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Icom IC-2200H Instruction Manual

Manual is about: ICOM IC-2200H: Instruction Manual

Summary of IC-2200H

  • Page 1

    Instruction manual i2200h vhf transceiver this device complies with part 15 of the fcc rules. Operation is sub- ject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause u...

  • Page 3: Features

    I foreword thank you for purchasing this icom product. The ic-2200h vhf transceiver is designed and built with icom’s superior technology and craftsmanship. With proper care, this product should provide you with years of trouble-free operation. We want to take a couple of moments of your time to tha...

  • Page 4

    Ii r warning rf exposure! This device emits radio frequency (rf) energy. Extreme caution should be ob- served when operating this device. If you have any questions re- garding rf exposure and safety standards please refer to the federal communications commission office of engineering and technology’...

  • Page 5: Supplied Accessories

    Iii supplied accessories and options ■ supplied accessories q microphone (hm-133v)* . . . . . . . . . . . . . . . . . . . . . . . . . 1 w fuse (20 a) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 e dc power cable (3 m) . . . . . . . . . . . . . . . . . . . . . . . . . . . 1...

  • Page 6

    Iv table of contents foreword ........................................................................................... I important ............................................................................................ I explicit definitions .....................................................

  • Page 7

    V 8 priority watch .................................................................... 43–44 ■ priority watch types ...................................................................... 43 ■ priority watch operation ............................................................... 44 9 dtmf memory e...

  • Page 8: Quick Reference Guide

    I quick reference guide ■ installation d location select a location which can support the weight of the trans- ceiver and does not interfere with driving in any way. We rec- ommend the locations shown in the diagram below. Never place the transceiver where normal operation of the vehicle may be hind...

  • Page 9

    Ii quick reference guide d battery connection ☞ 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 circuitin...

  • Page 10

    Iii quick reference guide d antenna installation • antenna location to obtain maximum performance from the transceiver, select a high-quality antenna and mount it in a good location. A non- radial antenna should be used when using a magnetic mount. • antenna connector the antenna uses a pl-259 conne...

  • Page 11: Your First Contact

    Iv quick reference guide ■ your first contact now that you have your ic-2200h installed in your car or shack, you are probably excited to get on the air. We would like to take you through a few basic operation steps to make your first “on the air” an enjoyable experience. 1. Turning on the transceiv...

  • Page 12: Repeater Operation

    V quick reference guide ■ repeater operation 1. Setting duplex push [low ] for 1 sec. Once or twice to select minus duplex or plus duplex. • the usa version has an auto repeater function, therefore, setting duplex is not required. 2. Repeater tone push [tone ] several times until “ ” appears, if the...

  • Page 13: Programming Memory Channels

    The ic-2200h has a total of 207 memory channels (including 6 scan edges and 1 call channel) for storing often used oper- ating frequency, repeater settings, etc. 1. Setting a frequency in vfo mode, set the desired operating frequency with re- peater, tone and tuning steps, etc. 2. Selecting a memory...

  • Page 14: Front Panel

    ■ front panel q power key [pwr] turns power on and off when pushed for 1 sec. W memory write key [s.Mw ] (p. 25) ➥ selects a memory channel for programming. ➥ programs the selected memory channel when pushed for 1 sec. • continue to hold the key to increment the memory channel automatically. E micro...

  • Page 15

    2 1 panel description 1 y set•lock key [set ] ➥ enters set mode when pushed. (p. 74) ➥ keys the lock function on and off when pushed for 1 sec. (p. 12) u monitor•channel name key [moni ] ➥ push to switch the monitor function on and off. (p. 13) ➥ in memory and call channel mode, switches the channel...

  • Page 16: Function Display

    3 1 panel description ■ function display q frequency readout shows the operating frequency, channel names, set mode contents, etc. • frequency decimal point flashes while scanning. (p. 38) • “d” appears in place of the 1st digit while the dtmf memory function is in use. (p. 45) w transmit indicator ...

  • Page 17

    4 1 panel description 1 y key indicators indicate the function(s) of the front panel keys directly below the function display. U skip indicator (p. 41) appears when the selected memory channel is specified as a skip channel. I memory channel number indicators ➥ shows the selected memory channel numb...

