Calls operate across sites as well as within the same site. Setup One radio, is required to perform this test (Radios 1). The radio may be set to any talkgroup. Radio 1 can be affiliated onto a site anywhere in the system. Tes Step 1. Verify the system is in wide area operation. Step 2. Select an operator position for testing at either console location. Step 3. Select the "PRIVATE -CALL" tile. Step 4. Click the button on the tile that provides the Private Call function. Step 5. Select the numeric keypad. Step 6. Using the displayed keypad enter the unit ID to be Private Called. Step 7. Click the Send button. Step 8. Answer the Private Call with the radio as done during the trunking test and respond to the console. Step 9. After completing the Private Call, return to the normal talkgroup mode. 0 MOTOROLA intelligence everywhere" Page 7A - 28 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan CONSOLE TESTS Test 7- Emergency Alarm And CaII Display Description Users in life threatening situations can use the emergency button on the radio to send an audible and visual alarm signal to a console operator in order to request immediate system access to a voice channel for an emergency call. The emergency alarm is displayed at console operator positions as well as at the Dispatcher. An emergency alarm begins after the radio user presses the radio's emergency button. Pressing the emergency button places the radio in "emergency mode". To begin an emergency call, the radio user must press the radio's PTT button while in "emergency mode." The assigned voice channel will be dedicated to the emergency caller's talkgroup for an extended period of time, equal to the Message Hang Time plus the Emergency Hang Time. As with other call types, emergency calls can operate across sites as well as within the same site. Setup One radio is required to perform this test (Radio 1). Radio 1 to be affiliated to any site and set Radio to Talkgroup A. Test Step 1. While the system is in wide area operation, verify that radios are affiliated as described above. Step 2. Select an operator position in the zone where Radio 1 is affiliated for the test. Step 3. Initiate an Emergency Alarm from radio 1. Step 4. Observe the Emergency from Radio 1 is received at the operator position for Talkgroup A. Step 5. Acknowledge the Emergency at the operator position. Step 6. Initiate an Emergency call to the operator position with Radio 1 and reply to the radio with the operator position. Observe that the call takes place. Step 7. Clear the Emergency from the console on Talkgroup A. Step 8. Reset Radio 1 by holding the Emergency button on the radio. 0 MOTOROLA intelligence everywhere' Page 7A - 29 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan CONSOLE TESTS Test 8 - Console Priority Description Console operator positions have ultimate control of transmitted audio on an assigned voice channel resource. The console position possesses the capability to take control of an assigned voice channel for a talkgroup call so that the operator's audio overrides any subscriber audio. Console priority is a feature that enables dispatchers to gain immediate access to an assigned voice channel so that a central point of audio control exists. Setup Two radios are required to perform this test (radios 1 and 2). This test requires no specific site affiliation of the radios. Set both Radios 1 and 2 to Talkgroup A. Test Step 1. Verify that Radios 1 and 2 are setup as described above. Step 2. Initiate a Talkgroup call from Radio 1 on Talkgroup A. Step 3. Observe that the call is received by Radio 2. Step 4. While the call is in progress key up any operator position at the console on Talkgroup A. Step 5. Observe that Radio 2 is now receiving audio from the operator position. Step 6. De -key the operator position. Step 7. Verify Radio 1 audio is now received by Radio 2. MOTOROLA intelligence everywhere' Page 7A - 30 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan CONSOLE TESTS Test 9 - PTT Unit ID/Alias Display Description Console operator positions contain various resources such as talkgroup, multigroup, Private Call which enable the operator to communicate with the subscriber units. If activity occurs on one of these operator position resources, the unit ID or associated alias of the initiating radio appears at the console resource. Default operation for the system is to display unit IDs at the console operator resource, but pre -defined aliases can be substituted for each unit ID. Setup Two radios are required to perform this test (Radios I and 2). Set both radios to Talkgroup A. Test Step 1. While the system is in wide area operation, verify that all radios are affiliated as described above. Step 2, Select Talkgroup A on any operator position with that Talkgroup. Step 3. Initiate a call from Radio 1 and observe that the portable ID or alias is seen at both consoles in the list in the resource window as well as in the Activity Log window. Note — If the alias for the radio has been downloaded from the User Configuration Manager (UCM) to the console, the alias will be displayed in place of the unit ID. Step 4. Repeat step 3 using Radio 2. 0 MOTOROLA intelligence everywhere Page 7A - 31 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan CONSOLE TESTS Test 10 - Alert Tones Description To send alert tones from a console operator position, the dispatcher must depress one of three alert switches which sends an alert tone over a selected channel/talkgroup resource. Three distinct alert tones can be transmitted which might alert members of a talkgroup to a particular event or signify to radio users that special instructions are to follow. The three alert tones available at the console operator position are: Alert 1 - Constant 1 kHz Tone, Alert 2 - Two Alternating Tones and Alert 3 - Chopped 1 kHz Tone. Setup Two radios are required to perform this test (Radios 1 and 2). Set both radios to Talkgroup A. Test Step 1. While the system is in wide area operation, verify that all radios are affiliated as described above. Step 2. Select Talkgroup A on any console position and depress an Alert Tone switch for 5 seconds. Step 3. Verify that both radios hear the alert tone. Step 4. Repeat steps 2-3 for the other alert. .MOTOROLA intelligence everywhere` Page 7A - 32 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan CONSOLE TESTS Test 11- Remote Monitor Description Remote Monitor from Console is a call type in which the console operator can select and remotely key a subscriber unit. This allows the dispatcher to monitor the transmit audio remotely and without detection. This feature is useful in situations where the subscriber unit has been stolen, or there is a need to determine if the radio user is incapacitated and cannot activate a PTT (i.e. an officer has been injured or is under duress). The radio being monitored will not show any sign of being keyed up. Remote Monitor can only be done as an analog transmission from the radio. Setup Two radios are required to perform this test (Radios 1 and 2). Set both radios to Talkgroup A. Test Step 1. While the system is in wide area operation, verify that all radios are affiliated as described above. Step 2. Put Radio 1 into Remote Monitor via the Remote Monitor tile on the Elite Console. Step 3. Verify that Radio 1 keys up without any transmit indication. Step 4. Verify any audio is heard by Radio 2 and the Console operator. Step 5. Wait 30 seconds and verify that Radio 1 dekeys. 410 MOTOROLA intelligence everywhere Page 7A - 33 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SITE TRUNKING TESTS Test 1 - Site Trunking Talkgroup Call Description When a Site goes into Site Trunking, radios with Talkgroup call capability will be able to communicate with other members of the same Talkgroup at that same site. Members of the same Talkgroup at other sites will not be able to monitor those conversations. It will be performed in ASTRO Digital or Analog modes, as appropriate. Setup Four radios, each capable of performing calls on two unique talkgroups, are required to perform this test (Radios 1, 2, 3, 4). Set Radios 1 and 2 to Talkgroup A, and Radios 3, and 4 to Talkgroup B. Test Step 1. Verify that the radios are setup as described above. Step 2. Place Site 1 into the Site Trunking mode via the Manager. Step 3. Initiate a Talkgroup Call with Radio 1 in Talkgroup A. Step 4. Observe that only Radio 2 will be able to monitor and respond to the call. Step 5. Initiate a Talkgroup Call with Radio 3 in Talkgroup B. Step 6. Observe that only Radio 4 will be able to monitor and respond to the call. 0 MOTOROLA intelligence everywhere' Page 7A - 34 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SITE TRUNKING TESTS Test 2 - Site Trunking Private Call Description Private Calls is a selective calling feature that allows a dispatcher or radio user to carry on one-to-one conversation that is only heard by the 2 parties involved. When a site is in Site Trunking, Radios at the site will only be able to Private Call other radios at the same site. Setup Two radios are required to perform this test (Radios 1, and 2). Talkgroup settings are not critical for this test. Test Step 1. Verify the system is in the Site Trunking mode. Step 2. Using Radio 1, press the Private Call button. Step 3. Enter the Unit ID of Radio 2 with the keypad, or scroll to the location where this ID is stored. Step 4. Press the PTT to initiate the call. Step 5. Verify that at Radio 2 only tones are heard and the display indicates that a call has been received. Step 6. Answer the call at Radio 2 by pressing the Private Call button. Verify its display shows the ID number of the calling unit. Step 7. Press the PTT switch on Radio 2 and respond to the call. Note - If you do not press the Private Call button before pressing PTT, your audio will be heard by all members of the talkgroup, and not by the radio initiating the Private Call. Step 8. Verify only Radio 1 hears the audio from Radio 2. Step 9. End the Private Call and return to normal talkgroup operation. 1/107NOROILA intelligence everywhere' Page 7A - 35 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SITE TRUNKING TESTS Test 3 - Site Trunking Call Alert Description Call Alert is a tone page that allows a user to selectively alert another radio unit. When a site is in Site Trunking, Radios at the site will only be able to Call Alert other radios at the same site. The initiating radio will receive notification from the trunked system as to whether or not the page was received by the target radio. Setup Two radios are required to perform this test (Radios 1, and 2). Talkgroup settings are not critical for this test. Test Step 1. Verify the system is in the Site Trunking mode. Step 2. Place the site to which the radios are affiliated into the Site Trunking mode via the Manager. Step 3. Using Radio 1, press the Alert button. Step 4. Enter the Unit ID of Radio 2 with the keypad, or scroll to the location where this ID is stored. Step 5. Press the PTT to initiate the Call Alert. Step 6. Verify that Radio 2 received the Call Alert. Step 7. Exit the Call Alert mode and return to normal talkgroup mode. 0 MOTOROLA intelligence everywhere" Page 7A - 36 1 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SITE TRUNKING TESTS Test 4 - Site Trunking Busy Queuing and Callback Description If no voice channel resources are available, radios requesting channels for new conversations are placed in a queue. Users of the same priority will move through the queue in a FIFO (first in, first out) sequence; however, users of higher priority will be inserted ahead of lower priority users in the queue. When a voice channel becomes available, the radio at the top of the busy queue gets a channel assignment and generates a callback tone. The callback alerts the user that a channel assignment was made and transmitting is now possible on the selected talkgroup. Setup Four radios, each capable of performing calls on two unique talkgroups, are required to perform this test (Radios 1, 2, 3, 4). Set Radios 1 and 4 to Talkgroup A, and Radios 2, and 3 to Talkgroup B. Test Step 1. Verify that the radios are setup as described above and the system is in the Site Trunking mode. Step 2. Disable all channels except the control channel and one voice channel at the site to which the radios are affiliated. Step 3. Initiate a Talkgroup Call with Radio 1 and observe that it is received by Radio 4. Keep this call in progress until instructed to end the call. Step 4. Key Radio 2 and observe that the radio receives a busy. Step 5. Key Radio 3 and observe that the radio receives a busy. Step 6. End the Talkgroup Call established in step 4. Step 7. Observe that Radio 2 receives a callback prior to Radio 3 receiving a callback. Step 8. Return all channels for the site to service. 0 hircyrommit intelligence everywhere" Page 7A - 37 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SITE TRUNKING TESTS Test 5 - Site Trunking Emergency Call and Alarm Description Users in life threatening situations can use the Emergency button on the radio to be assigned the next available voice channel. The first available channel is assigned and held by the emergency talkgroup. This is demonstrated for a site in Site Trunking. Setup Four radios, each capable of performing calls on three unique talkgroups, are required to perform this test (Radios 1, 2, 3, 4). Set Radios 1 and 2 to Talkgroup A, Radio 3 to Talkgroup B, and Radio 4 to Talkgroup C. Set Emergency parameter for "Top of Queue" operation in the Manager. Test Step 1. Verify that all four radios are affiliated to the system and have the talkgroups selected as indicated above. Step 2. Verify the system is in the Site Trunking mode. Step 3. Busy all channels at the site to which the radio is affiliated with the exception of the control channel and one voice channel (will be the same channel for IR sites with Voice on Control). Step 4. Press the PTT on Radio 3 and hold the PTT switch until instructed to release. Step 5. Press the PTT on Radio 4. Verify that it gets a busy bonk and then release the PTT switch. Step 6. Using Radio 1 send an emergency call by depressing the emergency switch and then the PTT switch. Step 7. Observe that Radio 1 cannot transmit due to the voice channel being busy. Step 8. Release the PTT switch on Radio 3. Step 9. Observe that Radio 1 can now proceed with the call and Radio 2 receives the call. Step 10. Also observe that the display on Radio 2 denotes an emergency and the ID of the unit sending the emergency. Step 11. End the emergency call. Step 12. Verify that Radio 4 gets a callback. Step 13. Restore all channels to service. 0 MOTOROLA intelligence everywhere" Page 7A - 38 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SITE TRUNKING TESTS Test 6 - Site Trunking Continuous Assignment Updating Description When a talkgroup is assigned a voice channel, the channel assignment information is transmitted over the control channel for the duration of the talkgroup call. Radios coming into use on the system are automatically sent to voice channels with conversations in progress involving their selected talkgroups. This is demonstrated for a site in Site Trunking. Setup Three radios are required to perform this test (Radios 1, 2 and 3). Initially verify that all radios have the Talkgroup A selected. Test Step 1. Verify that the radios are setup as described above. Step 2. Turn OFF Radio 1 in the Talkgroup A. Step 3. Using Radio 2 initiate a Talkgroup Call on Talkgroup A. Step 4. Verify Radio 3 listens to the call on Talkgroup A. Step 5. While the call on Talkgroup A is in progress, turn on Radio 1. Step 6. Observe that Radio 1, which was just brought back into service, joins the call on Talkgroup A , already in progress. 411) MOTOROLA intelligence everywhere Page 7A - 39 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SYSTEM MANAGEMENT TESTS Test 1 - FullVision Fault Management Description FullVision is able to capture information about various failures at the system and zone level. Colors are used to distinguish various levels of fault importance to the system. Test -IA - Site Path Failure Setup No setup required. Test Step 1. Remove a T1 cable associated with the site in the system to which Radio 1 is affiliated. Step 2. Observe the appropriate traps appear on FullVision. Step 3. Observe the color for the site object turns from Green no a ) to Orange (major on FullVision. Step 4. In addition, observe that the site is now in the Site Trunking mode. Step 5. Restore the cable removed in step 1. Step 6. Observe the site returns to the Wide Area Trunking mode. Step 7. Observe the color for the site object turns back to Green (normal) on FullVision. 110 MOTOROLA intelligence everywhere" Page 7A - 40 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Test 1B - Ambassador Link Failure Setup No setup is required for this test. Note: If the link involves redundancy, the redundant link remains active while the main link is disconnected during the test. Test Step 1. Remove one of the IntraZone Ambassador boards from any Zone Controller. Step 2. Observe the appropriate alert indicating an Audio Switch slot failure appears on FullVision. Step 3. Observe the color for the associated Mux and AMB objects turns from Green (normal) to Red (Major) on FullVision. Step 4. Replace the board removed in step 1. Step 5. Observe an alert appears at the Manager and on FullVision indicating the module is restored to service. Step 6. Observe the color for the associated Mux and AMB objects turns back to Green (normal) on FullVision. MOTOROLA intelligence everywhere" Page 7A - 41 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SYSTEM MANAGEMENT TESTS Test 2 - Fault Management: Diagnostics Description Through the Zone Configuration Manager, the system user the trunking state of a site. The effects of the diagnostic are Setup Click on the Quick Status Symbol for the Zone with the appropriate Site Icon to bring up the Alarm browser. can run diagnostics that change displayed on FullVision. site to be tested. Click on the Test Step I. Through the Zone Configuration Manager, chose the City of Miami Beach "site". Step 2. Choose a "site" to be placed into Site Trunking by left clicking the mouse on the site name. Step 3. Put the "site" into Site Trunking by right clicking the mouse, selecting diagnostics and selecting "Site Trunking". Step 4. Observe that the FullVision Alarm Browser shows that the site is now in Site Trunking and is User Requested. Step 5. Place the "site" back into Wide Area Trunking by right clicking the mouse, selecting diagnostics and selecting "Wide Trunking". Step 6. Observe that the FullVision Alarm Browser now shows Wide Area Trunking. Step 7. Close the open windows. 0 MOTOROLA intelligence everywhere' Page 7A - 42 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SYSTEM MANAGEMENT TESTS Test 3 - Zone Watch Description ZoneWatch is an administration tool for monitoring radio traffic on a system. A system manager can use ZoneWatch to analyze traffic patterns for load distribution and troubleshoot radio and site problems. ZoneWatch is used to view current radio traffic activity for the system. This activity is displayed in graphical format, color -coded for easy identification of the type of activity occurring on the system. Setup Any number of radios affiliated to sites within a zone may be used for this test. The identical talkgroup will be selected on all radios. Set up the Zone Watch Window Definitions and Watch Profile though the User Configuration Manager to allow Multi -Site Scroll and Grid Display. Test Step 1. From the PC Application Launcher, select a zone folder. Step 2. From within that zone, select Zone Watch. Step 3. Select the profile created in the Setup procedure. Step 4. Initiate several calls with the radios and observe that the appropriate channel usage information is displayed. GO MOTOROLA intelligence everywhere' Page 7A - 43 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SYSTEM MANAGEMENT TESTS Test 4 - Configuration Management — Subscriber Radio User Description The User Configuration Manager controls the parameters for all radio users and dispatchers on the system. Within the Subscriber section, the Radio User Configuration Window enables the network manager to tailor the subscribers' capabilities. Multigroup, Busy Override, Secure, Call Alert, Private Call, and Telephone Interconnect are some of the features that can be enabled or disabled. The features that could be unique to the particular user are configured directly in the Radio User Configuration Window. The features that could be configured the same for a group of users are placed into records called a profiles. The network manager references the profile which contains the desired setup for these features from the Radio User Configuration Window. Note — The Radio Configuration Window must be completed before the Radio User Configuration Window because the serial number and unit ID information for each subscriber resides in the Radio Configuration Window. A profile must already exist to be referenced but can be modified later if needed. Setup Two radios are required to perform this test (Radios 1 and 2) affiliated anywhere in the system. Select Talkgroup A on both Radios. Flag both radios to be capable of Call Alert, Private Call, and Dispatch Calls. Set the "User Enabled" flag to YES for both Radios 1 and 2. Test Step 1. Initiate a TG A call from Radio 1. Verify that Radio 2 hears the Radio 1 audio. Step 2. Change the User Enabled flag to NO for Radio 1 via the Zone Configuration Manager (ZCM). Step 3. Initiate a TG A call from Radio 1. Verify that Radio 1 receives a reject upon initiating a TG A call because of the change in status of the User Enabled Flag. Step 4. Verify that Radio 2 can still initiate a TG A call. Step 5. Initiate a Private Call from Radio 2 to Radio 1. Verify that Radio 2 receives a reject when attempting to Private Call radio 1. Step 6. Verify that radio 1 receives a reject upon attempting to Private Call radio 2. Step 7. Initiate a Call Alert from Radio 2 to Radio 1. Verify that Radio 2 receives a reject when attempting to Call Alert Radio 1. Step 8. Verify that Radio 1 receives a reject upon attempting to Call Alert Radio 2. 0 MOTOROLA intelligence everywhere Page 7A - 44 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Step 9. Change the User Enabled flag back to YES for Radio 1 via the ZCM. Step 10. Initiate a TG A call from Radio 1. Verify that Radio 1 can now initiate a TG A call. Step 11. Initiate a Call Alert from Radio 1 to Radio 2. Verify that Radio 2 receives the Call Alert. Step 12. Change the Call Alert Enabled flag to NO for Radio 1 via the ZCM. Step 13. Initiate a Call Alert from Radio 2 to Radio 1. Verify that radio 2 receives a reject when attempting to Call Alert Radio 1. Step 14. Change the Call Alert Enabled flag back to YES for Radio 1 via the ZCM. Step 15. Initiate a Call Alert from Radio 2 to Radio 1. Verify that Radio 1 now receives the Call Alert. Step 16. Initiate a Private Call from Radio 1 to Radio 2. Verify that Radio 2 receives the Private Call. Step 17. Change the Private Call Enabled flag to NO for Radio 1 via the ZCM. Step 18. Initiate a Private Call from Radio 2 to Radio 1. Verify that Radio 2 receives a reject when attempting to Private Call Radio 1. Step 19. Change the Private Call Enabled flag back to YES for Radio 1 via the ZCM. Step 20. Initiate a Private Call from Radio 2 to radio 1. Verify that Radio 1 now receives the Private Call. 0 MOTOROLA intelligence everywhere - Page 7A - 45 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SYSTEM MANAGEMENT TESTS Test 5 - Configuration Management — Subscriber Talkgroup Description The User Configuration Manager controls the parameters for all radio users and dispatchers on the system. Within the Subscriber section, the Talkgroup Configuration Window enables the network manager to tailor Talkgroup capabilities. Emergency, Busy Override, Secure and Priority Monitor are some of the features that can be enabled or disabled. The features that could be unique to the particular Talkgroup are configured directly in the Talkgroup Configuration Window. The features that could be configured the same for a group of Talkgroups are placed into records called a profiles. The network manager references the profile which contains the desired setup for these features from the Talkgroup Configuration Window. Note - A profile must already exist to be referenced through the Talkgroup Configuration Window but can be modified later if needed. Setup Three radios are required to perform this test (Radios 1,2 and 3). Select Talkgroup A on all Radios. Set the "Group Enabled" flag to Yes. Set the "Audio Interrupt Mode" flag to No. Test Step 1. Initiate a TG A call from Radio 1. Verify that Radio 2 hears the Radio 1 audio. Step 2. Change the Group Enabled flag to NO for TG A via the UCM. Step 3. Initiate a TG A call from Radio 1 or Radio 2. Verify that neither radio can initiate a TG A call because of the change in status of the Group Enabled Flag. Step 4. Change the Group Enabled flag back to YES for TG A via the UCM. Step 5. Initiate a TG A call from Radio 1. Verify that Radios 2 and 3 hear the Radio 1 audio. Step 6. Key Radio 2 and verify it is not allowed to transmit. Radio 3 continues to listen to Radio 1. Step 7. Change the "Audio Interrupt" flag to yes. Step 8. Initiate a TG A call from Radio 1. Verify that Radios 2 and 3 hear the Radio 1 audio. Step 9. Key Radio 2 and verify it is now allowed to transmit and Radio 3 now listens to Radio 2. MOTOROLA intelligence everywhere" Page 7A - 46 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan REPORT GENERATION TESTS Test 1- SpectrumView Reports Description SpectrumView allows performance reports to be created automatically for dynamic statistical information about the air traffic activity on the system. These reports provide assistance with system management, resource planning, usage allocation, and monitoring. All reports are preformatted and summarize air traffic activity for a configured time span. Setup No prior setup is required for this test. Test Step 1. From the PC Application Launcher, select