IKUSI TM70 Series User manual

4.4.2.7- TM70 SERVICE

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REPAIR GUIDE
REPAIR GUIDE CHART 1 (I)
CHART 1 (I)
The Crane doesn’t work with the Remote Control System.
The Crane doesn’t work with the Remote Control System.
START
START
Does the Remote
Control transmitter LED
make an orange-green
pulse?
Does the Remote
Control transmitter LED
make an orange-green
pulse?
NO
YES
P1
P1
Does the Crane work with
the Pendant Control?
Does the Crane work with
the Pendant Control?
NO
The Crane has a problem other than the Remote Control.
Please contact your Maintenance Service.
The Crane has a problem other than the Remote Control.
Please contact your Maintenance Service.
9Change the battery by a charged one
(NOTE: Check that the minimum voltage is 4,8V)
9Turn ON the Key in the Remote Control Transmitter
9Push and Pull the STOP push button.
9Change the battery by a charged one
(NOTE: Check that the minimum voltage is 4,8V)
9Turn ON the Key in the Remote Control Transmitter
9Push and Pull the STOP push button.
END
END
YES
CHART 2
CHART 2

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REPAIR GUIDE
REPAIR GUIDE CHART 1 (II)
CHART 1 (II)
Gets the LED lit
solid green?
Gets the LED lit
solid green?
NO
P1
P1
YES
Does the two STOP relays get
activated in the receiver?
Does the two STOP relays get
activated in the receiver?
YES
Does any of the
motions fail?
Does any of the
motions fail?
YES
NO
9Press START push button.
9Press START push button.
CHART 4
CHART 4
CHART 5
CHART 5
Does the corresponding
Relay get activated?
Does the corresponding
Relay get activated?
P2
P2
YES
NO
CHART 6
CHART 6
NO
P1
P1

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REPAIR GUIDE
REPAIR GUIDE CHART 1 (III)
CHART 1 (III)
9Change the LR71 or LR72 board,
then go to . ( ).
9Change the LR71 or LR72 board,
then go to . ( ).
Does sometimes the
Main Contactor turn off on
the Crane?
Does sometimes the
Main Contactor turn off on
the Crane?
NO
YES
END
END
P1
P1
Does the contact get
closed on the output
terminals?
Does the contact get
closed on the output
terminals?
P2
P2
CHART 7
CHART 7
YES
The Crane has a problem other than the Remote Control.
Please contact your Maintenance Service.
The Crane has a problem other than the Remote Control.
Please contact your Maintenance Service.
START
START CHART 1 (I)
CHART 1 (I)
NO

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1. Switch off the transmitter.
Remove the two screws of fixation
of the EP70 EEPROM module of
the damaged transmitter. In the EP70
EEPROM are stored the system
parameters.
1. Switch off the transmitter.
Remove the two screws of fixation
of the EP70 EEPROM module of
the damaged transmitter. In the EP70
EEPROM are stored the system
parameters.
2. Once the two fixation screws are
removed, extract the EP70
EEPROM module from the damaged
transmitter.
2. Once the two fixation screws are
removed, extract the EP70
EEPROM module from the damaged
transmitter.
3. Introduce the removed EP70
EEPROM module in the spare
transmitter. Once placed, to fix it,
tighten the two screws.
3. Introduce the removed EP70
EEPROM module in the spare
transmitter. Once placed, to fix it,
tighten the two screws.
4. In order to work with the installed
EP70 EEPROM module,
introducing the battery, turn on the
key to the ON position and push
and pull the Stop push button.
The LED will light an instant in
orange-green, it will make some
blinks in green colour during about
15 seconds and it will get
extinguished. Pressing Start push
button the system will start to work
and the LED will get lit in green.
4. In order to work with the installed
EP70 EEPROM module,
introducing the battery, turn on the
key to the ON position and push
and pull the Stop push button.
The LED will light an instant in
orange-green, it will make some
blinks in green colour during about
15 seconds and it will get
extinguished. Pressing Start push
button the system will start to work
and the LED will get lit in green.
CHART 2
CHART 2
SPARE TRANSMITTER PROGRAMMING
(USING ORIGINAL EP70)
SPARE TRANSMITTER PROGRAMMING
(USING ORIGINAL EP70) C1
C6
C8
C9

