Kathrein Satellite TV System MSK 24 User Manual

Operating Manual  
Satellite / TV / Radio  
Test Receiver  
MSK 24  
Order No. 208 323  
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Preface  
Preface  
Dear Customer,  
Kathrein-Werke KG has made every effort to ensure that this manual is  
correct and complete. No liability can be assumed for any mistakes that  
may still be contained in the manual or for any damage resulting from  
such mistakes.  
This manual may not be copied in full or in part nor reproduced nor  
distributed in any other form without written permission from Kathrein KG.  
We reserve the right to make alterations to this manual without prior  
notice. This applies in particular to alterations required for technical  
improvement.  
All product names and trademarks used in this manual are the property of  
the relevant companies.  
All rights reserved.  
Validity of this manual  
This manual is valid for MSK 24, order no. 208 323  
As of August 2000  
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Contents  
Contents  
Preface ................................................................................................................................................. 3  
Validity of this manual....................................................................................................................... 3  
Contents................................................................................................................................................ 4  
General Notes....................................................................................................................................... 6  
Explanation of symbols........................................................................................................................ 6  
Safety instructions ............................................................................................................................... 6  
How it operates..................................................................................................................................... 7  
Overview of functions........................................................................................................................... 8  
Block diagram of MSK 24...................................................................................................................... 9  
Technical Data.....................................................................................................................................10  
Operating and display elements..........................................................................................................12  
Display elements................................................................................................................................12  
LC display ......................................................................................................................................12  
TFT colour screen...........................................................................................................................12  
Connections (right side) ......................................................................................................................12  
Overview of the keyboard commands..................................................................................................13  
Connections.........................................................................................................................................14  
RF input socket ..................................................................................................................................14  
External DC voltage supply .................................................................................................................14  
Scart output........................................................................................................................................14  
Starting up...........................................................................................................................................15  
Switching on the receiver ....................................................................................................................15  
Switching off the receiver ....................................................................................................................15  
Setup menu........................................................................................................................................16  
Factory settings ..............................................................................................................................16  
Settings in the setup menu...............................................................................................................16  
Calling up the setup menu............................................................................................................16  
Mains and battery operation ................................................................................................................17  
Mains operation..............................................................................................................................17  
Battery operation.............................................................................................................................17  
Sat measurement.................................................................................................................................18  
Standard Switch-Over.........................................................................................................................18  
Frequency Display and Entering Frequency .........................................................................................19  
Overview of commands in Entering Frequency (SAT) ........................................................................19  
Level Measurement ............................................................................................................................20  
Level Overflow and Underflow..........................................................................................................20  
Tracking Satellites ..............................................................................................................................21  
Tracking for Single Frequencies ..........................................................................................................22  
Audio Carrier Frequency.....................................................................................................................23  
LNB Voltage and 22 kHz / 60 Hz Switch-Over.......................................................................................24  
DiSEqC (Digital Satellite Equipment Control)........................................................................................26  
Overview of commands in Framing Byte...........................................................................................27  
Overview of commands in Address Byte...........................................................................................28  
Overview of commands in Command Byte........................................................................................29  
Overview of commands in Data Byte................................................................................................31  
Simple Tone Burst DiSEqC.................................................................................................................31  
V-SEC (Vario-Satellite Equipment Control)...........................................................................................33  
TV measurement..................................................................................................................................34  
Standard Switch-Over.........................................................................................................................34  
Channel Display and Entering Channel................................................................................................35  
Frequency Display and Entering Frequency .........................................................................................36  
Level Measurement (TV).....................................................................................................................37  
Level Overflow and Underflow..........................................................................................................37  
Tracking for Single Frequencies ..........................................................................................................38  
Audio Carrier Distance and Level.........................................................................................................39  
Measuring the Audio Carrier Distance and Level of Nicam Audio Carriers:..........................................40  
NICAM – Measuring Audio Bit Error Rates........................................................................................40  
Calling up Measuring Audio Bit Error Rates: .....................................................................................40  
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Contents  
FM measurement .................................................................................................................................41  
Frequency Display and Entering Frequency .........................................................................................41  
Level Measurement ............................................................................................................................41  
Level Overflow and Underflow..........................................................................................................41  
Tracking for Single Frequencies ..........................................................................................................42  
Spectrum measurement.......................................................................................................................43  
Sat Spectrum .....................................................................................................................................43  
TV Spectrum......................................................................................................................................43  
FM Spectrum......................................................................................................................................44  
Maintenance ........................................................................................................................................45  
Changing the battery...........................................................................................................................45  
Customer service............................................................................................................................45  
Technical Appendix.............................................................................................................................46  
Signal-to-noise distance......................................................................................................................46  
DiSEqC commands for Kathrein matrices.............................................................................................47  
Command set for Kathrein matrix 9xx-series.....................................................................................47  
Command set for Kathrein matrix EXR 20.........................................................................................47  
Command set for Kathrein matrix EXR 22.........................................................................................47  
Channel tables ...................................................................................................................................48  
Channel and frequency table for B/G standard (frequency in MHz).....................................................48  
Channel and frequency table for L standard (frequency in MHz).........................................................49  
Channel and frequency table for D/K standard (frequency in MHz).....................................................50  
Channel and frequency table for I standard (frequency in MHz)..........................................................51  
Channel and frequency table for M1 Japan standard (frequency in MHz)............................................52  
Channel and frequency table for M/N standard (frequency in MHz).....................................................53  
Channel and frequency table for M/N standard (frequency in MHz).....................................................54  
Notes....................................................................................................................................................55  
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General Notes  
General Notes  
This manual has been written for persons with a basic knowledge of  
electrical engineering. At every step users who have already worked with  
measuring instruments can find the necessary commands in an overview.  
In addition, the following examples help to explain the operating steps.  
Explanation of symbols  
Instructions shown with the warning symbol must be observed as  
otherwise the MSK 24 may be damaged or destroyed.  
This symbol provides information on measuring functions and refers you  
to chapters containing further information on a subject.  
+
0
This symbol is followed by an example of the measuring function just  
explained.  
Here you will find an overview of the commands for the button  
combinations for the relevant measuring function.  
ë
The button to be pressed on the receiver.  
[Button]  
Safety instructions  
Always observe VDE safety regulations!  
Use only fuses that have the same cutout characteristics.  
Observe the following upper limits when supplying signals:  
• HF input: max. 120 dBìV (60dBmV)  
• Do not apply a DC voltage >22 V to the HF socket  
• Do not apply a low-frequency AC voltage to the HF socket  
The receiver is also live when disconnected.  
Use only the power supply unit supplied to power the MSK 24.  
A voltage of between 10 V and 20 V is available at the RF input socket  
depending on the programming. The source can supply up to 500 mA.  
Parts supplied  
1 plug-in power supply unit  
1 BNC measuring cable  
1 adapter for BNC socket to F socket  
1 adapter for BNC socket to F plug  
1 adapter for BNC socket to IEC socket  
1 adapter for BNC socket to IEC plug  
6
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How it operates  
How it operates  
The MSK 24 is designed as a universal portable test receiver for TV, SAT  
and FM radio for both battery and mains operation. A built-in lead battery  
with 2.8 Ah and a plug-in power unit for 230 V AC are included with the  
receiver.  
A microcontroller is responsible for controlling the unit, scanning the  
keyboard and displaying frequency and level on the LC display.  
Receiving frequencies are indicated in MHz. Levels are measured with a  
peak or average value detector and indicated digitally in dBìV or dBmV.  
Correction values are determined when levels are calibrated for the  
MSK 24. They are stored in an EEPROM. Precise level measurements  
can thus be made.  
There is a bar display on the front display to help find transmitters. In  
addition, there is an audio tracking signal to facilitate aligning of the  
antenna as the display does not have to be observed.  
The audio section with its built-in loudspeaker is capable of processing  
and reproducing various audio frequency satellite signals, audio  
frequency TV signals complying with the B/G, D/K, I, M1 (Japan) and M/N  
standards, as well as FM audio. NICAM and AM audio reproduction  
(L standard) is also possible.  
All currently known requirements are covered thanks to an LNB supply  
voltage of 10-20 V / max. 500 mA with steps of 0.1 V, the superimposition  
of 22 kHz / 60Hz and the facility of sending DiSEqC or V-SEC  
commands.  
The built-in TFT colour screen allows pictures to be assessed locally.  
