Icom UT-111 [10/30] Radio kill function

Содержание

• Icom inc 1
• Ut 111 1
• Contents 2
• Installation 1 2
• Introduction 2
• Operating modes 2
• Operation 3 2
• Programming 15 2
• Appendix a 25 3
• Ut 111 logic board programming 0 3
• Introduction 4
• Channel bank selection 6
• Operation 6
• Priority id codes 6
• Model ut 111 ltr logic board 7
• Priority receive id 7
• Selected group id 7
• Group scan id 8
• Operation 8
• Receive only groups id 8
• Block decode id 9
• Model ut lll ltr logic board 9
• Selective call dtmf decoder 9
• Operation 10
• Radio kill function 10
• Dtmf encoder 11
• Model ut 111 ltr logic board 11
• Transmit ani 11
• Busy channel lockout 12
• Opera ting modes 12
• Originating a dispatch call 12
• Receiving a dispatch call 12
• Interconnect calls 13
• Model ut 111 ltr logic board 13
• Figure 3 1 installation into the ic f3 f4 transceiver 14
• Installation into the ic f3 f4 series transceivers 14
• Installation procedure 14
• Alignment procedure 16
• Installation procedure 16
• Ut 111 mobile logic board jumper selection 16
• Model ut 111 ltr logic hoard 17
• Figure 1 18
• Portable radio programming 18
• Programming 18
• Radio programming 18
• All keys and display assignments arc made using the arrow keys to move the highlight to the desired key function and press enter a list of allowable functions appears note that some lists extend beyond the screen and will scroll to reveal other functions 19
• Figure 2 19
• Figure 2 represents a typical channel assignment there are several areas in this screen which require special attention in order for the ut 111 logic board to operate the trunking function must be enabled 19
• In addition one key must be assigned as the trunking group sw button so that a user can select a group finally one key must be assigned as bank up to allow the user to select the bank 19
• In the example the bank 20ch 12ch has been selected to support a 20 channel system this screen represents a configuration which has been tested for proper operation if you enable radio functions other than those shown extensive testing should be done to determine if the function selected is compatible with the ut 111 logic board 19
• Memory channel screen figure 2 19
• Model ut l ii ltr logic board 19
• ______________ 1 19
• Mobile radio programming 20
• Programming 20
• Figure 3 21
• Model ut 111 ltr logic board 21
• Figure 4 22
• Programming 22
• Figure 5 23
• Global features programming figure 5 23
• Model ut 111 ltr logic board 23
• Ut 111 logic board programming 23
• Programming 24
• Default settings for cs f3 for vhf radio the default file is f3 stl for uhf radio the default file is f4 stl 25
• Default settings for cs f300 for vhf radio the default is f300 for uhf radio the default is f400 25
• Figure 6 25
• Model ut 111 ltr logic board 25
• Note default settings for data polarity and data delay can be entered using the stl files provided with the cloning software select file load and enter to list the available files highlight the desired file and press enter 25
• Refer to figure 6 to view an example of the programming described in this section 25
• System features programming figure 6 25
• Programming 26
• Group codes 1 through 10 programming 27
• Model ut lll ltr logic board 27
• Appendix a 28
• Global features 28
• Orksheet 28
• Programming worksheet 28
• Rogrammin 28
• Home repeater 1 20 ________________ 29
• Mobile logic board 29
• Model ut 1i1 smartrun 29
• Priority receive id 1 250 29
• Receive block decode lower id 1 250 29
• Receive block decode upper id 1 250 29
• System data 29
• ___ ___ 29
• _________________system 1 area number 0 1 ___________________ 29
• Count on us 30
• Icom inc 30

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1 Operation Transpond Function is also available when the Selective Call DTMF Decoder is enabled After receipt of a selective call the transceiver will key the transmitter on the selected Group ID and transmit a double beep tone to confirm that the selective call was received This feature can be enabled or disabled for each programmed Group ID The Transpond Function should only be used when selective calling individual transceivers Otherwise multiple transceivers will send the transpond signal on the trunking system at the same time causing a collision When sending a DTMF selective call to a transceiver or group of transceivers each digit should be sent at a rate of at least one digit per second The Selective Call DTMF Decoder may be programmed with any digits from 0 to 9 1 4 Radio Kill Function The Selective Call DTMF Decoder is also used to disable a transceiver Radio Kill from a remote location Upon receipt of the Radio Kill DTMF signal the transceiver will be disabled and will generate a continuous low beeping tone The transceiver will also key the transmitter on the selected Group and transmit a double beep tone to confirm that the Radio Kill instruction was received The transceiver may then only be reactivated by the radio dealer by PC programming or by entering the Alignment Mode Each transceiver in the system should be programmed with a unique Radio Kill DTMF sequence to allow any individual radio to be disabled However any number of transceivers may use the same DTMF Kill sequence to deactivate multiple transceivers simultaneously Although a transceiver may receive the Radio Kill instruction on any programmed Group ID the transceiver must have the correct Group ID selected Since the Priority Receive ID takes precedence over all other ID Codes a Radio Kill instruction should be transmitted using the Priority Receive ID to insure the instruction is received by the transceiver 7