a zone. Step 2. From that zone's menu, choose Zone Historical Reports. Step 3. From the Historical Reports Player window that opens, select a report. Step 4. Using the left mouse button, click on the view button. Step 5. Observe a window opens allowing a user enter report parameters. Step 6. Enter all desired data for the report and Generate Report. Step 7. Observe a window appears showing the requested report. Step 8. Close the report window. Run the following reports during testing. — Talkgroup at Zone Summary — Radio User at Zone Summary — Site Summary 0 MOTOROLA intelligence everywhere" Page 7A - 47 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan REPORT GENERATION TESTS Test 2 - Zone Configuration Manager Reports: Infrastructure Description The Zone Configuration Manager report window allows the user to generate data summaries to view information from the database in a Web browser or to export the information as a file. The Zone Configuration Manager report window shows the users all of the fields that can be included in the report. By selecting which fields are wanted in the report and entering selection criteria for each field, the user can restrict the data that is retrieved. Setup No prior setup is required for this test. Test Step 1. From the PC Application Launcher, select a zone. Step 2. From that zone's menu, select Zone Configuration Manager. Step 3. Navigate through the folders on the left side to the object for which a report is to be generated. Step 4. Under the toolbar FILE pulldown menu, select Reports. Step 5. Observe a window opens allowing a user to create a report. Step 6. Enter sorting data for the report and click Generate Report. Step 7. Observe a window appears showing the requested report. Step 8. Close the report window. Run the following reports during testing: — AMB Link (Switch/AMB) — Slot (Switch/MUX) — IZ Channel (Switch/MUX) 0 MOTOROLA intelligence everywhere" Page 7A - 48 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan REPORT GENERATION TESTS Test 3 - User Configuration Manager (UCM) Reports Description The User Configuration Manager report window allows the user to generate data summaries to view information from the database in a Web browser or to export the information as a file. The User Configuration Manager report window shows the users all of the fields that can be included in the report. By selecting which fields are wanted in the report and entering selection criteria for each field, the user can restrict the data that is retrieved. Setup No prior setup is required for this test. Test Step 1. From the PC Application Launcher, select User Configuration Manager. Step 2. Click on the appropriate folder to list its contents if it is not already open. Step 3. Select the object for which a report is to be generated. Step 4. Under the toolbar FILE pulldown menu, select Reports. Step 5. Observe a window opens allowing a user to create a report. Step 6. Enter all sorting data for the report and click Generate Report. Step 7. Observe a window appears showing the requested report. Step 8. Close the report window. Reports available to an operator under the UCM User Configuration Reports section are arranged in three categories: Subscribers, Security and System Configuration. Run the following reports during testing: — Under Subscribers folder— select Radio User — Under Security — select User — Under System Configuration - select System 0 MOTOROLA intelligence everywhere" Page 7A - 49 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan RADIO CONTROL MANAGER (RCM) TESTS Test 1- Emergency Alarm Display Description The emergency call information that is displayed on the SZ RCM includes the radio alias of the radio that initiated the Emergency Alarm, the talkgroup that the radio was affiliated to at the time the alarm was sent, and the time the alarm was received. Setup Two radios are required to perform this test (Radios 1 and 2). Set Radios to Talkgroup A. One RCM is required which has Talkgroup A attached to it. Test Step 1. Open the RCM windows and verify that the Emergency Alarm window is visible. If it is not, go the View menu and select it bringing it into the RCM viewable area. Step 2. Initiate an Emergency Alarm from Radio 1. Step 3. Observe that the RCM receives the Emergency Alarm. Step 4. Acknowledge the Emergency by selecting the Emergency in the window and clicking on the Respond button. Step 5. Again select the displayed Emergency and click the Delete button to clear the emergency. Step 6. Reset the radio by holding the Emergency button until the radio clears. Step 7. Repeat steps 1-6 using Radio 2. MOTOROLA intelligence everywhere" Page 7A - 50 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan RADIO CONTROL MANAGER (RCM) TESTS Test 2 - Dynamic Regrouping Description Dynamic Regrouping allows the RCM to assign individual radios operating in different talkgroups to a temporary talkgroup via the REGROUP command. Network managers or supervisors can override individual radio talkgroup selections by steering regrouped subscribers to a new talkgroup containing users which need to communicate on a temporary basis. After receiving a REGROUP command, a radio will ignore the current setting of the talkgroup selector and move to the target talkgroup specified in the Regroup command. Unless the supervisor issues a LOCK command, the radio user can deselect the target talkgroup by selecting another talkgroup using the radio selector. A unique location on the radio selector is reserved for the target talkgroup following a REGROUP command. Dynamic Regrouping assignments can be initiated rapidly, but not instantaneously. Regrouping is best suited for planned activities or occasional changes from normal routines. It is not intended for immediate emergency responses such as highspeed chases or far rapid deployments on a per incident basis. Regrouped radios receiving a second Regroup command will move to the new target talkgroup specified in the second command. When a regrouped radio receives a REGROUP command, all information pertaining to the previous REGROUP command is lost. An )(REGROUP command returns an individual radio to its normal operation. Note - RCM user must be attached to primary and target talkgroups. Setup Six radios, are required to perform this test (Radios 1, 2, 3, 4, 5 and 6). Set Radios 1, 2 and 3 to Talkgroup A and set Radios 4, 5 and 6 to Talkgroup B. Test Step 1. With the RCM open from the View menu item select the Commands item to open the command window. Step 2. Enter the talkgroup ID or alias to which the radios are to be regrouped in the target field. Step 3. Enter the IDs or aliases of the test radios to be regrouped. Step 4. Once all desired radio information is entered and appears in the command window click the Regroup button to initiate the command. Step 5. Observe all radios are regrouped and are able to communicate on the common talkgroup. Step 6. Switch the Subscriber to the Dynamic Regroup channel to ack the group request. 41) MOTOROLA intelligence everywhere" Page 7A - 51 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Step 7. Observe that the radios are able to select different talkgroups and are not locked onto the regrouped mode. Step 8. Observe that the Regroup task appears in the Command Monitor window. Step 9. Issue a Selector Lock command to the radios. Step 10. Observe that the Selector Lock task appears in the Command Monitor window. Step 11. Observe that the radios are now not able to select different talkgroups and are locked onto the regrouped mode. Step 12. Unlock the radios by selecting the task in the Command Monitor window and clicking on the Revert button to submit the task. Step 13. Verify that the selector switches have been unlocked by changing modes on the subscribers. Step 14. Un -regroup the radios by selecting the task in the Command Monitor window and clicking on the Revert button to submit the task. Step 15. Observe that the regrouping of the radios is now dissolved. 0 MOTOROLA intelligence everywhere" Page 7A - 52 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan RADIO CONTROL MANAGER (RCM) TESTS Test 3 - Storm Plans Description Storm Plans represent any number of preprogrammed Dynamic Regrouping combinations constructed in advance to anticipate a unique need, such as a disaster, or to make a needed adjustment for an infrequent yet repeated event, like a parade or election. When implemented, a Storm Plan will automatically assign individual radios operating in different talkgroups to a temporary talkgroups, containing the radios specified by the stored Dynamic Regrouping command. Storm Plans are deactivated with the XSTORM command. Setup Four radios, each capable of performing calls on two unique talkgroups, are required to perform this test (Radios 1, 2, 3, and 4). This test requires no specific site affiliation. Set Radios 1 and 2 to Talkgroup A, and Radios 3 and 4 to Talkgroup B. The Storm Plan will regroup Radios 1 and 2 to Talkgroup B. Test Step 1. With the RCM open from the View menu item select the Storm Plan item to open the command window. Step 2. Select the Storm Plan. Step 3. Click on OK or Apply to invoke the Storm Plan. Step 4. Observe that the Storm Plan appears in the Command Monitor window. Step 5. Observe all radios are regrouped. Step 6. Initiate a call from radio. Step 7. Observe that Radios 3 and 4 are able to communicate with one another. Step 8. Un -regroup the radios by selecting the task in the Command Monitor window and clicking on the Revert button to submit the task. Step 9. Observe that the regrouping of the radios is now dissolved. 4110 MOTOROLA intelligence everywhere" Page 7A - 53 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan RADIO CONTROL MANAGER (RCM) TESTS Test 4 - Selective Radio Inhibit Description The INHIBIT command issued by the RCM disables a radio, preventing it from transmitting or receiving any audio. All of the radio's functionality ceases while a radio is inhibited by the SZ RCM. Once inhibited, the radio cannot be used to monitor voice channels or for any other radio user initiated activity. Note that an inhibited radio still monitors the control channel so that it can be re -enabled with the XINHIBIT command. Upon receiving the XINHIBIT command from the SZ RCM, the radio returns to its normal operation. Setup No setup is needed. Test Step 1. Select the View menu and then select the Commands item in the menu. Step 2. Observe a Command window is opened. Step 3. Enter the IDs or aliases of the test radio. Step 4. Once all desired radio information is entered and appears in the command window click the Inhibit button to initiate the command. Step 5. Observe the radio is inhibited and appears to be dead. Step 6. Observe that the Inhibit task appears in the Command Monitor window. Step 7. Un -inhibit the radio and observe that the radio is restored to normal operation. 0 MOTOROLA intelligence everywhere" Page 7A - 54 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan RADIO CONTROL MANAGER (RCM) TESTS Test 5 - Radio Check Description Radio Check is a RCM command used to verify that a radio is active in the trunking system. The Radio Check command causes the Zone Controller to poll for the radio requesting that the radio re -affiliate. When the radio re -affiliates, the RCM then has the knowledge that the radio is powered on and within system range. If the radio is involved in a conversation, whether group or interconnect, the RCM application displays a message to that effect. The information displayed by the RCM in response to the Radio Check command is: current talkgroup affiliation, the multigroup that the talkgroup is attached to (assuming the talkgroup belongs to a multigroup), and the site where the radio is affiliated. If the radio does not respond to the Radio Check command, a message to that effect displays. Setup Two radios are required to perform this test (Radios 1 and 2). Initially verify that both radios have identical talkgroups selected. Test Step 1. With both radios turned on verify that the radios are setup as described above. Step 2. Open the Radio Check item from the RCM. Step 3. Observe a Radio Check window is opened. Step 4. Enter the IDs or aliases of either of the test radios into the entry box and click the Apply button. Step 5. Observe the radio is polled and the current radio information is displayed on the RCM. Step 6. Turn off Radio 1. Step 7. Enter the ID or alias of the Radio 1 into the entry box and click the Apply button. Step 8. Observe that the RCM displays "Radio Time Out." Step 9. Depress and hold the PTT button of Radio 2 until instructed to release. Step 10. Enter the ID or alias of Radio 2 into the entry box and click the Apply button. Step 11. Observe that a busy for the radio is displayed on the RCM. Step 12. Release the PTT button on Radio 2. Step 13. Observe the radio is polled and the current radio information is displayed on the RCM. MOTOROLA intelligence everywher! Page 7A - 55 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan RADIO CONTROL MANAGER (RCM) TESTS Test 6 - Snapshot Description Snapshot is a RCM command used to retrieve information about an individual radio. Information provided by the RCM application in response to the Snapshot command includes: the serial number of the radio, current talkgroup/multigroup and site affiliations; the Regroup, Inhibit, and Selector Lock state of the radio. Snapshot information is taken from the system databases. The Snapshot command does not initiate any communication with the target radio. Setup Three radios are required to perform this test (Radios 1,2 and 3). Set Radios 1 and 2 to Talkgroup A and Radio 3 to Talkgroup B. Radios 1 and 3 must be programmed with Dynamic Regrouping capability. Configure the RCM to monitor Talkgroups A, B, and C. Test Step 1. From the RCM, dynamically regroup Radios 1 and 3 to Talkgroup C Step 2. At the RCM, initiate the Snapshot command for Radio 1. Step 3. Verify that the dispatcher terminal shows Radio 1 affiliated to Site 1 and that Radio 1's current state is "Regrouped." Step 4. At the RCM, terminate the dynamic regrouping on Radios 1 and 3. Step 5. Initiate the Snapshot command for Radio 1. Step 6. Verify Radio 1 shows an affiliation to Site 1 and that its current state is "Xregrouped" (not regrouped). Step 7. At the RCM, inhibit Radio 2 and then initiate the Snapshot command for Radio 2. Step 8. Verify Radio 2 shows an affiliation to Site 1 and that its current state is "Inhibited." Step 9. At the RCM, un -inhibit Radio 2 and then initiate the Snapshot command for Radio 2. Step 10. Verify Radio 2 shows an affiliation to Site 1 and that its current state is "Xinhibited" (not inhibited). MOTOROLA intelligence everywhere" Page 7A - 56 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan RADIO CONTROL MANAGER (RCM) TESTS Test 7 - Status/Message Description This optional feature allows the Radio Console Manager to view status/message information sent in by subscribers. Messages are used to ask the RCM user to do something or to give the RCM user some information. Statuses are used to indicate the Radio operator's operational state (e.g. off duty). The information that will be displayed includes the radio alias, talkgroup alias, hour and minute time stamp, status number or message number, and the customer entered translation for the specific status or message. Status/message input is displayed in chronological order, independent of the type of status or message number. Setup One radio is required to perform this test (Radios 1). Radio 1 can be affiliated to any site in the system. Set Radios 1 to Talkgroup A. Configure the radio user in the manager to use a particular status and message set. Configure the assigned status and message set (via the status set and message set manager config objects) to include text translations for a few different statuses and messages. The RCM user needs to be assigned the dispatch attachment group that matches the radio user's assigned dispatch attachment group. Test Step 1. Initiate a Status transmission from the Radio. Step 2. Verify the RCM displays the proper Status text. Step 3. Initiate a Message transmission from the Radio. Step 4. Verify the RCM displays the proper Message text. MOTOROLA intelligence everytiwhere Page7A- 57 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SYSTEM RELIABILITY/FEATURES TESTS Test 1- AEB to CEB Redundant Link Failure Description Communication between the AEB and each CEB take place over dedicated links. The two links between the AEB and a CEB operate in a hot/standby mode. The system will continue uninterrupted if the main link fails. Setup Two radios are required to perform this test (Radios 1 and 2). Set Radios 1 and 2 to the Talkgroup A. Select a CEB with redundant links to the AEB. The CEB must have at least one console operator position capable of monitoring the selected Talkgroup A. Test Step 1. Verify that the radios are setup as described above. Step 2. Initiate a Talkgroup call with Radio 1 in Talkgroup A. Step 3. Observe that Radio 2 and the selected console op position are able to monitor and respond to the call. Step 4. Pull either of the AMT links between the AEB and the CEB. Step 5. Initiate a Talkgroup Call with Radio 1 in Talkgroup A. Step 6. Observe that Radio 2 and the selected console op position are able to monitor and respond to the call. Step 7. Enable the link previously disabled in step 4. Repeat the above steps for the other AEB to CEB link. 0 MOTOROLA intelligence everywhere" Page 7A - 58 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SYSTEM RELIABILITY/FEATURES TESTS Test 2 - AEB to Zone Controller Redundant Link Failure Description Communication between the AEB and the Zone Controller take place over dedicated links. The two links between the Zone Controller and audio switch operate in a hot standby mode. The system will continue uninterrupted if the main link fails. Setup Four radios, each capable of performing calls on two unique talkgroups, are required to perform this test (Radios 1, 2, 3, and 4). Set Radios 1 and 2 to Talkgroup A and Radios 3 and 4 to Talkgroup B. Test Step 1. Verify that the radios are setup as described above. Step 2. Initiate a Talkgroup Call with Radio 1 in Talkgroup A. Step 3. Observe that only Radio 2 will be able to monitor and respond to the call. Step 4. Initiate a Talkgroup call with Radio 3 in Talkgroup B. Step 5. Observe that only Radio 4 will be able to monitor and respond to the call. Step 6. Pull either of the links between the audio switch and Zone Controller. Step 7. Initiate a Talkgroup Call with Radio 1 in Talkgroup A. Step 8. Observe that only Radio 2 will again be able to monitor and respond to the call. Step 9. Initiate a Talkgroup Call with Radio 3 in Talkgroup B. Step 10. Observe that only Radio 4 will again be able to monitor and respond to the call. Step 11. Enable the link previously disabled in step 6. Repeat the above steps for the other Zone Controller to AEB link. 0 MOTOROLA intelligence everywhere" Page7A- 59 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SYSTEM RELIABILITY/FEATURES TESTS Test 3 - Multiple Control Channels Description A maximum of four channels are eligible for assignment as control channel in each site. In the event that the assigned control channel fails at any remote site, the Zone controller automatically selects one of the other control capable channels as the active control channel for that site. A Control Channel Preference Level can be used to rank the control capable channels where 1 is the highest ranking and 4 is the lowest. Setup Four radios, each capable of performing calls on two unique Talkgroups, are required to perform this test (Radios 1, 2, 3, and 4).. Set Radios 1 and 2 to Talkgroup A, and Radios 3 and 4 to Talkgroup B. Test Step 1. Verify that the radios are setup as described above. Step 2. Initiate a Talkgroup Call with Radio 1 in Talkgroup A. Step 3. Observe that only Radio 2 will be able to monitor and respond to the call. Step 4. Initiate a Talkgroup Call with Radio 3 in Talkgroup B. Step 5. Observe that only Radio 4 will be able to monitor and respond to the call. Step 6. Disable the control channel at the site to which Radios 1 and 3 are affiliated. Step 7. Observe that the control channel rotates to the next available channel capable of acting as a control channel. Step 8. Initiate a Talkgroup Call with Radio 1 in Talkgroup A. Step 9. Observe that only Radio 2 will be able to monitor and respond to the call. Step 10. Initiate a Talkgroup Call with Radio 3 in Talkgroup B. Step 11. Observe that only Radio 4 will be able to monitor and respond to the call. Step 12. Enable the channel previously disabled in step 6. MOTOROLA intelligence everywhere' Page 7A - 60 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SYSTEM RELIABILITY/FEATURES TESTS Test 4 - Subsystem Failsoft Description Failure of all control channels, failure of all voice channels, or failure of the subsystem or site controller will cause a Zone subsystem to enter failsoft operations. Subscribers can be programmed to operate in failsoft by talkgroup; to search its list of control channel frequencies in failsoft; or to disable failsoft altogether. When a system enters failsoft, a radio programmed for failsoft by talkgroup will first look for a specific failsoft channel dictated by the selected talkgroup. Since many systems have different frequencies across sites, if the radio is unable to find the talkgroup's failsoft channel the radio will instead operate in the control channel search failsoft mode. A radio programmed or needing to search control channels for failsoft frequencies will lock onto the lowest frequency control channel at the site. Setup Two radios are required to perform this test (Radios 1 and 2). Ensure they are affiliated to the same site on Talkgroup A. Program Radios for failsoft operation by talkgroup. Test Step 1. Using the Zone Configuration Manager, put the system into failsoft mode. Step 2. Verify that the radios operate according to their failsoft programming scheme (failsoft by talkgroup in this test, failsoft by personality or failsoft disabled are other options). Step 3. Initiate a talkgroup call from Radio 1 while in failsoft mode. Step 4. Verify that Radio 1 emits a failsoft tone approximately once every ten seconds. Step 5. Verify that Radio 1 operates on the correct failsoft channel for its selected Talkgroup A and Radio 2 hears its audio. Step 6. Disable the failsoft channel associated with Talkgroup A. Step 7. Verify that both Radios search their control channel list for a suitable failsoft channel since the original Talkgroup A channel has been disabled. 0 MOTOROLA intelligence everywhere' Page 7A - 61 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SYSTEM RELIABILITY/FEATURES TESTS Test 5 - Base Station Identification Description In order to meet FCC requirements, Motorola trunked systems are programmed to broadcast the system ID in Morse code every 30 minutes. The Base Station Identification (BSI) will be transmitted by the channels specified through the Zone Configuration Manager. Setup A service monitor will be required to perform this test. Test Step 1. Choose one site to test for Base Station Identification. Step 2. Setup the service monitor to receive the transmit frequency of the BSI channel for the particular site. Step 3. Monitor the service monitor until the system ID is broadcast. MOTOROLA intelligence everywhen;" Page 7A - 62 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SYSTEM RELIABILITY/FEATURES TESTS Test 6 - Zone Controller Switching Description The Zone Controller subsystem uses two Zone Controllers in a redundant configuration. The backup Zone Controller is made active either upon the loss of the active ZC or upon a user- initiated command from the Zone Configuration Manager. Setup Three radios are required to perform this test (radios 1, 2 and 3). All Radios should be selected to Talkgroup A. Test User Initiated Switchover Step 1. While the system is in wide area operation, verify all radios are on the same talkgroup. Step 2. Verify in the Zone Configuration Manager (ZCM) that the switchover triode is user-initiated. Step 3. Switch the Zone Controllers from the ZCM. Step 4 . Verify that the backup Zone Controller becomes active and brings all sites back wide within 2 minutes. Step 5. Key Radio 1 and verifying that the other 2 radios hear the audio. Step 6. End the call from Radio 1. Automatic Switchover Step 7. Set the switchover mode to automatic through the ZCM. Step 8. Pull the loopback cable on the Sync Card on the active Zone Controller. Step 9. Verify that the backup Zone Controller becomes active and brings all sites back wide within 2 minutes. Step 10. Key Radio 1 and verifying that the other 2 radios hear the audio. Step 11. End the call from Radio 1. . Mo-roROLA intttlltgence everywhere- Page 7A - 63 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SYSTEM RELIABILITY/FEATURES TESTS Test 7 - Central Controller Switching Description To ensure continued communication, sub-systems with a redundant central controller will automatically switch to a Alternate Central Controller in the event of a major alarm on the Main Central Controller. The switch will occur so that Wide Area Trunking communications are maintained with respect to the subscribers. Some conditions which will initiate a central controller switch include: no voice channels available for assignment, no control channels available for assignment, and active central controller hardware failure. Setup Two radios are required to perform this test (Radios 1 and 2). Set both radios to Talkgroup A. Test Step 1. While the system is in wide area operation, verify all radios are on the same talkgroup. Step 2. Disable all control capable channels on the Main Controller to create a major alarm. Step 3. Verify that the Main Central Controller switches to the Alternate Controller because of the major alarm. Step 4. Verify a transmission from Radio 1 is heard by Radio 2. Wide Area Trunking is maintained with respect to the subscribers despite the major alarm on the Main Controller. Step 5. Reset the control capable channels on the Main Controller. . M07'OROLA intelligence everywhere- Page 7A - 64 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SYSTEM RELIABILITY/FEATURES TESTS Test 8 - Receiver Interference Shutdown Description Receiver interference occurs when an unauthorized signal is received by a repeater. In order to prevent a disruption of communications, the affected channel will be removed from the system's pool of available channel resources when the undesired carrier is detected for longer than the specified time-out period. Once the interfering carrier disappears, the channel is returned to service within approximately 5 minutes. The channel is then enabled. Setup Set the Carrier Malfunction Timer through the Zone Configuration Manager to 5 seconds. Test Step 1. Using a service monitor, transmit a 1 kHz tone at the receive frequency of any repeater station. Step 2. Verify the channel is removed from the selection/assignment process. Step 3. Continue to transmit the 1 kHz tone until the controller removes the channel from service (timer is configurable at the Site level through the Carrier Malfunction Time parameter). Step 4. From FullVision, verify channel malfunction due to interfering carrier is indicated. Step 5. Remove the interfering signal. Verify the Channel is returned to service within five minutes and that FullVision indicates that the channel is now enabled. Step 6. Return the Carrier Malfunction Timer to the desired system value. . MOTOROLA int611igence everywhere- Page 7A - 65 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SYSTEM RELIABILITY/FEATURES TESTS Test 9 - MOSCAD Unattended Shutdown (Optional) DESCRIPTION The Zone Controller Subsystem has an option to provide a local UPS for the Zone Controllers to prevent operating system or hardware failures down during a power failure. A MOSCAD unit is used to shutdown the Zone Controller(s) during long power failures if the UPS battery is running low. Setup None required. Default shutdown time is 5 minutes. This test assumes the default time has not changed. Test Step 1. Unplug the power cable to the local UPS. Step 2. Wait approximately 5 minutes and verify that the Zone Controller(s) is (are) properly shutdown. Step 3. Plug the power cable back into the local UPS and startup the Zone Controller( s). . MO'rOROLA inttt/ligence everywhere" Page 7A - 66 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan SYSTEM RELIABILITY/FEATURES TESTS TEST 10 INDIVIDUAL REPEATER FAILSOFT DESCRIPTION Individual repeater Failsoft allows the 10 available repeaters at a site to be manually placed in the Failsoft mode via MOSCAD. A command can be issued, one repeater at a time for each of the available 10 repeaters on a per site basis. Once activated the repeater will then go into the self repeat Site Failsoft mode. SETUP 1. Radio to Site/Talkgroup "A" affiliation: Site 1 2. Radio 1 (Talkgroup "A" (TGA)) 3. Radio 2 (Talkgroup "A" (TGA)) 4. Radios 1 and 2 must be programmed with the proper Failsoft Frequency in TGA. 5. The repeater with that frequency must be selected for the test. TEST INSTRUCTIONS. 