  • Page 18: Rear Panel

    5 1 panel description ■ rear panel q speaker jack [sp] accepts an 8 Ω speaker. • audio output power is more than 2.4 w. W data jack [data] connects to a pc or gps receiver via an rs-232c cable (d-sub 9-pin) for data communication in the rs-232c for- mat. E power receptacle [dc13.8v] accepts 13.8 v d...

  • Page 19: Microphone

    6 1 panel description 1 ■ microphone (hm-133v*) q vfo/lock key [vfo/lock] ➥ push to select vfo mode. (p. 9) ➥ push for 1 sec. To switch the lock function on and off. (p. 12) w ptt switch ➥ push and hold to transmit; release to receive. ➥ switches between transmitting and receiving while the one-touc...

  • Page 20: Microphone Keypad

    7 1 panel description ■ microphone keypad key function secondary function ( +key) other functions switches between opening and closing the squelch. (p. 13) starts and stops scanning. (p. 38) starts and stops priority watch. (p. 44) selects high output power. (p. 16) selects mid. Output power. (p. 16...

  • Page 21

    8 1 panel description 1 ➥ cancels frequency entry. (p. 10) ➥ cancels the scan or priority watch. (pgs. 38, 44) ➥ exit set mode. (p. 74) ➥ enters set mode (p. 74) ➥ advances the set mode selection order after entering set mode. (p. 74) ➥ sets the keypad for numeral input. (p. 10) ➥ reverses the set m...

  • Page 22: Setting A Frequency

    9 setting a frequency 2 ■ preparation d turning power on/off ➥ push [pwr] for 1 sec. To turn power on and off. D vfo mode selection the transceiver has 2 basic operating modes: vfo mode and memory mode. ➥ push [v/mhz ] to select vfo mode. ➥ push [vfo/lock] to select vfo mode. ■ using the tuning dial...

  • Page 23: Using The Keypad

    10 2 setting a frequency 2 ■ using the keypad the frequency can be directly set via numeral keys on the mi- crophone. Z push [vfo/lock] to vfo mode, if necessary. X push [ ent c(t-off)] to activate the keypad for digit input. C push 6 keys to input a frequency. • when a digit is mistakenly input, pu...

  • Page 24: Tuning Step Selection

    11 2 setting a frequency ■ tuning step selection tuning steps are the minimum frequency change increments when you rotate [dial] or push [ y y ] / [ z z ] on the microphone. The following tuning steps are available. • 5 khz • 10 khz • 12.5 khz • 15 khz • 20 khz • 25 khz • 30 khz • 50 khz note: for c...

  • Page 25: Lock Functions

    12 2 setting a frequency 2 ■ lock functions to prevent accidental channel changes and unnecessary function access, use the lock function. The transceiver has 2 different lock functions. D frequency lock this function locks [dial] and keys electronically and can be used together with the microphone l...

  • Page 26: Basic Operation

    13 basic operation 3 ■ receiving q push [pwr] for 1 sec. To turn power on. W set the audio level. ➥ push [moni ] to open the squelch. ➥ rotate the [vol] control to adjust the audio output level. ➥ push [moni ] again to close the squelch. E set the squelch level. ➥ rotate [sql] fully counterclockwise...

  • Page 27: Audio Mute Function

    14 3 basic operation 3 ■ audio mute function this function temporarily mutes the audio without disturbing the volume setting. ➥ push [func] then [ sql y y d(mute)] to mute audio signals. • “mute” appears. • push [ clr a(mw)] (or any other key) to cancel the function. ■ squelch attenuator the transce...

  • Page 28: S-Meter Squelch

    15 3 basic operation ■ s-meter squelch the transceiver has an s-meter squelch. The s-meter squelch allows you to set minimum signal level needed to open the squelch. Q turn the transceiver power off. W while pushing [set ] , push [pwr] for 1 sec. To enter initial set mode. E push [set] or [moni] to ...

  • Page 29: Selecting Output Power

    16 3 basic operation 3 ■ selecting output power the transceiver has 4* output power levels to suit your oper- ating requirements. Low output powers during short-distance communications may reduce the possibility of interference to other stations and will reduce current consumption. *the taiwan versi...

