Rohde and Schwarz NV830X UHF 1.8kW maximum Digital TV transmitter User Manual 32 SLX8000 12 12 07 01 00

Rohde & Schwarz Inc UHF 1.8kW maximum Digital TV transmitter 32 SLX8000 12 12 07 01 00

Contents

User Manual Part 3

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Document DescriptionUser Manual Part 3
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Date Submitted2012-04-10 00:00:00
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Document Title32 SLX8000-12.12.07-01.00.book
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Document Author: HUPFAUER

Broadcasting Division
CHAPTER 6
MAINTENANCE
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Chapter 6
Maintenance
CONTENTS
1 Maintenance Intervals ..................................................................... 1
1.1 Maintenance of Subcontractor Products .....................................................1
2 Maintenance Tasks .......................................................................... 2
2.1 Replacing BIOS Battery in R&S NetCCU800 ................................................2
2.2 Replacing Fans on SX800 Exciter .................................................................2
2.3 Software Update .............................................................................................2
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Chapter 6
Maintenance
Maintenance Intervals
The following maintenance work must be performed at regular intervals:
1.1
Maintenance interval
Task
Procedure described in:
2x per year
 Check the operating values (e.g.
output power, control values, etc)
1x per year
 Check and, if necessary, change
the backup battery of the transmitter control unit (R&S NetCCU800)
Chapter "Maintenance" in the
R&S NetCCU800 manual
After 5 years and then
1x per year
 Check whether the two rack fans
make noises when in operation;
replace them if necessary
Chapter "Service“ in this manual
After 5 years and then
1x per year
 Check whether the fans make
noises when in operation; replace
them if necessary
Chapter "Maintenance" in the
exciter manual
Maintenance of Subcontractor Products
Subcontractor products such as external air filters must be maintained in accordance with
the maintenance instructions from the respective manufacturer and for the respective product.
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Maintenance Tasks
2.1
Replacing BIOS Battery in R&S NetCCU800
Note
The chapter "Maintenance" in the R&S NetCCU800 manual describes how to replace the
BIOS battery.
2.2
Replacing Fans on SX800 Exciter
Note
The chapter "Maintenance" in the exciter manual describes how to replace the fans.
2.3
Software Update
You can use the R&S NetCCU800 to install software updates for the R&S NetCCU800 itself
as well as for all exciters connected to the R&S NetCCU800. The update data is first transferred to the R&S NetCCU800. The update for the connected exciters is then performed in
a second step.
The software update is only possible if the R&S NetCCU800 is remotely connected to a network client on which the new software and the program for performing the update are installed.
You perform a software update for the NSU/NCU in the same way. It is also possible to update exciters via the NCU/NSU Update menu.
Note
The update program was developed for performing updates of various Rohde&Schwarz
software solutions. For this reason, some functions of the program which are not relevant
to updating software via the R&S NetCCU800 are omitted in the description below.
The procedure for performing a software update is as follows.
1. Log on as Maintenance in the menu operation.
2. Call up NetCCU > NetCCU Setup > SW Maintenance.
3. Set the R&S NetCCU800 to Update mode using the Start function under SW Update
Operation.
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4. Start the installation software on the client computer.
The start window of the R&S Software Distributor opens.
5. Confirm the default setting Remote Installation by clicking on Next.
The software updates that can be installed will be displayed. You can obtain additional
information about the update you select by highlighting it with the cursor and then clicking Info.
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6. Select the required updates and confirm installation of the updates by clicking Next.
All instruments found in the network are displayed under the device name that you assigned in the Maintenance menu window.
7. Select the instrument and start the update by clicking Install.
After the update has been completed, a corresponding message will appear in the field
at the bottom left of the window. The R&S NetCCU800 is rebooted automatically.
If connected transmitter components cannot be found because the R&S NetCCU800 was
not in Update mode, the message "No R&S Device found" is displayed at the bottom left of
the window.
You have the following option:
1. On the R&S NetCCU800, open the menu NetCCU > NetCCU Setup > SW Maintenance and start the Update mode using the Start function under SW Update Operation.
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2. Click Rescan in the R&S Software Distributor window.
The special components are displayed and you can perform the update in the way described above.
Note
None of the remaining functions in the R&S Software Distribution window are relevant for
updates via the R&S NetCCU800; settings that can be accessed using these functions
must not be changed.
Performing software updates for exciters
When the update procedure described above is performed, the software updates for the exciter(s) are also transferred to the R&S NetCCU800. The update for the exciter(s) is started
directly via the R&S NetCCU800.