6. Disable Main and Back Up Trunking Controllers and verify System Goes into Wide Area Failsoft Single Failsoft Beeps are heard on the test radios. 7. Disable PTT and Audio at the USCI module for chosen channel and verify all repeaters on that channel de-keyed 8. Place the TGA Failsoft Channel into Site Failsoft using the MOSCAD DO screen and Activate the DO command for that channel. 9. Voice test Radios 1 and 2 to verify they can communicate in Site Failsoft mode and Double Failsoft Beeps are heard on the test radios. 10. Restore system to the Trunked mode. . MOTOROLA intelligence everywhere- Page 7A - 67 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan APPENDIX A - TESTING CHECKLIST Wide Area Trunking Tests Test # Test Description Pass Comment and/or Exception Code 1 TaIkgroup Call 2 Secure Operation 3A Multigroup Call for Wait Mode 3B Multigroup Call for Interrupt Mode 4 Private Call 5 Call Alert 6 Emergency Alarm/Call 7 Busy Queuing/Callback 10 TaIkgroup Levels . MaroROLA intellfgence everywhere- Page 7A - 68 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Wide Area Trunking Tests Test # Test Description Pass Comment and/or Exception Code SA Non-Priority Scan SB Priority Scan 9 Automatic Retry 11 Continuous Assignment Updating 12A "Individual Only" Site Access Denial 12B "Talkgroup Only" Site Access Denial 12C "Either" Site Access Denial . MOTOROLA inttl//igence everywhere- Page 7A - 69 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Wide Area Trunking Tests Test # Test Description Pass Comment and/or Exception Code 12D "Both" Site Access Denial 15 Audio Interrupt 16 Recent User Priority Console Tests Test # Test Description Pass Comment and/or Exception Code 1 Talkgroup Selection and Call 2 Console ASTRO Secure Talkgroup Operation 3 Multigroup Call 4 Trunking Patch h5 Multi-Selectl APB . MO-roROLA intelligence everywhereN Page 7A - 70 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan 6 Console Initiated Private Call 7 Emergency Alarm and Call Display 8 Console Priority . MO"-OROLA int611tgence everywhere- Page 7A - 71 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Console Tests continued Test # Test Description Pass Comment and/or Exception Code 9 PIT Unit ill/Alias Display 10 Alert Tones 11 Remote Monitor . MO...oIIOLA intelligence everywhere- Page 7A - 72 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Site Trunking Tests Test # Test Description Pass Comment and/or Exception Code 1 Talkgroup Call 2 Private Call 3 Call Alert 4 Busy Queuing and Callback 5 Emergency Call and Alarm 6 Continuous Assignment Updating . MOroROI-A intelligence everywhere- Page 7A - 73 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan System Management Tests Test # Test Description Pass Comment and/or Exception Code lA Site Path Failure IB Ambassador Link Failure 2 Fault Management: Current Status and Diagnostics 3 Zone Watch 4 Configuration Management - Subscriber Radio User 5 Configuration Management - Subscriber Talkgroup . MO'rOROLA intelligence everywhere" Page 7A - 74 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Report Generation Tests Test # Test Description Pass Comment and/or Exception Code 1 Spectrum View Reports 2 Zone Configuration Manager Reports: Infrastructure 3 UCM Reports . MO~ROLA intelligence everywhere- Page 7A - 75 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan Radio Control Manager (RCM) Tests Test # Test Description Pass Comment and/or Exception Code I Emergency Alarm Display 2 Dynamic Regrouping 3 Storm Plans 4 Selective Radio Inhibit 5 Radio Check 6 Snapshot 7 Message/Status . M07Oll0LA intelligence everywhere- Page 7A - 76 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Factory Acceptance Test Plan System Reliability/Features Tests Test # Test Description Pass Comment and/or Exception Code 1 AEB to CEB Redundant Link failure 2 AEB to Zone Controller Redundant Link Failure 4 Multiple Control Channels 5 Subsystem Failsoft 6 Base Station Identification 7 Zone Controller Switching 8 Central Controller Switching 9 MOSCAD Unattended Shutdown 10 Individual Repeater Failsoft . MOTOROLA int611igence everywhere- Page 7A - 77 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan I Field Acceptance Test Plan I 4.1.0 ASTRO@ SmartZone System TABLE OF CONTENTS OVERVIEW......................................................................................................................... ......2 ATP PUNCH LIST..................................................................................................................... 4 A TP PUNCH LIST FORM - CITY OF MIAMI BEACH................... .....................................5 SMARTZONE SYSTEM FEATURES....................................................................................... 7 SMARTZONE SYSTEM MANAGEMENT ........................................................................... 7 SMARTZONE CONTROLLER TO SUBSySTEM.............................................................. 35 FAULT MANAGEMENT SYSTEM FEATURES.................................................................... 42 SCREEN NAVIGATION ........ ..... ... ...... ....... ........... ... ..... ..... ..... ........ ................... ................ 42 ALARM FUNCTIONS......................................................................................................... 45 DIAGNOSTICS FlJNCTIONS ............................................................................................. 50 SIMULCAST TRlJNKING SySTEM...................................................................................... 65 SMARTNET FEATURES.................................................................................................... 65 QUANT AR DIGIT AL TRUNKED REPEATER.................................................................. 76 AS TROT AC 3000 MIXED MODE COMPARATOR........................................................... 77 CENTRACOM GOLD ELITE CONSOLE............................................................................... 99 OPERATOR POSITION FlJNCTIONS................................................................................ 99 SMAR TZONE SUBSCRIBERS............................................................................................. 117 NEW UNITS HARDWARE VERIFICATION................................................................... 117 CONTROL STATION TEMPLATES.................................................................. ............... 119 PORTABLE TEMPLATES................................................................................................ 120 MOBILE TEMPLATES ..................................................................................................... 121 Revised 4-22-2003 Motorola. CSA Field ATP-V8b 4-22-03.doc . MOTOROLA Intelligence everywhere- Page 7C - 1 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan Overview There are many benefits and features offered in a Motorola Trunked radio system. This section provides a functional description of each feature and provides a procedure for testing and demonstration of these feature capabilities. This A TP includes key functional, hardware, and coverage sections. Some of the follow test scripts will be done at the factory staging (CCSI). If those tests are fully passed at CCSI then they will pass in the Field ATP without running the test. This section is organized by system features. The setups for each test require different numbers of subscribers and programming to exercise each feature's capability. For demonstration purposes, the feature tests will use six subscriber units and programmed with at lest three different Talkgroup/Failsoft assignments referenced A, B, and C. At lest two subscriber units shall be programmed to monitor the systems individual RF channels in the conventional mode. Ideally, the portables will be programmed per the system map if available however generic Talkgroups will be used if the customer has not completed a Talkgroup plan. TEST SCRIPTS The following script sheets detail the test procedure to be used for each of the functions tested during this Acceptance Test Plan. The same test may be performed multiple times on different pieces of equipment however; once a specific piece of equipment has passed it will not be repeated. These scripts will insure that the correct procedure is followed to guarantee consistent results. Most of the feature tests are accomplished by simple observation. The City of Miami Beach operations will be impacted during the installation, optimization, and testing of the new system. A detailed MOP (Method Of Procedure) will be created to minimize the disruptions to the current system. Because Motorola is continually improving upon the system software and hardware, these test scripts at Motorola's discretion may require modification to reflect the current product line. In the effort to minimize the operational impact to the City of Miami Beach, the functional tests shall be preformed only once at the Motorola's CCSI factory facility. Any functional test that cannot be successfully demonstrated at CCSI will be done after permanent installation and optimization is completed. The hardware tests will be done after permanent installation is completed. The coverage test will be done after permanent installation and optimization is completed. If a test is not successful, Motorola will analyze and remedy the problem then repeat only the section of the test that failed. . MOTOROLA intelligence eve(ywher8~ Page 7C - 2 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan TEST FORMAT AND PLAN This is to verify that City of Miami Beach (Customer) and Motorola, Inc. (Vendor) agree on the terms of the Equipment Demonstration and Acceptance Test Plan described in this document. Motorola Representative Date Miami Beach Representative Date TEST COMPLETION SIGN OFF City of Miami Beach and Motorola, Inc. agree that the Equipment Demonstration and Acceptance Test Plan described in this document has been performed and adequately demonstrated with the exception of the "Punch List" items as noted. Motorola Representative Date Miami Beach Representative Date . IIIIOT'OROLA intelligence everywhert'" Page 7C - 3 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan A TP Punch List EXCEPTION RESOLUTION PROCEDURE For each Failure, Non-compliance, or Out-of-Specification item that is determined by City of Miami Beach and Motorola, a detailed explanation of the item will be recorded as a Punch List Item. The Site, Model No. (if applicable), Serial No. (if applicable), Test Name, Test Checklist ill (if applicable), Date, Target completion Date (if applicable), and the Exception Procedure Code must be filled out for each Punch List Item. The City of Miami Beach and Motorola representatives must initial all Punch List Items. EXCEPTION PROCEDURES CODES: 1. AI - Accept as Is: This is an exception item minor and does not require any corrective action. 2. CS - Pen and ink Correction to Specifications or procedures: Not an exception item, but recorded for future reference. Delineate corrections to specification or ATP procedure on the Punch List. 3. CI - Critical Item: This is an exception item, which requires correction prior to any system transition/cut-over. Note: If CI is circled them one of the other Exception Codes is required (CM, MA or CR). 4. CM - Corrective action required by Motorola as part of Contract: This is an exception item that falls within Motorola's Contract commitment. 5. MA - Management Action required: This is an exception item disagreement on site, to be resolved by the City of Miami Beach and Motorola Project Management. 6. CR - Change Request with or without additional cost: This is an exception item beyond Motorola's Contract commitment. In this case, the City of Miami Beach monitor may find a problem at a site where the work responsibility is beyond Motorola's Contract work commitment. All project punch list items are to be resolved as per the CSA. Project punch list items should be sorted by test name as described in the detailed test plan. . MO'l"OROLA Intelligence eW3rywhet8~ Page 7C - 4 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan ATP PUNCH LIST FORM - CITY OF MIAMI BEACH Item Number Date / / --- Site Test Name Description of Exception: Model Serial Exception Procedure Code: ( circle one) AI CI CS CM MA CR Target Completion Date ~ ~_ City of Miami Beach (sign) Motorola (sign) Date Completed ~ ~_ Resolution Comment . MOTOROLA intelligence everywhere~ Page 7C - 5 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan Exception Procedure Codes: AI - Accept as Is CI - Critical Item CS - Pen and ink Correction to Specifications or procedures CM - Corrective action required by Motorola as part of Contract MA - Management Action required CR - Change Request with or without additional cost . MOTOROLA intelligence everywhete~ Page 7C - 6 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE SYSTEM MANAGEMENT CONFIGURA TION MANAGEMENT SUBSCRIBER-RADIO USER DESCRIPTION The Subscriber Configuration Management section of the SmartZone Manager application controls the parameters for all radio users and dispatchers on the SmartZone system. Within the Subscriber section, the Radio User Configuration Window enables the network manager to tailor SmartZone subscribers' capabilities. Features such as Multigroup, Busy Override, Site Wide, Secure, Call Alert, and Telephone Interconnect can be enabled or disabled from the Radio User Configuration Window. Note: The Radio Configuration Window should be completed before the Radio User Configuration Window because the Serial Number and Unit ill information for each subscriber resides in the Radio Configuration Window. LOCATION SETUP Select Talkgroup "A" (TGA) on both radios 1 and 2 and allow affiliation with the simulcast system. Flag both radios to be capable of Call Alert, and Dispatch Calls. Set the "User Enabled" flag to YES for both radios 1 and 2. TEST INSTRUCTIONS 1. Initiate a TGA call from radio 1 and verify that radio 2 hears the radio 1 audio. 2. Change the User Enabled flag to NO for radio 1 via the SmartZone Manager. 3. Initiate a TGA call from radio 1 and verify that radio 1 receives a reject upon initiating a TGA call because of the change in status of the User Enabled Flag. Verify that radio 2 can still initiate a TGA call. 4. Initiate a Call Alert from radio 2 to radio 1 and verify that radio 2 receives a reject when attempting to Page radio 1. Verify that radio 1 receives a reject upon attempting to Page radio 2. 5. Change the User Enabled flag back to YES for radio 1 via the SmartZone Manager. 6. Initiate a TGA call from radio 1 to verify that radio 1 can now initiate a TGA call. 7. Initiate a Call Alert from radio 1 to radio 2and verify that radio 2 receives the Call Alert. . M07"OROLA intelligence eW!(ywhere~ . Page 7C - 7 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan 8. Change the Call Alert Enabled flag to NO for radio 1 via the SmartZone Manager. 9. Initiate a Call Alert from radio 2 to radio 1 and verify that radio 2 receives a reject when attempting to Call Alert radio 1. 10. Change the Call Alert Enabled flag back to YES for radio 1 via the SmartZone Manager. 11. Initiate a Call Alert from radio 2 to radio 1 and verify that radio 1 now receives the Call Alert. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve(ywhere~ Page 7C - 8 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE SYSTEM MANAGEMENT ZONE WATCH DESCRIPTION. ZoneWatch is an administration tool for monitoring radio traffic on a SmartZone system. A SmartZone network manager can use ZoneWatch to analyze traffic patterns for load distribution and troubleshoot radio and site problems. ZoneWatch is used with the SmartZone Manager to view current radio traffic activity for the system. This activity is displayed in graphical format, color-coded for easy identification of the type of activity occurring on the system. SETUP Select Talkgroup "A" (TGA) on both radios 1 and 2 and allow affiliation with the simulcast system. TEST INSTRUCTIONS 1. Select the ZoneWatch application from the SmartZone Manager toolbar. 2. Select a simulcast subsystem to monitor. Use a radio that has a Talkgroup that is. Initiate a Talkgroup call from radio 1. 3. Talkgroup, radio and call type (Group) information is displayed for the assigned channel in simulcast subsystem 4. Initiate a Private Call from radio 1 to radio 2. 5. Talkgroup name, radio user, and call type (private Call) information is displayed for the current call. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MO'J'OlflOLA intelligence 6YerywhertF Page 7C - 9 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE SYSTEM MANAGEMENT CONFIGURATION MANAGEMENT SUBSCRIBER-TALKGROUP DESCRIPTION The Subscriber Configuration Management section of the SmartZone Manager application controls the parameters for all radio users and dispatchers on the SmartZone system. Within the Subscriber section, the Talkgroup Configuration Window enables the network manager to tailor SmartZone Talkgroup capabilities. Features such as Emergency, Busy Override, Secure, Priority Monitor, and Preempt can be enabled or disabled from the Talkgroup Configuration Window. SETUP Select Talkgroup "A" (TGA) on both radios 1 and 2 and allow affiliation with the simulcast system. Set the "Group Enabled" flag to YES for both radios 1 and 2. Set the "Message or Transmission Mode" flag to TRANSMISSION for TGA. TEST INSTRUCTIONS. 1. Steps 1-5 test the Group Enabled flag. 2. Steps 6-8 test the Message or Transmission Mode flag. 3. Initiate a TGA call from radio 1 and verify that radio 2 hears the radio 1 audio. 4. Change the Group Enabled flag to NO for TGA via the SmartZone Manager. 5. Initiate a TGA call from radio 1 or radio 2 and verify that neither radio can initiate a TGA call because of the change in status of the Group Enabled Flag. 6. Change the Group Enabled flag back to YES for TGA via the SmartZone Manager. 7. Initiate a TGA call from radio 1 and verify that radio 2 hears the radio 1 audio. 8. Initiate a TGA call from radio 1 and verify that radio 2 hears the radio 1 audio. Notice that the channel resource assigned for the TGA call is Transmission Trunked by observing no repeater drop out delay is present when radio 1 stops transmitting. This indicates the controller has immediately released the voice channel resource for the next assignment. . MOTOROLA intelligence eve(ywher8~ Page 7C - 10 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan 9. Change the Message or Transmission Mode flag to MESSAGE for TGA via the SmartZone Manager. 10. Initiate a TGA call from radio 1. Verify that radio 2 hears the radio 1 audio. Notice that the channel resource assigned for the Talkgroup "A" call is Message Trunked by observing the repeater drop out delay is present after radio 1 stops transmitting. This indicates the controller has delayed the voice channel resource released for a conflgurable repeater hang time, typically 1 to 2 seconds. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve,ywhete~ Page 7C - 11 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE SYSTEM MANAGEMENT CONFIGURA TION MANAGEMENT, SYSTEM INFRASTRUCTURE-ZONE DESCRIPTION The Radio System Infrastructure Configuration Management section of the SmartZone Manager application sets the parameters for each of the system devices in the SmartZone system. Within the Radio System Infrastructure section, the Zone Configuration Window enables the network manager to tailor the general timeout and call parameters for each zone in the SmartZone system. Configuration parameters such as Individual/Talkgroup Default Access Permission, Site-Wide Enabled, and Site Access Denial Type can be manipulated from the Zone Configuration Window. System and call timeout parameters such as Carrier, Message Trunk, Fade, Dispatch Call, and Emergency Call can also be manipulated from the Zone Configuration Window. SETUP Select Talkgroup "A" (TGA) on both radios 1 and Console 1. Delete the database record for radio 1 in both the Radio and Radio User Configuration Windows so that the SmartZone system does not have any knowledge of radio 1. Set the "Individual Default Access Permission" flag to NO in the Zone Configuration Window. Set the "Private Call Maximum Call Duration" to be 1 minute. TEST INSTRUCTIONS. Steps 1-4 test the Individual Default Access Permission flag. Steps 5-8 test the Private Call Maximum Call Duration setting. 1. Initiate a TGA call from radio 1. 2. Verify that the SmartZone system rejects the radio 1 call request because radio 1 has not been defined in the SmartZone Radio User database. 3. Change the Individual Default Access Permission flag to YES via the SmartZone Manager. 4. Initiate a TGA call from radio 1 and verify that the SmartZone system permits the radio 1 call request because the system grants radio access using default settings. 5. Define radio 1 in the Radio and Radio User Configuration Windows. . MOTOROLA Intelligence eW3(ywhete~ Page 7C - 12 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System I 6. Initiate a Private Call from Console 1 to radio 1. Field Acceptance Test Plan 7. Keep the Private Call active until the system disconnects the channel assigned for the Private Call. 8. Verify that after one minute elapses, the system disconnects the Private Call because the maximum call duration has been exceeded. 9. Reset the Private Call Maximum Call Duration setting to be 10 minutes. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence evefywhere~ Page 7C - 13 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE SYSTEM MANAGEMENT FAULT MANAGEMENT-CURRENT ALERTS DESCRIPTION Fault Management information is accessed through pop-up windows and pull-down menus. The many windows within the Fault Management menu manage information for the entire system, for a class of objects, or for one specific object. Fault Management contains the following windows: Alarm! Alert Indicators Window, Current Alert Window, Alert History Window, Current Alarm Window, Alarm History Window, Current Status, Technician Messages Window, and Diagnostics. The Current Alerts screens of Fault Management allow a network administrator to view messages that will notify system maintenance personnel of problems occurring in the system. The Current Alerts screens will display those Alerts that have not yet been acknowledged and deleted by a Zone Manager user. Once Alerts have been deleted, ihey will appear in the Alert History Screens. TEST INSTRUCTIONS. 1. Acknowledge and clear all Current Alerts. 2. Disconnect the ZC<-> Site 1 data link in order to create some Alerts. Note: The redundant site link remains active during the performance of this test. 3 . Verify that Site 1 transitions to an unknown state in the Current Alerts window. 4. Notice that all radios locked to Site 1 enter Site Trunking mode. 5. Re-establish the ZC<->Site 1 data link. 6. Verify that Site 1 transitions to a Wide Trunking state in the Current Alerts window. 7. Notice that all radios in Site 1 enter Wide Trunking mode. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence eve(ywhet8~ Page 7C -14 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE SYSTEM MANAGEMENT BASIC STATISTICS DESCRIPTION Basic Statistics reports can be created automatically for dynamic statistical information about the air traffic activity on the SmartZone system. These reports provide assistance with system management, resource planning, usage allocation, and monitoring. All reports are preformatted and summarize air traffic activity for a configured time span. TEST INSTRUCTIONS 1. Select the Zone Daily Report. 2. This report contains air traffic statistics on the overall SmartZone system. The Zone Summary Report contains statistics for the overall performance of the air traffic and central resources on the SmartZone system 3. Provide Channel Summary. 4. Select the Channel Daily Report. 5. This report contains air traffic statistics for each channel on the SmartZone system. 6. Provide Group Summary. 7. Select the Group Daily Report. 8. This report contains air traffic statistics for individual groups on the SmartZone system. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence e'Ve(ywhere~ Page 7C - 15 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE SYSTEM MANAGEMENT SELECTIVE RADIO INHmIT DESCRIPTION The INIllBIT command issued by the SmartZone RCM disables a radio, preventing it from transmitting or receiving any audio. All of the radio's functionality ceases while the SZ RCM inhibits the radio. Once inhibited, the radio cannot be used to monitor voice channels or for any other radio user initiated activity. Note that an inhibited radio still monitors the control channel so that it can be re-enabled with the Revert INIllBIT command. Upon receiving the Revert INIllBIT command from the SZ RCM, the radio returns to its normal operation. SETUP Radio to Siteffalkgroup "Affiliations: Site 1 Radio 1 (Talkgroup "A" (TGA)) Radio 2 (TOA) TEST INSTRUCTIONS - REPEAT TEST WITH RADIO TURNED OFF INITIALLY. 1. Verify that radios 1 and 2 can communicate by executing a TGA call. 2. From the SmartZone RCM application, INIllBIT radio 1. 3. Radio 1 appears non-functional. 4. Initiate a TGA call from radio 2. 5. . Radio 1 cannot monitor activity from radio 2. 6. Acknowledge the INIllBIT task at the SZ ReM. 7. SZ RCM Task window indicates that the INIllBIT task complete and successful. . 8. Undo the INIllBIT on radio 1 with the REVERT INIllBIT command, and initiate a TGA call from radio 2. 9. Radios 1 and 2 can communicate on TGA. . MOTOROLA intttlligence eve,ywhere~ Page 7C - 16 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan 10. Acknowledge the status of the REVERT INJllBIT task at the SZ RCM. 11. The REVERT INJllBIT on radio 1 was complete and successful 12. Power off radio 1, and issue the selective radio INJllBIT command on radio 1. 13. The SZ RCM indicates that radio 1 was not successfully inhibited. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence e'Ve(ywhere~ Page 7C - 17 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE SYSTEM MANAGEMENT DYNANnCREGROUPINGANDSTORMPLAN DESCRIPTION Dynamic Regrouping allows the SmartZone RCM to assign individual radios operating in different Talkgroups to a temporary Talkgroup via the REGROUP command. Network managers or supervisors can override individual radio Talkgroup selections by steering regrouped subscribers to a new Talkgroup containing users, which need to communicate on a temporary basis. After receiving a REGROUP command, a radio will ignore the current setting of the Talkgroup selector and move to the target Talkgroup specified in the Regroup command. Unless the supervisor issues a LOCK command, the radio user can deselect the target Talkgroup by selecting another Talkgroup using the radio selector. A unique location on the radio selector is reserved for the target Talkgroup following a REGROUP command. Dynamic Regrouping assignments can be initiated rapidly, but not instantaneously. Regrouping is best suited for planned activities or occasional changes from normal routines. It is not intended for immediate emergency responses such as high-speed chases or for rapid deployments on a per incident basis. Regrouped radios receiving a second Regroup command will move to the new target Talkgroup specified in the second command. When a regrouped radio receives a REGROUP command, all information pertaining to the previous REGROUP command is lost. An XREGROUP command returns an individual radio to its normal operation. Storm Plans represent any number of preprogrammed Dynamic Regrouping combinations constructed in advance to anticipate a unique need, such as a disaster, or to make a needed adjustment for an infrequent yet repeated event, like a parade or election. When implemented, a Storm Plan will automatically construct a new Talkgroup, containing the radios specified by the stored Dynamic Regrouping command. Storm Plans are deactivated with the XSTORM command. SETUP Radio to Site/Talkgroup "Affiliations: Site 1 Radio 1 Talkgroup "A" (TGA) Radio 2 Talkgroup "B" (TGB) Radio 3 Talkgroup "C" (TGC) Radios 1 and 2 must be programmed with Dynamic Regrouping capability. A Storm Plan must be configured in the SmartZone Manager so that Radios 1 and 2 are regrouped to TGC. . MOTOROLA Intelligence 6'Verywhete ~ Page 7C - 18 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan TEST INSTRUCTIONS 1. Verify that radio 1 cannot communicate with radio 2 because the two radios have different Talkgroups selected. 2. At the SZ RCM position, issue the REGROUP command to dynamically regroup radios 1 and 2 to TGC. 3. [JRadios 1-3 can communicate on TGC after the dynamic regrouping. 4. [JRadio 1 can switch Talkgroup positions. 5. At the SZ RCM position, issue the XREGROUP command to terminate the dynamic regrouping of radios 1 and 2. 6. Return radio 1 to TGA, and initiate the LOCK command to lock the radio 1 selector switch. Verify that radio 1 can still change Talkgroup positions. 7. At the SZ RCM position, issue the REGROUP command to dynamically regroup radios 1 and 2 to TGC. 8. Radios 1-3 can comm.unicate on TGC after the dynamic regrouping. 9. . Radio 1 can no longer switch Talkgroup positions. 10. At the SZ RCM position, issue the XREGROUP command to terminate the dynamic regrouping of radios 1 and 2. 11. Provide Storm Plan 12. At the SZ Manager's login screen, type in the appropriate Security Group and Password that the Storm Plan has been set up in. The storm plan is set in a separate Security Group then the Dispatcher( s). 13 . Verify that radio 1 on TGA cannot communicate with radio 2 on TGB because the two radios have different Talkgroups selected. 14. At the SZ RCM position, select STORM PLAN from the pull down menu and select the preprogrammed dynamic regrouping of radios 1 and 2 to TGC. 15. Radios 1-3 can communicate on TGC after the Storm Plan execution. . MOTOROLA intelligence eve{ywhere~ Page 7C -19 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan 16. At the SZ ReM position, issue the XSTORM command to terminate the Storm Plan with radios Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence eve(ywhere~ Page 7C - 20 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE SYSTEM MANAGEMENT SNAPSHOT DESCRIPTION Snapshot is a SmartZone RCM command, which allows a system-monitoring operator to inquire about the state of a particular radio including whether the radio is powered on. This status information also includes the serial number of the radio, current Talkgroup/Multigroup and site affiliations, the Regroup, Inhibit, and Selector Lock state of the radio. The Snapshot command does not initiate any communication with the target radio. SETUP Radio to Site/Talkgroup "A" affiliation: Site 1 Radio 1 (TGA) Radio 2 (TGB) TEST INSTRUCTIONS 1. Select TGA on radio 1 and TGB on radio 2. 2. From the SmartZone RCM terminal, dynamically regroup radios 1 and 2 to Talkgroup C (TGC). 3. At the SmartZone RCM terminal, initiate the Snapshot command for radio 1. 4. The RCM terminal shows radio 1 affiliated to Site 1 and that radio l' s current state is "Regrouped. " 5. At the SmartZone RCM terminal, terminate the dynamic regrouping on Radios 1 and 2, and then initiate the Snapshot command for radio 1. 6. Radio 1 shows an affiliation to Site 1, and that its current state is "X regrouped" (not regrouped). 7. At the SmartZone RCM terminal inhibit radio 2 and then initiate the Snapshot command for radio 2. 8. Radio 2 shows an affiliation to Site 1 and that its current state is "Inhibited." . MOTOROLA intelligence eve(ywher8~ Page 7C - 21 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan 9. At the SmartZone ReM terminal un-inhibit radio 2 and then initiates the Snapshot command for radio 2. 10. Radio 2 shows an affiliation to Site 1, and that its current state is "X inhibited"(not inhibited). Pass y N Punch list Item # Initials: Motorola Customer T est comments on the back. . MOTOROLA intelligence everywhere" Page 7C - 22 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE SYSTEM MANAGEMENT EMERGENCY ID DISPLAY WITH ALIAS DESCRIPTION The emergency call information that is displayed on the SZ RCM includes the radio alias of the radio that initiated the Emergency Alarm, the Talkgroup that the radio was affiliated to at the time the alarm was sent, and the time the alarm was received. SETUP Emergency ill Display Radio to Site/Talkgroup "A" affiliations: Site 1 Radio 1 (TGA) Radio 2 (TGA) Radio 3 (TGB) Radios 1 and 3 must possess emergency alarm/call capability and be programmed for tactical emergency operation so that the emergency call occurs on the selected Talkgroup. TEST INSTRUCTIONS 1. Provide Emergency ill Display. 2. Initiate an Emergency Alarm from radio 1. 3. TheSZ RCM displays the Emergency Alarm. 4. Verify that the alarm can be cleared from the RCM terminal. 5. Initiate an Emergency Alarm from radio 2. 6. The SZ RCM displays the Emergency Alarm. 7. Initiate an Emergency Call from radio 3. 8. The SZ RCM displays the Emergency Alarm. . MOTOROLA intelligence eve(ywhete~ Page 7C - 23 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan 9. Remove Radios 1,2 and 3 from emergency mode. Pass y N Punch list Item # Initials: Motorola Customer T est comments on the back. . ItIIOT'OROLA intelligence everywhete~ Page 7C - 24 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE SYSTEM MANAGEMENT RADIO CHECK DESCRIPTION Radio Check is a SmartZone RCM command used to verify that a radio is active in the Trunking system. The Radio Check command causes the Zone Controller to poll for the radio to see if it is in the Trunking system, checking the last site at which the radio affiliated. When a radio re- affiliates, the RCM then has the knowledge that the radio is powered on and within system range. If the radio is involved in a conversation, whether group or interconnect, the RCM application displays a message to that effect. The information displayed by the RCM in response to the Radio Check command is: current Talkgroup "A" affiliation, the Multigroup that the Talkgroup is attached to (assuming the Talkgroup belongs to a Multigroup), and the site where the radio is affiliated. If the radio does not respond to the Radio Check command, a message to that effect displays. SETUP Radio to Site/Talkgroup "A" affiliations: Site 1 Radios 1-3 Talkgroup "A" (TGA) TEST INSTRUCTIONS 1. From the RCM terminal, initiate a Radio Check on radio 1. 2. Verify that the RCM displays that radio 1 is affiliated to TGA at Site 1. 3. Shut off the power for radio 3. 4. From the RCM terminal, initiate a Radio Check on radio 3. 5. Verify that the RCM responds with a message stating that radio 3 is not responding (Radio Time Out. 6. Initiate a TGA call from radio 1. 7. From the RCM terminal, initiate a Radio Check on radio 1 while radio is transmitting. 8. Verify that the RCM displays a message stating that radio 1 is involved in a conversation, and indicates a busy. . MO..-oROLA Intelligence eYe(ywhete~ Page 7C - 25 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve(ywher8~ Page 7C - 26 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE SYSTEM MANAGEMENT BASIC LOGIN PROTECTION DESCRIPTION The SmartZone Manager/RCM applications have password protection to prevent unauthorized persons from gaining access to the SmartZone system management network. Accessing either the Manager or Dispatcher application requires entering a valid login ID and password. TEST INSTRUCTIONS 1. Enter a login ill and an incorrect password in the Login dialog box. 2. Verify that the system rejects the incorrect login request. 3. Enter a valid login ill and password in the Login dialog box. 4. Verify that the X-terminal displays the SmartZone application toolbar. 5. Click on EXIT to exit from the SmartZone application environment. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence eve(ywhere~ Page 7C - 27 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE SYSTEM MANAGEMENT SMARTZONE FAILSOFT VIA SMARTZONE MANAGER DESCRIPTION Failure of all control channels, failure of all voice channels, or failure of the subsystem or site controller will cause a SmartZone subsystem to enter Failsoft operations. SmartZone subscribers can be programmed to operate in Failsoft by Talkgroup; to search its list of control channel frequencies in Failsoft; or to disable Failsoft altogether. When a system enters Failsoft, a radio programmed for Failsoft by Talkgroup will first look for a specific Failsoft channel dictated by the selected Talkgroup. Since many SmartZone systems have different frequencies across sites, if a SmartZone radio is unable to find the Talkgroup's Failsoft channel the radio will instead operate in the control channel search Failsoft mode. A radio programmed or needing to search control channels for Failsoft frequencies will lock onto the lowest frequency control channel at the site. Notes: SmartZone radios should not be site locked when in Failsoft mode as the radio will not check the full list of 32 control channels programmed into the radio's code plug. All radios should be programmed to have the same sequence of control channel frequencies. SETUP Ensure that the radios are all affiliated to the same SmartZone site. Program radio 1 for Failsoft operation by Talkgroup. TEST INSTRUCTIONS. 1. Using the SmartZone Manager put the system into Failsoft mode. Radios operate according to their Failsoft programming scheme (Failsoft by Talkgroup, Failsoft by personality, or Failsoft disabled). 2. Initiate a Talkgroup call from radio 1 while in Failsoft mode. · Radio 1 emits a Failsoft tone approximately once every ten seconds. Radio 1 operates on the correct Failsoft channel for its selected Talkgroup (TGA). 3. Disable the Failsoft channel associated with TGA (determined in radio l's programming). Radio 1 searches its control channel list for a suitable Failsoft channel since the original TGA channel has been disabled. Pass y N Punch list Item # Initials: Motorola Customer T est comments on the back. . MOTOROLA intelligence eve(ywhere~ Page 7C - 28 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE SYSTEM MANAGEMENT SMARTZONE FAILSOFT VIA CONTROL CHANNEL FAIL DESCRIPTION. Failure of all control channels, failure of all voice channels, or failure of both simulcast prime site controllers will cause the simulcast subsystem to enter Failsoft operations. For the purposes of this test, one of the subsystems will be put into Failsoft without using the SZ Manager to accomplish this task. SETUP. Radios operate according to their Failsoft programming scheme (Failsoft by Talkgroup, Failsoft by personality, or Failsoft disabled). For this test Failsoft by Talkgroup is assumed. Ensure that the radio 1 and 2 are affiliated to the Simulcast System and the radios are programmed for Failsoft operation by Talkgroup. A service monitor or conventional mode radio shall be used to verify Failsoft by Talkgroup channel assignments are correct. TEST INSTRUCTIONS. 1. Provide Failsoft Operation. 2. On each of the MTC3600 Central Site Controllers, disable each of the control channels to force the System into Failsoft. 3. Radio 1 and 2 emit a Failsoft tone approximately once every ten seconds. 4. Initiate a Talkgroup call from radio 1 while in Failsoft mode. 5. Radio 1 operates on the correct Failsoft channel for its selected Talkgroup (TGA). Radio 2 hears call. 6. Initiate a Talkgroup call from radio 2 while in Failsoft mode. 7. Radio 2 operates on the correct Failsoft channel for its selected Talkgroup (TGA). Radio 1 hears call. 8. Repeat steps 2 and 3 for various Talkgroups. 9. Restore the normal Trunking mode to the system. Radios 1 and 2 no longer emit Failsoft tone System Returns to Wide Area . MOTOROLA intelligence eve(ywhetB~ Page 7C - 29 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan Pass y N Punch list Item # Initials: Motorola Customer T est comments on the back. I) MOTOROLA intelligence everywhere- Page 7C - 30 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE SYSTEM MANAGEMENT REDUNDANT ZONE CONTROLLER TO AUDIO SWITCH LINKS DESCRIPTION A redundant link between the Zone Controller and the Audio Switch (AEB) allows hot standby takeover if the active link fails, ensuring uninterrupted service of the SmartZone system and call switching by the AEB. A failure of both links between the Zone Controller and AEB causes the Zone Controller to force all sites into Site Trunking. TEST INSTRUCTIONS. 1. Provide Redundant Zone Controller to Audio Switch Links. 2. Delete all alarms associated with the AEB at the SmartZone Manager terminal. 3. Disconnect one of the AEB to Zone Controller (ZAMBI<->ZC) links. 4. The SmartZone Manager emits an audible beep indicating an alarm/alert condition. 5. System remains in Wide Area Trunking. 6. Replace the first ZAMBI link and then disconnect the second ZAMBI link. 7. The SmartZone Manager emits an audible beep indicating an alarm/alert condition. 8. System remains in Wide Area Trunking. 9. Disconnect both links between the Zone Controller and AEB. 10. The SmartZone Manager emits an audible beep indicating an alarm/alert condition. 11. The Alert screen indicates the AEB is unknown. All AEB Mux Slots will transition to an unknown state forcing the SmartZone system to Site Trunking mode. 12. Reconnect one of the ZAMBI links and refresh the Current Alerts screen. 13. The Current Alerts screen indicates that the AEB slots are now active. . ItIIOT'OROLA intelligence everywhere~ Page 7C - 31 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan 14. SmartZone sites return to Wide Trunking mode. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence everywhettJ~ Page 7C - 32 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE SYSTEM MANAGEMENT REDUNDANTEQUWPEDZONECONTROLLER DESCRIPTION The Motorola MZC 3000 SmartZone Controller is a redundant system that provides trunking call processing during single point failures. These failures might include failures to the CPU card, Hard Disk Drive, Asynchronous and Synchronous cards, and Power Supply module. The redundant MCZ 3000 Zone controller includes two Compact PCI chassis units. SETUP Three radios are required to perform this test (Radios 1, 2 and 3). All Radios should be selected to Talkgroup A. Test User Initiated Switch over Step 1. While the system is in wide area operation, verify all radios are on the same talkgroup. Step 2. Verify in the Zone Configuration Manager (ZCM) that the switchover mode is user- initiated. Step 3. Switch the Zone Controllers from the ZCM. Step 4. Verify that the backup Zone Controller becomes active and brings all sites back wide within 2 minutes. Step 5. Key Radio 1 and verifying that the other 2 radios hear the audio. Step 6. End the call from Radio 1. Automatic Switchover Step 7. Set the switchover mode to automatic through the ZCM. Step 8. Pull the loopback cable on the Sync Card on the active Zone Controller. . MOTOROLA Intelligence everywhere~ Page 7C - 33 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan Step 9. Verify that the backup Zone Controller becomes active and brings all sites back wide within 2 minutes. Step 10. Key Radio 1 and verifying that the other 2 radios hear the audio. Step 11. End the'call from Radio 1. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence 6ve(ywhertJ~ Page 7C - 34 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE CONTROLLER TO SUBSYSTEM CONTROLLER DATA LINK FAILURE DESCRIPTION. Subsystem site controllers communicate to the Zone Controller via dedicated RS232 data links. Through this dedicated data link, the Zone Controller manages the subsystem resources. In the event that this dedicated data link fails, the Zone Controller loses the ability to manage the subsystem altogether resulting in the SmartZone site entering Site Trunking mode. The SmartZone Manager will notify the network administrator of a site data link failure through the Current Alarms! Alerts screens. TEST INSTRUCTIONS. 1. Verify that all SmartZone sites are in Wide Trunking mode. 2. Site lock radio 1 to SmartZone Site 1. 3. Disconnect the site data links at Site 1. Radio 1 enters Site Trunking mode. 4. . The SmartZone Manager Current Alarms/Alerts indicate that Site 1 is unknown. 5. Reconnect the site data links at Site l.Radio 1 enters Wide Trunking mode. 6. The SmartZone Manager Current Alarms/Alerts indicate that Site 1 is Wide Trunking. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA ;ntell;g~nce eve(ywhet8~ Page 7C - 35 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE CONTROLLER TO SUBSYSTEM BACKUPCONTROLCBANNELS DESCRIPTION. A maximum of four channels are eligible for assignment as control channel in each SmartZone site. In the event that the assigned control channel fails at any remote site, the Zone controller automatically selects one of the other control capable channels as the active control channel for that site. A Control Channel Preference Level can be used to rank the control capable channels where channel 1 is the highest ranking and channel 4 is the lowest. TEST INSTRUCTIONS. 1. Choose a SmartZone site to analyze control channel rotation, and verify that channel 1 is the active control channel. 2. Disable channell, SmartZone site remains in Wide Trunking mode. 3 . Verify that the next highest preferred control capable channel (assumption is channel 2) becomes the active control channel. 4. Disable channel 2, SmartZone site remains in Wide Trunking mode. 5. Verify that the next highest preferred control capable channel (assumption is channel 3) becomes the active control channel. 6. Disable channel 3. SmartZone site remains in Wide Trunking mode. Verify that the next highest preferred control capable channel (assumption is channel 4) becomes the active control channel. 7. Enable channels 1-3. 8. Assuming a Control Channel Preference ranking of 1 for channell, channel 1 will be selected as the active control channel. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve(ywhere~ Page 7C - 36 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE CONTROLLER TO SUBSYSTEM INDIVIDUAL REPEATER FAILSOFT DESCRIPTION Individual repeater Failsoft allows the 10 available repeaters at a site to be manually placed in the Failsoft mode via MOSCAD. A command can be issued, one repeater at a time for each of the available 10 repeaters on a per site basis. Once activated the repeater will then go into the self repeat Site Failsoft mode. SETUP 1. Radio to Site/Talkgroup "A" affiliation: Site 1 2. Radio 1 (Talkgroup "A" (TGA)) 3. Radio 2 (Talkgroup "A" (TGA)) 4. Radios 1 and 2 must be programmed with the proper Failsoft Frequency in TGA. 5. The repeater with that frequency must be selected for the test. TEST INSTRUCTIONS. 6. Disable Main and Back Up Trunking Controllers and verify System Goes into Wide Area Failsoft Single Failsoft Beeps are heard on the test radios. 7. Disable PTT and Audio at all USCI modules for chosen channel and verify all repeaters on that channel will de-key 8. Place the TGA Failsoft Channel into Site Failsoft using the MOSCAD DO screen. Activate the DO for that channel. 9. Voice test Radios 1 and 2 to verify they can communicate in Site Failsoft mode. Double Failsoft Beeps are heard on the test radios. 10. Restore system to the Trunked mode. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence e~(ywhete~ Page 7C - 37 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE CONTROLLER TO SUBSYSTEM REMOTE SITE CONTROLLER FAULT TEST DESCRIPTION The purpose of this test is to prove that if a Remote Site Controller fails at one of the sites, the site will continue to transmit Trunked audio. SETUP For this test the following conditions must be met: The Trunked system is operating in Wide Area. A portable on a Talkgroup that is being monitored by the consoles A console listening to the Talkgroup Three people will be required to conduct the test. One will go to the site being tested with portable # 1, while the other two will be at a Console and with portable #2. TEST INSTRUCTIONS 1. Transmit and hold down PTT switch on portable # 1. Give test count. Portable #2 hears test count Console hears test count 2. With portable # 1 continuing to transmit, power down Remote Site Controller Alarm is given on SZ Manager 3. Portable #2 hears portable #1 with no loss of transmission Entire System continues to trunk 4. Console gives test count on Talkgroup Portables 1 and 2 hear test count. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence everywhere" Page 7C - 38 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE CONTROLLER TO SUBSYSTEM CED LINK FAULT TEST DESCRIPTION The purpose of this test is to prove reliability of the CEB links. SETUP For this test the following conditions must be met: The Trunking system is operating normally. TEST INSTRUCTIONS 1. With a console tied to the CEB, transmit and hold on Talkgroup Test Radio hears console 2. With the console still keyed, disable the Active AIMI board in the CEB Other AIMI board takes over Alarm is given Test Radio continues to hear console. There will be a loss of a few syllables. 