![Icom IC-V8000 [62/88] I tone scan](/img/pdf.png)
Icom IC-V8000 [62/88] I tone scan
![Icom IC-V8000 [62/88] I tone scan](/views2/1074121/page62/bg3e.png)
51
10 POCKET BEEP AND TONE SQUELCH
■ Tone scan
By monitoring a signal that is being operated with pocket
beep, tone or DTCS squelch function, you can determine the
tone frequency or DTCS code necessary to open a squelch.
q Set the channel to be checked for a tone frequency or
code.
w Push [TONE(T-SCAN)] several times to select the tone
condition or type to be scanned.
• One of “ ,” “” or “” appears
e Push [TONE(T-SCAN)] for 1 sec. to start the tone scan.
• To change the scanning direction, rotate the tuning dial.
r When the CTCSS tone frequency or 3-digit DTCS code is
matched, the squelch opens and the tone frequency is
temporarily programmed into the selected condition such
as memory or call channel.
• The tone scan pauses when a CTCSS tone frequency or 3-digit
DTCS code is detected.
• The decoded CTCSS tone frequency or 3-digit DTCS code is
used for the tone encoder or tone encoder/decoder depending
on the selected tone condition or type in step w.
- No indication : Cannot be used for operation.
- “” : CTCSS tone encoder
- “” : CTCSS tone encoder/decoder
- “” : DTCS tone encoder/decoder
t Push [V/MHz(SCAN)] to stop the scan.
z Set the channel to be checked for a tone fre-
quency.
x Selects the tone condition or type to be
scanned.
• Push [FUNC] then push; [
DUP
– 7(TONE)] for re-
peater tone; [
SIMP
9(TSQL)] for tone squelch;
[
HIGH
4(DTCS)] for DTCS squelch.
c Push [FUNC] then [
SCAN
2(T-SCAN)] to start
the tone scan.
v When the tone frequency is matched, the
squelch opens and the tone frequency is pro-
grammed into the selected mode such as
memory or call channel.
b Push [
CLR
A(MW)] to stop the scan.
T-SCAN
Push [TONE(T-SCAN)] for 1 sec. starts tone scan.
During CTCSS tone scan During DTCS code scan
☞ NOTE: The decoded tone frequency is programmed tem-
porarily when a memory or call channel is selected. How-
ever, this will be cleared when the memory/call channel is
re-selected.
Содержание
- Instruction manual 1
- Iv8000 1
- Vhf fm transceiver 1
- 75 w of high transmit output power 2
- D features 2
- Dual color amber green lcd backlight 2
- Explicit definitions 2
- Foreword 2
- Front mounted speaker for clear audio readability 2
- Important 2
- Optional dtmf decoder 2
- Read all instruction 2
- Remote control microphone available 2
- Save this instruction manual 2
- Tone squelch dtcs squelch standard 2
- Be careful 3
- Cautions 3
- Do not 3
- R warning never 3
- R warning rf exposure 3
- Depending on version 4
- Hm 118n 4
- Or hm 118tn tan 4
- Q dc power cable 3 m 1 w mobile mounting bracket 1 e microphone hm 133v 1 r fuse 20 a 1 t mounting screws nuts and washers 1 set y microphone hange 4
- Supplied versions are also available 4
- Table of contents supplied accessories 4
- 2 3 4 5 6 7 8 9 10 11 12 13 14 15 5
- D location 6
- D using the mounting bracket 6
- I installation 6
- Quick reference guide 6
- Connecting to a dc power source 7
- Connecting to a dc power supply 7
- D battery connection 7
- D dc power supply connection 7
- Make sure the ground terminal of the dc power supply is grounded 7
- Never connect the transceiver directly to a 24 v battery do not use the cigarette lighter socket for power con nections see p 5 for details attach a rubber grommet when passing the dc power cable through a metal plate to prevent short circuiting 7
- Quick reference guide 7
- Use a 13 v dc power supply with at least 15 a capacity 7
- D antenna installation 8
- D connecting a microphone 8
- Quick reference guide 8
- I your first contact 9
- Quick reference guide 9
- Tune the desired frequency 9
- Turning on the transceiver 9
