Kathrein MSK 125 manual LNB Voltage and 22 KHZ CHANGE-OVER, Button LNB voltage

Page 19

SAT

LNB VOLTAGE AND 22 KHZ CHANGE-OVER

The following voltages can be called up via button command:

The LNB supply voltage is available at the RF socket. To turn on or

change the LNB voltage, press the

button.

The LNB voltage

 

can be switched off = 0V

can be adjusted from 5 V to 20 V in 0.1 V intervals

is short-circuit proof (max. amperage 600 mA from 5 to 20 V)

Button

 

LNB voltage

[0]

 

 

0 V

[1]

 

 

12 V

[2]

 

 

14 V

[3]

 

 

18 V

[5]

 

 

5 V

 

 

 

 

 

 

 

 

 

 

 

 

[8]

 

 

22 kHz

 

 

 

For checking purposes the LED right from

button is on

when the power supply is turned on.

 

 

Press the button to indicate the power consumption of the

connected LNB on the display.

The additionally connectable 22 kHz signal will superimpose the LNB voltage. It is necessary e.g. for the change-over of multi-feed systems or high band/low band LNB’s.

Command overview for LNB voltage

 

 

Call the LNB menu

...

Select LNB voltage

or

Change LNB voltage in 0.1 V intervals

 

22 kHz signal on/off

Example

Exit the LNB menu

 

Calling up 14 V LNB voltage:

Press the

buttons

LC display:

 

LNB voltage: 14 V

Current consumption: 150 mA

19

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Contents MSK FOREWORD/IMPORTANT Instructions General Safety InstructionsValidity of this Operating Manual Contents FM Measurement Features Technical Data Technical Appendix Storing Device SettingsMaintenance Customer ServiceProduct Package Safety InstructionsMeaning of Symbols Safety InstructionsFunctionality 8PSK FunctionLED Display Operating and Display ElementsLC Display TFT Colour DisplaySource selection Measurements LC display TFT colour displayButton Overview of Keypad CommandsInput block Alphanumeric input Operating and Display Elements Side View Fan Ear phones Loudspeakers Battery fuse DC supplyConnections Front ViewSD Card External DC Power SupplyRF Input Socket USB PortSetup Menu Settings Switch on Switching OFF Setup MenuGetting Started Mains Operation Mains and Battery OperationDefault Setup Settings AT Time of Shipment Parameter SettingBattery Operation Analogue Satellite Reception SAT ANALOGUE/DVB-S2 SwitchCommand Overview of SAT Frequency Entry SATButton LNB voltage Following voltages can be called up via button commandCommand overview for LNB voltage LNB Voltage and 22 KHZ CHANGE-OVERSAT Analogue Level Measurement Sound Carrier Frequency SettingLevel overflow and underflow Select Sound Carrier Frequency in MHz BandwidthDigital SAT Reception Following voltages can be Button Called up via button commandCommand overview for LNB voltage Diseqctm Digital Satellite Equipment Control Setting DVB-S2 Demodulation ParametersSAT DVB-S2 Level Measurement Button Hex code Command Overview for DiseqctmSAT-CTRL menu DiSEqCTM menu Command Overview for Address Byte Command Overview for Framing ByteHex Byte Description Byte Command Overview for Command ByteHex Command ID Description Switch Read switching status flag commited portOrbit Polarisation Switch Position Data Byte Low Band Command Overview for Data ByteCommand Overview for Simple Diseqctm List of Single Cable Diseqctm CommandSimple DISEQCTM, Tone Burst Press to exit digital reception DVB-S2 MER, BER and Offset MeasurementMpeg Image Representation in DVB-S2 Calling up DVB-S2 measurementLocating Satellites Command overviewFinding Individual Reception Frequencies Command overview for findingAnalogue TV Cable Reception Analogue CABLE/DVB C SwitchHF Standard Switch Analogue Cable Demod Menu TV MeasurementChannel Display and Entry Command Overview for TV Channel EntryFrequency Display and Entry Cable Analogue Level Measurement Command Overview for TV Frequency EntryStandard Command Overview for Measure TV Audio Carrier FrequencyAudio Carrier Spacing and Level Level Overflow and UnderflowSelect Soundcarrier Digital TV Cable Reception Channel Display and Entry Setting DVB-C Demodulation Parameters To call up DVB-C/DVB-T/H measurement Level Measurement of DVB-C/DVB-T/H SignalsLC display for DVB-C signals DVB-C/DVB-T/H MER, BER and Offset MeasurementMpeg Image Representation in DVB-C Analogue Terrestrial TV Reception Analogue TERRESTRIAL/DVB T/H SwitchHF Standard Switch Terrestrial HF Standard SwitchChannel Display and Entry Command Overview for TV Frequency Entry Digital Terrestrial TV Reception Setting DVB-T/H Demodulation ParametersHF Standard Switch DVB-T Select the required HF bandwidth by using the digit buttonsChannel Display and Entry DVB-C/DVB-T/H MER, BER and Offset Measurement Mpeg Image Representation in DVB-T LC display for DVB-T signalsFinding Individual Reception Frequencies Nicam Audio BIT Error Rate Measurement Level Measurement FM SwitchCommand Overview for FM Frequency Entry FM MeasurementCommand Overview for Find SAT Spectrum Spectrum MeasurementTV Spectrum Spectrum Measurement FM Spectrum TFT display LC display Storing Device SettingsStoring Device Settings Deleting Device SettingsTFT display Storing Measurement ResultsStoring Measurement Results in the Device Memory Spectrum Memory Full Only 10 Spec. PossibleStoring Measurement Results on the SD Card Deleting Measurement Results from the Device MemoryStoring Measurement Results Entering the Start Line for Automatic Measuring Data LoggerEntering the Stop Line for Automatic Measuring Starting and Interrupting Automatic MeasuringMessage Storing the Data Logger Measurement Results on the SD CardMaintenance Technical Customer Support Customer ServiceFeatures RF component Technical DataLevel measuring component Technical Appendix SIGNAL-TO-NOISE Ratio+14.1 dB Command SET for EXR 22 Kathrein Matrix Diseqctm Commands for Kathrein MatricesCommand SET for Kathrein Matrices Command SET for EXR 20 Kathrein MatrixChannel UND Frequency TABLE, Standard B/G Frequency in MHZ Channel TablesVHF UHF Channel UND Frequency TABLE, Standard L Frequency in MHZVII Channel UND Frequency TABLE, D/K Standard Frequency in MHZChannel UND Frequency TABLE, I Standard Frequency in MHZ Hence the values for ARD Das Erste are Calculation of SAT if Frequency Using the MSKThis is done as follows Oscillation frequency is made up as followsPage Page 936.3474/A/0409/ZWT Technical data subject to change