  • Page 30: Repeater Operation

    17 repeater operation 4 ■ accessing a repeater q set the receive frequency (repeater output frequency). (pgs. 9, 10) w push [low ] for 1 sec., once or twice, to select minus duplex or plus duplex. • “–” or “+” appears to indicate the transmit frequency for minus shift or plus shift, respectively. • ...

  • Page 31

    Z set the receive frequency (repeater output fre- quency). (pgs. 9, 10) x push [ dup – 7(tone)] to select minus duplex; push [ dup + 8(tsql s s )] to select plus duplex. C push [func] then [ dup – 7(tone)] to turn on the subaudible tone encoder according to re- peater requirements. • refer to p. 19 ...

  • Page 32: Subaudible Tones

    ■ subaudible tones (encoder function) d subaudible tones q select the mode/channel you wish to set the subaudible tones to, such as vfo mode or memory/call channel. W push [set ] to enter set mode. E push [set] or [moni] several times until “ ” and “rt” ap- pears; or until “ ” and “ct” appears for t...

  • Page 33

    20 4 repeater operation 4 d dtmf tones ➥ push [dtmf-s] , then push the keys of the de- sired dtmf digits. • the function indicator lights green. • 0–9, a–d, m (e) and #(f) are available. • when “d” is displayed in place of the 100 mhz digit, cancel the dtmf memory encoder in advance. (p. 46) • push ...

  • Page 34: Offset Frequency

    ■ offset frequency when communicating thorough a repeater, the transmit fre- quency is shifted from the receive frequency by an amount determined by the offset frequency. Q push [set ] to enter set mode. W push [set] or [moni] until “±” and offset frequency appear. E rotate [dial] to set the desired...

  • Page 35: Reversed Duplex Mode

    22 4 repeater operation 4 ■ reversed duplex mode when the reversed duplex mode is selected, the receive fre- quency shifts. (transmit frequency shifts in normal duplex mode.) each receive and transmit frequency is shown in the table below with the following conditions; input frequency : 145.30 mhz d...

  • Page 36: Auto Repeater

    23 4 repeater operation ■ auto repeater (u.S.A. Version only) the usa version automatically activate the repeater settings (dup– or dup+ and tone encoder on/off) when the operating frequency falls within the general repeater output frequency range and deactivate them when outside of the range. D set...

  • Page 37: Memory Operation

    24 5 memory operation 4 5 ■ general description the transceiver has 207 memory channels including 6 scan edge memory channels (3 pairs), and 1 call channel. Each of these channels can be individually programmed with operat- ing frequency (pgs. 9, 10), duplex direction (p. 17) and offset (p. 21), sub...

  • Page 38: Programming A Memory Channel

    25 5 memory operation ■ programming a memory channel vfo settings, including the set mode contents such as sub- audible tone frequency, etc., can be programmed into a mem- ory channel. Q set the desired frequency in vfo mode. ➥ push [v/mhz ] to select vfo mode. ➥ set the frequency using [dial] . ➥ s...

  • Page 39

    26 5 memory operation 5 d programming a memory channel via the microphone [example]: programming 145.870 mhz into memory channel 20 (blank channel) via the microphone. Lock set anm moni dup low t-scan tone prio m/call scan v/ mhz digital prio ao busy mute nar mid low lock set anm moni dup low t-scan...

  • Page 40: Transferring Memory Contents

    27 5 memory operation ■ transferring memory contents this function transfers a memory channel’s contents to vfo (or another memory/call channel). This is useful when search- ing for signals around a memory channel frequency and for recalling the offset frequency, subaudible tone frequency etc. D mem...

  • Page 41

    28 5 memory operation 5 d memory/call ➪ call/memory q select the memory/call channel to be transferred. ➥ push [m/call ] to select memory mode, then ro- tate [dial] to select the desired memory channel. ➥ push [m/call ] for 1 sec. To select the call channel. W push [s.Mw ] momentarily. • “ m ” indic...