1. Set the R&S NetCCU800 to the Update mode in the way described above.
2. Start the installation software.
3. Select the software package for the exciter.
4. Search for instruments in the network and select the exciter for which you want to perform a software update.
5. Install the update.
After the update procedure has been completed, the respective exciter is rebooted automatically.
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Broadcasting Division
CHAPTER 7
TROUBLESHOOTING
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Chapter 7
Troubleshooting
CONTENTS
1 Information ....................................................................................... 1
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Chapter 7
Troubleshooting
Information
Troubleshooting information will be provided at a later date.
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Broadcasting Division
CHAPTER 8
SERVICE
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Chapter 8
Service
CONTENTS
1 Necessary Tools and Test Equipment ........................................... 1
2 Overview ........................................................................................... 2
3 Preparations ..................................................................................... 3
3.1 Safety ...............................................................................................................3
3.2 Rack Cabling ...................................................................................................3
3.3 Removing Front Panel/Rear Panel ................................................................4
4 Power Distribution ........................................................................... 5
4.1 Replacing Main Switch ...................................................................................5
4.1.1 Removing Main Switch .................................................................................5
4.1.2 Installing Main Switch ...................................................................................6
4.2 Replacing Motor Protection Switches ..........................................................7
4.2.1 Removing Motor Protection Switch ..............................................................7
4.2.2 Installing Motor Protection Switch ................................................................9
4.3 Replacing Power Distribution Board ..........................................................10
4.3.1 Removing Power Distribution Board ..........................................................10
4.3.2 Installing Power Distribution Board ............................................................11
4.4 Replacing Automatic Line Fuses ................................................................12
4.4.1 Removing Automatic Line Fuse .................................................................12
4.4.2 Installing Automatic Line Fuse ...................................................................13
4.5 Replacing Auxiliary Power Supply Unit .....................................................13
4.5.1 Removing Auxiliary Power Supply Unit ......................................................13
4.5.2 Installing the Auxiliary Power Supply Unit ..................................................14
5 Transmitter Control Unit ............................................................... 15
5.1 Replacing R&S NetCCU800 .........................................................................15
5.1.1 Removing R&S NetCCU800 ......................................................................15
5.1.2 Preparing R&S NetCCU800 for Installation ................................................16
5.1.3 Installing R&S NetCCU800 ........................................................................17
5.2 Replacing Rack Controller ...........................................................................17
5.2.1 Removing Rack Controller .........................................................................17
5.2.2 Installing Rack Controller ...........................................................................18
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6 Exciter Components ...................................................................... 19
6.1 Replacing Exciter .........................................................................................19
6.1.1 Removing Exciter .......................................................................................19
6.1.2 Configuring Exciter .....................................................................................20
6.1.3 Installing Exciter .........................................................................................21
6.2 Replacing Exciter Switch .............................................................................21
6.2.1 Removing Exciter Switch ............................................................................21
6.2.2 Installing Exciter Switch ..............................................................................22
7 Output Stage Components ........................................................... 23
7.1 Replacing Amplifiers ....................................................................................23
7.1.1 Removing Amplifier ....................................................................................23
7.1.2 Installing Amplifier ......................................................................................24
7.2 Replacing Absorber .....................................................................................24
7.2.1 Removing Absorber ....................................................................................24
7.2.2 Installing Absorber ......................................................................................25
8 Harmonics Filter ............................................................................ 26
8.1 Replacing Harmonics Filter .........................................................................26
8.1.1 Removing Harmonics Filter ........................................................................26
8.1.2 Installing Harmonics Filter ..........................................................................27
9 Cooling System .............................................................................. 28
9.1 Replacing Fans .............................................................................................28
9.1.1 Removing Fan ............................................................................................28
9.1.2 Installing Fan ..............................................................................................30
9.2 Replacing Starting Capacitors ....................................................................30
9.2.1 Removing Starting Capacitor .....................................................................30
9.2.2 Installing Starting Capacitor .......................................................................31
9.3 Replacing Differential Pressure Gages ......................................................31
9.3.1 Removing Differential Pressure Gage ........................................................32
9.3.2 Installing Differential Pressure Gage ..........................................................32
9.4 Replacing Temperature Sensors ................................................................33
9.4.1 Removing Temperature Sensor .................................................................33
9.4.2 Installing Temperature Sensor ...................................................................34
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Necessary Tools and Test Equipment
The specified tools and test equipment include only those items needed for removing system components and carrying out simple checks on them.