7
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Overview of functions  
Overview of functions  
Function  
SAT mode  
TV mode  
FM mode  
Mains and battery operation  
Level measurement by entering frequency  
Level measurement by entering channel  
Level-dependent acoustic signal  
Loudspeaker for acoustic check  
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
Reception of multiple standards (B/G, D/K, I, L,  
Nicam, M/N, M1)  
Nicam audio reception and L standard  
Audio carrier setting  
*
*
*
*
Audio carrier measurement  
Adjustable LNB voltage supply  
LNB current measurement  
22 kHz / 60 Hz switch-over  
DiSEqC, V-SEC  
*
*
*
*
DVB measurement (QPSK, QAM)  
Scart output (video and audio)  
*
*
* (audio  
only )  
*
Nicam audio, reception and bit error rate  
measurement  
8
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Block diagram of MSK 24  
Block diagram of MSK 24  
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Technical Data  
Technical Data  
Power supply  
Mains operation  
Battery operation  
Capacity  
230 VAC 50/60 Hz  
12 V / 2.8 Ah lead battery  
Dimensions  
width 260 mm, height 90 (120) mm, depth 165 mm  
incl. accessories (plus bag)  
Weight  
4 kg (incl. bag)  
Safety standards  
CE label  
Protection class II  
VDE EN61010  
Display  
TFT screen, alphanumerical LCD with 2 x 16 characters,  
bar display, background illumination  
Temperature range  
Frequency range  
+5 °C to +45 °C  
SAT  
TV  
920 MHz...2150 MHz  
45 MHz...867 MHz  
FM  
88 MHz...108 MHz (45 MHz...867 MHz)  
Channel allocation  
Frequency tuning  
Measuring errors  
TV  
B standard  
D/G/I/K standard  
M/N/M1 standard  
7 MHz  
8 MHz  
6 MHz  
SAT  
TV  
FM  
in 0.125 MHz steps  
in 50 kHz steps  
in 50 kHz steps  
SAT  
TV/FM  
max. ±2 dB  
max. ±2 dB  
RF input  
coaxial socket, BNC, 75Ù  
0 – 60 dB in 4 dB steps  
30 dBìV – 120 dBìV  
RF input separator  
Level measurement range  
Measuring bandwidth  
SAT  
TV  
FM  
6 MHz  
SAT DVB  
TV DVB  
6 MHz  
6 MHz  
250 kHz  
250 kHz  
Measuring detector  
SAT  
TV  
average value display  
peak value display  
FM  
average value display  
Return loss  
>6 dB  
<9 dB  
FM threshold  
SAT  
Audio IF bandwidth  
SAT  
TV  
230 kHz / 150 kHz  
230 kHz  
FM  
230 kHz  
Audio deemphasis  
SAT  
TV/FM  
50 ìs  
50 ìs  
10  
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Technical Data  
Audio processing SAT FM audio processing  
5.0 MHz…8.99 MHz in steps of 10 kHz  
TV FM + Nicam in quasi parallel audio mode  
AM in parallel mode (only L standard)  
TV  
B/G standard  
D/K standard  
I standard  
Audio carrier 1 = 5.5 MHz, Audio carrier 2 = 5.74 MHz  
Audio carrier 1 = 6.5 MHz, Audio carrier 2 = 6.26 MHz  
Audio carrier 1 = 6.0 MHz  
M/N standard  
M1 standard  
L standard  
Audio carrier 1 = 4.5 MHz, Audio carrier 2 = 4.72 MHz  
Audio carrier 1 = 4.5 MHz  
AM 6.5 MHz. Nicam = 5.85 MHz  
B/G standard  
I standard  
Nicam = 5.85 MHz  
Nicam = 6.552 MHz  
FM FM audio processing  
45 MHz...867 MHz  
Audio carrier measurement  
TV  
B/G standard 5.5 MHz, 5.74 MHz, 5.85 MHz  
D/K standard  
I standard  
L standard  
M/N standard  
M1 standard  
6.5 MHz, 6.26 MHz  
6.0 MHz, 6.552 MHz  
6.5 MHz, 5.85 MHz  
4.5 MHz, 4.72 MHz  
4.5 MHz  
Nicam decoder  
Audio carrier distance  
TV  
TV  
5.58 MHz with B/G, D/K, and L standards  
6.552 MHz with I standard  
Nicam bit error rate  
LNB voltage supply  
LNB control  
0 - 4 x 10-2  
SAT 0, 10 V...20 V, max. 500 mA  
SAT 22 kHz, 60 Hz, DISEqC, Simple DiSEqC, V-SEC  
1 Vss / 75 Ohm  
Scart output  
11  
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Operating and display elements  
Operating and display elements  
.
.
SAT TV FM TEST - RECEIVER  
MSK 24  
7
4
8
9
6
Sat-Ctrl  
Level  
LNB  
SC  
5
1
41  
2
52  
3
63  
Ch-Frq  
Scan  
MHz  
Sat/TV  
LNB  
+
0
./S  
RF  
!
75  
Off  
FM  
2ndF  
Spect  
Setup  
Std  
TFT colour screen  
LC display  
RF input socket  
LED Volume control  
Keyboard  
Display elements  
LC display  
Depending on the mode the following information is shown in the LC  
display:  
·
·
·
·
·
·
the set channel,  
the set frequency,  
the function called up,  
the mode,  
FR: 954.0 MHz  
LEV: 40.0 dBuV  
SAT  
the level measured and  
the measured values.  
TFT colour screen  
The colour screen has a diagonal of 4“ and a resolution of 238 x 480  
pixels. The light intensity is 250 cd/m².  
Connections (right side)  
Scart connector without inputs  
DC voltage supply – for supplied  
power supply unit only  
12  
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Overview of the keyboard commands  
Overview of the keyboard commands  
Button  
Brief description of the function for  
TV  
SAT  
FM  
SAT/TV  
Switch-over to TV reception  
Switch-over to SAT reception  
Decrease current values  
Increase current values  
Enter numbers  
Switch-over to SAT reception  
-
+
0...9  
·
Decimal point for  
Decimal point for  
numerical entries  
Decimal point for  
numerical entries  
./S  
numerical entries  
·
Call up special channel  
Confirm numerical entries  
ENTER  
2ndF +  
Call up second command level  
button  
FM  
Switch-over to FM  
Call up the DISEqC/  
V-SEC menu / LNB  
LNB voltage menu and  
current measurement  
Sat-Ctrl  
No function  
LNB  
Ch-Freq  
Std  
·
·
Call up the frequency menu  
Switch-over from channel to  
No function  
No function  
frequency display and vice versa.  
DVB/analogue switch-over  
Standard switch-over  
·
·
DVB/analogue switch-over  
SC  
Scan  
Level  
Spect  
Setup  
(Subcarrier) Audio carrier menu  
Search for a satellite irrelevant of frequency  
Switch on level-dependent acoustic signal with bar display  
Spectrum analysis  
Define receiver settings  
Keyboard of MSK 24:  
See above for details  
7
4
8
5
9
6
Sat-Ctrl  
Level  
LNB  
SC  
1
41  
2
52  
3
63  
Ch-Frq  
Scan  
MHz  
Sat/TV  
FM  
+
0
./S  
2ndF  
Spect  
Setup  
Std  
13  
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Connections  
Connections  
RF input socket  
The signal received from the antenna system or the cable network is fed  
in here (BNC coaxial socket).  
The remote powering voltage (for LNB) can be adjusted from 10 to  
20 VDC and can be switched off. When the LNB voltage is switched on,  
the LED next to the RF input socket lights up.  
Make sure that there is  
·
·
·
·
no voltage level over 120 dBìV,  
no positive DC voltage over 22 VDC,  
no negative DC voltage and  
no AC voltage.  
on the RF input socket.  
The input circuit can be seriously damaged if this warning is not heeded.  
External DC voltage supply  
The MSK 24 can be powered from the mains or its built-in battery.  
Voltage is supplied externally from the supplied power supply and  
recharging unit through the DC socket on the right side of the housing of  
the MSK 24.  
Make sure that  
·
·
only the supplied power supply unit is used,  
the power supply unit is only connected to the receiver when it is to  
be used to supply power. Otherwise the battery of the MSK 24 will be  
discharged!  
Scart output  
The visual and audio signals are available at the Scart socket on the right  
side of the MSK 24 for assessment on an external monitor.  
No outputs are available!  
Wrongly wired connectors may damage or destroy the receiver.  
14  
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Starting up  
Starting up  
Switching on the receiver  
·
Connect the receiver with the battery charger/power supply unit to the  
mains supply.  
·
·
Turn the on/off switch towards the right.  
Set the desired volume.  
Software V1.0  
SN: 000222  
The LC display shows the software version and serial number of the  
MSK 24 for approx. 1 second.  
Then the LC display indicates the capacity of the battery for approx.  
3 seconds.  
ACCU  
[
]
One segment is equivalent to approx. 20% of the total capacity (2.8 Ah).  
Now apply the receiving signal from the receiver system into the RF input  
socket.  
LC display:  
·
·
·
channel  
mode  
CH: .02.  
LEV: 48.5dBuV  
TV  
level.  
Use the [TV/SAT] button to select the required mode.  
Switching off the receiver  
Turn the on/off switch towards the left.  
15  
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Starting up  
Setup menu  
The default setting (status of the MSK 24 when it is switched on) can be  
set in the setup menu.  
Factory settings  
Parameter  
POWER ON  
LNB DC  
Setting  
TV  
OFF  
dBìV  
ON  
LEVEL  
Low Level Mute  
Settings in the setup menu  
Calling up the setup menu  
Press the [2ndF] and [SETUP] buttons.  
Press button [1], [2] or [3] to select the appropriate TV, SAT or FM mode.  
Press [ENTER] to retain the current setting.  
POWER ON  
TV=1 SAT=2 FM=3  
1. Setup menu  
The following request appears:  
LNB DC  
OFF=1  
Press button [1] or [2] to switch the LNB voltage supply on or off. Press  
[ENTER] to retain the current setting.  
ON=2  
2. Setup menu  
In the next menu press button [1] or [2] to set the measuring unit in which  
the level should be displayed. Press [ENTER] to retain the current  
setting.  
Level  
dBµV=1  
dBmV=2  
TV  
3. Setup menu  
In the next menu you are requested to set the mute function by pressing  
button [1] or [2]. Select "ON" to mute the MSK 24 as long as the input  
signal on the RF input is below 30 dBìV.  
CH: .07.  
LEV:____.__dBµV  
4. Setup menu  
Press [ENTER] to retain the current setting.  
LOW LEVEL MUTE  
If you have not altered the factory default setting, the information shown  
on the left is displayed.  
OFF=1  
ON=2  
Default setting  
As soon as you have set the low level mute, setup menu 4 is exited  
automatically and the default setting displayed.  
16  
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Starting up  
Mains and battery operation  
The MSK 24 can be powered from the mains or the built-in battery.  
Mains operation  
Use only the batttery charger/power supply unit supplied for mains  
operation. Connect the power supply unit to the voltage supply socket on  
the right side of the receiver.  
If the receiver is not used for long periods, connect the receiver to the  
mains supply now and then (maintenance charging).  
Make sure that the power supply unit is not connected to the receiver if it  
is not to be used to supply voltage as otherwise the battery will be  
discharged.  
Battery operation  
Battery operation is only possible if the battery is sufficiently charged.  
Otherwise the MSK 24 cannot be switched on.  
If the battery has been fully discharged, recharge it immediately as  
otherwise it may be damaged or destroyed.  
Charging begins automatically as soon as the receiver has been  
connected to the mains supply. A protective circuit prevents the battery  
from being overcharged.  