- Using the hm 133v 9
- We hope these pointers have been helpful now you are ready to call cq 9
- I repeater operation 10
- Quick reference guide 10
- Repeater tone 10
- Setting duplex 10
- Using the hm 133v 10
- I programming memory channels 11
- Quick reference guide 11
- Selecting a memory channel 11
- Setting a frequency 11
- Using the hm 133v 11
- Writing a memory channel 11
- I front panel 12
- Panel description 12
- Panel description 13
- I function display 14
- Panel description 14
- Panel description 15
- I rear panel 16
- Panel description 16
- I microphone hm 133v 17
- Panel description 17
- I microphone keypad 18
- Key function secondary function key other functions 18
- Panel description 18
- Key function secondary function key other functions 19
- Panel description 19
- D turning power on off 20
- D vfo mode selection 20
- I preparation 20
- I using the tuning dial 20
- Setting a frequency 20
- I using the keypad 21
- I using the y z keys 21
- Setting a frequency 21
- I tuning step selection 22
- Setting a frequency 22
- D frequency lock 23
- D microphone keypad lock 23
- I lock functions 23
- Setting a frequency 23
- Basic operation 24
- I monitor function 24
- I receiving 24
- Basic operation 25
- I audio mute function 25
- I squelch attenuator 25
- Basic operation 26
- I selecting output power 26
- I transmitting 26
- Basic operation 27
- I one touch ptt function 27
- I accessing a repeater 28
- Repeater operation 28
- Repeater operation 29
- D subaudible tones 30
- Encoder function 30
- I subaudible tones 30
- Repeater operation 30
- D 1750 hz tone 31
- D dtmf tones 31
- Push dtmf s then push the keys of the de sired dtmf digits 31
- Repeater operation 31
- The microphone has 1750 hz tone capability used for ring tone when calling etc 31
- X push m tone 1 to transmit a 1750 hz tone call signal for 0 sec push and hold 0 tone 2 to transmit a 1750 hz tone call signal for an arbitrary period 31
- Z push func 31
- I offset frequency 32
- I repeater lockout 32
- Repeater operation 32
- I reversed duplex mode 33
- Repeater operation 33
- D frequency range and offset direction 34
- D setting the auto repeater function on off 34
- I auto repeater 34
- Repeater operation 34
- U s a and c s a versions only 34
- I general description 35
- I memory channel selection 35
- Memory operation 35
- I programming a memory channel 36
- D programming a memory channel via the microphone 37
- Memory operation 37
- D memory call vfo 38
- Memory operation 38
- Transferring memory contents 38
- D memory call call memory 39
- Memory operation 39
- I memory clearing 40
- Memory operation 40
- I programming channel names 41
- Memory operation 41
- Memory operation 42
- I memory bank selection 43
- Memory operation 43
- I memory bank setting 44
- Memory operation 44
- I transferring bank contents 45
- Memory operation 45
- Call channel operation 46
- I call channel selection 46
- I call channel transferring 46
- I programming a call channel 47
- Full scan 48
- I scan types 48
- Memory scan 48
- Programmed scan 48
- Scan operation 48
- Scan resume condition 48
- D operation 49
- D preparation 49
- I scan start stop 49
- Scan operation 49
- I scan edges programming 50
- D programming scan edges via microphone 51
- Scan operation 51
- I skip channel setting 52
- Scan operation 52
- I scan resume condition 53
- Scan operation 53
- Call channel watch 54
- I priority watch types 54
- Memory channel watch 54
- Memory scan watch 54
- Priority watch 54
- I priority watch operation 55
- Priority watch 55
- Dtmf memory encoder 56
- I programming a dtmf code 56
- D automatic transmission dtmf memory 57
- D manual transmission 57
- D transmitting a dtmf memory directly 57
- Dtmf memory encoder 57