3. Disable COIM in CEB Console connected to COIM doesn't work Other OPS continue to communicate on system. Pass y N Punch list Item # Comments: Initials: Motorola Customer T est comments on the back. . MOTOROLA intelligence everywhettP Page 7C - 39 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE CONTROLLER TO SUBSYSTEM ASTRO-TAC FAULT TEST DESCRIPTION The purpose of this test is to prove that if a single AstroTac 3000 fails, that the channel is removed from service but rest of the system resources continue to operate normally. SETUP The Trunking system is operating normally. TEST INSTRUCTIONS 1. Channel X ASTROT AC3000 is powered down. 2. Channel is removed from service 3. An alarm is given on SZ Manager System 4. The system continues to trunk on the remaining channels Pass y N Punch list Item # Initials: Motorola Customer T est comments on the back. . MOTOROLA Intelligence ewsrywhettF Page 7C - 40 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SYSTEM FEATURES SMARTZONE CONTROLLER TO SUBSYSTEM RECEIVER INTERFERENCE SHUTDOWN DESCRIPTION Receiver interference occurs when a repeater receives an unauthorized signal. In order to prevent a disruption of communications, the central controller will remove the affected channel from the Trunked system selection/assignment process when it detects an undesired carrier for longer than the specified time-out period. Once the interfering carrier disappears, the channel is eventually returned to service (10 sec to 5 minutes). TEST INSTRUCTIONS 1. Using a service monitor, transmit a 1 kHz tone at the receive frequency of any repeater station. 2. Central controller removes the channel from service per the carrier malfunction time parameter default. 3. Continue to transmit the 1 kHz tone until the controller removes the channel from service (timer is configurableat the Site level through the Carrier Malfunction Time parameter). 4. At the SmartZone Manager terIilinal, channel malfunction due to interfering carrier is indicated on the Current Alerts screen. 5. Remove the interfering signal. Channel is returned to service within approximately five minutes and the SmartZone Manager indicates that the channel is now enabled. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MO....-oROLA Intelligence eve(ywhetB~ Page 7C - 41 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan FAULT MANAGEMENT SYSTEM FEATURES SCREEN NAVIGATION LOGIN AND PASSWORD SCREEN For system staging the "Login Name" is Administrator and the "Login Password" IS Wonderware. Enter this text and verify this allows access to the "main" screen. MAIN SCREEN The "Main" screen typically contains site name buttons with color status bullets adjacent to the site name buttons. If there are more site names that can be fit on one screen, a "margin tab label" will allow access of additional sites. The "margin tab labels" are used to easily navigate the user to any graphical information associated with the system. More details of a particular site can be achieved by selecting the site name of interest. If there is an alarm within any given site( s), the color bullet will flash in red for the site( s), which originate the alarm. COMMUNICATION SCREENS From the "Main" screen access the "communication" screen tab Verify that the communication screen represents the system CPU configuration, that the active CPU's have a green (normal) communication status, and that the naming is correct. ALARM SUMMARY SCREENS Proceed to the Alarm Summary Screen by selecting the appropriate margin tab. On this screen verify that you can select between the alarm summary detail and the alarm history detail by activating the "Alarm Summary/Alarm History" button. Create an event and verify the display information. Return to the "Main" screen. DIGITAL INPUT SCREENS From the "Main" screen select any site and then the Digital Input margin tab. Verify names and create several alarms and observe the indications. If there are more than 32 digital inputs use the margin tab on the right of the screen to access additional digital inputs and create several alarms in this group as well. Acknowledge any alarm and confirm the acknowledge function. . MO'f'OllOLA intelligence everywher8~ Page 7C - 42 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CHANNEL BANK ALARMS (TENSR) STATUS SCREENS If applicable, select the margin tab for the channel bank units at the site. Create/simulate several alarms and note the module( s) with the alarm. Click on the "alarming" module (card) to pull up the module detail. Note the alarm information and "Ack" the alarm. Access other channel banks at the site (if applicable) by utilizing the right side margin tabs. Verify the information as you did with the first unit. DIGITAL OUTPUT SCREENS Select the "digital output" margin tab. Verify the functions and function names. Activate several controls and verify by monitoring the control via the led readout and the actual equipment under control if wired in. Also confirm change of state by reading status on the digital input screed for equipment that is wired for controVstatus operation. Where there are more digital output icons than can be fit on the screen, select additional outputs using the right side margin tabs and confirm operation as before. QUANTARSTATUSAND CONTROL SCREENS If applicable, select the margin tab for the Quantar units at the site. Verify the status and controls by creating/simulating several alarms and activating several of the controls. Verify selection of any Quantar at the site under test by utilizing the right side margin tabs and repeat alarm/control spot check. ANALOG INPUT SCREENS If applicable, select the analog input margin tab. The analog input is primarily used for RF power readings at the transmitter combiner directional coupler. Verify the analog reading by noting changes in value, as various repeaters are key up and down. GPS/RUBIDIUM STANDARD STATUS SCREENS Access the GPS/Rubidium Standard screen, if applicable, via the margin tab. Create/simulate several alarms and confirm status, "Ack" the alarm(s) and confirm. OmERSITES Return to the "Main" screen, select the other sites of the system, and verify access to all pertinent screens. This concludes the screen navigation portion of the test. . MOTOROLA intelligence ewuywherti' Page 7C - 43 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence everywhere" Page 7C - 44 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan FAULT MANAGEMENT SYSTEM FEATURES ALARM FUNCTIONS ALARM PROCESSING DESCRIPTION This segment of the test verifies that the bi-state site alarms are processed and communicated to the Front End Processor (PEP) and the Graphic Workstation. The alarms can originate from a device with "hard wired" physical dry contact interfacing or from a device connected to the MOSCAD CPU by means of an RS232 interface. This verification should be done for some (typically 3 or 4) alarms to insure that all the processing is performed as expected. The following check list is a walk thru of the alarm processing sequence: TEST INSTRUCTIONS 1. Create an alarm condition by simulating an alarm on a device in the system or shorting/opening a status input to any MOSCAD status input module in the system. 2. Navigate to the lowest level screen that depicts the highest degree of alarm detail. 3. Verify that the "state" text for the associated alarm on the Graphic Workstation is blinking red and that the "state" text displayed is for the correct alarm point and site. 4. Verify that an audible indication is heard at the Graphic Workstation. 5 . Verify that the alarm indication is displayed on the event printer output. 6. Verify that the alarm displays in red text on the Alarm Summary window. 7. Click with the mouse on the "acknowledge" button. Verify that the audible indication is silenced. 8. Verify that the text on the alarm summary window of the Graphic Workstation changes from red to blue. 9 . Verify that the acknowledge event is recorded at the printer output. 10. Verify that the "state" text of the alarm on the graphic workstation remains red but stops blinking. . MOTOROLA intelligence eve('twher8~ Page 7C - 45 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan 11. Return the alarm point to the normal condition. Verify that the "state" text returns to green at the Graphic Workstation. 12. At the Graphic Workstation, verify that the text is removed from the alarm summary window. 13 . Verify that the "return to normal" state is recorded on the printer output. 14. Again create an alarm condition by simulating an alarm on a device in the system or shorting/opening a status input to any MOSCAD status input module in the system. 15. View the alarm summary window and verify red text for the alarm 16. Verify the audible alert at the Graphic Work Station is present. 17 . Verify that the alarm indication is recorded at the printer output. 18. Without acknowledging, reset the alarm return the alarm point to its normal condition. 19 . Verify that the indication is recorded at the printer output. 20. Verify the text on the alarm summary window of the Graphic Workstation has changed from red to gray indicating an unacknowledged alarm that has returned to normal. 21. Verify the alert tone is off Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve(ywhete~ Page 7C - 46 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan FAULT MANAGEMENT SYSTEM FEATURES ALARM FUNCTIONS LOCAL I/O PHYSICAL The purpose of this section is to verify that the physical inputs and outputs that interface to the MOSCAD I/O modules are properly processed by the MOSCAD system. Status inputs are tested from the punch block termination interface. The status can be simulated by shorting/opening the input to/from the MOSCAD ground reference or by creating the actual condition with the actual device being monitored. Observing the response at the graphic workstation makes the verification. For digital outputs (controls) the equipment under control can be monitored for proper response to the control. If the equipment under control is not available or if the controls are unused, the LED indicators on the MOSCAD digital output modules can be monitored for prior response. The controls are initiated from the graphic workstation. Analog inputs are verified by comparing readings on the graphic workstation to the measured level using measuring devices such as watt meters or volt/current meters. The tables below identify the I/O by type, function, and response for each location where physical I/O exists. STATUS INPUTS -DI # refers to the Digital Input assignment number -Description is the name of the status as displayed on the screen, source document is MOSCAD DSI for system -NO=Normally open dry contact -NC=Normally closed dry contact -Normal text is the text displayed in the normal state -Alarm text is the text displayed in the alarm state Pass y N Punch list Item # Initial s: Motorola Customer Test comments on the back. . MOTOROLA Intelligence eve,ywhertJ~ Page 7C - 47 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan FAULT MANAGEMENT SYSTEM FEATURES ALARM FUNCTIONS CONTROL OUTPUTS -DO Refers to the Digital Output assignment number -Description is the name of the status as displayed on the screen, source document is MOSCAD DSI for system -Relay state NC=Normally Closed -Relay state NO=Normally Open -Closure Type Mom=Momentary closure -Closure Type Latch=Latched closure Pass y N Punch list Item # Comments: Customer Initials: Motorola Test comments on the back. . MOTOROLA intelligence eve(ywhere~ Page 7C - 48 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan FAULT MANAGEMENT SYSTEM FEATURES ALARM FUNCTIONS ANALOG INPUTS AI# Refers to the Analog Input assignment number Description is the name of the status as displayed on the screen, source document is MOSCAD DSI for system Input Type refers to Voltage (i.e. 0-5VDC) or Current (4-20 mA) Analog Value Displayed is the unit of measure (i.e. watts) Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intttlligence eve(ywhete~ Page 7C - 49 The City of Miami Beach. Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan FAULT MANAGEMENT SYSTEM FEATURES DIAGNOSTICS FUNCTIONS QUANTAR The following is a list of status and control information pertaining to the Quantar unit that is displayed on the Graphic WorkStation. Verification is accomplished by simulating or creating some/all of the statuses/ controls. Refer to the alarm processing section to verify proper processing of the alarms. This is done for each Quantar radio at each site. Quantar/Quantro Radio Statuses Comm. Status FPM Validity P A Full Status P A On Status Access Disable Rx Fail . . Rx Lock WL Fail WLOn AC Power Control CH Status P A Fail Tx Lock Quantar/Quantro Analog Values Forward Power . MOTOROLA intelligence everywhere ~ Page 7C - 50 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan Reflected Power VSWR Keyed Forward Power Keyed Reflected Power Keyed VSWR Quantar/Quantro Controls Key De-key Reset Access Disable on Access Disable off Pass/F ail Customer Signature Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve(ywhete~ Page 7C - 51 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan FAULT MANAGEMENT SYSTEM FEATURES DIAGNOSTICS FUNCTIONS TENSR CHANNEL BANK DIAGNOSTICS The MOSCAD system will connect to each TeNSr channel bank via its computer port 9-pin D connector along the rear of the INF (Interface) module and requires a dedicated MOSCAD CPU RS-232 port (port 2 or 3). The MOSCAD will be in a "listen-only" mode, where it will continuously monitor for any alarm messages that the TeNSr channel bank sends to the CPU. Alarm messages will then be converted to native MOSCAD data format for transmission to the control center. The channel bank can have up to 28 modular circuits monitored, though in most cases it will be a subset of this maximum. Verification is accomplished by simulating or creating some/all of the statuses. Refer to the alarm processing section to verify proper processing of the alarms. This is done for each channel bank at each site. TeNSr Channel Bank Statuses OOS -- Out of Service NOS --- No Signal LOS --- Loss of Synch YEL --- Yellow Alarm AIS --- Alarm Info Signal CGA_RED --- Red Carrier Group CGA_YEL_ --- Yellow Carrier Group . EER --- Excessive Error Rate SENSOR --- Sensor SWITCH--- Switch UCA --- User Card/Port Alarm . MOTOROLA intelligence everywhere- Page 7C - 52 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan RESET --- System Reset ACO --- Alarm Cut Off SYNC --- Clock Sync Alarm SAIS --- Send Alarm Info Signal DCHAN --- D-Channel out of Service Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intel/;g~nce eve(ywhere~ Page 7C - 53 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan FAULT MANAGEMENT SYSTEM FEATURES DIAGNOSTICS FUNCTIONS TENSR CHANNEL BANK CONFIGURATION At the Graphic WorkStation minimize the InTouch application and open the terminal application (VT100 mode) associated with the computer. Depress the Fl key and key in the Channel Bank ill nomenclature (hard copy reference table provided). This should open the link to the desired channel bank. Verify connection by validating date/time/serial number. Depress F2 to logoff Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA ;nlell;~nce eve(ywhere~ Page 7C - 54 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan FAULT MANAGEMENT SYSTEM FEATURES DIAGNOSTICS FUNCTIONS GPSIRUBIDIUM STANDARD The MOSCAD system will connect to each GPS/Rubidium Standard via its RS232 port 9-pin D connector and requires a dedicated MOSCAD CPU RS-232 port (port 2 or 3). The MOSCAD will be in a "listen-only" mode, where it will continuously monitor for any alarm messages that the Rubidium Standard sends to the CPU. Alarm messages are then converted to native MOSCAD data format for transmission to the control center. The default sets of alarms are listed below. Create/Simulate an alarm and verify that. the alarm is processed properly as described in the Alarm Processing section. GPS/Rubidium Standard Statuses DIOl---Locked DI02 --- Free Running DI03 --- Rubidium Unlock DI04 --- Warm-up DI05 --- Warm-up ended Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. I) MOTOROLA Intelligence ell6(ywhere~ Page 7C - 55 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan FAULT MANAGEMENT SYSTEM FEATURES DIAGNOSTICS FUNCTIONS CENTRAL REDUNDANCY This portion of the test is for systems that have more than one central where the multiple centrals are considered redundant. Verify that the redundant multiple centrals display identical information by comparing alarm report printouts or alarm summary. Take down or disconnect one central from the system and verify status and control from the other two are still achievable. Bring up the disconnected Central and verify that the information is updated to reflect the current state of the system. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . M07"OROLA Intelligence eve(ywhete~ Page 7C - 56 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan FAULT MANAGEMENT SYSTEM FEATURES DIAGNOSTICS FUNCTIONS ASTROTAC RECEIVER ALARMS DESCRIPTION/ METHODOLOGY The purpose of this test is to verify that a user invoked ASTRO-TAC Receiver alarm can be verified at the GMC. The user is asked to create two ASTRO- T AC Receiver alarm statuses at anyone of the Receiver sites. At the conclusion of this test, the user will have a basic understanding of the ASTRO- T AC Receiver alarm statuses. TEST PROCEDURES Wire Line Fail: Step 1. Choose the channel and site to perform test. Step 2. Verify that there are no current alarms for the chosen receiver. Step 3. Remove the V.24 connection on the chosen receiver. Step 4. At the GMC, select the ASTRO-TAC Receiver tab. Step 5. Verify that the alarm is received at the GMC. Step 6. Acknowledge the alarm. Step 7. Replace the V.24 connection at the receiver. Step 8. Verify that the receiver returns to normal. Receiver Lock: Step 1. Choose the channel and site to perform test. Step 2. Verify that there are no current alarms for the chosen receiver. Step 3. Disconnect the cable between the chosen receiver and Frequency Standard. Step 4. At the GMC, select the ASTRO-TAC Receiver tab. . MOTOROLA inteHigence everywhertJ~ Page 7C - 57 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan Step 5. Verify that the alarm is received at the GMC. Step 6. Acknowledge the alarm. Step 7. Reconnect the cable between the receiver and Frequency Standard. Step 8. Verify that the receiver returns to normal. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve(ywhertJ~ Page 7C - 58 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan FAULT MANAGEMENT SYSTEM FEATURES DIAGNOSTICS FUNCTIONS ASTROTAC 3000 COMPARATOR ALARMS DESCRIPTION/ METHODOLOGY The purpose of this test is to verify that a user invoked ASTRO- T AC 3000 Comparator alarm can be verified at the GMC. The user will asked to create two ASTRO-TAC 3000 Comparator alarm statuses at anyone of the three voter sites. At the conclusion of this test, the user will have a basic understanding of the ASTRO- T AC 3000 Comparator alarm statuses. AstroTac Comparator Alarms Comparator - Box Reset Comparator - Box Reset WL Reset Comparator - Box Reset SW Ver. Mismatch Comparator - Box Reset by RSS Comparator - Box Reset HDLC Bus Error Comparator Control Card Undetected Comparator Control Card Undetected Wireline Card 1 WL reset Wireline Card 1 WL absent Wireline Card 1 via RSS PORT # 1 - State Mgr - Link failed PORT #1 - HW Manager - Modem failed PORT #1 - Error Manager CRC Error . MOTOROLA Intel/;gence eve(ywhettJ~ Page 7C - 59 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan PORT #1 - Operation Manager via RSS Remote Status Port - (Conv. Systems Only) link failed Power Supply battery revert Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve,ywhere~ Page 7C - 60 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan FAULT MANAGEMENT SYSTEM FEATURES DIAGNOSTICS FUNCTIONS DIU 3000 ALARMS DESCRIPTION/ METHODOLOGY The purpose of this test is to verify that a user invoked DIU 3000 alarm can be verified at the GMC. The user will be asked to create two DIU 3000 alarm statuses. At the conclusion of this test, the user will have a basic understanding of the DIU 3000 alarm statuses. DIU Statuses & Alarms Problem with sys calls Could not set wireline Could not set attenuator Unexpected inner task message Could not set analog matrix Cannot update infrastructure Database Fail to receive start message Bad communication with DSPl Bad communication with EMC Could not get ESYNC from EMC Bad communication with DSP2 Receive SABM frame Link establishment O.K Link failure . MO"l"OROLA intelligence eYerywhere~ Page 7C - 61 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan Analog timeout EMC status timeout Receive SABM frame from RNC Link establishment with RNC O.K RNC Link failure No Receive Ready from Base HLM: DIU-Base link is down HLM: DIU-Base link is up HLM: DIU-Console link is down HLM: DIU-Console link is up ACIM link is down ACIM link is up DIU reset occurred Pass y N Punch list Item # Initial s: Motorola Customer T est comments on the back. . MOTOROLA intelligence everywhere~ Page 7C - 62 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan FAULT MANAGEMENT. SYSTEM FEATURES DIAGNOSTICS FUNCTIONS CENTRAL ELECTRONICS BANK (CEB) ALARMS DESCRIPTION/ METHODOLOGY The purpose of this test is to verify that a user invoked CEB alarm can be verified at the GMC. The user will be asked to create two CEB alarm statuses. At the conclusion of this test, the user will have a basic understanding of the CEB alarm statuses. I eBB Statuses & Alarms Pass Y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence everywhet8~ Page 7C - 63 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CONCLUSION AND ACCEPTANCE This concludes the Acceptance Test Plan for the MOSCAD Fault Management System. Any failed items of this test plan are to be documented in a punch list format by the Motorola Project Manager. These items will be corrected and re-tested in accordance with the ATP. The successful completion of this test plan demonstrates the performance of the required functionality of equipment and services provided by Motorola and constitutes system acceptance. Signature by all representatives listed below acknowledges the successful completion of this Acceptance Test Plan. MOSCAD PRODUCT GROUP REPRESENTATIVE: (print Full Name) (Signature) Motorola Representative: (print Full Name) (Signature) Customer Representative: (print Full Name) (Signature) . ItIIOT'OROLA intelligence everywhere~ Page 7C - 64 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SIMULCAST TRUNKING SYSTEM SMARTNET FEATURES CALL ALERT DESCRIPTION Call alert allows a dispatcher or radio user to selectively alert an individual so they know that someone is trying to reach them. To initiate a Call Alert (Call Alert) the dispatcher or radio user switches the radio to the Call Alert mode and selects the individual to be called. Pushing the PTT switch sends the Call Alert. The Call Alert produces an audible and visual alert (depending on the radio) on the receiving portable radio. The alert indicators stop when the Call Alert receiver presses their PTT. Indicators on the initiating caller's radio automatically acknowledge receipt of the alert by the alerted radio unit. All of this is accomplished through signaling over the control channel and does not affect voice channel efficiency. The receiving unit of a Call Alert will display and can store the calling party's ill. This is achieved through the transmission of a dual word message, which identifies the caller and the receiver. This allows the receiver to know who initiated the Call Alert. Five different Call Alert programming alternatives are available for mobile and portable radios. Decode only (can receive but cannot initiate a Call Alert) Encode response (can call back the user that initiated the call) Single encode (can Call Alert one predetermined radio only) Multiple encode, (can Call Alert up to eight predetermined radios) Unlimited (can Call Alert any other radio in the fleet which is Call Alert capable) The dispatchers can Call Alert any Call Alert enabled radios. Call Alerts can also be sent from SIMS or Trunked ill Processors. TEST INSTRUCTIONS 1. Initiate a Call Alert from a console to any subscriber unit in the system. 2. Observe that only the radio being called receives a call alert tone, and that the sender's ill is properly displayed. . MOTOROLA intelligence everywhett~~ Page 7C - 65 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence everywhere" Page 7C - 66 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SIMULCAST TRUNKING SYSTEM SMARTNET FEATURES BUSY QUEUING AND CALLBACK DESCRIPTION Although Trunked systems are considerably more efficient than a conventional system, there may still be times when all of the voice channels are busy or when channels with special call processing capabilities are busy. If a radio user transmits while all the system channels are in use, he or she will hear a series of busy tones until a channel is assigned, or the PTT button is released. For convenience, any users requesting system access during a busy period will be put in a queue on a FIFO (first in first out) basis. W~en a channel does become available, the system central controller will notify the first user by calling him back. A talk permit tone heard on the operators' radio alerting the user of the callback and holds the channel for approximately 2 seconds. This feature allows the radio user to put the microphone down in a busy situation and wait for the callback instead of continually keying in an effort to gain channel access. TEST INSTRUCTIONS 1. Disable all but one voice channel. 2. Press push-to-talk (PTT) of a subscriber unit from Talkgroup A and hold the PTT key. This will capture the remaining voice channel in the system. 3. Key a radio from Talkgroup B, and then key a radio from Talkgroup C. Both radios will receive a busy tone. 4. Release the PTT key of the Talkgroup A radio. The Talkgroup B radio should receive a callback tone. 5. Release the PTT key of the Talkgroup B radio. The Talkgroup C radio should receive a callback tone. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve(ywhere~ Page 7C - 67 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SIMULCAST TRUNKING SYSTEM SMARTNET FEATURES ANNOUNCEMENT GROUP CALL DESCRIPTION An announcement group call is the feature used to make a Multi-group call on SMAR TNET n systems. The announcement group call can be set up to work one of two ways. In one set up, the initiating user must wait for the others in their announcement group engaged in conversation to de-key their radios before the announcement group call can begin. Others in the group will get a busy signal if they try to make a call after an announcement group call has been initiated but has not yet been granted a channel. Calls initiated during this period will not be placed in a queue and must be reinitiated after the announcement group call has ended. Those involved in telephone interconnect calls are not affected by an announcement group call. Once they complete their telephone call, they will automatically join the announcement group call. The other set up for this type of call enables an interrupt type of call. When a user initiates a Multi-group call, their call will immediately interrupt other conversations in progress without waiting for other users to de-key. However, those radio users who are transmitting on a voice channel will not hear the announcement group call until they de-key. They will then join the announcement group call if it is still in progress. Everyone in an announcement group call is Message Trunked, meaning all subscribers are able to respond to the announcement on the same voice channel. TEST INSTRUCTIONS 1. Program Talkgroup A and Talkgroup B to the same announcement call group and Talkgroup C to a different announcement call group. 2. Initiate the announcement call from a Talkgroup A radio. 3. Observe that only Talkgroup A and B will receive the announcement call. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eYerywhertP Page 7C - 68 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SIMULCAST TRUNKING SYSTEM SMARTNET FEATURES MULTIPLE PRIORITY LEVELS DESCRIPTION In addition to giving priority to recent users, Motorola Trunked systems provide multiple levels of priority to allow system access to the most critical users during busy periods. Users and groups may be assigned a particular priority level. In the event of a busy, channel requests are processed according to priority on first come first served basis. The system manager via a System Manager Terminal (SMT) or through SIMS can control assignment of priority levels if equipped with the proper software option. There are eight levels of priority on SMAR TNET IT system. An emergency call will always take the highest priority on a SMAR TNET system. TEST INSTRUCTIONS 1. Program the radios in Talkgroup C with priority level 7 and program the radios in Talkgroup A and B with priority level 8. 2. Disable all but one voice channel. 3. Key a radio from Talkgroup A and hold the PTT key. 4. Key a radio from Talkgroup B then key a radio from Talkgroup C. 5. Release the PTT key from the Talkgroup "A" radio Talkgroup C should receive a callback tone. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve(ywhete~ Page 7C - 69 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SIMULCAST TRUNKING SYSTEM SMARTNET FEATURES BACKUP CONTROL CHANNELS DESCRIPTION Anyone of the first four channels on a Trunked radio system is eligible for assignment as a control channel. Control channel assignment rotates among these channels on a daily basis. In the event that the control channel fails, the central controller automatically assigns one of the other eligible channels as the active control channel. TEST INSTRUCTIONS 1. Force channell to be the current control channel. 2. Disable channel one on the front panel of the central controller. 3. Now the central controller should indicate that channel two is the current control channel. 4. Repeat step 2 for channels two and three. 5. By this time, the central controller should indicate that channel four is the current control channel Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve(ywhertJ~ Page 7C - 70 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SIMULCAST TRUNKING SYSTEM SMARTNET FEATURES FAILSOFT OPERATION DESCRIPTION The Trunked system will go into the "Failsoft mode" in the event of a major alarm on the central controller. When in this mode, radios will operate as they would on a conventional repeater system. Radio users are made aware that the system has gone into Failsoft by the automatic sounding of a low level, audible alert tone every ten seconds. TEST INSTRUCTIONS 1. Set three pairs of subscriber units to Talkgroups A, B, and C. 2. Disable the central controller to force the Trunked system into Failsoft. 3. Give a test count on subscriber unit. Al and verify that only subscriber unit A2 receives the test count. 4. Repeat step 3 for Talkgroups Band C. Pass y N Punch list Item # Comments: Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve(ywher8~ Page 7C - 71 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SIMULCAST TRUNKING SYSTEM SMARTNET FEATURES QUANTAR BASE STATION FAILURE DESCRIPTION To show how the Central Controller disables a channel system wide when a failure occurs in a single base station at a single site. TEST INSTRUCTIONS 1. Disconnecting the external reference oscillator input can simulate a base station failure. 2. Once the reference is removed the station's transmit and receive synthesizers loose lock and the station can neither transmit nor receive. 3. This channel is assigned on a call request the QUANTAR or MSF5000 will fail TSTAT. 4. When the prime controller detects failed TSTAT from any station at anyone site the controller disables the channel from the entire system. 5. The channel will remain disabled till the external oscillator input is re-connected to the station input. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve,ywhere~ Page 7C - 72 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SIMULCAST TRUNKING SYSTEM SMARTNET FEATURES TRANSMITTER POWER FAILURE SHUTDOWN DESCRIPTION The central controller can detect a loss or decrease in transmitter output power. If the output of one of the repeaters drops below a threshold level, half-rated power, the central controller will not assign that repeater and will send an error message to the System Manager Terminal (SMT). The central controller can also detect high reverse power. TEST INSTRUCTIONS 1. Reduce the transmitter output power of any repeater station until the central controller shuts down the repeater. 2. Observe that the front panel of the central controller will indicate that the repeater is being disabled. 3. Restore power output to proper level, note that the repeater is restored to service Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence everywhere~ Page 7C - 73 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SIMULCAST TRUNKING SYSTEM REDUNDANT CONTROLLER SWITCHING AUTOMA TIC TRUNKING PRIME CONTROLLER A/B SWITCHING DESCRIPTION This determines the ability of the console CEB to detect a major fault in the active central controller and cause the T -BAR to switch central controllers. SPECIFICATION If the system enters a state where the main central controller cannot remain Trunked, the CEB sensing the problem sends a switch command to the T -BAR thereby activating the backup central controller. TEST INSTRUCTIONS 1. Disable the control channels on the main central controller. 2. Verify that the T -BAR switches to the backup controller. 3. Disable the control channels on the backup central controller. 4. Verify that the system goes into Failsoft. 5. Enable the control channels on the main central controller. 6. Clear the Trunking history at the active System Manager Workstation or the supervisor console. 7. Verify that the T -BAR switches back to the main central controller. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence e'Ve(ywhete~ Page 7C - 74 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SIMULCAST TRUNKING SYSTEM REDUNDANT CONTROLLER SWITCHING MANUAL PRIME CENTRAL CONTROLLER A!B SWITCHING MANUAL CENTRAL CONTROLLER SWITCHING DESCRIPTION To ensure continued communication, SmartZone sub-systems with a redundant Central Controller can restore the Main Central Site Controller as the active unit from the supervisor's console after a fault has been cleared. SETUP The system is operational and the Alternate Central Site Controller as the active unit. TEST INSTRUCTIONS. 1. Verify that the SmartZone site is in Wide Trunking mode. 2. Clear the Main Central Site Controller's Trunking history from the Supervisors console position. 3. From the supervisor pOSItIOn, depress the CENTRAL SAFETY SWITCH and the CONTROLLER A B SWITCH. 4. System will idle for 15-20 seconds while the Main Central Site Controller activates. 5 . Verify that the Main Central Site Controllers is now active. Pass y N Punch list Item # Initials: Motorola Customer T est comments on the back. . MOTOROLA Intelligence everywhere~ Page 7C - 75 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SIMULCAST TRUNKING SYSTEM QUANTAR DIGITAL TRUNKED REPEATER INTRODUCTION The purpose of this procedure is to provide the details required in perform the test to ensure that the SMARTNET TRUNKING SYSTEM meets the required standards. The data sheets provided are to be completed and provided to the system operator as the acceptance test report. . MOTOROLA intelligence eve,ywhere~ Page 7C - 76 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SIMULCAST TRUNKING SYSTEM ASTROTAC 3000 MIXED MODE COMPARATOR VOTING TEST DESCRIPTION This test will demonstrate the comparator's voting ability. Two users on opposite ends of the city shall may be required. TEST INSTRUCTIONS 1. Steer the test TG to a given resource. 2. North end user will state location (relatively open area) give a long test count in the digital mode, and monitor the audio sent to the console. 3. Note the site that is voted and then disable that site on the comparator. The site that voted should be but not necessarily nearest the user location. 4. Continue disabling the voted site and noting the progression. The reception should remain the same or get progressively worse. 5. Restore comparator and repeat test the south end user. 6. Restore comparator and repeat test on the next resource until complete. 7. Return comparator to its normal configuration. Note: The predictability of a given site voting in Miami Beach due to the heavy building clutter is not consistent, however the audio quality should start high and then degrade as the voted receivers are disabled. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Jntelligence trve(ywhertJ~ Page 7C - 77 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SIMULCAST TRUNKING SYSTEM QUANT AR DIGITAL TRUNKED REPEATER ANTENNA/LINE VSWR DESCRIPTION Both receive and transmit antenna systems will have their VSWR measured. VSWR plots taken during installation may be submitted in place of this test. SPECIFICATION Reflected power not to exceed 1.5 VSWR TEST INSTRUCTIONS 8. Transmit Antenna and Lines 9. Disconnect transmit antenna feed line from combiner output. 10. Connect Hewlett Packard Network Analyzer (Model # 8753C or equivalent) output to antenna feed line. 11. Measure VSWR for line and antenna combination and print the results. 12. Return line to its normal configuration. 13. Rx Antenna and Lines 14. Disconnect receive antenna feed line from multi-coupler input. 15. Connect Hewlett Packard Network Analyzer output to antenna feed line. 16. Measure VSWR for line and antenna combination and print the results. 17. Return line to its normal configuration. Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve(ywherB~ Page 7C - 78 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SIMULCAST TRUNKING SYSTEM QUANTAR DIGITAL TRUNKED REPEATER REPEA TER POWER OUTPUT Each Trunked repeater station will have its power output measured at the output of the repeater, the input to the combiner, and the output of the combiner. SPECIFICATION: Power set at rated power out, combiner loss not to exceed combiner loss specification. TEST INSTRUCTIONS 1. Connect a directional wattmeter, X, at the output of the station and terminated into a RF load. 2. Key the station and set the station power output to +50dBm, 100W. 3. Enter the results in dB on the transmit combiner test sheet and de-key the station. This is the "Station Output Forward" reading. 4. Add a second directional wattmeter, Y, in series after the first wattmeter, X, with barrel adapter. 5. Key the station and note the reading of the wattmeter in dBm. 6. Record the difference in dB between the two meters on the transmit combiner test sheet and de-key the station. This is the "Wattmeter Difference" reading. 7. Repeat step one for each station and normal the connections to the combiner. 8. Connect the first directional wattmeter, X, at the input to the combiner and the second directional wattmeter, Y, on the output of the combiner. 9. Key the station and note the forward and reflected power readings in dBm of both wattcmeters. 10. Record each reading in dB on the transmit combiner test sheet and de-key the station. These are the "Combiner Input Reflected, X; Combiner Output Reflected, Y; Combiner Input Forward, X; Combiner Output Forward, Y" readings. . MOTOROLA Intelligence eW3(ywhere~ Page 7C - 79 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan 11. Repeat step four on the remaining stations. 12. Calculate the loss of the combiner, Input - Output + Difference = Loss, and record on the transmitter test sheet. 13. This is the "Combiner Loss" result. Compare calculated loss to the combiner specifications Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve(ywhere~ Page 7C - 80 E CD 1ft ~ U) o :e; ca a:: "C CD ca~ "Cc ,- 2 0.... iLU ..ca J::u u- ta ::s CD E m I- I_ U) Eo ,m a:: ::lE.... o~ ~N ~:J: U:E CDo J::o ....00 c as 0: 1ft CD I- CD u c ! 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Ifj 0 ~ .5 11 '~ .j ~ 8 ~l s 'i a~ e .s .5 r .r <> 'C Q, .9 1 ~ .f .::; . 'f .f Cl The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System . Transmitter Test Sheets Pass y N Punch list Item # Initials: Motorola Customer T est comments on the back. . MOTOROLA Intelligence eve(ywhete~ Field Acceptance Test Plan Page 7C - 84 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SIMULCAST TRUNKING SYSTEM QUANTAR DIGITAL TRUNKED REPEATER TRANSMIT FREQUENCY INSTANTIOUS DEVIATION Each repeater will have its frequency and deviation measured in Trunked and Failsoft operation. SPECIFICATION: Analog Deviation in Trunked and Failsoft operation: +- 3.3 KHz +-0.1 KHz Digital Deviation in Trunked operation: +-3.6~ +-0.1 KHz TEST INSTRUCTIONS 1. Place the station into Failsoft by disconnecting the control cable from the repeater. 2. The repeater's transmit frequency must be within 50 Hz of assigned frequency to insure the VCO is locked to the external frequency standard. 3. The OSW (Outbound Signaling Word) must be +-0.8 KHz, +-0.1 KHz. 4. Apply an on frequency, FM carrier, modulated by a 1KHz tone, deviated at 3.3KHz, into the receiver. The transmit deviation must be 4.1 KHz, +-0.1 KHz. 5. Send an Alert 1 tone from a console operator position, 1200 Hz tone at -10dBm into the transmitter-input line. The deviation must be 4.1 KHz, +-0.1 KHz. 6. Place the repeater into the Trunked mode by re-connecting the control cable. Key the station with a Local PTT on the DMP. Check the maximum trunk deviation for 5.0 KHz +-0.1 KHz. 7. Restore the station for normal operation. 8. Engage the repeater in a digital voice call and check the digital deviation for +-3.6KHz +- 0.1 KHz 9. Repeat test for all repeaters. Pass y N Punch list Item # . MOTOROLA Intelligence eve(ywhete~ Page 7C - 85 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence eve(ywhete~ Page 7C - 86 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SIMULCAST TRUNKING SYSTEM QUANTAR DIGITAL TRUNKED REPEATER RECEIVER SENSITIVITY Each receiver will have its absolute and effective sensitivity measured. Additionally, the receiver sensitivity will be bench marked using the TMP Test Port. Note: These tests are to be performed after the tower mounted preamplifier-multicoupler systems have been optimized per manufacturers recommendations. Typically this requires installation and/or adjustment offixed or variable attenuators in order to optimize the 1M performance of the TMP system without impairing TMP system noise figure. SPECIFICATION: 12dB SINAD with -117dbm (O.3uV) of signal or less TEST INSTRUCTIONS 1. Connect a RF generator, set to the channel's frequency, to the Repeater receiver input port and connect the receiver output to the SINAD meter input. 2. Check the receiver for a 12 dB SINAD sensitivity of -1 17dbm (O.3uV) or better and record the results on the "12 dB SINAD Absolute Receiver Sensitivity Test Sheet." 3. Note the RF level required to obtain a 20db SINAD and enter the results on the "Receiver Effective Sensitivity Test Sheet." This is the "Absolute Receiver Sensitivity" reading. 4. Connect an insolated TEE at the station receiver port terminated into a RF load. 5. Connect a RF signal generator to the isolated port. 6. Note the RF level required to obtain a 20db SINAD and enter the results on the "Receiver Effective Sensitivity Test Sheet." This relative reading will be dependent on the loss of the isolation TEE. This is the "Rx Sensitivity, Isolation Tee at Station terminated to a local RF load" reading. 7. Remove the RF load and connect the insolated TEE to the normal Multicoupler port. 8. Switch the TMP into the TMP RF load. Note the RF level required to obtain a 20db SINAD and enter the results on the "Receiver Effective Sensitivity Test Sheet." The reading will be dependent on the loss of the isolation TEE and the noise from the antenna . ItIIOT'OROLA Intelligence eve(ywhete~ Page 7C - 87 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan TMP/Multicoupler network. This is the "Rx Sensitivity, Isolation Tee at Station terminated to Multicoupler port, TMP RF load engaged" reading. 9. Enter the difference in dB of the "Rx Sensitivity, Isolation Tee at Station terminated to a local RF load" and the "Rx Sensitivity, Isolation Tee at Station terminated to Multicoupler port, TMP RF load engaged" readings in the indicated space. 10. Switch the TMP into the Antenna. Note the RF level required to obtain a 20db SINAD and enter the results on the "Receiver Effective Sensitivity Test Sheet." The reading will be dependent on the loss of the isolation TEE, the noise from the antenna TMP/Multicoupler network, and external noise sources. This is the "Rx Sensitivity, Isolation Tee at Station terminated Multicoupler port, antenna engaged" reading. 11. Enter the difference in dB of the "Rx Sensitivity, Isolation Tee at Station terminated to a local RF load" and the "Rx Sensitivity, Isolation Tee at Station terminated to Multicoupler port, antenna engaged" readings in the indicated space. 12. Repeat for remaining receivers. 13. Restore all normal receiver RF terminations to the Multicoupler ports. 14. Connect the signal generator to the TMP Test Port and engage the TMP RF load. Note the RF level required to obtain a 20dB SINAD reading on each receiver and enter the results on the "Receiver TMP/Multicoupler Effective Sensitivity Test Sheet." This is the "Receiver Sensitivity using TMP Test Port, TMP RF load engaged" reading. 15. Engage the antenna to the TMP and note the RF level required to obtain a 20dB SINAD reading on each receiver and enter the results on "Receiver TMP/Multicoupler Effective Sensitivity Test Sheet." This is the "Receiver Sensitivity using TMP Test Port, Antenna engaged" reading. 16. Calculate the difference between the receiver sensitivity reading with TMP RF load engaged and the receiver sensitivity with the antenna engaged. This is the site receiver degradation figure. Ideally it should be O.OdB. Readings other than O.OdB generally indicate an outside source of interference and shall not be viewed as an equipment fault or a failing of this section of the A TP. Motorola will make a reasonable effort to locate and resolve degradation or present a plan to resolve or minimize the source of the interference. . 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I ~ t u 8 ~ i l; i i 1 '"Cl ~. i) ~.!1 1~ I] -8 s 1 I 1 1 ] .~ .!l g o ~ .5 11 '~ .j .! ~ ~ ~ ~ II!IIO ~ ~ " ~ I! .r =:: 1 .~ '"Cl :::: Ii oi .f I 'f 81 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan Receiver Test Sheets Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MO'f"OROLA Intelligence eve(ywhete~ Page 7C - 98 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CENTRACOM GOLD ELITE CONSOLE OPERATOR POSITION FUNCTIONS INTRODUCTION To insure that all equipment is functional requires that detailed test scenarios be executed and the results tabulated. The results of these tests will become part of the final system documentation to be delivered upon project completion. Factory acceptance tests are those functional tests performed on new equipment delivered from Motorola's factories. All acceptance tests will be conducted by Motorola personnel and witnessed by at least one (1) representative of the City of Miami Beach. Motorola may request the assistance of customer personnel for some tests. As all console operator positions are identical, City of Miami Beach may elect to perform these acceptance tests on a sampling of the available consoles. Tests, which have passed on the sampled consoles, will be considered to have passed and accepted for all consoles. The failure of a test shall not require the re-running of the entire Factory Acceptance Test. Any failures noted will be entered on a "Punch List". Motorola will re-run any failed test following resolution of the problem. . IfIIO'f"OROLA Intelligence eve(ywhete~ Page 7C - 99 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CENTRACOM GOLD ELITE CONSOLE OPERA TOR POSITION FUNCTIONS MOUSE OPERATION DESCRIPTION: This test will check the functionality of the Mouse used to select items on the screen. TEST: 1. U sing the mouse, position the cursor and depress the icon to select a channel or activity function. 2. Selected channel or activity will be highlighted. Circle operator positions tested. 1 2 3 4 5 6 7 8 Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . IfIIO'f"OROLA IntellifP'nce eve(ywhete~ Page 7C - 100 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CENTRACOM GOLD ELITE CONSOLE OPERA TOR POSITION FUNCTIONS FOOT SWITCH OPERA nON DESCRIPTION: This test will check the functionality of the Foot Switch used to select items on the screen. TEST: 1. Using the Mouse, position the cursor on the screen and depress on channel window to select a channel. Selected channel will become highlighted. 2. Depressing the Foot switch on the floor allows a user to transmit on the channel, which is selected. Circle operator positions tested. 1 2 3 4 5 6 7 8 Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MO'f"OROLA Intelligence eve(ywhete~ Page 7C - 101 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CENTRACOM GOLD ELITE CONSOLE OPERA TOR POSITION FUNCTIONS MONITORING CALLS DESCRIPTION: The purpose of this section is to verify that the CRT console position under test and associated hardware in the CEB is in good working order. TEST: 1. Verify that the console under test will receive calls from the test radio. 2. Verify that the Call Indicator flashes whenever audio is present on the associated channel. On channels with signaling verify that the ill is displayed if the call is initiated by a signaling equipped radio. 3 . Verify that the selected channel audio passes through the select speaker, and when the channel is not selected that the audio passes through the un select speaker. Circle operator positions tested. 1 2 3 4 5 6 7 8 Pass y N Punch list Item # Initials: Motorola Customer T est comments on the back. . MOTOROLA Intelligence eve(ywhete~ Page 7C - 102 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CENTRACOM GOLD ELITE CONSOLE OPERA TOR POSITION FUNCTIONS DISPA TCHING CALLS FROM CRT CONSOLES DESCRIPTION: The purpose of this test is to verify that the CRT console under test can dispatch calls to different channels in the system. TEST: 1. Select a channel on the CRT console under test. Initiate a transmission and verify that the test radio can receive the dispatch on that channel. 2. Verify that the "XMIT" symbol ( a red lightning bolt) appears in each channel window during channel dispatch. 3 . Verify other console positions indicate that the selected channel is busy. Circle operator positions tested. 1 2 3 4 5 6 7 8 Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence eve(ywhete~ Page 7C - 103 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CENTRACOM GOLD ELITE CONSOLE OPERA TOR POSITION FUNCTIONS CONSOLE PRIORITY INTERFACE DESCRIPTION: The purpose of this test is to verify that the console under test has transmit priority over radio communication. TEST: 1. Using two radios, initiate a call with a test radios and verify the other test radio and console can receive the call. 2. Verify that when the console transmits on the same channel. The console audio overrides the repeated test radio audio. Circle operator positions tested. 1 2 3 4 5 6 7 8 Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence eve(ywhete~ Page 7C - 104 The City of Miami Beach, Florida 800 MHz ASTRQ Simulcast Trunked Radio System Field Acceptance Test Plan CENTRACOM GOLD ELITE CONSOLE OPERATOR POSITION FUNCTIONS LINE OPERATED BUSY LIGHT DESCRIPTION: The Line Operated Busy Light (LOBL) provides a visual indication of channel activity. The character shown is a yellow transmit symbol and is displayed on all CRTs in the system. TEST: 1. Invoke a channel PTT on a selected operator position. 2. Observe the remaining operator positions and verify that the yellow transmit symbol is in . the respective channel window. Circle operator positions tested. 1 2 3 4 5 6 7 8 Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve(ywhete~ Page 7C - 105 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CENTRACOM GOLD ELITE CONSOLE OPERA TOR POSITION FUNCTIONS LOGGING RECORDER INTERFACE TEST DESCRIPTION: The purpose of this test is to verify that Transmit and Receive audio specified by the customer is available for logging. Use the system map to identify the channels or Talkgroups to be logged. TEST: 1. Connect a transmission test set to the channel under test or monitor the channel from the logging recorder. 