The capacity of the battery is displayed for approx. 3 seconds after the  
receiver has been switched on.  
With a charged battery the maximum period of operation is approx.  
2.5 hours for an LNB supply current of 150 mA.  
17  
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Sat measurement  
Sat measurement  
Standard Switch-Over  
In the SAT mode the MSK 24 can be set to receive the following types of  
signal:  
·
·
analogue and  
digital (DVB).  
Overview of commands in Standard Switch-Over in SAT  
[2ndF] [STD] Call up standard switch-over menu:  
[1]...[2]  
Select the standard  
1 = analogue  
ë
2 = digital (DVB)  
Example  
Call up digital (DVB) standard:  
Press [2ndF] [STD]  
0
LC display:  
·
·
1 = analogue standard  
1=ANALOG  
2=DIGITAL(DVB)  
2 = digital (DVB) standard  
Standard menu  
If you press button [2], you will leave the standard menu and the receiver  
will be set to DVB measurement.  
FR:1288.0MHz  
LEV: 66.5dBuV  
SAT  
D
A "D" appears in the display.  
Display for DVB measurement  
18  
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Sat measurement  
Frequency Display and Entering Frequency  
To measure the level of a received signal, you must first enter the desired  
frequency. The LC display shows the frequency and the measured level.  
You can enter frequency values from 920 MHz to 2150 MHz in steps of  
100 kHz.  
Overview of commands in Entering Frequency (SAT)  
[SAT/TV] Switch over to SAT reception  
[0]...[9] Enter frequency  
ë
[+] [-]  
You can alter frequency in steps of 100 kHz  
[ENTER] Confirm entry  
LC display:  
FR:1288.0MHz  
LEV: 66.5dBuV  
SAT  
·
·
·
Frequency: 1288 MHz  
Mode: SAT  
Level: 66.5 dBìV  
Example  
Enter frequency 1508 MHz  
Press [1] [5] [0] [8] [ENTER]  
LC display:  
·
·
·
Frequency: 1508 MHz  
Mode: SAT  
FR:1508.0MHz  
LEV: 86.5dBuV  
SAT  
Level: 86.5 dBìV  
A + or – in the display means that MSK 24 has not been tuned in exactly  
to the desired carrier. Use the [+] and [-] buttons to adjust the frequency  
for the best possible reception. When a vertical line appears in the  
display, the frequency has the best possible setting.  
Note  
Press [ENTER] to complete the frequency entry.  
The last frequency setting is retained even when the MSK 24 is switched  
off provided it was made using "numerical entries" and concluded with  
"MHz".  
+
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Sat measurement  
Level Measurement  
Once you have set a frequency, the level is measured automatically and  
displayed in dBìV or dBmV (depending on the basic configuration) on the  
LC display. The input level can be measured in the range of 30 dBìV to  
120 dBìV (-30 dBmV to 60dBmV).  
LC display:  
·
·
·
Frequency: 1508MHz  
Mode: SAT  
FR:1508.0MHz  
LEV: 86.5dBuV  
SAT  
Measured level: 86.5dBìV  
Level Overflow and Underflow  
The LC display indicates unterflow at a level <30 dBìV, e.g.  
FR:1508.0MHz  
LEV: __._dBuV  
SAT  
·
·
·
Frequency: 1508 MHz  
Mode: SAT  
Level: underflow  
The LC display indicates overflow at a level >120 dBìV.  
The following information appears in the display:  
FR:1508.0MHz  
SAT  
LEV:  
dBuV  
·
·
·
Frequency: 1508 MHz  
Mode: SAT  
Level: overflow  
Note  
Levels of DVB-S signals can be measured in the digital reception setting  
only.  
+
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Sat measurement  
Tracking Satellites  
The "SCAN" function can search for satellites whose exact transponder  
frequencies are unknown. The frequency range from 1000 to 2100 MHz  
is scanned continuously to detect signals. If signals are received, the  
reception level is indicated in a bar display. The measuring range can be  
set to three different sensitivity levels.  
The level can be monitored with an audio tracking signal, the volume  
being proportional to the level of the signal received. The volume of the  
audio tracking signal can be set with the volume control.  
Overview of commands in SCAN  
[2ndF] [SCAN] Switch over to SCAN operation.  
[-] [+]  
Change the measuring range of the bar display.  
Level range 1: high input level  
ë
Level range 2: medium input level  
Level range 3: low input level  
Exit SCAN by pressing [2ndF] twice.  
LC display:  
·
·
·
Level range 2: medium input level  
SAT mode  
LEV-Range:2  
>
SAT  
Bar display  
Example  
Calling up the SCAN function  
0
Press the [2ndF] and [SCAN] buttons.  
Rotate the antenna until a level tendency is visible on the bar display.  
Rotate the antenna until the bar display has reached its maximum.  
If necessary, decrease or increase the sensitivity with the [-] and [+]  
buttons.  
Exit SCAN by pressing [2ndF] twice.  
21  
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Sat measurement  
Tracking for Single Frequencies  
In the "LEVEL " function you can align an antenna by tracking to receive  
the maximum signal. The level tendency can be indicated in the bar  
display. The measuring range can be set to three different sensitivity  
levels.  
The level can be monitored with an audio tracking signal, the volume  
being proportional to the level of the signal received. The volume of the  
audio tracking signal can be set with the volume control.  
Overview of commands in Tracking  
[2ndF] [LEVEL ] Switch over to the tracking mode  
[-] [+] Change the measuring range of the bar display.  
The measuring range is preselected automatically.  
ë
Level range 1: high input level  
Level range 2: medium input level  
Level range 3: low input level  
Exit the LEVEL mode by pressing [2ndF] twice.  
LC display:  
·
·
·
Level range 2: medium input level  
SAT mode  
LEV-Range:2  
>
SAT  
Bar display  
Example  
Call up the "LEVEL " function.  
Press the [2ndF] and [LEVEL ] buttons.  
Rotate the antenna until the maximum bar display is reached.  
0
If necessary, decrease or increase the sensitivity with the [-] and [+]  
buttons.  
Repeat this procedure until you have reached the maximum level.  
Exit the LEVEL menu by pressing [2ndF] twice.  
22  
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Sat measurement  
Audio Carrier Frequency  
A video signal has several audio carrier frequencies assigned to it. With  
the MSK 24 you can select the main carrier and subcarrier frequencies to  
hear them separately. The audio carrier frequency can be set in steps of  
10 kHz from 5.0 MHz to 8.99 MHz. The audio carrier bandwidth is  
automatically switched over from "wide" (280 kHz) to "narrow" (150kHz)  
at 7.00 MHz  
The following factory settings for the audio carrier frequencies are stored  
in the receiver when it leaves the factory:  
Button  
[1]  
Frequency in MHz  
Bandwidth in kHz  
5.80  
6.50  
6.65  
7.02  
7.20  
7.38  
7.56  
7.74  
7.92  
280  
280  
280  
150  
150  
150  
150  
150  
150  
[2]  
[3]  
[4]  
[5]  
[6]  
[7]  
[8]  
[9]  
Overview of commands in Audio Carrier Frequencies (SAT)  
[2ndF] [SC]  
[1]...[9]  
Call up audio carrier menu  
Select audio subcarrier  
ë
[-] or [+]  
Change audio carrier frequency in 10 kHz steps  
Manually switch audio carrier bandwidth  
wide = 280 kHz, narrow = 150 kHz  
[ENTER]  
Exit audio carrier menu by pressing [2ndF] twice.  
Example  
Call up audio carrier with 7.38 MHz  
Press [2ndF] [SC] [6]  
LC display:  
0
·
·
·
Audio subcarrier: 7.38 MHz  
Audio carrier bandwidth: narrow = 150 kHz  
Mode: SAT  
SC: 7.38MHz  
BW:NARROW  
SAT  
Note  
After the SAT mode has been called up, the MSK 24 is always set to the  
audio carrier 7.02 MHz. Changes made to the frequency of the audio  
carrier are only retained until you exit the SAT mode.  
+
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Sat measurement  
LNB Voltage and 22 kHz / 60 Hz Switch-Over  
The LNB supply voltage is available at the RF socket. This is confirmed  
by the LED next to the RF socket which lights up when the voltage supply  
is switched on. The current consumed by the connected LNB is indicated  
in the LC display.  
The 22 kHz or 60 Hz square wave signal that can be added is  
superimposed on the LNB voltage. It is needed to switch multifeed  
systems or high/lowband LNBs.  
The LNB voltage can be  
·
·
·
switched off = 0V  
set from 10 V to 20 V in steps of 0.1 V  
short-circuit protected (max. current 500 mA)  
The following voltages can be called up by pressing the relevant button:  
LNB voltage  
Button  
[0]  
0V  
12V  
14V  
18V  
[1]  
[2]  
[3]  
Overview of commands in LNB Voltage  
[2ndF] [LNB] Call up the LNB menu  
[0]...[3]  
[-] or [+]  
[7]  
Select the LNB voltage  
ë
Change the LNB voltage in 0.1 V steps  
60 Hz signal on/off  
[8]  
22 kHz signal on/off  
Exit the LNB menu by pressing [2ndF] twice.  
Example  
Call up the LNB voltage 14 V:  
Press buttons [2ndF] [LNB] [2]  
0
LC display:  
LNB:14,0V  
150mA  
·
·
LNB voltage: 14 V  
Current consumption: 150 mA  
Note  
By pressing the [+] or [-] buttons you can change the LNB voltage in  
steps of 0.1 V.  
By calling up another function, e.g. [2ndF] [CH-FRQ], you can exit the  
LNB menu automatically.  
+
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Sat measurement  
Example  
Switch on the 22 kHz signal.  
Press button [8].  
0
LC display:  
LNB:14,0V  
150mA  
22kHz  
·
·
·
LNB voltage 14 V  
Current consumption 150 mA  
The 22 kHz signal is switched on.  
Note  
By pressing button [8], you can switch off the 22 kHz signal.  