  • Page 42: Programming Channel Names

    29 5 memory operation ■ programming channel names each memory channel and the call channel can be pro- grammed with an alphanumeric channel name for easy recognition and can be indicated independently by channel. Names can be a maximum of 6 characters— see the table below for available characters. Q...

  • Page 43

    30 5 memory operation 5 channel names can also be programmed via the mi- crophone. Z select the memory/call channel to be assigned memory names. ➥ push [mr/call] to select memory mode, then select the desired memory channel via [ y y ] / [ z z ] or keypad. • scan edge channels can also be selected. ...

  • Page 44: Memory Clearing

    31 5 memory operation ■ memory clearing contents of programmed memories can be cleared (blanked), if desired. Q push [v/mhz ] to select vfo mode. W push [s.Mw ] momentarily. • “ m ” indicator and the memory channel number blink. E rotate [dial] to select the memory channel to be cleared. • memory ch...

  • Page 45: Memory Bank Selection

    32 5 memory operation 5 ■ memory bank selection the ic-2200h has a total of 10 banks (a to j). Regular mem- ory channels, 0 to 199, are assigned into the desired bank for easy memory management. Q push [m/call ] to select memory mode. W push [bank ] to select memory bank condition. • bank initial bl...

  • Page 46: Memory Bank Setting

    33 5 memory operation ■ memory bank setting q push [m/call ] to select memory mode, then se- lect the desired memory channel via [dial] . W push [set ] enter the set mode. E push [set] or [moni] several times until “bak” appears. • “– –” indication blinks as follows. R rotate [dial] to select the de...

  • Page 47: Transferring Bank Contents

    34 5 memory operation 5 ■ transferring bank contents contents of programmed memory banks can be cleared or transferred to another bank. Information: even if the memory bank contents are cleared, the memory channel contents still remain pro- grammed. Q select the desired bank contents to be transferr...

  • Page 48: Call Channel Operation

    35 call channel operation 6 ■ call channel selection ➥ push [m/call ] once or twice to select the call channel. • “c” appears instead of mem- ory channel number indication. • push [m/call ] to re- turn to memory mode, or push [v/mhz ] to select vfo mode. ➥ push [mr/call] for 1 sec. To select the cal...

  • Page 49: Programming A Call Channel

    36 6 call channel operation 6 ■ programming a call channel operating frequency, duplex information, subaudible tone in- formation (tone encoder or tone squelch on/off and its fre- quency) and alphanumeric channel names can also be programmed into the call channel. Q set the desired frequency in vfo ...

  • Page 50: Scan Operation

    37 scan operation 7 ■ scan types scanning searches for signals automatically and makes it easier to locate new stations for contact or listening purposes. There are 3 scan types and 4 resume conditions to suit your operating needs. Full scan (p. 38) repeatedly scans all frequen- cies over the entire...

  • Page 51: Scan Start/stop

    38 7 scan operation 7 ■ scan start/stop d preparation scan resume condition (p. 42); program the scan edges (pgs. 39, 40); program 2 or more memory channels (pgs. 25, 26); set skip settings, if desired (p. 41). D operation q select vfo mode for full/programmed scan with [v/mhz ] ; or memory mode for...

  • Page 52: Scan Edges Programming

    39 7 scan operation ■ scan edges programming scan edges can be programmed in the same manner as memory channels. Scan edges are programmed into scan edges, 1a/1b to 3a/3b, in memory channels. Q set the edge frequency of the desired frequency range in vfo mode: ➥ set the frequency using [dial] . ➥ se...

  • Page 53

    40 7 scan operation 7 d programming scan edges via microphone z set the desired frequency in vfo mode. ➥ push [vfo/lock] to select vfo mode. ➥ set the frequency via the keypad or [ y y ] / [ z z ] . X push [func] then [ clr a(mw)] momentarily. C push [ y y ] or [ z z ] to select scan edge channels, ...

  • Page 54: Skip Channel Setting

    41 7 scan operation ■ skip channel setting the memory skip function speeds up scanning by checking only those memory channels not set as skip channels. Set skip channels as follows. Q select a memory channel: ➥ push [m/call ] to select memory mode. ➥ rotate [dial] to select the desired channel to be...