Depending on the service work to be performed, you will require the following tools:
 Screwdriver No. 0
 Screwdriver No. 1
 Screwdriver No. 2
 Phillips screwdriver No. 0
 Phillips screwdriver No. 1
 Phillips screwdriver No. 2
 Torx screwdriver No. 8
 Torx screwdriver No. 9
 Torx screwdriver No. 20
 Hexagonal socket No. 3
 Hexagonal socket No. 6
 Open-end wrench No. 7
 Open-end wrench No. 8
 Open-end wrench No. 13
 Multimeter
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Overview
You can remove and exchange the following units and transmitter components if errors occur:
 Power distribution
– Main switch
– Motor protection switches
– Automatic line fuses
– Power distribution board
– Auxiliary power supply
 Transmitter control unit
– R&S NetCCU800
– Rack controller
 Exciter components
– Exciter
– Exciter switch (for exciter standby)
 Output stage components
– Amplifiers
– Absorber
 Harmonics filter
 Cooling system
– Fans
– Starting capacitors
– Differential pressure gages
– Temperature sensors
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Preparations
3.1
Safety
Service
WARNING!
All service work should only be carried out by qualified personnel and only on components
that have been disconnected from the power supply. Heavy components such as amplifiers must always be exchanged using a team of two people.
Note
Full information on the subject of safety can be found in the section "Safety".
3.2
Rack Cabling
The standard components of the transmitter are fully cabled together on delivery. You need
to reconnect the separate replacement instruments during service work.
Each cable has a yellow collar at each end, inscribed with the cable number (W...) and the
intended purpose (module number A..., connector number X...). This makes it easier to
connect the cable concerned to the intended slot or connection point, since the modules
are provided with an engraved or self-adhesive circuit diagram.
For easy connection of replacement instruments or devices proceed as follows:
1. Find the plug (connector) number from the yellow collar on the cable.
2. Find the same number on the instrument you wish to connect (by looking for the female
connector or circuit diagram).
3. Insert the plug connector into the corresponding female connector.
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3.3
Service
Removing Front Panel/Rear Panel
To remove the front panel/rear panel proceed as follows:
 Using a Torx screwdriver No. 20, remove the front or rear panel.
Fig. 1 Ground terminal of a front panel/rear panel
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Power Distribution
You can replace the following power distribution components:
 Main switch (power supply terminal)
 Motor protection switch
 Automatic line fuse
 Power distribution board
 Auxiliary power supply
4.1
Replacing Main Switch
WARNING!
Always make sure that the power supply is disconnected before commencing any service
work on the transmitter rack. This will prevent injury due to electric shock and avoid damage to the instruments.
4.1.1
Removing Main Switch
To remove the main switch proceed as follows:
1. Using a Torx screwdriver No. 20, remove the front panel of the power distribution.
2. Unscrew the rotary knob and the main switch cover.
Fig. 2 Unscrewing the rotary knob and cover
3. Undo the screws on the switch housing (Phillips screwdriver No. 1) and remove the connected cables.
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4. Undo the screws on the terminal rack on the left of the main switch and slide the terminal
rack to the left.
5. Pull forward the black stop lever on the underside of the main switch.
6. Carefully take out the main switch.
Fig. 3 Taking out the main switch
4.1.2
Installing Main Switch
1. Replace the main switch by proceeding in the reverse order.
2. Insert the cables into the corresponding openings and fasten them with screws.
Note
Notice how the cables are labeled and make sure they are in the right sequence, since
two of the three phase cables are the same color (black).
3. Measure the rotary field with the aid of a rotary field meter.
If the rotary field is correct, continue with the next step; if it is wrong, swap two wires from
the cable and measure the rotary field again.
4. Screw the main switch cover and the rotary knob back on.
Note
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Fig. 4 Main switch locked
4.2
Replacing Motor Protection Switches
WARNING!
Always make sure that the power supply is disconnected before commencing any service
work on the transmitter rack. This will prevent injury due to electric shock and avoid damage to the instruments.
4.2.1
Removing Motor Protection Switch
To remove the motor protection switch proceed as follows:
1. Using a Torx screwdriver No. 20, remove the front panel of the power distribution.
2. Pull the blue-green shorting plug forward.
If necessary you may use a screwdriver (No. 0) suited to the relatively high amounts of
force that are needed.