By calling up another function, e.g. [2ndF] [CH-FRQ], you can exit the  
LNB menu automatically.  
+
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Sat measurement  
DiSEqC (Digital Satellite Equipment Control)  
The DiSEqC system is used to control systems with extended control  
facilities. DiSEqC uses serial, bidirectional transmission with one master  
and one or more slaves. The data bits are formed by modulation of the  
pulse width of the available 22 kHz carrier and are superimposed with  
600 mVss of the LNB remote voltage. The digital code words are made up  
of 8 data bits and one additional parity bit to detect transmission errors.  
Several code words form a DiSEqC command. Input of the code words is  
in hexidecimal code.  
code words  
Framing  
P
Address  
P
Command P  
Data  
P
parity bit  
The MSK 24 can also transmit signals to DiSEqC 1.0 but it cannot  
receive them.  
Overview of commands in DiSEqC  
[2ndF] [SAT-CTRL] Call up the DiSEqC menu  
[0]...[9]  
Enter the code words in hexadecimal code 0...9  
Enter the code words in hexadecimal code A...F  
ë
[.] [0]...[5]  
Button  
[.] [0]  
[.] [1]  
[.] [2]  
[.] [3]  
[.] [4]  
[.] [5]  
Hex Code  
A
B
C
D
E
F
[-] or [+]  
[.] [6]  
Move the cursor among the various code words:  
Framing, Address, Command and Data  
Delete the entire command string up to the cursor  
position  
[ENTER]  
Send the command string  
Exit the DiSEqC menu by pressing [2ndF] twice.  
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Sat measurement  
Example  
You want to test the Kathrein matrix EXR 22. The command set for the  
matrix EXR 22 is E0 00 24 (LNB High) and E0 00 20 (LNB Low).  
0
Call up DiSEqC:  
Press buttons [2ndF] [SAT-CTRL]  
Press button [3] to call up the DiSEqC control.  
SAT-CTRL  
V-SEC=2  
LNB=1  
DiSEqC=3  
SAT-CTRL menu  
You can now enter the data bits for each code word using the buttons [0]  
to [9] and [./S]. Send the control command by pressing [ENTER]. The >  
symbol indicates that the control command has been sent.  
DiSEqC-Framing  
The command set to control the Kathrein matrix EXR 22 has been  
entered and sent.  
DiSEqC-COMMAND  
E0 00 24 >  
DiSEqC menu  
Note  
You can find the DiSEqC command sets for the Kathrein matrices  
EXR 20, EXR 22 and the 9xx series in the Technical Appendix.  
+
Overview of commands in Framing Byte  
HEX  
Byte  
Description  
E0  
E1  
E2  
E3  
Command from master, single transmission  
ë
Command from master, repetitive transmission  
Command from master, answer expected, first transmission  
Command from master, answer expected, repeated  
transmission  
E4  
E5  
E6  
E7  
Answer from slave, "OK", no error detected  
Answer from slave, command not supported by slave  
Answer from slave, parity error detected  
Answer from slave, command not detected  
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Sat measurement  
Overview of commands in Address Byte  
Hex byte  
Description  
00  
10  
11  
12  
14  
All equipment  
Every LNB, matrix or SMATV  
LNB  
LNB with loop-through  
Matrix (switcher)  
15  
Matrix (switcher) with loop-through  
SMATV  
ë
18  
20  
21  
22  
30  
31  
32  
33  
34  
40  
41  
60  
70  
Every polarizer  
Maximum rotation (full skew) with lineal polarization  
Set polarizer in steps  
Every positioner  
Polar / Azimuth positioner  
Elevation positioner  
Combined positioner  
LNB positioner  
Installation help  
Help to set signal strength  
Reserved for allocated addresses  
"Intelligent slave interface" for "Proprietary multi-  
master bus"  
71  
Fx  
Interface for users and checked head stations  
OEM expansion  
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Sat measurement  
Overview of commands in Command Byte  
The MSK 24 can send commands in accordance with DiSEqC 1.0 but it  
cannot receive them. All commands that require DiSEqC 2.0 (to send and  
receive) are shown in grey in the table.  
ë
Commands shown in bold type are used preferentially for Kathrein  
switching matrices.  
Hex Command  
byte  
Description  
Number of  
data bytes  
00  
01  
02  
Reset  
Reset DiSEqC microcontroller  
-
-
-
Clr Reset  
Standby  
Clear reset flag  
Switch off the peripheral power  
supply unit  
03  
Power on  
Switch on the peripheral power  
supply unit  
-
04  
05  
Set Content  
Contend  
Set the contention flag  
-
-
Feedback only if the contention  
flag has been set  
06  
07  
Clr Content  
Address  
Clear contention flag  
-
-
Feedback only if the contention  
flag has not been set  
08  
09  
Move C  
Move  
Change address if contention  
flag has been set  
1
1
Change address if contention  
flag has not been set  
10  
11  
14  
Status  
Read status register flags  
Read configuration flags  
-
-
-
Config  
Switch 0  
Read switching status flags  
(Committed Port)  
15  
Switch 1  
Read switching state flags  
(uncommitted port)  
-
16  
17  
20  
Switch 2  
Switch 3  
Set LO  
Expansion option  
Expansion option  
-
-
-
Call up the low local oscillator  
frequency  
21  
Set VR  
Call up vertical polarization or  
circular polarization with right  
rotation  
-
22  
23  
24  
Set Pos A  
Set S0A  
Set Hi  
Select satellite position A  
-
-
-
Select switch option A  
Call up the high local  
oscillator frequency  
25  
Set HL  
Call up vertical polarization or  
circular polarization with left  
rotation  
-
26  
27  
28  
Set Pos B  
Set S0B  
Set S1A  
Select satellite position B  
-
-
-
Select switch option B  
Call up matrix S1 input A (input  
B inactive)  
29  
Set S2A  
Call up matrix S2 input A (input  
-
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Sat measurement  
B inactive)  
2A  
2B  
2C  
2D  
2E  
2F  
30  
31  
Set S3A  
Set S4A  
Set S1B  
Set S2B  
Set S3B  
Set S4B  
Sleep  
Call up matrix S3 input A (input  
B inactive)  
-
-
-
-
-
-
-
-
Call up matrix S4 input A (input  
B inactive)  
Call up matrix S1 input B (input  
A inactive)  
Call up matrix S2 input B (input  
A inactive)  
Call up matrix S3 input B (input  
A inactive)  
Call up matrix S4 input B (input  
A inactive)  
All bus commands are ignored  
except for "Awake".  
Awake  
Bus commands are accepted  
again.  
38  
39  
3A  
3B  
40  
41  
48  
49  
4F  
50  
51  
Write N0  
Write N1  
Write N2  
Write N3  
Read A0  
Read A1  
Write A0  
Write A1  
Write A7  
LO string  
LO now  
Set port group 0  
1
1
1
1
-
Set port group 1  
Expansion option  
Expansion option  
Read analogue value A0  
Read analogue value A1  
Set analogue value A0  
Set analogue value A1  
Set analogue value A7  
Read current frequency  
-
1
1
1
-
Read current frequency (table  
entry number)  
-
52  
53  
LO Lo  
LO Hi  
Read Lo frequency table entry  
number  
-
-
Read Hi frequency table entry  
number  
58  
59  
Write Freq  
Ch.No.  
Write channel frequency  
2 or 3  
2
Set  
the  
selected  
channel  
number (receiver)  
60  
61  
62  
64  
65  
6C  
Halt  
Stop positioner  
-
-
Go E  
Move positioner towards east  
Move positioner towards west  
Read positioner status register  
Read positioner counter  
Go W  
P Status  
Read Pos  
Goto  
-
-
-
Move positioner motor to  
counter value, Hi, Lo  
2
6D  
Write Pos  
Set positioner counter, Hi, Lo  
2
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Sat measurement  
Overview of commands in Data Byte  
An appropriate data byte only needs to be sent when the command byte  
requires data byte(s). You can see this in the above command byte table.  
You can find out which data byte has to be sent to which command byte  
in the data sheets for the relevant receiver.  
ë
Orbit  
position  
Switch position  
H/V  
Switch position  
LNB  
Data  
byte  
V
V
H
H
V
V
H
H
V
V
H
H
V
V
H
H
Lo  
Hi  
Lo  
Hi  
Lo  
Hi  
Lo  
Hi  
Lo  
Hi  
Lo  
Hi  
Lo  
Hi  
Lo  
Hi  
F0  
F1  
F2  
F3  
F4  
F5  
F6  
F7  
F8  
F9  
FA  
FB  
FC  
FD  
FE  
FF  
1
2
3
4
Simple Tone Burst DiSEqC  
A simplified form of DiSEqC control is the Simple Tone Burst DiSEqC  
procedure. In this Simple DiSEqC two switching states are possible: tone  
burst and data burst.  
Overview of commands in Simple DiSEqC  
[2ndF] [SAT-CTRL] Call up the SAT–CTRL menu  
[3]  
Call up the DiSEqC menu  
Enter tone burst  
[0]  
[1]  
Enter data burst  
ë
[ENTER]  
Send the command string  
Exit the DiSEqC menu by pressing [2ndF] twice.  
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Sat measurement  
Example  
0
Call up Simple DiSEqC:  
Press buttons [2ndF] [SAT-CTRL]  
SAT-CTRL  
V-SEC=2  
LNB=1  
DiSEqC=3  
Press button [3] to call up DiSEqC control.  
SAT-CTRL menu  
DiSEqC-Framing  
The cursor must be positioned on the left with the [-] button. Press button  
[0] or [1] to call up the Simple DiSEqC menu.  
DiSEqC menu  
Press [ENTER] to send the control command. The > symbol indicates  
that the control command has been sent. Press button [1] to switch to  
data burst.  
DiSEqC-SIMPLE  
0 Tone BURST  
>
Simple DiSEqC menu  
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Sat measurement  
V-SEC (Vario-Satellite Equipment Control)  
V-SEC provides unidirectional communication between satellite receivers  
and peripheral components in a satellite receiving system and serves to  
control intelligent multiswitches with several inputs, coaxial relays or  
rotation systems.  