  • Page 55: Scan Resume Condition

    42 7 scan operation 7 ■ scan resume condition the scan resume condition can be selected as timer or pause scan. The selected resume condition is also used for priority watch. (p. 44) q push [set ] to enter set mode. W push [set] or [moni] several times until “sct” or “scp” appears as shown above. • ...

  • Page 56: Priority Watch

    43 priority watch 8 ■ priority watch types priority watch checks for signals on a vfo frequency every 5 sec. While operating on a memory channel. The transceiver has 3 priority watch types to suit your needs. You can transmit on the vfo frequency while the priority watch operates. The watch resumes ...

  • Page 57: Priority Watch Operation

    44 8 priority watch 8 ■ priority watch operation q select vfo mode; then, set an operating frequency. W set the watching channel(s). For memory channel watch: select the desired memory channel. For memory scan watch: select memory mode; then, push [v/mhz ] for 1 sec. To start memory scan. For call c...

  • Page 58: Dtmf Memory Encoder

    45 dtmf memory encoder 9 ■ programming a dtmf code dtmf codes are used for autopatching, controlling other equipment, etc. The transceiver has 16 dtmf memory chan- nels (d0–df) for storage of often-used dtmf codes of up to 24 digits. Q push [bank ] for 1 sec. To enter the dtmf setting. W rotate [dia...

  • Page 59: Transmitting A Dtmf Code

    46 9 dtmf memory encoder 9 ■ transmitting a dtmf code d automatic transmission (dtmf memory) z push [func] then [ low 6(dtmf)] to turn the dtmf memory encoder on. • “d” appears in place of the 100 mhz digit. X push [bank/option] for 1 sec. Then [ set b(d-off)] to enter the dtmf memory pro- gramming ...

  • Page 60: Dtmf Speed

    47 9 dtmf memory encoder ■ dtmf speed the rate at which dtmf memories send individual dtmf characters can be set to accommodate operating needs. Q push [pwr] for 1 sec. To turn power off. W while pushing [set ] , push [pwr] for 1 sec. To turn power on and enter initial set mode. E push [set] or [mon...

  • Page 61: Pocket Beep Operation

    48 10 pocket beep and tone squelch 9 10 ■ pocket beep operation this function uses subaudible tones for calling and can be used as a “common pager” to inform you that someone has called while you were away from the transceiver. D waiting for a call from a specific station q set the operating frequen...

  • Page 62

    49 10 pocket beep and tone squelch waiting for a call from a specific station —continued z set the operating frequency. X program the ctcss tone frequency or dtcs code in set mode. ➥ push [ set b(d-off)] to enter set mode. ➥ push [ set b(d-off)] or [ ent c(t-off)] several times until “ct” for tone s...

  • Page 63: Tone/dtcs Squelch Operation

    50 10 pocket beep and tone squelch 10 ■ tone/dtcs squelch operation the tone or dtcs squelch opens only when receiving a sig- nal with the same pre-programmed subaudible tone or dtcs code, respectively. Q set the operating frequency. W program the ctcss tone frequency or dtcs code in set mode. • see...

  • Page 64: Tone Scan

    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 ] se...

  • Page 65: Pager/code Squelch

    52 11 pager/code squelch 10 11 ■ pager function this function uses dtmf codes for paging and can be used as a “message pager” to inform you of a caller’s identification even when you leave the transceiver temporarily unattended. ■ code programming d d before programming the pager and code squelch fu...

  • Page 66

    53 11 pager/code squelch d d code programming an id code must be programmed into code channel c0. Up to 6 transmit codes are programmable into code channels, c1 to c6, if required. Q push [bank ] for 1 sec. Then rotate [dial] to turn pager mode on. • “pg” appears. W push [set] or [moni] . • one of e...

  • Page 67

    54 11 pager/code squelch 11 z push [bank/option] for 1 sec. Then push [ y y ] or [ z z ] to turn pager mode on. X push [ set b(d-off)] to enter to the code set mode. • one of either “cp” or “c0” to “c6” blinks. • “c0” is the id code and “c1” to “c6” are the transmit code. C push [ y y ] or [ z z ] t...