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3. Press the motor protection switch sharply downward and pull it forward by the bottom
edge.
Because there is a spring clip behind the upper edge, you can only release the switch
downward.
1) Spring clip
4. Use a screwdriver to open the cable clamps and pull out the connected cable (see figure).
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Fig. 5 Opening the cable clamp on the motor protection switch
4.2.2
Installing Motor Protection Switch
 Replace the motor protection switch by proceeding in the reverse order.
Note
When replacing, feed the shorting plug right in and push the switch into place with some
force.
Fig. 6 Installing the motor protection switch
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1) Room for the shorting plug pins
4.3
Replacing Power Distribution Board
WARNING!
Always make sure that the power supply is disconnected before commencing any service
work on the transmitter rack. This will prevent injury due to electric shock and avoid damage to the instruments.
4.3.1
Removing Power Distribution Board
To remove the power distribution board proceed as follows:
1. Using a Torx screwdriver No. 20, remove the front panel of the power distribution.
2. Remove all plugs before removing the power distribution board.
3. Unscrew the SUB-D connector on the right of the longitudinal edge (two screws).
4. Use a Phillips screwdriver No. 1 to undo eight screws on the automatic line fuses.
Fig. 7 Removing the power distribution board
1) Screws on the automatic line fuses
2) Screws on the SUB-D connector
5. Using a Torx screwdriver No. 8 remove seven fixing screws from the power distribution
board.
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Fig. 8 Removing the power distribution board
1) Fixing screws on the power distribution board
6. To take out the PCB, first slide it downward.
4.3.2
Installing Power Distribution Board
 Replace the power distribution board by proceeding in the reverse order.
Note
When replacing the power distribution board, make sure that it feeds into the right slots.
Fig. 9 Installing the power distribution board
1) Wrong
2) Right
3) Pressing with a screwdriver visibly opens the right chamber
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4.4
Service
Replacing Automatic Line Fuses
WARNING!
Always make sure that the power supply is disconnected before commencing any service
work on the transmitter rack. This will prevent injury due to electric shock and avoid damage to the instruments.
4.4.1
Removing Automatic Line Fuse
Note
Before removing an automatic line fuse, the power distribution board must be removed (see
"Removing the Power Distribution Board").
To remove the automatic line fuse proceed as follows:
1. Remove the power distribution board.
2. From above, grip the back of the automatic line fuse you wish to remove and undo the
white plastic springs.
3. Remove the automatic line fuse.
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Fig. 10 Automatic line fuse
1) Upper plastic spring
2) Lower plastic spring
4.4.2
Installing Automatic Line Fuse
 Replace the automatic line fuse by proceeding in the reverse order.
Note
Before putting it back into operation, make sure that all terminals are correctly connected.
4.5
Replacing Auxiliary Power Supply Unit
WARNING!
Always make sure that the power supply is disconnected before commencing any service
work on the transmitter rack. This will prevent injury due to electric shock and avoid damage to the instruments.
4.5.1
Removing Auxiliary Power Supply Unit
To remove the auxiliary power supply proceed as follows:
1. Using a Torx screwdriver No. 20, remove the front panel of the power distribution.
2. Undo the auxiliary power supply cables (X35, X45) from the power distribution board.
Trace the two cables and if necessary cut off the cable ties.
3. Undo two Torx screws on the front of the power supply unit.
4. Remove the power supply unit.
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Fig. 11 Removing the power supply unit
4.5.2
Installing the Auxiliary Power Supply Unit
 Replace the power supply unit by proceeding in the reverse order.
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Transmitter Control Unit
You can replace the following transmitter control unit components:
 R&S NetCCU800
 Rack controller
5.1
Replacing R&S NetCCU800
WARNING!
Always make sure that the power supply is disconnected before commencing any service
work on the transmitter rack. This will prevent injury due to electric shock and avoid damage to the instruments.
5.1.1
Removing R&S NetCCU800
Note
Removing the R&S NetCCU800 does not affect transmitter operation.
1. Switch off automatic line fuse F1.
2. Undo the two captive screws (Torx screwdriver No. 20) at the front brackets of the R&S
NetCCU800 and exciter (the screws are next to the handles).
3. Grip the handles and slowly pull the rackmount out of the rack as far as it will go (the
guide rails engage and are locked in place).