V-SEC uses 8-bit data transfer by pulse width modulation of the 22 kHz  
carrier frequency. There is 8-bit data transfer from the test receiver to the  
peripheral equipment through the existing coaxial cable. The V-SEC  
control signals are assigned to the components by destination addresses.  
After output of the V-SEC data, standard signals of 14 V/18 V and 0/60  
Hz/22 kHz are still available. Input of the code word is in hexadecimal  
code..  
Overview of commands in V-SEC  
[2ndF] [SAT-CTRL] Call up the V-SEC menu  
[0]...[9]  
Enter the figures 0 to 9  
Enter the letters A...F  
ë
[.] [0]...[5]  
Button  
[.] [0]  
[.] [1]  
[.] [2]  
[.] [3]  
[.] [4]  
Hex code  
A
B
C
D
E
F
[.] [5]  
[-] or [+] Position cursor  
[ENTER] Send the data packet  
Exit the V-SEC menu by pressing [2ndF] twice.  
Example  
Call up V-SEC and enter the A5 control command:  
Press buttons [2ndF] [SAT-CTRL]  
0
By pressing button [2] you can all up the V-SEC control.  
SAT-CTRL  
LNB=1  
DiSEqC=3  
Enter the data word in hexadecimal code, e.g. A5:  
V-SEC=2  
Press buttons [./S] [0] [5]  
Press [ENTER] to send the control command. The > symbol indicates  
that the control command has been sent. The cursor can be positioned  
using the [-] and [+] buttons.  
SAT-CTRL  
V-SEC=2  
LNB=1  
DiSEqC=3  
V-SEC menu  
Overview of commands in V-SEC  
See manufacturer's documentation on peripheral equipment.  
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TV measurement  
TV measurement  
Standard Switch-Over  
In the TV mode the MSK 24 can measure the following standards:  
·
·
·
·
·
·
B/G standard  
L standard  
D/K standard  
I standard  
M/N standard  
M1 standard (Japan)  
Overview of commands in Standard Switch-Over (TV)  
[2ndF] [STD] Call up standard switch-over menu  
[0]...[6] Select standard  
ë
Example  
Call up B/G analogue standard:  
0
Press [2ndF] [STD].  
LC display:  
·
·
1 = Analogue reception  
2 = DVB reception  
1=ANALOG  
2=DIGITAL(DVB)  
1. Standard menu  
Press button [1].  
1=BG  
4=I  
2=L  
5=MN  
3=DK  
6=M1  
The following menu now appears:  
·
1 = B/G Standard - 2 = L standard - 3 = D/K standard D/K, etc.  
2. Standard menu  
Press button [1]. The receiver is now set to analogue reception for B/G  
standard.  
Note  
Make sure that the selected standard is retained when the receiver is  
switched off.  
+
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TV measurement  
Channel Display and Entering Channel  
To measure the level of a received TV signal, you must first enter the  
desired channel.  
The following channels can be set:  
·
·
·
·
Band I / III CH 01 to CH 12 in the 7 MHz raster  
Band IV / VCH 21 to CH 70 in the 8 MHz raster  
Special channel S 01 to S 20 in the 7 MHz raster  
Special channel S 21 to S 41 in the 8 MHz raster  
The information refers only to the factory-preset B/G standard. You can  
find information for other standards in the Technical Appendix.  
Overview of commands in Entering Channel (TV)  
[SAT/TV]  
Switch over to TV reception  
Enter the channel  
ë
[0]...[9]  
[./S]  
Switch to special channel  
Alter the channels gradually  
[+] and [-]  
Example  
Enter channel S11:  
Press [./S] [1] [1].  
LC display:  
0
CH:S.11.  
TV  
·
·
·
Special channel: S 11  
Level: 62.5 dBìV  
Mode: TV  
LEV: 62.5dBuV  
Note  
Make sure that the correct standard has been set. The B/G standard is  
the default setting.  
+
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TV measurement  
Frequency Display and Entering Frequency  
To measure the level of a received TV signal, you must first enter the  
desired video carrier frequency.  
You can enter the frequency in steps of 50 kHz from 45 MHz to 867 MHz.  
Overview of commands in Entering Frequency (TV)  
[SAT/TV] Switch over to TV reception  
ë
[CH-FRQ]  
[0]...[9]  
Switch-over between channel and frequency  
Enter frequency  
[ENTER]  
[+] and [-]  
Confirm entry  
Change frequency gradually  
Example  
Enter frequency of 175.25 MHz:  
Press [2ndF] [CH/FRQ] ................... ..(Call up the frequency menus)  
Then [1] [7] [5] [./S] [2] [5] [ENTER] .. .(Entering frequency)  
0
LC display:  
·
·
·
Frequency: 175.25 MHz  
Level: 65.0 dBìV  
Mode: TV  
CH:175,25  
LEV: 65,0dBuV  
TV  
Note  
Once you have called up the frequency menu, you only need to enter the  
figures to enter the frequency again.  
+
The last frequency setting is retained even when the MSK 24 is switched  
off provided it was made using "numerical entries" and concluded with  
"MHz".  
36  
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TV measurement  
Level Measurement (TV)  
Once you have set a channel or a frequency, the level is measured  
automatically and indicated in dBìV or dBmV (depending on the  
configuration of the receiver) on the LC display. The input level can be  
measured in the range of 30 dBìV to 120 dBìV (-30 dBmV to 60 dBmV).  
LC display:  
·
Channel: CH 05  
Mode: TV  
CH: .05.  
LEV: 86.5dBuV  
TV  
·
·
Measured level: 86.5 dBìV  
Level Overflow and Underflow  
The LC display shows an underflow level of <30 dBìV.  
LC display:  
·
·
·
Channel: CH 05  
Mode: TV  
CH: .05.  
LEV:___._dBuV  
TV  
Level: underflow  
The LC display shows an overflow level of >120 dBìV.  
LC display:  
·
·
·
Channel: CH 05  
Mode: TV  
CH: .05.  
LEV:  
TV  
. dBuV  
Level: overflow  
Note  
The level of DVB-C signals can only be measured in the digital reception  
mode. See Standard Switch-Over.  
+
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TV measurement  
Tracking for Single Frequencies  
In the "LEVEL " function you can align an antenna by tracking to receive  
the maximum signal. The level tendency can be indicated in the bar  
display. The measuring range can be set to three different sensitivity  
levels.  
The level can be monitored with an audio tracking signal, the volume  
being proportional to the level of the signal received. The volume of the  
audio tracking signal can be set with the volume control.  
Overview of commands in Tracking  
[2ndF] [LEVEL  
]
Switch over to the tracking mode  
[-] [+]  
Switch among the measuring ranges of the bar  
display. The measuring range is automatically  
preselected.  
ë
Level range 1:  
Level range 2:  
Level range 3:  
high input level  
medium input level  
low input level  
Exit the LEVEL mode by pressing [2ndF] twice.  
LC display:  
·
·
·
Level range 2: medium input level  
Mode: TV  
LEV-RANGE:2  
>
TV  
Bar display  
Example  
Call up the "LEVEL " function:  
Press buttons [2ndF] [LEVEL ].  
0
Rotate the antenna until the bar display has reached its maximum.  
If necessary, decrease or increase the sensitivity with the [-] and [+]  
buttons.  
Repeat this procedure until you have reached the maximum level.  
Exit the LEVEL menu by pressing [2ndF] twice.  
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TV measurement  
Audio Carrier Distance and Level  
TV transmitters can use a second audio carrier to transmit information  
using FM modulation (analogue) or in Nicam format (digital). Different  
frequencies are allocated to the audio carriers depending on the standard  
being used (see table). Audio carrier 1 is always the default setting after  
you have entered the channel or frequency.  
Standard  
Audio carrier Audio carrier Nicam  
1
2
B/G  
5.5 MHz  
6.5 MHz  
6.0 MHz  
4.5 MHz  
AM 6.5 MHz  
4.5 MHz  
5.74 MHz  
6.26 MHz  
------  
5.85 MHz  
5.85 MHz  
6.552 MHz  
------  
D/K  
I
M/N  
4.72 MHz  
------  
L
5.85 MHz  
------  
M1 (Japan)  
------  
When the audio carrier is measured, first the signal distance between the  
audio and the visual carriers is measured in dB. Then the absolute audio  
carrier level is measured in dBìV. During the measurement the  
loudspeakers are muted. After measurement the modulation of the audio  
carrier last measured can be heard.  
Overview of commands in Measuring Audio Carrier Frequency  
[2ndF] [SC] Switch over to the Audio Carrier menu  
ë
[1]...[2]  
Switch between audio carrier 1 and audio carrier 2  
(see table).  
With the Measuring Audio Carrier Level button  
pressed,  
[3]  
Switch over to Nicam reception  
Example  
Measure the audio carrier distance and level of audio carrier 1:  
Press [2ndF] [SC],  
Now press [1] and keep the button pressed.  
The LC display shows the following values for approx. 1 second:  
Audio carrier distance frequency: 5.5 MHz  
0
SC: 5.50MHz  
LEV: -13.0dB  
TV  
TV  
Audio carrier video carrier distance: -13 dB  
After approx. 1 second the audio carrier level is displayed.  
LC display:  
SC: 5.50MHz  
LEV: 58.5dBuV  
Audio carrier distance frequency: 5.5 MHz  
Audio carrier level: 58.5 dBìV  
Release button [1].  
Measure audio carrier distance and level of audio carrier 2:  
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TV measurement  
As above. Press button [2] during the audio carrier display.  
Measuring the Audio Carrier Distance and Level of Nicam Audio Carriers:  
As above. Press button [3] during the audio carrier display.  
Note  
The audio carrier frequency cannot be set. It is switched over depending  
on the standard being used.  
+
The audio carrier level is only displayed as long as one of the buttons [1],  
[2] or [3] is pressed.  
NICAM – Measuring Audio Bit Error Rates  
To assess the audio quality of Nicam signals, you can measure the bit  
error rates (BER).  