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1. Without power, remove the EP70
EEPROM module from the receiver.
6th Push
button
6th Push
button
CHART 3
CHART 3
1. Without power, remove the EP70 EEPROM
module from the receiver.
1. Without power, remove the EP70 EEPROM
module from the receiver. 2. Introduce the EP70 EEPROM module, removed
from the receiver, in the spare transmitter.
2. Introduce the EP70 EEPROM module, removed
from the receiver, in the spare transmitter.
3. Introducing the battery, turn on the key to the ON
position and push and pull the Stop push button.
The LED will light in orange-green, it will make some
blinks in green colour during 15 seconds and it will
get extinguished.
3. Introducing the battery, turn on the key to the ON
position and push and pull the Stop push button.
The LED will light in orange-green, it will make some
blinks in green colour during 15 seconds and it will
get extinguished.
4. Press the 6th push button and Start at the same time.
Keep both push buttons pressed while the LED blinks in
red. Once the LED blinks in orange, you can release both
push buttons and the LED will lit in green.
4. Press the 6th push button and Start at the same time.
Keep both push buttons pressed while the LED blinks in
red. Once the LED blinks in orange, you can release both
push buttons and the LED will lit in green.
5.Very important thing. Without stopping the
transmitter, remove the EP70 EEPROM module.
When concluding the process, this removed EP70
EEPROM should be placed in its location in the
receiver.
5.Very important thing. Without stopping the
transmitter, remove the EP70 EEPROM module.
When concluding the process, this removed EP70
EEPROM should be placed in its location in the
receiver.
6. Introduce the blank EP70 EEPROM module in
the spare transmitter and tighten the two screws.
6. Introduce the blank EP70 EEPROM module in
the spare transmitter and tighten the two screws.
7. Press the 6th push button for about 5 seconds.
The LED will flash in orange. When finishing the
Process, the LED will get extinguished. The spare
transmitter is already programmed.
7. Press the 6th push button for about 5 seconds.
The LED will flash in orange. When finishing the
Process, the LED will get extinguished. The spare
transmitter is already programmed.
8. In order to start working, push and pull the Stop push
button. The LED will light an instant in orange-green, it
will make some blinks in green colour during about 15
seconds and it will get extinguished.Pressing Start push
button the system will start to work.
8. In order to start working, push and pull the Stop push
button. The LED will light an instant in orange-green, it
will make some blinks in green colour during about 15
seconds and it will get extinguished.Pressing Start push
button the system will start to work.
SPARE TRANSMITTER PROGRAMMING
(USING RECEIVER EP70)
SPARE TRANSMITTER PROGRAMMING
(USING RECEIVER EP70) C10

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TRANSMITTER LED STATUS
TRANSMITTER LED STATUS CHART 4
CHART 4
9Check the Transmitter Led Status as described below in order to fix the system. Once the system is fixed, go to . ( ).
9Check the Transmitter Led Status as described below in order to fix the system. Once the system is fixed, go to . ( ).
START
START CHART 1 (I)
CHART 1 (I)
LED MEANS RECOMMENDED ACTION
Solid Green Transmitter transmitting normally No action (transmitter OK).
OPERATION mode.
Green pulses Transmitter ready for start-up. Press start push button.
STAND-BY mode.
Red slow flashing Battery level low. Replace ref. 2303692 BT06K
charged battery.
Red fast flashing Probably EEPROM module is not Plug the EEPROM card in the
plugged in. transmitter or change it.
Red double flashing Transmitter cannot start up because a Push & pull STOP push button.
manoeuvre command is present. If the problem remains, check the
push buttons and if OK, replace
LE71 or LE72 board.
Solid red or Not Lit Transmitter failure. Replace the transmitter logic
board (LE71 or LE72).
LED MEANS RECOMMENDED ACTION
Solid Green Transmitter transmitting normally No action (transmitter OK).
OPERATION mode.
Green pulses Transmitter ready for start-up. Press start push button.
STAND-BY mode.
Red slow flashing Battery level low. Replace ref. 2303692 BT06K
charged battery.
Red fast flashing Probably EEPROM module is not Plug the EEPROM card in the
plugged in. transmitter or change it.
Red double flashing Transmitter cannot start up because a Push & pull STOP push button.
manoeuvre command is present. If the problem remains, check the
push buttons and if OK, replace
LE71 or LE72 board.
Solid red or Not Lit Transmitter failure. Replace the transmitter logic
board (LE71 or LE72).
C1