4. Disconnect the power cable from the rear panel of the R&S NetCCU800.
5. Disconnect all cables from the rear panel of the R&S NetCCU800.
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Fig. 12 Removing R&S NetCCU800 from transmitter rack
1)
2)
3)
4)
5)
Captive screws at front panel of installed units (here: exciter and R&S NetCCU800)
Screws securing R&S NetCCU800 to rackmount
Guide rails
Support bracket for R&S NetCCU800
Safety lever for releasing guide rail catch
6. Undo the two fastening screws (Torx screwdriver No. 9) from the rackmount on both
sides of the R&S NetCCU800.
Note
Removal should be performed by two persons. When pulled out by the handles, the R&S
NetCCU800 must be supported from below as soon as the support brackets no longer
support it.
7. Pull the R&S NetCCU800 out of the rackmount.
5.1.2
Preparing R&S NetCCU800 for Installation
The replacement R&S NetCCU800 is delivered as a desktop unit and must be prepared for
installation as follows.
 Remove the protective rubber caps on the rear feet of the instrument.
The replacement unit is as a rule preconfigured with the default configuration. So that the
new R&S NetCCU800 does not adversely affect the operation of the transmitter when it is
put into operation in the transmitter rack, it must first be configured specifically for the transmitter.
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 Put the R&S NetCCU800 into local mode and configure the unit specifically for the transmitter concerned, as described in the chapter "Commissioning".
5.1.3
Installing R&S NetCCU800
To install the unit in the transmitter, reverse the procedure used to remove it.
1. Slide the R&S NetCCU800 horizontally into the rackmount on the lowest support brackets until the screw holes in the plug-in housing and on the side panels of the R&S
NetCCU800 line up.
2. Fasten the R&S NetCCU800 with two screws on each side.
3. Connect the cables to the R&S NetCCU800 according to the labeling (see yellow cable
collars).
4. Undo the latch on the guide rails. Push down the safety lever on the right while simultaneously pushing up the safety lever on the left and slide the rackmount into the rack.
5. Retighten the two captive screws on the front panel of the R&S NetCCU800 and exciter.
6. Switch the automatic line fuse F1 on again.
5.2
Replacing Rack Controller
WARNING!
Always make sure that the power supply is disconnected before commencing any service
work on the transmitter rack. This will prevent injury due to electric shock and avoid damage to the instruments.
5.2.1
Removing Rack Controller
Note
The rack controller is underneath the R&S NetCCU800.
1. Remove the cover by undoing the two screws (Torx screwdriver No. 20).
Fig. 13 Removal of rack controller from transmitter rack: removing cover
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2. Turn the two screws (Torx screwdriver No. 20) on the sides alternately by a few turns.
This pushes the rack controller out of the rack and prevents it from tilting.
Fig. 14 Removal of rack controller from transmitter rack: undoing fastening screws
3. Remove the rack controller from the rack.
Fig. 15 Removal of rack controller from transmitter rack: removing rack controller
5.2.2
Installing Rack Controller
To install the rack controller in the transmitter, reverse the procedure used to remove it.
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Exciter Components
You can replace the following exciter components:
 Exciter
 Exciter Switch
6.1
Replacing Exciter
WARNING!
Always make sure that the power supply is disconnected before commencing any service
work on the transmitter rack. This will prevent injury due to electric shock and avoid damage to the instruments.
6.1.1
Removing Exciter
1. Switch off automatic line fuse F2 (exciter A) or F3 (exciter B).
2. Undo the two captive screws (Torx screwdriver No. 20) from the R&S NetCCU800 and
exciter on the front brackets (next to the handles).
3. Using the handles, slowly pull out the rackmount from the rack as far as it will go (the
guide rails will engage and lock in place).
4. Disconnect all cables from the rear panel of the exciter.
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Fig. 16 Removing the exciter from the transmitter rack
1)
2)
3)
4)
Captive screws at front panel of installed units (here: exciter and R&S NetCCU800)
Screw-connections of the exciter on the rackmount
Guide rails
Safety lever for unlocking guide rail latch
5. On both sides of the exciter undo the two fixing screws (Torx screwdriver No. 9) from the
rackmount.
6. Pull the exciter from the rackmount.
6.1.2
Configuring Exciter
Before installing the replacement unit and restarting the transmitter, you should check
whether the correct transmitter operating mode is set on the exciter. Proceed as follows:
1. Connect the exciter via the front-panel Ethernet port to a PC and put the unit into local
mode.
Note
For more information on operating the separate unit, please refer to the Appendix to the
exciter manual, section "Remote Operation of the Exciter".