Example  
0
Calling up Measuring Audio Bit Error Rates:  
Press buttons [2ndF] [SC]  
Press button [3]  
BER=0.000 is displayed if the quality of the Nicam signal is so good that  
no bit errors are detected,.  
SC: 5.85 MHz  
BER=2.145E-05  
TV  
OVERFLOW is displayed if the Nicam signal is too bad or if no signal is  
received.  
40  
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FM measurement  
FM measurement  
Frequency Display and Entering Frequency  
To measure the level of a received FM signal, you must first enter the  
desired frequency.  
You can enter the frequency in steps of 50 kHz from 45 MHz to 867 MHz.  
Overview of commands in Entering Frequency (FM)  
[2ndF] [FM] Switch over to FM reception  
[0]...[9]  
Enter frequency  
ë
[ENTER]  
[+] and [-]  
Confirm entry  
Change the frequency gradually in steps of 50 kHz  
Example  
Enter frequency of 99.25 MHz  
Press [2ndF] [FM]...............  
...........(Call up the FM menu)  
0
Then [9] [9] [./S] [2] [5] [ENTER] ............(Enter frequency)  
LC display:  
·
·
·
Frequency: 99,25 MHz  
Level: 65,0 dBìV  
Mode: FM  
FR: 99.25  
LEV: 65.0dBuV  
FM  
Note  
Once you have called up the FM menu, you only need to enter the figures  
to enter the frequency again.  
+
+
The last frequency setting is retained even when the MSK 24 is switched  
off provided it was made using "numerical entries" and concluded with  
"MHz".  
Level Measurement  
Once you have set a frequency, the level is measured automatically and  
displayed in dBìV. The input level can be measured in the range of  
30 dBìV to 120 dBìV.  
LC display:  
·
·
·
Frequency: 104.8 MHz  
Mode: FM  
Fr:104.80MHz  
LEV: 86.5dBuV  
FM  
Measured level: 86.5 dBìV  
Level Overflow and Underflow  
The LC display shows an underflow level of <30 dBìV.  
Example  
0
·
·
·
Frequency: 104.8 MHz  
Mode: FM  
FR:104.80MHz  
LEV: ___._dBuV  
FM  
Level: underflow  
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FM measurement  
The LC display shows an overflow level of >120 dBìV.  
·
·
·
Frequency: 104.8 MHz  
Mode: TV  
FR:104,80MHz  
LEV:¯¯¯.¯dBuV  
FM  
Level: overflow  
Tracking for Single Frequencies  
In the "LEVEL " function you can align an antenna by tracking to receive  
the maximum signal. The level tendency can be indicated in the bar  
display. The measuring range can be set to three different sensitivity  
levels.  
The level can be monitored with an audio tracking signal, the volume  
being proportional to the level of the signal received. The volume of the  
audio tracking signal can be set with the volume control.  
Overview of commands in Tracking  
[2ndF] [LEVEL  
]
Switch over to the tracking mode  
[-] [+]  
Switch among the measuring ranges of the bar  
display. The measuring range is automatically  
preselected.  
ë
Level range 1:  
Level range 2:  
Level range 3:  
high input level  
medium input level  
low input level  
Exit the LEVEL mode by pressing [2ndF] twice.  
LC display:  
·
·
·
Level range 2: medium input level  
Mode: TV  
LEV-RANGE:2  
>
TV  
Bar display  
Example  
Call up the "LEVEL " function:  
Press buttons [2ndF] [LEVEL ].  
0
Rotate the antenna until the bar display has reached its maximum.  
If necessary, decrease or increase the sensitivity with the [-] and [+]  
buttons.  
Repeat this procedure until you have reached the maximum level.  
Exit the LEVEL menu by pressing [2ndF] twice.  
42  
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Spectrum measurement  
Spectrum measurement  
To assess a receiving system you can display the frequency spectrum for  
Sat, TV and FM on the screen.  
You can call up Spectrum Measurement from the relevant mode (Sat, TV  
or FM).  
Command for Spectrum Measurement: [2ndF] [Spect].  
Return to the normal LC display: 2 x [2ndF].  
You can use the buttons [-] and [+] to move a cursor  
on to the level  
graph to measure certain minimum and maximum levels. The frequency  
and the measured value are indicated in the upper line on the screen.  
The measuring range is indicated in dBµV on the axis on the left of the  
screen. The level measurement range is set automatically.  
The peak value of the level is measured in spectrum analysis.  
Sat Spectrum  
In the SAT mode (see relevant chapter) the entire Sat spectrum from 920  
to 2150 MHz can be displayed.  
LC display  
SAT-Full  
TV Spectrum  
The TV range (see relevant chapter) is subdivided into four sections,  
which can be selected by pressing buttons [1], [2], [3] or [4]. See screen  
and explanation shown below.  
Example for UHF  
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Spectrum measurement  
Overview of commands in TV Spectrum  
LC displays and ranges:  
ë
[1]  
[2]  
[3]  
[4]  
FULL SPAN = entire TV range (44…867 MHz)  
VHF (44…467 MHz)  
TV full  
VHF  
UHF (467…867 MHz)  
UHF  
NARROW (e.g. 634…659 MHz)  
TV narrow  
FM Spectrum  
You can select and measure the FM spectrum as described above. It  
covers 87…108 MHz.  
LC display  
FM CCIR  
44  
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Maintenance  
Maintenance  
Changing the battery  
·
Unscrew the two screws holding the straps of the leather case. Then  
unscrew the screw in the leather cover. Pull the receiver out of the  
leather case.  
·
·
Now unscrew all screws on the top, bottom and sides of the metal  
housing. Pull the receiver out of the metal housing.  
Remove the terminal clip from the battery. When changing the  
battery, beware of causing a short circuit between the terminal clips  
and the battery compartment.  
·
Unscrew the four screws of the battery compartment from the  
underside of the frame.  
·
·
Pull the battery out of the receiver from the back.  
Insert the new battery and screw the receiver together in the reverse  
sequence. Beware that the polarity of the battery is correct.  
Battery: YUASA NP2.8-12 12V / 2.8Ah  
Customer service  
Send the receiver to the following address for any service work:  
ESC - GmbH  
Bahnhofstr.108  
83224 Grassau  
Tel.: +49 (0)8641 / 9545-0  
Fax: +49 (0)8641 / 9545-35  
45  
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Technical Appendix  
Technical Appendix  
Signal-to-noise distance  
The following values must be known in order to calculate the carrier-to-  
noise distance (C/N) for analogue transponders.  
·
background noise level (set parabola antenna so that no satellite  
signal is received)  
·
·
max. receiving level  
bandwidth correction.  
This gives the following formula:  
C/N = receiving signal level - background noise level - bandwidth correction  
Measured bandwidth of MSK 24 6 MHz  
Bandwidth correction value = 10 log ——————————————–--------  
RF bandwidth of receiving signal  
Bandwidth correction value = 6.37 dB at 26 MHz bandwidth (Astra)  
Bandwidth correction value = 7.78 dB at 36 MHz (Eutelsat, Intelsat, Kopernikus)  
Example  
Receiving signal level  
+75.5 dB  
-55.0 dB  
+20.5 dB  
- 6.4 dB  
+14.1 dB  
with satellite signal  
without satellite signal  
Background noise level  
Carrier-to-noise distance C/N  
Bandwidth correction  
0
for 26 MHz bandwidth  
C/N of the receiving system  
Note  
To calculate C/N exactly, it is essential that you take the RF bandwidth of  
the receiving signal into account.  
+
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Technical Appendix  
DiSEqC commands for Kathrein matrices  
Command set for Kathrein matrix 9xx-series  
POS. A (Satellite 1)  
Range  
Low band  
High band  
Vert.  
Vert.  
Hor.  
Hor.  
DiSEqC  
E0 00 38 F0  
E0 00 38 F2  
E0 00 38 F1  
E0 00 38 F3  
command  
POS. B (Satellite 2)  
Low band  
Range  
High band  
Vert.  
Vert.  
Hor.  
Hor.  