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RECEIVER LED STATUS
RECEIVER LED STATUS CHART 5
CHART 5
9Check the Receiver Led Status as described below in order to fix the system. Once the system is fixed, go to . ( ).
9Check the Receiver Led Status as described below in order to fix the system. Once the system is fixed, go to . ( ).
START
START CHART 1 (I)
CHART 1 (I)
LED LIT FLASHING OFF RECOMMENDED ACTION
POWER Power supply OK. ---- Power supply NOTOK. Verify power supply. If OK,
replace the receiver logic board
(LR71 or LR72) keeping the
EEPROM.
HARDOK Board OK. Slow: fault in the board. Fault in the board. Replace receiver logic board
(LR71 or LR72) keeping the
EEPROM.
Fast: error in EEPROM. Replace the EEPROM.
SIGNAL RF signal OK . RF signal detection in The receiver is not Go to .
SCANNING mode. receiving RF signal.
DATA ---- Is receiving the correct TM70 interference signal Go to .
data from a TM70. or signal not correct.
ID ---- ID code OK. ID code NOTOK. Go to .
NOTE: There are 2 extra LED’s in the LR72 card, CAN-RUN (green) and CAN-ERR (red). They control the situation of the CAN-BUS.
LED LIT FLASHING OFF RECOMMENDED ACTION
POWER Power supply OK. ---- Power supply NOTOK. Verify power supply. If OK,
replace the receiver logic board
(LR71 or LR72) keeping the
EEPROM.
HARDOK Board OK. Slow: fault in the board. Fault in the board. Replace receiver logic board
(LR71 or LR72) keeping the
EEPROM.
Fast: error in EEPROM. Replace the EEPROM.
SIGNAL RF signal OK . RF signal detection in The receiver is not Go to .
SCANNING mode. receiving RF signal.
DATA ---- Is receiving the correct TM70 interference signal Go to .
data from a TM70. or signal not correct.
ID ---- ID code OK. ID code NOTOK. Go to .
NOTE: There are 2 extra LED’s in the LR72 card, CAN-RUN (green) and CAN-ERR (red). They control the situation of the CAN-BUS.
CHART 8
CHART 8
CHART 9
CHART 9
CHART 10
CHART 10
C1

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9Check the possible Relay Closing Failures described below in order to fix the system. Once the system is fixed, go to . ( ).
9Check the possible Relay Closing Failures described below in order to fix the system. Once the system is fixed, go to . ( ).
RELAY CLOSING FAILURE
RELAY CLOSING FAILURE CHART 6
CHART 6
START
START CHART 1 (I)
CHART 1 (I)
POSSIBLE ERROR SOURCE RECOMMENDED ACTION
1. Receiver relay not closing. Replace the LR71 or LR72 card keeping the EEPROM.
2. Push button contact not closing. Check the push buttons and if they are OK, check if the problem is solved
with a spare transmitter. Go to .
3. Problem in the electrical wirings. Check that all the wirings are done properly between remote control receiver
and the electrical panel and that there is continuity between both sides
of the cable.
(NOTE: First check point 1 and if this doesn’t solve the problem, check point 2 and then the point 3).
POSSIBLE ERROR SOURCE RECOMMENDED ACTION
1. Receiver relay not closing. Replace the LR71 or LR72 card keeping the EEPROM.
2. Push button contact not closing. Check the push buttons and if they are OK, check if the problem is solved
with a spare transmitter. Go to .
3. Problem in the electrical wirings. Check that all the wirings are done properly between remote control receiver
and the electrical panel and that there is continuity between both sides
of the cable.
(NOTE: First check point 1 and if this doesn’t solve the problem, check point 2 and then the point 3).
CHART 2
CHART 2
C1