  • Page 68: Pager Operation

    55 11 pager/code squelch ■ pager operation d calling a specific station q program the desired code channel in advance (p. 53). W set the operating frequency. • set the [vol] and [sql] to the desired level as in normal opera- tion. E push [bank ] for 1 sec. Then rotate [dial] to turn pager mode on. R...

  • Page 69

    56 11 pager/code squelch 11 d waiting for a call from a specific station q set the operating frequency. W push [bank ] for 1 sec then rotate [dial] to turn pager mode on. • 100 mhz digit shows “p.” e wait for a call. • when receiving a call, the caller’s id or group code appears as shown at right. R...

  • Page 70: Code Squelch

    57 11 pager/code squelch ■ code squelch code squelch provides communications with quiet standby since you will only receive calls from stations which know your id or group code. Each push of [ptt] sends a 3-digit code in order to open the receiving station’s code squelch prior to voice transmission....

  • Page 71: Digital Mode Operation

    58 12 digital mode operation 12 11 ■ digital mode operation the ic-2200h with optional digital unit ut-115 can be oper- ated for digital voice mode and slow data operation for both transmit and receive. Also available for connecting gps re- ceiver (compatible with an rs-232c output/nmea for- mat/480...

  • Page 72

    59 12 digital mode operation your call sign programming —continued z push [bank/option] for 1 sec. Then push [bank/option] or [mr/call] to select the call sign select mode. • “myc” appears. X push [ y y ] or [ z z ] to select the desired call sign channel then push [ set b(d-off)] . C push [ set b(d...

  • Page 73

    60 12 digital mode operation 12 t push [moni] (or [set] ) to select 2nd digit, then rotate [dial] to set the desired character or code. • 2nd digit blinks (1st digit stop blinking). • repeat this step for programming station/repeater call sign. Y push [v/mhz] to fix the call sign. U rotate [dial] to...

  • Page 74: Digital Voice Mode Operation

    61 12 digital mode operation ■ digital voice mode operation q set the desired frequency in vfo mode. (pgs. 9, 10) • select output power, if desired. (p.15) w push [bank ] for 1 sec. Then push [bank ] or [v/mhz] several times to select the digital select mode. • “dg” appears. E rotate [dial] to turn ...

  • Page 75

    62 12 digital mode operation 12 d d when calling the desired station y select the desired call sign. - push [bank ] twice to select the call sign select mode. • “yuc” appears. - rotate [dial] to select the desired call sign (pre-pro- grammed), or set the desired call sign. (see pgs. 59, 60) - push a...

  • Page 76

    63 12 digital mode operation ■ when receiving a digital call when an individual station call is received, the calling station call sign can be stored into the received call record. The record is cleared once turning power off. D d received call record q push [bank ] for 1 sec. Then push [bank ] or [...

  • Page 77

    64 12 digital mode operation 12 d d to reply a call q push [bank ] or [v/mhz] several times to select the call sign select mode. • “yuc” appears for station call sign. • “r1c” or “r2c” appears for repeater call sign. W rotate [dial] to select the blank channel or erasable channel. E push [bank ] thr...

  • Page 78: Break-In Communication

    65 12 digital mode operation ■ break-in communication the break-in function allows you to break into an another sta- tions communications in both digital voice and slow data op- eration. Q while receiving an another stations communication, push [bank ] for 1 sec. To enter the option set mode, then s...

  • Page 79: Emergency Communication

    66 12 digital mode operation 12 ■ emergency communication the emergency communication mode is available for digital modes operation. In the emergency call, no call sign setting is necessary. Q set the desired frequency then push [bank ] for 1 sec. To enter the option set mode. W push [bank ] or [v/m...

  • Page 80

    67 12 digital mode operation the digital code (csql) or call sign (dsql) squelch opens only when receiving a voice signal with the same pre-pro- grammed digital code or call sign, respectively. The digital code or call sign squelch does not function while in a slow data communication. Q set the oper...

  • Page 81: Slow Data Communication

    68 12 digital mode operation 12 ■ slow data communication in addition to the digital voice communication, a slow data communication is available (refer p. 5 about the transceiver- pc connection details). Q set the desired frequency. W set another settings, such as repeater call, digital code squelch...