DiSEqC  
E0 00 38 F4  
E0 00 38 F6  
E0 00 38 F5  
E0 00 38 F7  
command  
Command set for Kathrein matrix EXR 20  
EXR 20  
Range  
POS. A  
POS. B  
DiSEqC  
E0 00 22  
E0 00 26  
command  
Command set for Kathrein matrix EXR 22  
EXR 22  
Range  
High band  
Low band  
DiSEqC  
E0 00 24  
E0 00 20  
command  
47  
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Technical Appendix  
Channel tables  
Channel and frequency table for B/G standard (frequency in MHz)  
VHF-CCIR  
UHF-CCIR  
UHF-CCIR  
Pilot frequency  
01  
02  
03  
04  
05  
06  
07  
08  
09  
10  
11  
12  
13  
14  
15  
16  
17  
18  
19  
20  
80.15  
48.25  
21  
22  
23  
24  
25  
26  
27  
28  
29  
30  
31  
32  
33  
34  
35  
36  
37  
38  
39  
40  
41  
42  
43  
44  
45  
21  
22  
23  
24  
25  
26  
27  
28  
29  
30  
31  
32  
33  
34  
35  
36  
37  
38  
39  
40  
41  
42  
43  
44  
45  
ESB  
471.25  
479.25  
487.25  
495.25  
503.25  
511.25  
519.25  
527.25  
535.25  
543.25  
551.25  
559.25  
567.25  
575.25  
583.25  
591.25  
599.25  
607.25  
615.25  
623.25  
631.25  
639.25  
647.25  
655.25  
663.25  
46  
47  
48  
49  
50  
51  
52  
53  
54  
55  
56  
57  
58  
59  
60  
61  
62  
63  
64  
65  
66  
67  
68  
69  
70  
46  
47  
48  
49  
50  
51  
52  
53  
54  
55  
56  
57  
58  
59  
60  
61  
62  
63  
64  
65  
66  
67  
68  
69  
70  
671.25  
679.25  
687.25  
695.25  
703.25  
711.25  
719.25  
727.25  
735.25  
743.25  
751.25  
759.25  
767.25  
775.25  
783.25  
791.25  
799.25  
807.25  
815.25  
823.25  
831.25  
839.25  
847.25  
855.25  
863.25  
E2  
E3  
E4  
E5  
E6  
E7  
E8  
E9  
E10  
E11  
E12  
A
55.25  
62.25  
175.25  
182.25  
189.25  
196.25  
203.25  
210.25  
217.25  
224.25  
53.75  
B
62.25  
C
82.25  
D
175.25  
183.75  
192.25  
201.25  
210.25  
E
F
G
H
USB / OSB  
S01  
S01  
105.25  
ES21 S21 303.25  
S02  
S03  
S04  
S05  
S06  
S07  
S08  
S09  
S10  
S11  
S12  
S13  
S14  
S15  
S16  
S17  
S18  
S19  
S20  
S02  
S03  
S04  
S05  
S06  
S07  
S08  
S09  
S10  
S11  
S12  
S13  
S14  
S15  
S16  
S17  
S18  
S19  
S20  
112.25  
119.25  
126.25  
133.25  
140.25  
147.25  
154.25  
161.25  
168.25  
231.25  
238.25  
245.25  
252.25  
259.25  
266.25  
273.25  
280.25  
287.25  
294.25  
ES22 S22 311.25  
ES23 S23 319.25  
ES24 S24 327.25  
ES25 S25 335.25  
ES26 S26 343.25  
ES27 S27 351.25  
ES28 S28 359.25  
ES29 S29 367.25  
ES30 S30 375.25  
ES31 S31 383.25  
ES32 S32 391.25  
ES33 S33 399.25  
ES34 S34 407.25  
ES35 S35 415.25  
ES36 S36 423.25  
ES37 S37 431.25  
ES38 S38 439.25  
ES39 S39 447.25  
ES40 S40 455.25  
ES41 S41 463.25  
Channel raster: 7 MHz for VHF and USB/OSB - 8 MHz for UHF and ESB  
The channel, display on the MSK 24 and frequency are shown in the table.  
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Technical Appendix  
Channel and frequency table for L standard (frequency in MHz)  
VHF  
UHF  
UHF  
01 80.75  
02 55.75  
* LC 03 60.50  
* LC1 04 63.75  
21  
22  
23  
24  
25  
26  
27  
28  
29  
30  
31  
32  
33  
34  
35  
36  
37  
38  
39  
40  
41  
42  
43  
44  
45  
21 471.25  
46 46 671.25  
47 47 679.25  
48 48 687.25  
49 49 695.25  
50 50 703.25  
51 51 711.25  
52 52 719.25  
53 53 727.25  
54 54 735.25  
55 55 743.25  
56 56 751.25  
57 57 759.25  
58 58 767.25  
59 59 775.25  
60 60 783.25  
61 61 791.25  
62 62 799.25  
63 63 807.25  
64 64 815.25  
65 65 823.25  
66 66 831.25  
67 67 839.25  
68 68 847.25  
69 69 855.25  
70 70 863.25  
* LB  
22 479.25  
23 487.25  
24 495.25  
25 503.25  
26 511.25  
27 519.25  
28 527.25  
29 535.25  
30 543.25  
31 551.25  
32 559.25  
33 567.25  
34 575.25  
35 583.25  
36 591.25  
37 599.25  
38 607.25  
39 615.25  
40 623.25  
41 631.25  
42 639.25  
43 647.25  
44 655.25  
45 663.25  
L1  
L2  
L3  
L4  
L5  
L6  
05 176.00  
06 184.00  
07 192.00  
08 200.00  
09 208.00  
10 216.00  
11 308.75  
12 441.75  
13 861.75  
K14 14 175.25  
K15 15 183.25  
K16 16 191.25  
K17 17 199.25  
K18 18 207.25  
K19 19 215.25  
20 223.25  
Special channels  
S01 S01 120.00  
S21 S21 280.00  
S02 S02 128.00  
S03 S03 136.00  
S04 S04 144.00  
S05 S05 152.00  
S06 S06 160.00  
S07 S07 168.00  
S08 S08 176.00  
S09 S09 184.00  
S10 S10 192.00  
S11 S11 200.00  
S12 S12 208.00  
S13 S13 216.00  
S14 S14 224.00  
S15 S15 232.00  
S16 S16 240.00  
S17 S17 248.00  
S18 S18 256.00  
S19 S19 264.00  
S20 S20 272.00  
S22 S22 288.00  
S23 S23 303.25  
S24 S24 315.25  
S25 S25 327.25  
S26 S26 33925  
S27 S27 351.25  
S28 S28 363.25  
S29 S29 375.25  
S30 S30 387.25  
S31 S31 399.25  
S32 S32 411.25  
S33 S33 423.25  
S34 S34 435.25  
S35 S35 447.25  
S36 S36 459.25  
Video and audio assessment and level measurement of the audio carrier  
are not possible for the channels marked with *.  
The channel, display on the MSK 24 and frequency are shown in the table.  
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Technical Appendix  
Channel and frequency table for D/K standard (frequency in MHz)  
VHF  
UHF  
UHF  
R-I  
01  
49.75  
59.75  
77.25  
85.25  
21  
22  
23  
24  
25  
26  
27  
28  
29  
30  
31  
32  
33  
34  
35  
36  
37  
38  
39  
40  
41  
42  
43  
44  
45  
21 471.25  
22 479.25  
23 487.25  
24 495.25  
25 503.25  
26 511.25  
27 519.25  
28 527.25  
29 535.25  
30 543.25  
31 551.25  
32 559.25  
33 567.25  
34 575.25  
35 583.25  
36 591.25  
37 599.25  
38 607.25  
39 615.25  
40 623.25  
41 631.25  
42 639.25  
43 647.25  
44 655.25  
45 663.25  
46  
47  
48  
49  
50  
51  
52  
53  
54  
55  
56  
57  
58  
59  
60  
61  
62  
63  
64  
65  
66  
67  
68  
69  
70  
46 671.25  
R-II 02  
R-III 03  
R-IV 04  
R-V 05  
R-VI 06  
R-VII 07  
R-  
R-IX 09  
R-X 10  
R-XI 11  
47 679.25  
48 687.25  
49 695.25  
50 703.25  
51 711.25  
52 719.25  
53 727.25  
54 735.25  
55 743.25  
56 751.25  
57 759.25  
58 767.25  
59 775.25  
60 783.25  
61 791.25  
62 799.25  
63 807.25  
64 815.25  
65 823.25  
66 831.25  
67 839.25  
68 847.25  
69 855.25  
70 863.25  
93.52  
175.25  
183.25  
191.25  
199.25  
207.25  
215.25  
223.25  
50.00  
60.00  
70.00  
75.00  
80.00  
08  
R-XII 12  
13  
14  
15  
16  
17  
18  
19  
20  
90.00  
175.00  
200.00  
Special channels  
S01 S01 111.25  
S21 S21 311.25  
S02 S02 119.25  
S03 S03 127.25  
S04 S04 135.25  
S05 S05 143.25  
S06 S06 151.75  
S07 S07 159.25  
S08 S08 167.25  
S09 S09 100.25  
S10 S10 105.25  
S11 S11 231.25  
S12 S12 239.25  
S13 S13 247.25  
S14 S14 255.25  
S15 S15 263.25  
S16 S16 271.25  
S17 S17 279.25  
S18 S18 287.25  
S19 S19 295.25  
S20 S20 303.25  
S22 S22 319.25  
S23 S23 327.25  
S24 S24 335.25  
S25 S25 343.25  
S26 S26 351.25  
S27 S27 359.25  
S28 S28 367.25  
S29 S29 375.25  
S30 S30 383.25  
S31 S31 391.25  
S32 S32 399.25  
S33 S33 407.25  
S34 S34 415.25  
S35 S35 423.25  
S36 S36 431.25  
S37 S37 439.25  
S38 S38 447.25  
S28 S28 455.25  
S40 S40 463.25  
The channel, display on the MSK 24 and frequency are shown in the table.  
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Technical Appendix  
Channel and frequency table for I standard (frequency in MHz)  
VHF  
45.75  
53.75  
61.75  
UHF  
21  
UHF  
46 671.25  
I A 01  
I B 02  
I C 03  
I D 04  
I E 05  
I F 06  
I G 07  
I H 08  
I J 09  
10  
21  
22  
23  
24  
25  
26  
27  
28  
29  
30  
31  
32  
33  
34  
35  
36  
37  
38  
39  
40  
41  
42  
43  
44  
45  
471.25  
479.25  
487.25  
495.25  
503.25  
511.25  
519.25  
527.25  
535.25  
543.25  
551.25  
559.25  
567.25  
575.25  
583.25  
591.25  
599.25  
607.25  
615.25  
623.25  
631.25  
639.25  
647.25  
655.25  
663.25  
46  
47  
48  
49  
50  
51  
52  
53  
54  
55  
56  
57  
58  
59  
60  
61  
62  
63  
64  
65  
66  
67  
68  
69  
70  
22  
23  
24  
25  
26  
27  
28  
29  
30  
31  
32  
33  
34  
35  
36  
37  
38  
39  
40  
41  
42  
43  
44  
45  
47 679.25  
48 687.25  
49 695.25  
50 703.25  
51 711.25  
52 719.25  
53 727.25  
54 735.25  
55 743.25  
56 751.25  
57 759.25  
58 767.25  
59 775.25  
60 783.25  
61 791.25  
62 799.25  
63 807.25  
64 815.25  
65 823.25  
66 831.25  
67 839.25  
68 847.25  
69 855.25  
70 863.25  
175.25  
183.25  
191.25  
199.25  
207.25  
215.25  
223.25  
231.25  
239.25  
247.45  
50.00  
60.00  
70.00  
75.00  
80.00  
90.00  
175.00  
11  
12  
13  
14  
15  
16  
17  
18  
19  
20  
Special channels  
S01 S01  
111.25  
S21 S21 311.25  
S02 S02  
S03 S03  
S04 S04  
S05 S05  
S06 S06  
S07 S07  
S08 S08  
S09 S09  
S10 S10  
S11 S11  
S12 S12  
S13 S13  
S14 S14  
S15 S15  
S16 S16  
S17 S17  
S18 S18  
S19 S19  
S20 S20  
119.25  
127.25  
135.25  
143.25  
151.75  
159.25  
167.25  
100.25  
105.25  
231.25  
239.25  
247.25  
255.25  
263.25  
271.25  
279.25  
287.25  
295.25  
303.25  
S22 S22 319.25  
S23 S23 327.25  
S24 S24 335.25  
S25 S25 343.25  
S26 S26 351.25  
S27 S27 359.25  
S28 S28 367.25  
S29 S29 375.25  
S30 S30 383.25  
S31 S31 391.25  
S32 S32 399.25  
S33 S33 407.25  
S34 S34 415.25  
S35 S35 423.25  
S36 S36 431.25  
S37 S37 439.25  
S38 S38 447.25  
S28 S28 455.25  
S40 S40 463.25  
The channel, display on the MSK 24 and frequency are shown in the table.  