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9Check the possible Intermittent Failures described below in order to fix the system. Once the system is fixed, go to . ( ).
9Check the possible Intermittent Failures described below in order to fix the system. Once the system is fixed, go to . ( ).
INTERMITTENT FAILURES
INTERMITTENT FAILURES CHART 7
CHART 7
START
START CHART 1 (I)
CHART 1 (I)
POSSIBLE FAILURE POSSIBLE ERROR SOURCE RECOMMENDED ACTION
Problem only arises when carrying Drop outs in the power supply Check and correct the power
out certain command, usually supply.
lifting.
When the transmitter is ON, The transmitter is out of range. Get closer to the receiver and see
sometimes the “ID” LED gets if the problem is solved.
extinguished, and the SIGNAL
one flashes showing that There is a short circuit in the antenna. Replace the antenna
the radio is scanning again. There is an interfering radio signal. Go to .
The contactors connected to the receiver are For a DC power supply, fit a spark
generating spurious which are blocking the suppressor diode parallel to the
receiver. coil.
For an AC power supply, fit an RC
suppressor circuit parallel to the
coil.
POSSIBLE FAILURE POSSIBLE ERROR SOURCE RECOMMENDED ACTION
Problem only arises when carrying Drop outs in the power supply Check and correct the power
out certain command, usually supply.
lifting.
When the transmitter is ON, The transmitter is out of range. Get closer to the receiver and see
sometimes the “ID” LED gets if the problem is solved.
extinguished, and the SIGNAL
one flashes showing that There is a short circuit in the antenna. Replace the antenna
the radio is scanning again. There is an interfering radio signal. Go to .
The contactors connected to the receiver are For a DC power supply, fit a spark
generating spurious which are blocking the suppressor diode parallel to the
receiver. coil.
For an AC power supply, fit an RC
suppressor circuit parallel to the
coil.
CHART 11 (I)
CHART 11 (I)
C1

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9Check the possible Signal Led Failures described below in order to fix the system. Once the system is fixed, go to . ( ).
9Check the possible Signal Led Failures described below in order to fix the system. Once the system is fixed, go to . ( ).
SIGNAL LED FAILURE
SIGNAL LED FAILURE CHART 8
CHART 8
START
START CHART 1 (I)
CHART 1 (I)
POSSIBLE ERROR SOURCE RECOMMENDED ACTION
1. Transmitter not sending any signal. Check if the problem is solved with a spare transmitter. Go to .
2. Short circuit in the antenna. Change the antenna.
Need of an external antenna. Change the internal antenna by an external one. Go to .
External antenna wrongly orientated. Check the best position for the external antenna. Go to .
3. Receiver not receiving any signal. Replace the LR71 or LR72 card keeping the EEPROM.
(NOTE: First check point 1 and if this doesn’t solve the problem, check point 2 ; if the problem still is not solved, check point 3).
POSSIBLE ERROR SOURCE RECOMMENDED ACTION
1. Transmitter not sending any signal. Check if the problem is solved with a spare transmitter. Go to .
2. Short circuit in the antenna. Change the antenna.
Need of an external antenna. Change the internal antenna by an external one. Go to .
External antenna wrongly orientated. Check the best position for the external antenna. Go to .
3. Receiver not receiving any signal. Replace the LR71 or LR72 card keeping the EEPROM.
(NOTE: First check point 1 and if this doesn’t solve the problem, check point 2 ; if the problem still is not solved, check point 3).
CHART 2
CHART 2
CHART 13 (VI)
CHART 13 (VI)
CHART 12
CHART 12
C5