2. Verify that Transmit and Receive audio is present. Circle operator positions tested. 1 2 3 4 5 6 7 8 Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence eve(ywhete~ Page 7C - 106 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CENTRACOM GOLD ELITE CONSOLE OPERA TOR POSITION FUNCTIONS ALERT TONES DESCRIPTION: The console operator is provided with three Alert Tones, continuous 1.2KHz tone, two alternating tones, interrupted 1 KHz tone. Alert Tones can be heard at all console positions and all radios on the channel. There are three alert tones: The Alert Tones may be found in the Toolbar Menu and shows the currently selected tone. TEST: 1. Select the desired radio channel by clicking on the channel window. 2. Using the Mouse or touch screen, go to the Toolbar and select the Alert Tone to be tested. 3. Return to the Alert Tone icon and depress the Transmit area of the icon. The Alert Tone is 6 sec in duration (max.). 4. Repeat from step 2 for the other Alert Tone sounds. Circle operator positions tested. 1 2 3 4 5 6 7 8 Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence eve(ywhete~ Page 7C - 107 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CENTRACOM GOLD ELITE CONSOLE OPERA TOR POSITION FUNCTIONS MUL TISELECT TRANSMIT DESCRIPTION: The Multiselect (MSEL) feature allows more than one channel to be selected simultaneously. The console operator can talk and listen to all the selected channels, however, the members on a channel cannot talk or listen to other members of other channels, only members within their channel. SETUP: Select a MSEL folder and verify that MSEL becomes highlighted. Click on the MSEL icon to open the MSEL folder. Select two or more channels by clicking on the desired channel windows. The channel names will appear in the MSEL folder. Close the MSEL folder. Set test radio 1 to test channell and set test radio 2 to test channel 2. TEST: 1. From the console, transmit using the test channel 1 icon. The transmission should be received by test radio 1 only. 2. From the console, transmit using the test channel 2 icon. The transmission should be received by test radio 2 only. 3. From the console, transmit using the MSEL transmit icon. The transmission should be received by both radios. 4. Select the MSEL window by clicking on the MSEL icon. 5. Deselect the MSEL channels by clicking on the appropriate channel window. 6. Close the MSEL window by clicking on the MSEL icon. Circle operator positions tested. 1 2 3 4 5 6 7 8 Pass y N Punch list Item # Initials: Motorola Customer T est comments on the back. . MOT'OROLA Intelligence eve(ywhete~ Page 7C - 108 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CENTRACOM GOLD ELITE CONSOLE OPERATOR POSITION FUNCTIONS PATCH TEST DESCRIPTION: The purpose of this test is to verify that two or more channels can be patched together and will communicate between the channels. SETUP: Select the Patch 1 folder and verify that Patch 1 becomes highlighted. Click on the Patch icon to open the patch folder. Select two or more channels by clicking on the desired channels. The channel names will appear in the patch folder. The patch number will appear in the channel window. This indicates that the channels are now a part of Patch 1. Close the patch folder. Set test radio 1 to test channel 1 and set test radio 2 to test channel 2. TEST: 1. From the console, transmit using the test channel 1 icon. The transmission should be received by test radio 1 only.. 2. From the console, transmit using the test channel 2 icon. The transmission should be received by test radio 2 only. 3. From the console, transmit using the patch transmit icon. The transmission should be received by both radios.. 4. Verify that transmissions from either test radio are received by the other. 5. Select the Patch window by clicking on the patch icon. 6. Deselect the Patch channels by clicking on the appropriate channel window to dissolve the Patch. . MOTOROLA intelligence eve(ywhete~ Page 7C - ]09 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan 7. Close the Patch window by clicking on the patch icon. Circle operator positions tested. 1 2 3 4 5 6 7 8 Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Jntelligence eve(ywhete~ Page 7C - 110 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CENTRACOM GOLD ELITE CONSOLE OPERATOR POSITION FUNCTIONS ALL MUTE DESCRIPTION: The icon "All Mute" mutes all unselected channels. Depressing the "All Mute" from the Feature Menu completely mutes the volume of the unselect speaker. The previous volume level may be reset at any time by depressing" All Mute" a second time. TEST: Initiate a call from a subscriber unit on a channel that is not currently selected at the console. Depress the ALL MUTE switch located on the Feature Menu or tool bar. Verify that the audio volume is muted. Verify that the audio level returns to its previous level upon time out (30 seconds) or by depressing the ALL MUTE switch a second time. Circle operator positions tested. 1 2 3 4 5 6 7 8 Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence eve(ywhete~ Page 7C - 111 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CENTRACOM GOLD ELITE CONSOLE OPERA TOR POSITION FUNCTIONS SELECTIVE INTERCOM DESCRIPTION: The Intercom Call feature allows Intercom operation between dispatch operators. It is accessed via the Feature Menu or icon and provides the ability for an operator to speak with a single operator or all operators. TEST: 1. Access the Intercom Call from the features list. 2. Within the "Send To" Box select the Alias of the desired dispatch position. 3. Using the Mouse (left button) or via Touch Screen click on Send. An Audio Alert Tone will be transmitted six (6) times at both operator positions. (After the sixth transmission, the operator is required to send the request again.) 4. The person receiving must access the Intercom Call window from the Features List or icon, and click on the Answer button. This position will then have an open microphone. 5. The sending position then depresses the "Transmit Button" and begins conversation. 6. Upon completion, either operator may click on the Hang-up icon. 7. Repeat test selecting type: all Ops 8. Click on the Close icon to close the intercom call window. Circle operator positions tested. 1 2 3 4 5 6 7 8 Pass y N Punch list Item # Initials: Motorola Customer T est comments on the back. . MOTOROLA Intelligence e'Ve(ywhere- Page 7C - 112 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CENTRACOM GOLD ELITE CONSOLE OPERA TOR POSITION FUNCTIONS 16 I/O TEST DESCRIPTION: The 16 I/O board allows up to 16 I/O circuits if present. TEST: 1. Select a closure icon. 2. Using the Mouse or via the Touch Screen Display change the state of the closure. 3 . Verify relay activation. Circle operator positions tested. 1 2 3 4 5 6 7 8 Pass y N Punch list Item # Initials: Motorola Customer T est comments on the back. . MOTOROLA Intelligence eve(ywhere~ Page 7C - 113 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CENTRACOM GOLD ELITE CONSOLE OPERATOR POSITION FUNCTIONS EMERGENCY CALL DESCRIPTION. Users in life threatening situations can use the emergency button on the radio to send an audible and visual alarm signal to a console operator in order to request immediate system access to a voice channel for an emergency call. The emergency alarm is displayed at console operator positions as well as at the SmartZone Dispatcher. An emergency alarm begins after the radio user presses the radio's emergency button. Pressing the emergency button places the radio in "emergency mode". To begin an emergency call, the radio user must press the radio's PTT button while in "emergency mode." The assigned voice channel will be dedicated to the emergency caller's Talkgroup for an extended period of time, equal to the Message Hang Time plus the Emergency Hang Time. 2. TEST INSTRUCTIONS. 1. Select Talkgroup A (TG A) on radios 1 and 2. 2. Press the emergency button on Radio 1. QThe emergency alarm and the unit ID/alias of radio 1 is displayed at the console position monitoring the TG A resource. 3. Disable the emergency tone at the console position to prepare for incoming audio from radio 1. 4. Press the PTT on radio 1 to begin the emergency call in TG A. 5. Both the console operator position and radio 2 hear the audio from radio 1 which is in emergency mode. 6. At the console operator position respond to radio 1 by selecting and transmitting on the TG A resource. 7. After completing the emergency call, press and hold the emergency button on radio 1 until an alert tone sounds. Knockdown the emergency at the console position. 8. The alert tone from radio 1 signifies that the user has removed the radio from emergency mode. " Circle operator positions tested. 1 2 3 4 5 6 7 8 . MOTOROLA intelligence eve(ywhete~ Page 7(; - 114 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence eve(ywhete~ Page 7C - 115 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan CENTRACOM GOLD ELITE CONSOLE OPERATOR POSITION FUNCTIONS OPERATOR POSITION CONFIGURATION DESCRIPTION. Check the operator position programming for correctness against the system map. TEST INSTRUCTIONS. 1. Select an operator position and verify the programming against the system map. Circle operator positions tested. 1 2 3 4 5 6 7 8 Pass y N Punch list Item # Initials: Motorola Customer T est comments on the back. . MOTOROLA Intelligence eve(ywhete~ Page 7C - 116 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SUBSCRIBERS NEW UNITS HARDWARE VERIFICATION ASTRO SPECTRA DESKTOP DESCRIPTION Check the subscriber for performance. Verify VSWR range and VSWR frequency plots are nominal. Note: A network analyzer will be used in instead ofa TDR. TEST INSTRUCTIONS Check the following on the subject station . Installation and Remote Operation (No Local Operation) . Frequency Reference Error HZ . Transmitter Power, Forward / Reflected W . Transmitter Analog/Digital Deviation KHz . Receiver 12dB SINAD dBM . Squelch Setting dBM Circle templates tested. 1 2 3 4 5 6 7 8 9 10 11 12 Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence eve(ywhete~ Page 7C - 117 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SUBSCRIBERS NEW UNITS HARDWARE VERIFICATION ASTRO SPECTRA MOBILE DESCRIPTION Check the subscriber for performance. TEST INSTRUCTIONS Check the following on the subject station . Installationand user operation . Frequency Reference Error HZ . Transmitter Power, Forward / Reflected w . Transmitter Analog/Digital Deviation KHz . Receiver 12dB SINAD dBM . Squelch Setting dBM Circle templates tested. Model/Serial Number Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA intelligence eve(ywhete~ Page 7C - 118 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SUBSCRIBERS CONTROL STATION TEMPLATES ASTRO SPECTRA DESKTOP DESCRIPTION Check the subscriber programming for correctness against the system map. TEST INSTRUCTIONS Check the subscriber programming for correctness against the system map. Repeat for the various templates. Circle templates tested. 10 11 12 1 2 3 4 5 6 7 8 9 Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence eve(ywhete~ Page 7C - 119 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SUBSCRIBERS PORTABLE TEMPLATES XTS3000 DESCRIPTION Check the subscriber programming for correctness against the.system map. TEST INSTRUCTIONS Select a subscriber and verify the programming to the system map. Repeat for each template. Circle templates tested. 1 2 3 4 5 6 7 8 9 Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MO'rOROLA Intelligence eve(ywhete~ Page 7C - 120 The City of Miami Beach, Florida 800 MHz ASTRO Simulcast Trunked Radio System Field Acceptance Test Plan SMARTZONE SUBSCRIBERS MOBILE TEMPLATES ASTRO SPECTRA DESCRIPTION Check the subscriber programming for correctness against the system map. TEST INSTRUCTIONS Select a subscriber and verify the programming to the system map. Repeat for the various templates. Circle templates tested. 1 2 3 4 Pass y N Punch list Item # Initials: Motorola Customer Test comments on the back. . MOTOROLA Intelligence eve(ywhete~ Page 7C - 121 ~t ~~]~ . ~ \ .i ..I CITY OF MIAMI BEACH-800 MHz SYSTEM - STATEMENT OF WORK 3.4 Radio Communications Coverage 3.4.1 Coverage Reliability The Proposer shall supply coverage maps to depict 97 percent area coverage for the locations enclosed within the predicted coverage contour for portable and mobile radio coverage. Coverage maps shall be provided for mobile and portable configurations. For the purpose of coverage performance testing, the worst case of the portable in-building talk out or talk back configuration shall be confirmed. The Contractor and the City shall mutually agree on the performance depicted in the coverage prediction. 3.4.2 Received Signal and Circuit Merit The Contractor must account for the users being in dynamic situations and adjust their prediction to provide for DAQ 3.4 performance in a moving faded environment using TIAlEIA TSB-88 methodology. DAQ 3.4 level audio quality in a faded environment requires more signal than in a stationary condition. Below is the TIA TSB-88 standard DAQ audio chart: LEVEL Description (TIA- TSB88) SINAD equivalence (TIA TSB-88) DAQ-1 Unusable, speech present but Less than 8 dB unreadable. DAQ-2 Understandable with considerable 12+/-4dB effort. Frequent repetition due to noise/distortion. DAQ-3 Speech understandable with slight 17 +/- 5 dB effort. Occasional repetition required due to noise/distortion. DAQ-3.4 Speech understandable with repetition 20 +/- 5 dB only rarely required. Some noise/distortion. DAQ-4 Speech easily understood. Occasional 25 +/- 5dB noise/distortion. DAQ-4.5 Speech easily understood. Infrequent 30 +/- 5 dB noise/distortion. DAQ-5 Speech easily understood. Greater than 33 dB RCC Consultants, Inc. 3-8 CITY OF MIAMI BEACH -800 MHz SYSTEM - STATEMENT OF WORK 3.4.3 Simulcast Coverage Performance Prediction The Contractor shall predict simulcast coverage using TIA TSB-88 methodology which aggregates signal strength (signal to noise) and simulcast delay spread throughout the complete predicted coverage area. All areas within the predicted coverage contour are to be analyzed for the combined effect of signal strength and simulcast delay spread from all simulcast transmitters in the system. Any area that exhibits an aggregate of signal strength and delay spread that falls below that required for audio circuit merit and reliability shall be identified in the coverage predictions and noted as an area of less than acceptable performance. 3.4.4 System Configuration/Antenna Sites Site Site Name Location Ground Structure # Coordinates Elevation Height (Feet) (Feet) 1 Rebecca Tower Receive Only 250 46" 12" N 135 800 08' 20" W 2 Fire Station Two 250 47" 58.3" N 4.9 200 800 07' 52.1" W 3 Tower 41 250 48' 52.3" N 3.9 215 80007' 33.1" W 4 75th Street 25051' 35.5" N 6.6 250 80007' 34.4" W 3.4.5 Equipment Parameters 3.4.5.1 General Parameters Subscriber Equipment The parameters are as follows: A Mobile power 35 watts (Public Safety) B. Mobile antenna type 3dB C. Portable power 3 watts D. Portable ant type (1) 1/2-wave end or center fed, whip (Wcxst case talk out) Rec Consultants, Inc. 3-9 CllY OF MIAMI BEACH -800 MHz SYSTEM - STATEMENT OF WORK E. Portable ant type (2) Public safety speaker mic. ant. (worst case talk back) F. G. Faded Mobile Sensitivity (DAQ 3.4) (DAQ 3.4) Faded Portable Sensitivity 3.4.6 Antenna Site Equipment Parameters Site # 1 - Rebecca Tower (Receiver Only) Parameter Transmit Receive Antenna Height na 135 feet Antenna Mounting na Roof Antenna Gain na 12.0 dB Site # 2 - Fire Station Two Parameter Transmit Receive Antenna Height 200 feet 180 feet Antenna Mounting Top Side Antenna Gain 12.0 dB 13.4 dB ERP 580 watts (preliminary, as licensed) Site # 3 - Tower 41 Parameter Transmit Receive Antenna Height 215 215 Antenna Mounting Roof Roof Antenna Gain 13.4 dB 13.4 dB ERP 980 watts (preliminary, as licensed) "tn Site # 4 - 75 Street Parameter Transmit Receive Antenna Height 250 230 Antenna Mounting Top Side Antenna Gain 12.0 dB 12.0 dB ERP 525 watts (preliminary, as licensed) Rec Consultants, Inc. 3-10 CrrvOF MIAMI BEACH-800 MHzSVSTEM- STATEMENT OF WORK 3.4.7 Mobile Radio Configuration The coverage maps included for mobile radios are to show the coverage predicted for a 35 watt mobile radio unit. This prediction shall be based on the mobile radio being installed in standard automobiles that are approximately five feet in height. For purposes of modeling coverage, the mobile antenna should be mounted on the roof of the vehicle. 3.4.8 Portable Radio Configuration Portable antenna performance can vary widely depending on the type of antenna used and the location of the portable antenna on the user's body. The coverage maps included for portable radios must show the coverage predicted for a 3 watt portable unit using a 1/2-wave flexible whip antenna at hip level and a 3 watt portable unit using a public safety speaker microphone antenna. Base to portable talk out coverage shall be analyzed with the portable unit at hip level using the 1/2-wave flexible whip. Portable to base talk back coverage is analyzed with a public safety speaker microphone antenna. 3.4.9 Inside Building and On-Street Coverage The City of Miami Beach digital simulcast system shall be guaranteed to provide an 18 dB margin to meet the minimum reauirements of heavy building coverage. Building Type Definition: Heavy: Large downtown building, large commercial building, condominium, hotel. or large enclosed shopping mall (four stories or more). Loss is typically 18 dB or more. Medium: Small to medium size stores, small apartment buildings, or a small to medium size factory or office buildings (less than four stories). Loss is typically 11 dB or more. Light: Residential buildings (one and two story houses) and other small commercial buildings. Loss is typically 6 dB or more. 3.4.10 Coverage In Specific Buildings Except as specifically noted, the coverage prediction for "in building" locations need not include locations such as elevators, basements below ground level, tunnels, bank vaults, and other locations shielded by metal walls or with heavy construction and with no windows or doors. Since building loss can vary significantly depending on the construction of the building, the coverage maps need not predict coverage within any RCC Consultants, Inc. 3-11 CITY OF MIAMI BEACH -800 M Hz SYSTEM - STATEMENT OF WORK specific wilding. If coverage is needed in a specific building, then a field survey will be conducted. The City has specifically addressed, in the SOW, coverage requirements for several buildings. These buildings are: A. Mt Sinai Hospital (provide BOA as necessary). B. South Shore Hospital (provide BOA as necessary). C. Police Headquarters, 1100 Washington Ave (provide BOA as necessary). O. Fountainbleu Hilton Hotel (verification only). With the three-site simulcast system, the Contractor shall guarantee coverage into the specific buildings listed above, with the exception of Fountenbleu Hotel, where verification of a hotel-owned internal BOA system performance will be performed at no risk to the Contractor. In each of these structures, the testers shall test only in the ground level floors and emergency room locations unless otherwise stated. A minimum of 25 tests shall be performed in random locations throughout each structure. A passing score will be 97 percent. If a structure fails any tests during the initial minimum of 25 test locations, the test regimen shall be increased to 100 locations. A passing score will be 97/100 locations. 3.4.11 Coverage Acceptance Test Plan This Coverage Acceptance Test plan is designed to demonstrate that the RF coverage for units proposed to the C~y will meet the reliability requirement as agreed to by the City and the Contractor. A quantitative method of measurement will be used which involves the use of a calibrated test receiver, analog to digital converter, a portable computer, and a Global Positioning System (GPS) receiver. The GPS receiver will be used to determine the latitude, longitude, and speed of the test vehicle. The computer will be loaded with a mapping database that includes local streets, rivers, railroads, and other features. The computer will save the measured data for each grid that has been defined. This test will be used to evaluate coverage provided by the proposed system for units in the following configurations: A. Base to portable talk out to a unit with flex antenna at hip level inside 18 dB buildings. RCC Consultants, Inc. 3-12 CITY OF MIAMI BEACH-800 MHzSVSTEM- STATEMENT OF WORK The automated test shall simulate the conditions above through the use of the adjusted ATP target level in the table below. B. Portable to base talk in from a unit with a public safety speaker mic. antenna. The Contractor shall p-ovide a report based upon extrapolation of the collected data to simulate the conditions of portable talk back. If known conditions of outside interference to fixed receivers exist, they shall be indicated in the report for discussion with the City. The Effects of such interference shall be reported, but will not be considered for the evaluation score. The system shall be tested in the IMBE dioital mode of operation. The acceptance criteria will be based on the demonstration that a signal equivalent to . CAQ 3.4 is available at an digital receiver input. This portion of the test will determine the RF signal levels within City. Uniformly distributed grids will be evaluated over the coverage areas described above. Ninety-seven percent of the grids tested must yield the required A TP target signal level. (See calculation of A TP Target for inside 18 dB buildings, in the following tables.) Configurations outlined above will be evaluated based upon reference field intensity measurements acquired by the calibrated measurement equipment. The test set shall be based on a calibrated test receiver inside a vehicle with a 1/4-wave antenna mounted on the outside center of the roof of the vehicle. During the field test, the automobile will travel to each of the test locations. At each location, outbound signal level measurements will be captured by the calibrated measurement equipment and these measurements will be used as reference levels upon which all other levels will be determined. During the analysis phase, the value for each configuration will be obtained through extrapolation to compensate for any system gain differences between the test equipment and each of the configurations to be evaluated. Raw test data shall be provided to the City for independent analysis by the City's consultant. The raw test data shall contain the following: A Longitude and latitude of each test grid. B. Raw data string of all RF signal samples or mean RF signal level and standard deviation corresponding to each test grid. The file format may either be a text (.txt) , (.xls), or other format importable into an EXCEL spreadsheet. The following table indicates the values to be used to determine the A TP target reference signal level for each configuration. These represent the difference in system RCC Consultants, Inc. 3-13 CrrvOF MIAMI BEACH-800 MHzSVSTEM- STATEMENT OF WORK gain between the calibrated measurement equipment and each of the configurations. These values will be used in the analysis phase to evaluate acceptance. Rec Consultants, Inc. 3-14 CITY OF MIAMI BEACH-800 MHzSVSTEM- STATEMENT OF WORK Digital C4FM IMBE DAQ 3.4 Signal Threshold Portable Antenna Degradation Relative To Mobile Test Digital C4FM IMBE Faded Mobile Sensitivity (DAQ 3.4 = 2,O%/16.2dB) = -106,3 dBm * Mobile antenna degradation Mobile line loss Portable antenna factor Adjusted portable antenna factor Receiver faded sensitivity (DAQ 3.4) Adjusted portable antenna factor Portable with SMA outside (DAQ 3.4) Portable in heavy 18 dB buildings Receiver threshold (DAQ 3.4) Heavy 18 dB building factor Portable in heavy building (DAQ 3.4) SMA -1.0 dBd -1.8 dB +7.5 dBd (+4.7 dB) -106.3 dBm +4.7 dB (-101.6 dBm) -101.6 dBm +18.0 dB (-83.6 dBm) Flex WhiD at Hip -1.0 dBd -1.8 dB +10.9 dBd (+8.1 dB) -106.3 dBm +8. 1 dB (-98.2 dBm) -98.2 dBm +18 dB (-80.2 dBm) A TP Target For talk out. Digital EDACS FM IMBE DAQ 3.4 Signal Threshold Portable Antenna Degradation Relative To Mobile Test Digital FM IMBE Faded Mobile Sensitivity (DAQ 3.4 = 2%/15.7 dB) = -107.6dBm * Mobile antenna degradation Mobile line loss Portable antenna factor Adjusted portable antenna factor Receiver faded sensitivity (DAQ 3.4) Adjusted portable antenna factor Portable with SMA outside (DAQ 3.4) Portable in heavy 18 dB buildings Receiver threshold (DAQ 3.4) Heavy 18 dB building factor Portable in heavy building (DAQ 3.4) SMA -1.0 dBd -1.8 dB +10.0 dBd (+7.2 dB) -107.6 dBm +7.2 dB (-100.4 dBm) -100.4 dBm +18.0 dB (-82.4 dBm) % Wave WhiD at HiD -1.0 dBd -1.8 dB +10.0 dBd (+7.2 dB) -107.6dBm +7.2 dB (-100.4 dBm) -100.4 dBm +18 dB (-82.4 dBm) A TP Target For talk out. RCC Consultants, Inc. 3-15 CITY OF MIAMI BEACH -800 M Hz SYSTEM - STATEMENT OF WORK 3.4.12 Coverage Testing Methodology A This test will be an RF signal strength measurement test using a calibrated mobile receiver to measure raw outbound signal from the simulcast base stations. B. Computers provided by the Contractor in the automobile will be used to gather signal strength data. C. The City will provide the vehicles used for the test. D. An antenna will be connected to the antenna port of a calibrated Contractor- supplied test receiver monitoring the transmission from a repeater at each base station radio site. The antenna will be mounted on the outside center of the automobile roof. An analog to digital converter device will be connected between the signal strength indicator port of the mobile and the computer. A computer program will manage each gathering session and store the collected data on disks for later analysis. Following the completion of each day's test session, a digital copy of the drive test data shall be provided to the City or its consultant. E. A quasi-random method of selecting evenly and uniformly distributed test locations will be used. The indicated required coverage areas will be divided into evenly distributed grids. The computer will display the grid structure as described, and overlay it on the screen on top of a base map showing the roads. The computer will provide a visual indication that data has been collected in a grid. F. Signal strength at each location will be determined by taking 500 evenly timed data measured over a distance of 40 wavelengths. The average of these measurements will be computed to determine a signal level representative of the test location. An average of multiple samples is used rather than a single measurement to ensure that the measurement is not biased by taking a single sample that might be at a peak or null point on the radio wave. The resulting average will be referred to as the "Reference Grid Level." G. The "ATP Target Reference Level" will be used, and through extrapolation, receive signal levels will be determined for each of the test configurations. For a particular configuration, if the receive signal level is equal to or greater than the ATP Target Reference Level, then the grid for that configuration will be declared passed. If the extrapolated receive signal level is worse than the ATP Target Reference Level then the grid for that configuration will be declared failed. If 97 percent of the grids are determined to be passed grids for a particular configuration, the coverage for that configuration will be declared passed. The successful passing of each of the configurations will constitute the criteria for RF signal strength coverage acceptance. RCC Consultants, Inc. 3-16 CrrvOF MIAMI BEACH-800 MHzSVSTEM- STATEMENT OF WORK 3.4.13 Prerequisites and Preparation One automobile and driver supplied by the City will be utilized for this test. The Contractor will provide the calibrated measurement equipment for the test. The Contractor will conduct the testing procedures. A representative for the City will accompany the test team, and the team members will be determined by the City prior to the testing. 