  • Page 82: Other Setting Items

    69 12 digital mode operation ■ other setting items q push [bank ] for 1 sec. Then push [bank ] or [v/mhz] several times to select the desired item. W rotate [dial] to select the desired value or condition. Z push [bank/option] for 1 sec. Then push [bank/option] or [mr/call] sev- eral times to select...

  • Page 83

    70 12 digital mode operation 12 d d data speed select the communication speed between the transceiver and pc from 4800 baud or 9600 baud. (default: 9600) d d standby beep turns the beep emission capability when the communicating station finishes transmitting or the receive signal disappears. (defaul...

  • Page 84

    71 12 digital mode operation d d message transmission select the message transmission function on and off. When on is selected, transceiver transmits a text message (pre-programmed). (default: off) after the manual transmission (pushing [ptt]), the message transmission setting is return to off autom...

  • Page 85: Gps Operation

    72 12 digital mode operation 12 ■ gps operation the ic-2200h can indicate the current position (latitude and lon- gitude) when a gps receiver (compatible with an rs-232c out- put/nmea format/4800 bps) is connected to [data] jack. And also can transmit the position data and message to other stations....

  • Page 86

    73 12 digital mode operation d d gps automatic transmission q while connecting a gps receiver, push [bank ] for 1 sec. To enter the option set mode. W push [bank ] or [v/mhz] several times to select the gps automatic transmission. • “gtx” appears. E rotate [dial] to set the interval time for the gps...

  • Page 87: Other Functions

    74 13 other functions 12 13 ■ set mode • set mode operation q push [set ] to enter the set mode. W push [set] or [moni] to select the desired item. E rotate [dial] to select the condition or value. R push any key other than [set] or [moni] to exit set mode. • set mode items z push [ set b(d-off)] to...

  • Page 88

    75 13 other functions d d display dimmer adjust to suit lighting conditions. The levels 1 (dark) to 4 (bright: default) are available. D d display color the display color can be set to amber (default) or green. D d repeater tone sets subaudible tone frequency (encoder only) for repeater operation. T...

  • Page 89

    76 13 other functions 13 d d offset frequency sets the duplex offset frequency within 0 to 20 mhz range. During duplex (repeater) operation, transmit frequency (or re- ceive when reverse function is set to on) shifts the set fre- quency. (default value may differ depending on versions) d d reverse m...

  • Page 90

    77 13 other functions d d channel skip setting sets channel skip setting from on and off for memory skip scan operation. This item appears when set mode is accessed from memory mode only. D d memory bank setting sets the desired memory bank (a to j and off) to assign the regular memory channels. Thi...

  • Page 91

    78 13 other functions 13 d d wide/narrow setting sets both the transmission and reception passband width from wide and narrow. When narrow is set, the transmission deviation and reception passband width become half of the wide setting (approx.). This setting can be set for each memory, call and vfo ...

  • Page 92: Initial Set Mode

    79 13 other functions ■ initial set mode the initial set mode is accessed at power on and al- lows you to set seldom-changed settings. In this way, you can “customize” transceiver operations to suit your preference and operating style. • initial set mode items d d entering initial set mode q while p...

  • Page 93

    80 13 other functions 13 d d key-touch beep the key-touch beep can be turned off for silent operation. (default: on) d d time-out timer to prevent accidental prolonged transmission, etc., the trans- ceiver has a time-out timer. This function cuts a transmission off after 1–30 min. Of continuous tran...

  • Page 94

    81 13 other functions d d auto power off the transceiver can be set to automatically turn off after a specified period with a beep when no key operations are per- formed. 30 min., 1 hour, 2 hours and off (default) can be specified. The specified period is retained even when the transceiver is turned...

  • Page 95

    82 13 other functions 13 d d dtmf speed the rate at which dtmf memories send individual dtmf characters can be set to accommodate operating needs. • 1 : 100 msec. Interval; 5.0 cps speed (default) • 2 : 200 msec. Interval; 2.5 cps speed • 3 : 300 msec. Interval; 1.6 cps speed • 5 : 500 msec. Interva...