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9Check the possible Data Led Failures described below in order to fix the system. Once the system is fixed, go to . ( ).
9Check the possible Data Led Failures described below in order to fix the system. Once the system is fixed, go to . ( ).
DATA LED FAILURE
DATA LED FAILURE CHART 9
CHART 9
START
START CHART 1 (I)
CHART 1 (I)
POSSIBLE ERROR SOURCE RECOMMENDED ACTION
1. Frequency interference from other system. Go to .
2. Transmitter not sending the correct signal. Check if the problem is solved with a spare transmitter. Go to .
3. Receiver not receiving the correct signal. Replace the LR71 or LR72 card keeping the EEPROM.
(NOTE: First check point 1 and if this doesn’t solve the problem, check point 2; if the problem still is not solved, check point 3).
POSSIBLE ERROR SOURCE RECOMMENDED ACTION
1. Frequency interference from other system. Go to .
2. Transmitter not sending the correct signal. Check if the problem is solved with a spare transmitter. Go to .
3. Receiver not receiving the correct signal. Replace the LR71 or LR72 card keeping the EEPROM.
(NOTE: First check point 1 and if this doesn’t solve the problem, check point 2; if the problem still is not solved, check point 3).
CHART 2
CHART 2
CHART 11 (I)
CHART 11 (I)
C5

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9Check the possible ID Led Failures described below in order to fix the system. Once the system is fixed, go to . ( ).
9Check the possible ID Led Failures described below in order to fix the system. Once the system is fixed, go to . ( ).
ID LED FAILURE
ID LED FAILURE CHART 10
CHART 10
START
START CHART 1 (I)
CHART 1 (I)
POSSIBLE ERROR SOURCE RECOMMENDED ACTION
1. Frequency interference from other system. Go to .
2. Transmitter not sending the correct ID code. Go to .
3. Receiver not receiving the correct ID code. Replace the LR71 or LR72 card keeping the EEPROM.
(NOTE: First check point 1 and if this doesn’t solve the problem, check point 2; if the problem still is not solved, check point 3).
POSSIBLE ERROR SOURCE RECOMMENDED ACTION
1. Frequency interference from other system. Go to .
2. Transmitter not sending the correct ID code. Go to .
3. Receiver not receiving the correct ID code. Replace the LR71 or LR72 card keeping the EEPROM.
(NOTE: First check point 1 and if this doesn’t solve the problem, check point 2; if the problem still is not solved, check point 3).
CHART 11 (I)
CHART 11 (I)
CHART 3
CHART 3
C5