51  
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Technical Appendix  
Channel and frequency table for M1 Japan standard (frequency in MHz)  
VHF  
UHF  
UHF  
J01 01  
J02 02  
J03 03  
J04 04  
J05 05  
J06 06  
J07 07  
J08 08  
J09 09  
J10 10  
J11 11  
J12 12  
91.25  
97.25  
13  
14  
15  
16  
17  
18  
19  
20  
21  
22  
23  
24  
25  
26  
27  
28  
29  
30  
31  
32  
33  
34  
35  
36  
37  
13 471.25  
14 477.25  
15 483.25  
16 489.25  
17 495.25  
18 501.25  
19 507.25  
20 513.25  
21 519.25  
22 525.25  
23 531.25  
24 537.25  
25 543.25  
26 549.25  
27 555.25  
28 561.25  
29 567.25  
30 573.25  
31 579.25  
32 585.25  
33 591.25  
34 597.25  
35 603.25  
36 609.25  
37 615.25  
38  
39  
40  
41  
42  
43  
44  
45  
46  
47  
48  
49  
50  
51  
52  
53  
54  
55  
56  
57  
58  
59  
60  
61  
62  
38 621.25  
39 627.25  
40 633.25  
41 639.25  
42 645.25  
43 651.25  
44 657.25  
45 663.25  
46 669.25  
47 675.25  
48 681.25  
49 687.25  
50 693.25  
51 699.25  
52 705.25  
53 711.25  
54 717.25  
55 723.25  
56 729.25  
57 735.25  
68 741.25  
59 747.25  
60 753.25  
61 759.25  
62 765.25  
103.25  
171.25  
177.25  
183.25  
189.25  
193.25  
199.25  
205.25  
211.25  
217.25  
Special channels  
S 1 S01 223.25  
S20 S20 337.25  
S39 S39 451.25  
S 2 S02 231.25  
S 3 S03 237.25  
S 4 S04 243.25  
S 5 S05 249.25  
S 6 S06 253.25  
S 7 S07 259.25  
S 8 S08 265.25  
S 9 S09 271.25  
S10 S10 277.25  
S11 S11 283.25  
S12 S12 289.25  
S13 S13 295.25  
S14 S14 301.25  
S15 S15 307.25  
S16 S16 313.25  
S17 S17 319.25  
S18 S18 325.25  
S19 S19 331.25  
S21 S21 343.25  
S22 S22 349.25  
S23 S23 355.25  
S24 S24 361.25  
S25 S25 367.25  
S26 S26 373.25  
S27 S27 379.25  
S28 S28 385.25  
S29 S29 391.25  
S30 S30 397.25  
S31 S31 403.25  
S32 S32 409.25  
S33 S33 415.52  
S34 S34 421.25  
S35 S35 427.25  
S36 S36 433.25  
S37 S37 439.25  
S38 S38 445.25  
S40 S40 457.25  
S41 S41 463.25  
M 1 S42 109.25  
M 2 S43 115.25  
M 3 S44 121.25  
M 4 S45 127.25  
M 5 S46 133.25  
M 6 S47 139.25  
M 7 S48 145.25  
M 8 S49 151.25  
M 9 S50 157.25  
M10 S51 165.25  
The channel, display on the MSK 24 and frequency are shown in the table.  
52  
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Technical Appendix  
Channel and frequency table for M/N standard (frequency in MHz)  
VHF  
UHF  
UHF  
01 72.00  
A02 02 55.25  
A03 03 61.25  
A04 04 67.25  
A05 05 77.25  
A06 06 83.25  
A07 07 175.25  
A08 08 181.25  
A09 09 187.25  
A10 10 193.25  
A11 11 199.25  
A12 12 205.25  
14  
15  
16  
17  
18  
19  
20  
21  
22  
23  
24  
25  
14  
15  
16  
17  
18  
19  
20  
21  
22  
23  
24  
25  
471.25  
477.25  
483.25  
489.25  
495.25  
501.25  
507.25  
513.25  
519.25  
525.25  
531.25  
537.25  
47  
48  
49  
50  
51  
52  
53  
54  
55  
56  
57  
58  
47  
48  
49  
50  
51  
52  
53  
54  
55  
56  
57  
58  
669.25  
675.25  
681.25  
687.25  
693.25  
699.25  
705.25  
711.25  
717.25  
723.25  
729.25  
735.25  
A13 13 211.25  
26  
27  
28  
29  
30  
31  
32  
33  
34  
35  
36  
26  
27  
28  
29  
30  
31  
32  
33  
34  
35  
36  
543.25  
549.25  
555.25  
561.25  
567.25  
573.25  
579.25  
585.25  
591.25  
597.25  
603.25  
59  
60  
61  
62  
63  
64  
65  
66  
67  
68  
69  
59  
60  
61  
62  
63  
64  
65  
66  
67  
68  
69  
741.25  
747.25  
753.25  
759.25  
765.25  
771.25  
777.25  
783.25  
789.25  
795.25  
801.25  
37  
38  
39  
37  
38  
39  
609.25  
615.25  
621.25  
70  
71  
72  
70  
71  
72  
807.25  
813.25  
819.25  
40  
41  
42  
43  
44  
45  
46  
40  
41  
42  
43  
44  
45  
46  
627.25  
633.25  
639.25  
645.25  
651.25  
657.25  
663.25  
73  
74  
75  
76  
77  
78  
79  
73  
74  
75  
76  
77  
78  
79  
825.25  
831.25  
837.25  
843.25  
849.25  
855.25  
861.25  
The channel, display on the MSK 24 and frequency are shown in the table.  
53  
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Technical Appendix  
Channel and frequency table for M/N standard (frequency in MHz)  
Special channels  
Special channels  
A-5 95 S01  
91.25  
97.25  
OO 51 S43  
PP 52 S44  
QQ 53 S45  
RR 54 S46  
385.25  
A-4 96 S02  
A-3 97 S03  
A-2 98 S04  
A-1 99 S05  
A 14 S06  
B 15 S07  
C 16 S08  
D 17 S09  
E 18 S10  
F 19 S11  
G 20 S12  
H 21 S13  
391.25  
397.25  
403.25  
409.25  
415.25  
421.25  
427.25  
433.25  
439.25  
445.25  
451.25  
457.25  
463.25  
469.25  
475.25  
481.25  
487.25  
493.25  
499.25  
505.25  
511.25  
517.25  
523.25  
529.25  
103.25  
109.25  
115.25  
121.25  
127.25  
133.25  
139.25  
145.25  
151.25  
157.25  
163.25  
169.25  
217.25  
223.25  
229.25  
235.25  
241.25  
247.25  
253.25  
259.25  
265.25  
271.25  
277.25  
SS 55  
Audio  
S47  
S48  
UU 57 S49  
VV 58 S50  
WW 59 S51  
AAA 60 S52  
BBB 61 S53  
CCC 62 S54  
DDD 63 S55  
EEE 64 S56  
I 22  
S14  
J 23 S15  
K 24 S16  
L 25 S17  
M 26 S18  
N 27 S19  
O 28 S20  
P 29 S21  
Q 30 S22  
R 31 S23  
S 32 S24  
T 33 S25  
65  
66  
67  
68  
69  
70  
71  
72  
73  
74  
75  
S57  
S58  
S59  
S60  
S61  
S62  
S63  
S64  
S65  
S66  
S67  
U 34 S26  
V 35 S27  
W 36 S28  
AA 37 S29  
BB 38 S30  
CC 39 S31  
DD 40 S32  
EE 41 S33  
FF 42 S34  
GG 43 S35  
HH 44 S36  
II 45 S37  
JJ 46 S38  
KK 47 S39  
LL 48 S40  
MM 49 S41  
NN 50 S42  
283.25  
289.25  
295.25  
301.25  
307.25  
313.25  
319.25  
325.25  
331.25  
337.25  
343.25  
349.25  
355.25  
361.25  
367.25  
373.25  
379.25  
76  
77  
78  
79  
80  
81  
82  
83  
84  
85  
86  
87  
88  
89  
90  
91  
92  
93  
S68  
S69  
S70  
S71  
S72  
S73  
S74  
S75  
S76  
S77  
S78  
S79  
S80  
S81  
S82  
S83  
S84  
S85  
535.25  
541.25  
547.25  
553.25  
559.25  
565.25  
571.25  
577.25  
583.25  
589.25  
595.25  
601.25  
607.25  
613.25  
619.25  
625.25  
631.25  
637.25  
The channel, display on the MSK 24 and frequency are shown in the table.  
54  
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Notes  
Notes  
55  
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KATHREIN-Werke KG ž Telephone +49 (0) 80 31 18 40 ž Fax +49 (0) 80 31 18 43 06  
Anton-Kathrein-Strasse 1-3 ž Postfach 10 04 44 ž D-83004 Rosenheim  
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