  • Page 96: Weather Channel Operation

    83 13 other functions ■ weather channel operation d d weather channel selection q push [m/call ] sev- eral times to select weather channel group. W rotate [dial] to select the desired weather channel. E push [m/call ] to select memory mode, or push [v/mhz ] to se- lect vfo mode. D d weather alert fu...

  • Page 97: Microphone Keys

    84 13 other functions 13 ■ microphone keys the supplied hm-133v’s (optional for some versions) [f-1] and [f-2] keys memorize the transceiver conditions. The [up] / [dn] keys of the standard or an optional micro- phone (other than the hm-133v) can be assigned functions like the function keys on the t...

  • Page 98: Partial Reset

    85 13 other functions ■ partial reset if you want to initialize the operating conditions (vfo fre- quency, vfo settings, set mode contents) without clearing the memory contents, a partial resetting function is available for the transceiver. ➥ turn power off, if transceiver is powered on. ➥ while pus...

  • Page 99: Data Cloning

    86 13 other functions 13 ■ data cloning 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-2200h cloning software . D cloning between transceivers q connect the opc-474...

  • Page 100

    87 13 other functions d cloning using a personal computer data can be cloned to and from a personal computer (mi- crosoft ® windows ® 98/98se/2000/me/xp) using the optional cs-2200h cloning software and the optional opc-478 (rs-232c type) or opc-478u (usb type) cloning cable . Consult the cs-2200h c...

  • Page 101: Specifications

    88 14 specifications 13 14 general • frequency coverage : (unit: mhz) usa, asia, australia tx: 144–148/rx: 118–174* europe tx: 144–146/rx: 118–174* europe-1, taiwan, korea tx/rx: 144–146 *guaranteed: 144–148 mhz range only. • type of emission : fm, am (receive only) • number of memory channels : 207...

  • Page 102: Maintenance

    89 maintenance 15 problem possible cause solution ref. ■ troubleshooting if your transceiver seems to be malfunctioning, please check the following points before sending it to a service center. No power comes on. No sound comes from the speaker. Sensitivity is low and only strong signals are audible...

  • Page 103: Fuse Replacement

    90 15 maintenance 15 problem possible cause solution ref. Some memory channels cannot be selected via the microphone keypad. Scan does not operate. Transmission is automati- cally cut off. Transmission continues even when the ptt is re- leased. The function display shows erroneous information. • the...

  • Page 104: Optional Unit Installation

    91 15 maintenance ■ optional unit installation q remove [dial] and unscrew the 2 allen-socket bolts from the front panel using with an allen wrench (2.5 mm; 1 ⁄ 10 ″ ) w detach the front panel from the main unit. E attach the insulation sheet (supplied as accessory) to ic on the front unit. R remove...

  • Page 105: Declaration

    92 16 ce 15 16 declaration of conformity we icom inc. Japan 1-1-32, kamiminami, hirano-ku osaka 547-0003, japan declare on our sole responsibility that this equipment complies with the essential requirements of the radio and telecommunications terminal equipment directive, 1999/5/ec, and that any ap...

  • Page 106: Mode Arrangement

    Lock set anm moni dup low t-scan tone prio m/call scan v/ mhz digital prio ao busy mute nar mid low lock set anm moni dup low t-scan tone prio m/call scan v/ mhz digital prio ao busy mute nar mid low lock set anm moni dup low t-scan tone prio m/call scan v/ mhz digital prio ao busy mute nar mid low ...

  • Page 107

    Digital prio ao busy digital prio ao busy digital prio ao busy digital prio ao busy digital prio ao busy digital prio ao busy digital prio ao busy digital prio ao busy digital prio ao busy digital prio ao busy digital prio ao busy digital prio ao busy digital prio ao busy digital prio ao busy digita...

  • Page 108

    1-1-32 kamiminami, hirano-ku, osaka 547-0003, japan a-6329h-1ex printed in japan © 2003 icom inc. ■ ger ■ fra ■ esp ■ swe ■ aut ■ ned ■ por ■ ■ den ■ gbr ■ ■ bel ■ ita ■ fin ■ irl ■ lux ■ ■ gre ■ ■ sui ■ nor #02 europe #12 europe-1.