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BASE CHANNEL CHANGE
BASE CHANNEL CHANGE CHART 11 (I)
CHART 11 (I)
.If you don't want to change the
frequency, you can leave the
programming mode pushing
the Stop push button.
If you don't want to change the
frequency, you can leave the
programming mode pushing
the Stop push button.
Example: If the system is in the channel 12 the LED will make 1 pulse of green colour and two
pulses of red colour..
NOTE: If the system has a frequency below 10, as the value of decals is 0, the LED won’t make
any blink in green colour and it will only show the units with red colour blinks.
Example: If the system is in the channel 12 the LED will make 1 pulse of green colour and two
pulses of red colour..
NOTE: If the system has a frequency below 10, as the value of decals is 0, the LED won’t make
any blink in green colour and it will only show the units with red colour blinks.
3. We are now in the programming
mode and the LED is going to indicate
us the base channel on the one is
working at this time. First it indicates
us the decals with green colour pulses
and then the units with red colour
pulses. Then the LED will make some
blinks in amber colour and it is going
to stay lit in amber colour.
3. We are now in the programming
mode and the LED is going to indicate
us the base channel on the one is
working at this time. First it indicates
us the decals with green colour pulses
and then the units with red colour
pulses. Then the LED will make some
blinks in amber colour and it is going
to stay lit in amber colour.
2. Press the left upper push button
until the second speed and the Start
push button at the same time. Maintain
both pressed until the LED lights in
orange, moment in which we will stop
to press the two push buttons.
2. Press the left upper push button
until the second speed and the Start
push button at the same time. Maintain
both pressed until the LED lights in
orange, moment in which we will stop
to press the two push buttons.
1. Situate yourself near the receiver.
Turn on the Key to the ON position
and push and pull the Stop push
button. The LED will light an instant in
orange-green, after that it will blink in
green colour, and then it will get
extinguished.
1. Situate yourself near the receiver.
Turn on the Key to the ON position
and push and pull the Stop push
button. The LED will light an instant in
orange-green, after that it will blink in
green colour, and then it will get
extinguished.
4. The transmitter is now in change of
frequency mode. To modify the
frequency, first we press the upper
left push button so many times like
the number of decals of the new
frequency; and the upper right push
button so many times like the number
of units of the new frequency.
4. The transmitter is now in change of
frequency mode. To modify the
frequency, first we press the upper
left push button so many times like
the number of decals of the new
frequency; and the upper right push
button so many times like the number
of units of the new frequency.
5. Subsequently the LED indicates us
the new frequency with the green
pulses (decals) and red pulses (units).
Then the LED will make some blinks
in amber colour moment in which
passes the new frequency to the
receiver, and when concluding, it is
going to stay lit in amber colour.
5. Subsequently the LED indicates us
the new frequency with the green
pulses (decals) and red pulses (units).
Then the LED will make some blinks
in amber colour moment in which
passes the new frequency to the
receiver, and when concluding, it is
going to stay lit in amber colour.
Example: If we want to program the
channel 12 we will press 1 time the
upper left push button, and twice the
upper right one.
Example: If we want to program the
channel 12 we will press 1 time the
upper left push button, and twice the
upper right one.
NOTE: If we want to program a
frequency below 10, as the value
of decals is 0, we will press only the
upper right push button to select the
units.
NOTE: If we want to program a
frequency below 10, as the value
of decals is 0, we will press only the
upper right push button to select the
units.
If the programming has been incorrect
repeat the process.
If the programming has been incorrect
repeat the process.
If the programming has been correct.
Push the Stop push button and when
starting the system again, it is going
to work with the new frequency.
If the programming has been correct.
Push the Stop push button and when
starting the system again, it is going
to work with the new frequency.
LED
LED KEY KEY STOP STOP UPPER LEFT
PUSH BUTTON
UPPER LEFT
PUSH BUTTON START
START
C7
C9
C10

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TM70 FREQUENCIES: 418MHz (China)
TM70 FREQUENCIES: 418MHz (China) CHART 11 (II)
CHART 11 (II)
Channel Freq. (MHz)
1 418,950
2 418,975
3 419,000
4 419,025
5 419,050
6 419,075
7 419,100
8 419,125
9 419,150
10 419,175
11 419,200
12 419,225
13 419,250

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TM70 FREQUENCIES: 433MHz
TM70 FREQUENCIES: 433MHz CHART 11 (III)
CHART 11 (III)
Channel Freq. (MHz)
1 433.050
2 433.075
3 433.100
4 433.125
5 433.150
6 433.175
7 433.200
8 433.225
9 433.250
10 433.275
11 433.300
12 433.325
13 433.350
14 433.375
15 433.400
16 433.425
17 433.450
18 433.475
19 433.500
20 433.525
Channel Freq. (MHz)
21 433.550
22 433.575
23 433.600
24 433.625
25 433.650
26 433.675
27 433.700
28 433.725
29 433.750
30 433.775
31 433.800
32 433.825
33 433.850
34 433.875
35 433.900
36 433.925
37 433.950
38 433.975
39 434.000
40 434.025
Channel Freq. (MHz)
41 434.050
42 434.075
43 434.100
44 434.125
45 434.150
46 434.175
47 434.200
48 434.225
49 434.250
50 434.275
51 434.300
52 434.325
53 434.350
54 434.375
55 434.400
56 434.425
57 434.450
58 434.475
59 434.500
60 434.525
Channel Freq. (MHz)
61 434.550
62 434.575
63 434.600
64 434.625
65 434.650
66 434.675
67 434.700
68 434.725
69 434.750
70 434.775