3.4.14 Analyzing Data and Report Generation During the field test, a computer file is generated which includes the signal level averages for each test location. This data will be placed in a computer spreadsheet during the analysis phase and summaries will be computed for each of the test configurations. A report outlining the test and test results will be submitted to the City. The time frame for the report submission will be agreed to by City and the Contractor. The successful completion of the automated coverage test will demonstrate sufficient signal strength to provide 18 dB building coverage throughout 97 percent of the area within the City. 3.4.15 Manual Delivered Audio Quality (DAQ) Test It is generally accepted that digital audio quality is affected by a number of factors. The most significant are the signal strength and channel bit error rate (BER). While the automated test oould measure BER in an automated method, it would be necessary to attenuate all of the system margin in the mobile test package. However, this still would not accurately portray the real operating environment. Therefore, a manual DAQ test will be performed. Separate manual portable radio talk out and talk back tests shall be conducted for selected indoor locations within the City coverage area. The portable radio with speaker- microphone-antenna (SMA) worn on the lapel shall be tested for talk in (portable b base) and a portable at hip level shall be tested for talk out (base to portable). The methodology of the delivered audio quality tests will be based upon the TIA T5888 subjective descriptions. A two-way test message will be transmitted at each test location and recorded by each listener. During the tabulation, the messages will be checked for accuracy. Successful transmission of the test message will be the sole evaluation criterion for the manual DAQ test. Successful completion of the manual DAQ test will demonstrate the proper operation of the digital simulcast system with respect to RF faded signal thresholds and bit error tolerance. RCC Consultants, Inc. 3-17 CITY OF MIAMI BEACH-800 MHzSVSTEM- STATEMENT OF WORK Buildings in each grid will be tested through the transmission of a standardized test message. Buildings failing the test will be later evaluated to determine the building loss by measurement of the available signal strength outside of the building and comparing it to the signal strength measured within the building. A building which fails the DAQ 3.4 test shall be included in the test scoring if the building loss is found to be 18 dB or less. A building which fails the DAQ 3.4 test shall be excluded from the test scoring if the building loss is found to be qreater than 18 dB. In this case, the City may select an alternative building in the same grid for later testing, as the initially selected building demonstrates a loss of more than 18 dB. Building losses will be established by measuring the signal outside a building and a signal measured inside a building. Measurements outside buildings will be gathered by placing the automated measuring equipment on a cart or using a handheld signal strength measuring device. The measurement will be along at least three sides of the building being tested (as far as practical limits allow). The mean of these signal measurements will establish the outside signal level. The measurement will then be moved inside the building. At locations where the voice quality test fails, the signal will be measured at that point b obtain the in-building signal strength for that specific test point. 3-19-03> It has been aqreed that the exhibit H will include the City of Miami Beach SOW section on coveraqe testinq. Motorola proposes to include the followinQ clarifications: Buildinq losses (SOW 3.4.15): Buildinq losses will be established by measurinq the siqnal outside a buildinq and a siqnal measured inside a buildinQ. The outside measure will include 4 sides of the buildinq (as lonq as it is practical) and will be recorded as the averaqe of the two hiqhest readinqs. 3.4.16 Coverage Performance Guarantee The Contractor shall guarantee RF coverage performance in accordance with the requirements of this document. A minimum of 97 percent of the test locations shall provide a voice quality of DAQ 3.4 or better as determined by the test methodology set forth in this document. If the RF coverage performance of the simulcast trunked radio system supplied by the Contractor fails to meet the coverage requirements stated in this document, the Contractor shall modify or otherwise cause the system(s) to meet the minimum requirements of this document at no cost (direct or indirect) to the City. If corrections to the system are required, all coverage tests will be repeated as necessary for any portion of the system determined by the City to have potentially been impacted by the correction work done by the Contractor. The City retains the option to require that all coverage tests be repeated in the event that the simulcast system requires modification or repairs during the conduct of any testing. RCC Consultants, Inc. 3-18 CITY OF MIAMI BEACH-800 MHzsVSTEM- STATEMENT OF WORK 3.4.17 Test Location A statistically significant number of buildings shall be randomly chosen as test locations within the grids of the City coverage area. If buildings do not exist within the grid, then the test shall be conducted from inside of a passenger vehicle and duly noted. Tests will be conducted within typical buildings having 18 dB or less building loss. These are described as heavy density or large type structures. As described previously, random building locations which demonstrate greater than 18 dB building loss will be excluded as test points if the building fails but will be retained as part of the test results if the building passes. Test locations within buildings will be selected by the field tester and will fairly simulate locations typically encountered by public safety personnel. By way of example, but not of limitation, tests in apartment complexes will be conducted in the hallways or stairwells of said complexes. No attempt will be made to seek out unusually high-density areas within buildings such as boiler rooms or underground parking areas. One test location will be selected within each random building. The location will be on the ground level of the building. Talk in testing will be conducted with the use of a shoulder or lapel microphone with an integral antenna (SMA type) mounted at shoulder level on the exterior of all clothing. The shoulder/lapel microphone and antenna will be connected directly to a portable radio that will be mounted in a belt holster. Additionally a portable with a flex whip antenna will be mounted at hip level for talk out testing. 3.4.18 Test Methodology A A "standard test message" is defined as the following sequence and will be evaluated as one DAQ 3.4 test message: 1. Call. 2. Call acknowledgment. 3. In-bound message. 4. Out-bound message. 5. Sign off. B. The test message will contain the following information: Rec Consultants, Inc. 3-19 CITY OF MIAMI BEACH -800 MHz SYSTEM - STATEMENT OF WORK 1. The inbound test message will consist of the words "Test Number" concatenated with the following information: a. Grid number. b. Decimal point followed by test point within that grid. c. Five randomly generated two-digit numbers. As examples: "Test Number 345.1, 12, 42, 57, 14, 88" is the first attempt test conducted for the first location in Grid 345; and "Test Number 345.2, 13, 45, 58, 17, 89" is the second test attempt conducted for the first location in Grid 345. C. The outbound test message will consist solely of five randomly generated two- digit numbers. D. Random numbers will be generated by a computer for each district and submitted to testers and dispatchers immediately before each test day. Neither field testers nor dispatchers will have any knowledge of the other's random test number sequences prior to the test. E. The tester will sign off with "10-4" F. If the test message is not clearly received by either the dispatcher or the tester, the test sequence shall be repeated once more; with the tester allowed to move the radio antenna from one side of their body to the other, without changing their location. This shall be tagged on the score sheet as a second attempt. If this second attempt is a pass, the test point passes. G. If human error or distraction causes a transmission to be missed, the test sequence will be repeated and a notation will be made in the score sheet. H. The test cycle is complete. After each day's test session, the original test forms will be delivered to the City's Project Manager. Copies will be made for the City and the Contractor for immediate review. After all test cycles are completed, the standardized test forms will be tabulated and scored. A completed test cycle must contain the exact random test messages, correlated with the test grid number, to be considered a pass. DAQ 3.4 will be achieved by the reception of the exact random test messages by both the console operator and teste r. Testing will be conducted at a statistically significant number of grid locations (one point per grid) within the City coverage area. RCC Consultants, Inc. 3-20 CrrvOF MIAMI BEACH-800 MHZsYSTEM- STATEMENT OF WORK To eliminate possibility of error on the part of the testers, at tabulation, each failed test message will be analyzed for patterns indicative of commonly confused number pairs. For example, the pairs 59 versus 69 and 60 versus 16 are commonly confused. Such number confusion will be corrected during the scoring, provided the error is obvious and is the sole cause of failure of a given test sequence. The successful passing of 97 percent of the tested areas will constitute the criteria for acceptance of the DAQ test. (See Appendix B.) 3-19-03> It has been aqreed that the exhibit H will include the City of Miami Beach SOW section on coveraqe testinq. Motorola proposes to include the followinq clarifications: a) DAQ test messaqe (SOW 3.4.18): Prior to the start of the DAQ test. Motorola and the City of Miami Beach will revise the randomly qenerated two-diqit numbers of the test messaqes and analyze them to see if any of these numbers fall under a commonly confused pattern. If they do so, the two-diqit pairs will be replaced with new randomly qenerated pairs. If some pairs escape durinq the test messaqe preparation phase, the confusion will be corrected durinq the scorinq, provided the error is obvious and it is the sole cause of the test sequence failure. b) Limited time for DAQ test (SOW 3.4.18): The DAQ test will be limited to a 3D-day period includinq the preparation and analysis phases. Exclusions to this limitation will be reasonable hardships such as: acts of God (war, flood, fire), extreme weather conditions (hurricanes); or communication system failures that impede to continue with the testinq. c) Motorola is willinq to accommodate durinq the DAQ testinq phase the removal of one particular site for a period of time (8-12 hours) so that eMB can perform any additional testinq for information purposes only. The test cannot be part of the A TP since site redundancy for coveraqe purposes was not part of the oriqinal CMB SOW requirements. RCC Consultants, Inc. 3-21 APPENDIX B LETTER FROM AUDIOLOGY ASSOCIATES OF NORTH FLORIDA ~ AUDIOLOGY ASSOCIATES OF NORTH FLORIDA A Division of Tanah~ee Ear. Nose & Throat. Head & Neck SWlIeJY. RA. Adri... Rob.rtc, M.D. . Physlcl8n Director 1405 Cen~i1le Road Suits 5400 Tallahassee. Aorida 32308 Telephone: (904) 671~172 3334 Capita.! Medical Blvd. Suite 600 Tallahassee. Florida .32308 Tel'lphone: (904) 877-4094 305 West Hansell StNet Thomasville. Georgia 31192 Telephone: (912) 228-5660 1315 South MaLn Slrc!et Moultrie. Georgia 31768 T~ephone:(912) S~574 July 2, 1998 Omnicom, Inc. Joe Leikhim 930 Thomasville Road Suite 200 Tallahassee, FL 32303 Re: In-Building Voice Quality Test As per our conversations, I have reviewed the data you gave me. Examination of the 107 number pairs failures provided to me suggested some apparent errors throughout the test sequence. I can not detennine if the errors are statistically significant (nor am I qualified to do so), however., there were definite patterns to the errors. The numbers were compared within and between number pairs. When the test numbers read were compared against the test numbers heard, 59 of the 107 number pairs fell into one of three categories: I. The numbers 50 - 59 vs. the numbers 60 ~9 (Le. 53/63). II. Numbers ending in "ty'" vs. "teen" (i.e. 60/16). ITI. A number undetected possibly due to inflection differences or individual voicing styles. C 3t~gOrv. I There were 19 number pairs judged to be included in this category. l. 2. 3, 4. 5. 6. Test # read 51 66 52 69 69 62 11. 12. 13. 14. 15. 16. T e.'\t '# heard 61 56 62 59 59 52 Test # read 53 54 56 52 59 59 Test # hearq 63 64 66 62 69 69 .,., n l""'\...... . ......."........... . _. __ Test # read Test # heard Test # read ~st # heard 7. 55 65 17. 56 66 8. 50 60 18. 54 64 9. 57 67 19 55 65 10. 69 59 The Iff, /sI, /tJ and IxJ phonemes in the words fifty and sixty are commonly mistaken for one another. The frequency range of IfJ, /s/, ItJ and Ixl is between 4000 and 6000 Hz. This overlap is the probable cause for these errors. C3 (ego" II There were 8 number pairs judged to be included in this category. Test # read Test # heard r e~t # read Test # heard 1. 90 19 5. 15 16 2. 16 60 6. 17 70 3. 50 15 7. 50 15 4. 15 16 8. -IS 16 The uty" and c~een" endings are similar in the manner of production and in the tonal frequency components. CategorY ill There were 31 number pairs judged to be in this category. l. 2. 3. 4, 5. 6. 7. 8. 9. 10. ll. 12. 13. 14. 15. 16. rest # read 21 88 33 52 90 44 55 60 99 77 43 39 30 44 64 90 Test # heard 20 80 3 2 9 40 5 68 9 17 40 30 3 4 66 9 17. 18. 19. 20. 2l. 22. 23. 24. 25. 26. 21. 28. 29. 30. 31. -2- Test # read 95 73 77 28 87 74 32 80 41 33 47 39 65 3 60 Test # heard 90 33 70 8 7 4 2 8 4 3 7 9 5 30 61 The majority of the errors in this category are simply a result of a part oithe number being omitted (usually the last digit). It is common for individuals to lower their voice at the end of a phrase. It is possibly this effect that is the reason for so many errors in this category. It is also possible that the transmission was clipped due [0 the operator releasing the transmit button before the phrase is completed. This would only effect the last number in the series., however; it is unknown where the errors occurred in the number senes. There are many factors that influence a listener's perception of words, especially numerical combinations. These factors can include dialectal variations, speaking rate, hearing acuity, operator error, and the degradation of a signal due to a standard audio (radio, telephone, etc.) transmission. Number sequences are commonly misheard due to the high frequency component (i.e. Isf, If!, lvi, lxi, It!) in the spoken numerals. A simple way to reduce the number of errors would be to have the speakers use single digits to represent the number combinations ("2" "4" to represent the number 24). The use of single digits will provide less opportunity for error and single spoken digits, in general, are composed of lower frequency components (more vowels), resulting in improved comprehension. If you have any questions or comments about this report, please do not hesitate to give me a call. . ~ 12--. LaiTy Burse, M.S./CCC-A Clinical Audiologist -3- CIlYOF MIAMI BEACH~OO MHzSVSTEM- STATEMENT OF WoRK 3.4.19 Thirty-Day Test Plan 3.4.19.1 Purpose This definition of the thirty-day test plan will serve to clarify the conditions required to verify the performance of the City's simulcast radio system over an extended period, as required by the SOW. 3.4.19.2 General The City, upon successful completion of the prescribed performance test period, shall accept the performance of the system. A period of 30 calendar days of successful operation following installation and performance verification of the fixed equipment shall constitute a successful performance test period. Prior testing required by the contract, including system-staging tests and fIXed equipment site tests previously witnessed and approved by the City, shall be incorporated into this document. The beginning of this performance period EhalltJe defined as the time '..men the sy&tem's electFi~1 aAd operational features testing has been completed, the system t:aas been approved by the Contractor for the City's Beneficial use, and 76 per-rom of too start UDon successful completion of the installation and optimization of the system; optimization and oerformance verifications are successfullv comDleted and the diaital subscriber units are iA- ready for use. The Contractor shall submit a letter to the City signifying that the system is ready for test. During the 3D-day performance period, the City shall utilize the radio system for its intended purpose as much as possible, and shall test all operational modes and equipment configurations to ensure that all features operate properly, and that all system anomalies have been identified. For the purposes of this Performance Test, the entire radio system shall consist of: the simulcast trunking subsystem including the Police console dispatch subsystem, Fire console dispatch subsystem, system management subsystem, Network Monitoring and Alarm Reporting subsystem, and the multiplexer subsystem. To meet the standards for acceptance, the system shall operate without any major failure of equipment or equipment function which results in the inability of the overall system to perform as specified. However, any minor failures that are normally encountered during the operation of such a complex radio system shall not constitute a failure in achieving successful operation. A minor failure shall not interrupt the 30-day performance window. RCC Consultants, Inc. 3-22 CITY OF MIAMI BEACH -800 MHz SYSTEM - STATEMENT OF WoRK Any deficiencies noted during this test period shall be identified in writing to the Contractor and these deficiencies corrected by the CCJltractor in accordance with the maintenance response requirements stated in the contract The City's designated representative shall witness the performance period, and shall keep a detailed punch list of suspected system deficiencies. Within 14 business days following completion of the performance test, the City representative shall submit this punch list to the Contractor for analysis and prioritization of any corrections required. A major failure of any subsystem shall cause the 3D-day test period for that subsystem alone to be suspended until repairs have been made. Upon repair of the subsystem, the 3D-day performance test will restart and must run for an additional 30 consecutive days without a major failure. Any subsystem which successfully completes the 3O-day performance phase shall be designated "Passed" and shall not be subject to re-testing. When all subsystems have successfully passed the testing, the entire hardware system shall be declared accepted, subject to correction of punch list items roted during the testing phase. 3.4.19.3 Service Support The City requires 24-hour maintenance of fixed system components for the duration of this test. The City shall contact the Contractor's designated local service facility to report any system outage or deficiency. 3.4.19.4 Classification of Failures To more clearly define the impact that equipment failures may have on overall system functionality, a description of the classifications of failures should be noted. These have been defined below. 3.4.19.4.1 3.4.19.4.2 Minor Trunking System A Failure of no greater than one repeater channel, provided that such failures are corrected within the maintenance response time required by the SOW. B. Failure of any equipment that does not cause the interruption of the trunking operation, wired trunked console dspatch functionality, or operation, provided that redundant equipment automatically switches into operation in accordance with the SOW. C. Failure of a single wired trunked console dispatch position. RCC Consultants, Inc, 3-23 CITY OF MIAMI BEACH -800 MHz SYSTEM - STATEMENT OF WoRK 3.4.19.4.3 3.4.19.4.4 D. Failure of a site frequency standard, provided that redundant equipment automatically switches into operation in accordance with the SOW. E. F. Failure of a single tower-top amplifier or antenna. Momentary (10 second) system outages while switching to redundant control equipment. G. Minor errors in subscriber equipment database affecting fewer than 25 non-fixed radios. Microwave and Multiplex System Malfunctions which cause a failure of three or fewer DSO circuits. Exclusion: the Contractor is not responsible for those components of the existing microwave system which were not subject to modification under this contract. Provided that such failures are properly identified and are corrected within eight hours, such excluded failures will not require a restart of the 30 day test. The test may continue with credit given for successful time which has already elapsed. Network Monitoring and Alarm System Malfunctions which cause a failure of a single workstation. 3.4.19.5 Major 3.4.19.5.1 Trunking System F. G. 3.4.19.5.2 Malfunctions which cause: A System in fail-soft. B. C. Sustained communications failure exceeding one minute in duration. More than one wireline console operator position off the air. D. E. Greater than one channel resource down. A simulcast failure affecting one or more sites. Loss or failure of system controller configuration database. Loss or failure of subscriber database affecting 25 or more non-fixed radios. Microwave and Multiplex System RCC Consultants, Inc. 3-24 CITY OF MIAMI BEACH -800 MHz SYSTEM - STATEMENT OF WoRK Malfunctions which cause a simultaneous failure affecting traffic of more than three DSO channels. Exclusion: the Contractor is not responsible for those components of the . existing microwave system which were not subject to modification under this contract, Provided that such failures are properly identified and are corrected within eight hours, such excluded failures will not require a restart of the 30-day test. The test may continue with credit given for successful time which has already elapsed. 3.4.19.5.3 Network Monitoring and Alarm System A A failure affecting operation of all work stations. B. A failure affecting more than a single RTU. C. Loss or failure of configuration database. 3.4. 19.6 Report Failures detected during this test will be reported to the City on the standard work ticket format utilized by the Contractor. These reports will include, at a minimum: A Model and serial number of the equipment affected (asset number if applicable). B. Original complaint, including time and date failure was first reported. C. Revised complaint and/or trouble found, D. Repairs made and parts used. E. Technidan name or control number. F. Any recommended improvements to the system. G. Any FCC required measurements made due to repairs. A final report shall be submitted to the City within 30 days of the successful completion of this acceptance test. All items on the City's punch-list plus all failures uncovered by this test will be prioritized, and an action plan wll be generated which addresses all of these issues. 3.4.19.7 Exclusions Failures caused wholly or in part by the following conditions shall not be considered as conditional to system acceptance under this 30-day performance plan: A Acts of God, such as lightning, flood, fire, or earthquake. RCC Consultants, Inc. 3-25 CITY OF MIAMI BEACH -800 MHz SYSTEM. STATEMENT OF WoRK B. Willful abuse or damage caused by any person or group of persons excluding acts by employees or agents of the Contractor or its subcontractors. C. Work stoppage or strike for any reason except by employees or agents of the Contractor or its subcontractors. D. Loss of adequate AC power for a period longer than provided for by contracted generator, battery or UPS backup power runtime. E. Lack of performance of any City-supplied equipment (e.g. CAD host). F. Failures resultin", from anvthin", outside reasonable control of Contractor. G. Inability or difficulty communicatin", as a result of an on-channel. external radio freauencv interference source. RCC Consultants, Inc. 3-26