- I transmitting a dtmf code 57
- Dtmf memory encoder 58
- I dtmf speed 58
- I pocket beep operation 59
- Pocket beep and tone squelch 59
- D available tone frequency list 60
- D calling a waiting station using pocket beep 60
- Pocket beep and tone squelch 60
- I tone dtcs squelch operation 61
- Pocket beep and tone squelch 61
- I tone scan 62
- Pocket beep and tone squelch 62
- Code programming 63
- I pager function 63
- Pager code squelch 63
- D code programming 64
- Pager code squelch 64
- Pager code squelch 65
- D calling a specific station 66
- I pager operation 66
- Pager code squelch 66
- D waiting for a call from a specific station 67
- Pager code squelch 67
- I code squelch 68
- Pager code squelch 68
- I set mode 69
- Other functions 69
- Adjust to suit lighting conditions the levels 1 dark to 4 bright default are available 70
- Amber setting default green setting 70
- Available subaudible tone frequencies 70
- D display color 70
- D display dimmer 70
- D dtcs code and polarity 70
- D repeater tone 70
- D tone squelch tone 70
- Other functions 70
- Sets dtcs code both encoder and decoder for dtcs squelch operation total of 208 codes 104 codes for each normal and inverse polarities are available default 023n 70
- Sets subaudible tone frequency both encoder and decoder for tone squelch operation total of 50 tone frequencies 67 254 hz are available default 88 hz 70
- Sets subaudible tone frequency encoder only for repeater operation total of 50 tone frequencies 67 254 hz are available default 88 hz 70
- The display color can be set to amber default or green 70
- D offset frequency 71
- D reverse mode 71
- D scan resume timer 71
- D transmit permission 71
- D tuning step 71
- Other functions 71
- D channel skip setting 72
- D cooling fan control 72
- D weather alert function 72
- D wide narrow setting 72
- Other functions 72
- D entering initial set mode 73
- I initial set mode 73
- Other functions 73
- D auto repeater 74
- D key touch beep 74
- D time out timer 74
- Other functions 74
- D auto power off 75
- D dtmf speed 75
- D repeater lockout 75
- D squelch delay 75
- Other functions 75
- D display type 76
- D squelch attenuator 76
- D weather channel selection 76
- I weather channel operation 76
- Other functions 76
- D weather alert function 77
- Other functions 77
- D f 1 f 2 keys on hm 133v 78
- D up dn keys on a microphones 78
- I microphone keys 78
- Other functions 78
- Other than hm 133v 78
- I all reset 79
- I partial reset 79
- Other functions 79
- Cloning allows you to quickly and easily transfer the pro grammed contents from one transceiver to another or data from a personal computer to a transceiver using the optional cs v8000 80
- D cloning between transceivers 80
- E push mw s mw on the master transceiver 80
- I data cloning 80
- Other functions 80
- Power on 80
- Q connect the opc 474 cloning cable to the sp jack of the master and sub transceivers 80
- R when cloning is finished turn power off then on to exit cloning mode 80
- Turn power on to enter cloning mode master trans ceiver only power on only for sub transceiver 80
- D cloning error 81
- D cloning using a personal computer 81
- Other functions 81
- I troubleshooting 82
- If your transceiver seems to be malfunctioning please check the following points before sending it to a service center 82
- Maintenance 82
- Problem possible cause solution ref 82
- I fuse replacement 83
- Maintenance 83
- I optional unit installation 84
- Maintenance 84
- I options 85
- I specifications 85
- Specifications and options 85
- Clone mode 86
- Dtmf memory 86
- Mode arrangement 86
- Mode arrangement 87
- Set mode initial set mode 87
- 1 32 kamiminami hirano ku osaka 547 0003 japan 88
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