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TM70 FREQUENCIES: 447MHz (Korea)
TM70 FREQUENCIES: 447MHz (Korea) CHART 11 (IV)
CHART 11 (IV)
Channel Freq. (MHz)
1 447,600
2 447,625
3 447,650
4 447,675
5 447,700
6 447,725
7 447,750
8 447,775
9 447,800
10 447,825
11 447,850
12 447,875
13 447,900
14 447,925
15 447,950
16 447,975

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TM70 FREQUENCIES: 870MHz (Europe)
TM70 FREQUENCIES: 870MHz (Europe) CHART 11 (V)
CHART 11 (V)
Channel Freq. (MHz)
1 869,70625
3 869,73125
5 869,75625
7 869,78125
9 869,80625
11 869,83125
13 869,85625
15 869,88125
17 869,90625
19 869,93125
21 869,95625
23 869,98125

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TM70 FREQUENCIES: 915MHz (North America)
TM70 FREQUENCIES: 915MHz (North America)
CHART 11 (VI)
CHART 11 (VI)
Channel Freq. (MHz)
1 914,150
2 914,175
3 914,200
4 914,225
5 914,250
6 914,275
7 914,300
8 914,325
9 914,350
10 914,375
11 914,400
12 914,425
13 914,450
14 914,475
15 914,500
16 914,525
17 914,550
18 914,575
19 914,600
20 914,625
Channel Freq. (MHz)
21 914,650
22 914,675
23 914,700
24 914,725
25 914,750
26 914,775
27 914,800
28 914,825
29 914,850
30 914,875
31 914,900
32 914,925
33 914,950
34 914,975
35 915,000
36 915,025
37 915,050
38 915,075
39 915,100
40 915,125
Channel Freq. (MHz)
41 915,150
42 915,175
43 915,200
44 915,225
45 915,250
46 915,275
47 915,300
48 915,325
49 915,350
50 915,375
51 915,400
52 915,425
53 915,450
54 915,475
55 915,500
56 915,525
57 915,550
58 915,575
59 915,600
60 915,625
Channel Freq. (MHz)
61 915,650
62 915,675
63 915,700
64 915,725
65 915,750
66 915,775
67 915,800
68 915,825
69 915,850
70 915,875

I K U S I
20
21/05/2008
TM70 FREQUENCIES: 918MHz (Aus. – N.Z.)
TM70 FREQUENCIES: 918MHz (Aus. – N.Z.)CHART 11 (VII)
CHART 11 (VII)
Channel Freq. (MHz)
1 918,000
2 918,025
3 918,050
4 918,075
5 918,100
6 918,125
7 918,150
8 918,175
9 918,200
10 918,225
11 918,250
12 918,275
13 918,300
14 918,325
15 918,350
16 918,375
17 918,400
18 918,425
19 918,450
20 918,475
Channel Freq. (MHz)
21 918,500
22 918,525
23 918,550
24 918,575
25 918,600
26 918,625
27 918,650
28 918,675
29 918,700
30 918,725
31 918,750
32 918,775
33 918,800
34 918,825
35 918,850
36 918,875
37 918,900
38 918,925
39 918,950
40 918,975
Channel Freq. (MHz)
41 919,000
42 919,025
43 919,050
44 919,075
45 919,100
46 919,125
47 919,150
48 919,175
49 919,200
50 919,225
51 919,250
52 919,275
53 919,300
54 919,325
55 919,350
56 919,375
57 919,400
58 919,425
59 919,450
60 919,475
Channel Freq. (MHz)
61 919,500
62 919,525
63 919,550
64 919,575
65 919,600
66 919,625
67 919,650
68 919,675
69 919,700
70 919,725