2. Start the web browser GUI and log in with "Configuration" rights.
3. Call the Exciter *** > Setup > Tx Setup menu, go to Tx Mode and set the transmitter
operating mode to "Med./High Power with NetCCU".
4. Call the Exciter *** > Setup > Exciter Setup > Common menu and under Digital Standard set the appropriate digital TV standard to which the R&S NetCCU800 is already
configured.
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Note
6.1.3
Service
All the other exciter settings can be checked after installation in the transmitter and if
necessary adjusted via the R&S NetCCU800.
Installing Exciter
To install the unit in the transmitter, reverse the procedure used to remove it.
1. Slide the exciter into the cabinet horizontally on the support brackets until the screw
holes on the cabinet and on the side panels of the exciter match.
2. Fasten the exciter with two screws on each side.
3. Connect the cables to the exciter according to the labeling (see yellow cable collars).
4. Undo the latch on the guide rails. Push down the safety lever on the right while simultaneously pushing up the safety lever on the left and slide the rackmount into the rack.
5. Retighten the two captive screws on the front panel of the R&S NetCCU800 and exciter.
6. Switch the automatic line fuse F2 (exciter A) or F3 (exciter B) on again.
6.2
Replacing Exciter Switch
WARNING!
Always make sure that the power supply is disconnected before commencing any service
work on the transmitter rack. This will prevent injury due to electric shock and avoid damage to the instruments.
6.2.1
Removing Exciter Switch
In transmitters with the exciter standby option (2 exciters), the exciter switch is located behind the two exciters.
Note
To allow the exciter switch to be removed easily, you first need to remove the R&S NetCCU
and exciter from the rack.
1. Undo the two captive screws at the front brackets of the R&S NetCCU800 and exciter
(next to the handles).
2. Grip the handles and slowly pull the rackmount out of the rack as far as it will go (the
guide rails engage and are locked in place).
3. Disconnect the power cable from the side of the exciter switch.
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Fig. 17 Removing exciter switch from transmitter rack
4. Disconnect all cables from the rear of the exciter switch.
5. Undo the fastening screws on the exciter switch.
6. Pull the exciter switch from the transmitter rack.
6.2.2
Installing Exciter Switch
To install the unit in the transmitter, reverse the procedure used to remove it.
1. Connect the cables to the exciter switch according to the labeling (see yellow cable collars).
2. Undo the latch on the guide rails. Simultaneously press the safety lever on the right side
down and on the left side up, and slide the rackmount into the rack.
3. Retighten the captive screws on the front panel of the R&S NetCCU800 and exciter.
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Output Stage Components
You can replace the following output stage components:
 Amplifier
 Absorber
Note
Because of the extremely small probability of failure, replacement of the splitter-combiner
unit will not be described.
7.1
Replacing Amplifiers
When replacing an amplifier from the Rohde & Schwarz transmitters, you do not have to
remove any of the lines since the connections on the rear panel of the device are connected
to the rack using automatic connectors.
7.1.1
Removing Amplifier
ATTENTION!
Prior to being removed, the amplifier must be switched free of all voltages in order to prevent any possible damage to the device due to contact consumption.
1. Switch off the amplifier via the AC distributor in the transmitter rack (turn the the appropriate protective switch to the "OFF" position).
Note
The other devices in the transmitter rack can remain connected. A transmitter with multiple amplifiers can remain in operation with reduced power during the exchange of the
amplifier.
2. Undo the four captive screws (Torx screwdriver No. 20) on each side of the front panel.
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CAUTION!
Risk of burns on the heat sink. Let the amplifier cool down for about five minutes with the
transmitter cooling switched on before you remove it from the transmitter rack.
CAUTION!
When you pull it out of the transmitter rack, do not allow the amplifier to fall. Support it from
below. The amplifier weighs about 28 kg so we suggest that you use two people to handle
it.
3. Slowly pull the amplifier from the rack using the handles.
The automatic connectors should release on the rear panel of the device.
ATTENTION!
To avoid damaging the connectors, do not place the amplifier on its back.
4. Put the amplifier down with the bottom of the instrument facing downward.
5. If the transmitter is to remain in operation with the remaining amplifiers, close the left and
right vents at the vacant amplifier slot.
7.1.2
Installing Amplifier
To install the unit in the transmitter, reverse the procedure used to remove it.
7.2
Replacing Absorber
WARNING!
Always make sure that the power supply is disconnected before commencing any service
work on the transmitter rack. This will prevent injury due to electric shock and avoid damage to the instruments.
7.2.1
Removing Absorber
To remove the absorber proceed as follows:
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1. Using a Torx screwdriver No. 20, remove the rear panel of the rack.
2. Disconnect the RF connecting cables W1, W2 and W3 to the splitter-combiner unit.
3. Using a Torx screwdriver No. 20 remove all six fixing screws.
4. Pull the absorber unit from the rackmount air outlet duct.
Fig. 18 Removing the absorber
7.2.2
Installing Absorber
To install the unit in the transmitter, reverse the procedure used to remove it.
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Chapter 8
Service
Harmonics Filter
In this transmitter family the harmonics filter is built into the RF line.
8.1
Replacing Harmonics Filter
WARNING!
Always make sure that the power supply is disconnected before commencing any service
work on the transmitter rack. This will prevent injury due to electric shock and avoid damage to the instruments.
Note
The harmonics filter is lacquered in order to reduce the surface temperature, but high temperatures are nevertheless to be expected.
8.1.1
Removing Harmonics Filter
Note
The harmonics filter is connected to the RF chain by means of two rigid line brackets. So
that the inner line of the lower rigid line (into the bandpass) stays fixed in place, the tensioning clamp of the lower rigid line bracket should be opened first.
To remove the harmonics filter proceed as follows:
1. Open the tensioning clamp of the lower rigid line bracket on the rigid connection of the
combiner.
2. Open the tensioning clamp of the upper rigid line bracket using an open-end wrench
No. 7 or a Phillips screwdriver No. 2.
3. Pull the harmonics filter of the combiner rigid line down and to the right.
4. Pull the harmonics filter downward from the upper rigid line bracket.
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Fig. 19 Removing the harmonics filter
8.1.2
Installing Harmonics Filter
The replacement harmonics filter has no rigid line brackets.
 Remove the rigid line bracket from the old harmonics filter, attach the bracket to the new
harmonics filter (top) and screw it firmly in place.
To install the unit in the transmitter, reverse the procedure used to remove it.
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Service
Cooling System
You can replace the following cooling system components:
 Fan
 Starting capacitor
 Differential pressure gage
 Temperature sensors
9.1
Replacing Fans
WARNING!
Always make sure that the power supply is disconnected before commencing any service
work on the transmitter rack. This will prevent injury due to electric shock and avoid damage to the instruments.
The transmitter rack contains two fans as standard; one of these can be reached only from
the front and the other only from the back. However the removal sequence is the same in
both cases.
9.1.1
Removing Fan
Note
Prior to removal make sure which of the two fans needs to be replaced.
1. Using a Torx screwdriver No. 20, remove the front panel of the power distribution to replace the front fan, or the rear panel of the transmitter to replace the rear fan.
2. Switch off automatic line fuse F6 (rear fan) or F7 (front fan).
Note
Wait two minutes before starting to remove the fan (to allow for the fan overrun time).
3. Undo the four screws on the fan housing and remove the cover.
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Fig. 20 Undoing the screws from the fan housing
4. On the upper side of the fan housing is a retaining device that must be unscrewed using
a Torx screwdriver No. 20.
Fig. 21 Unscrewing the retaining device
5. Pull the power cable out of the connector and take away the air tube.
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6. Slide the fan slightly to the side, then pull it toward yourself and out of the fan housing.
The fan is easy to remove due to the guide rails
Fig. 22 Removing a fan
9.1.2
Installing Fan
To install the unit in the transmitter, reverse the procedure used to remove it.
9.2
Replacing Starting Capacitors
WARNING!
Always make sure that the power supply is disconnected before commencing any service
work on the transmitter rack. This will prevent injury due to electric shock and avoid damage to the instruments.
9.2.1
Removing Starting Capacitor
Note
Prior to removal make sure which of the two starting capacitors needs to be replaced.
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1. Using a Torx screwdriver No. 20, remove the front panel of the power distribution to replace the front starting capacitor, or the rear panel of the transmitter to replace the rear
starting capacitor.
2. Switch off automatic line fuse F6 (fan 1, rear starting capacitor) or F7 (fan 2, front starting
capacitor).
3. Remove the fan connector.
4. Undo the nut (M8, wrench width 13 mm) on the face plate of the capacitor.
5. Cut off the cable ties to free the cable.
Fig. 23 Removing the starting capacitor
1)
2)
3)
4)
9.2.2
Connector (and socket)
Cable ties
Lock washer
Nut (M8)
Installing Starting Capacitor
To install the unit in the transmitter, reverse the procedure used to remove it.
Note
The lock washer and M8 nut must be fastened together again.
9.3
Replacing Differential Pressure Gages
WARNING!
Always make sure that the power supply is disconnected before commencing any service
work on the transmitter rack. This will prevent injury due to electric shock and avoid damage to the instruments.
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9.3.1
Removing Differential Pressure Gage
Note
Prior to removal make sure which of the two differential pressure gages needs to be replaced.
1. Using a Torx screwdriver No. 20, remove the rear panel of the rack.
2. Remove the air connector (plastic tube).
3. Disconnect the associated cable from the connector on X45 of the power distribution
board.
(Pins 1 and 2 for differential pressure gage 1, or pins 3 and 4 for differential pressure
gage 2.)
4. Cut off the cable ties to free the cable.
5. Undo the two screws on the bracket.
6. Remove the differential pressure gage.
7. Unscrew the round cover and remove the cable (6.3 mm connector).
Fig. 24 Removing the differential pressure gage
9.3.2
Installing Differential Pressure Gage
To install the unit in the transmitter, reverse the procedure used to remove it.
 Check whether the protective cap for the air nozzle on the left-hand differential pressure
gage has already been removed and if not, remove it (see figure).
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Fig. 25 Differential pressure gage without protective cap
Note
After installation the differential pressure gage must be set to the switching point of 200 Pa
again.
1. Remove the transparent top cover.
In the middle is an adjuster with a scale.
2. Use a screwdriver to turn the adjuster until the arrow points to the value 200.
9.4
Replacing Temperature Sensors
WARNING!
Always make sure that the power supply is disconnected before commencing any service
work on the transmitter rack. This will prevent injury due to electric shock and avoid damage to the instruments.
The transmitter rack contains two temperatur sensors which measure the intake and outlet
air temperatures. They are located on the intake and outlet lines on the rack.
9.4.1
Removing Temperature Sensor
Note
Prior to removal make sure which of the two temperature sensors needs to be replaced.
1. Using a Torx screwdriver No. 20, remove the rear panel of the rack.
2. Unplug the connector of the temperature sensor concerned.
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Fig. 26 Removing the temperature sensor
3. Using a Phillips screwdriver No. 0, undo the two screws (M3) on the temperature sensor
flange.
1) Openings for fixing screws (M3)
4. Carefully remove the temperature sensor from the aperture in the air duct.
9.4.2
Installing Temperature Sensor
To install the unit in the transmitter, reverse the procedure used to remove it.
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Broadcasting Division
Interface Description
TRANSMITTER
Printed in Germany
2095.7346.72
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Chapter 9
Annex
CONTENTS
1 Interface Description ....................................................................... 1
1.1 Front-Panel Interfaces ....................................................................................1
1.1.1 Q1 – AC Supply Input / Protective Earth ......................................................1
1.1.2 X57 – Optional Connector Kit ZR800Z1 .......................................................1
1.1.3 X33 – External Fan (Optional): (Wago Plug-In Terminal) .............................1
1.1.4 X34 – AC Power Supply for Control Units and Exciters (Single-Phase):
(Wago Plug-In Terminal) ..............................................................................2
1.1.5 X36 – External Absorber Cooling System (Optional):
(Wago Plug-In Terminal) ..............................................................................2
1.1.6 X41 – RF Carrier Loop: (Wago Plug-In Terminal) ........................................3
1.1.7 X42 – Absorber Monitoring: (Wago Plug-In Terminal) .................................3
1.1.8 X43 – Cooling Monitoring: (Wago Plug-In Terminal) ....................................3
1.1.9 X44 – Overcurrent Monitoring for External Fan: (Wago Plug-In Terminal) ..4
1.2 Interfaces on the Transmitter Top ................................................................4
1.2.1 X100A – Ethernet A Remote (Standard): (8-Contact Female) .....................4
1.2.2 X100B – Ethernet B Remote (N+1 Option): (8-Contact Female) .................5
1.2.3 X232 – RS-232-C: (9-Contact D-Sub Female) .............................................5
1.2.4 X101A – CAN-Bus Rack Bus A: (9-Contact D-Sub Female) ........................6
1.2.5 X101B – CAN-Bus Rack Bus A: (9-Contact D-Sub Female) ........................6
1.2.6 X102A – ANTENNA 1: (N Female, 50 Ohm) ................................................7
1.2.7 X102B – ANTENNA 2: (N Female, 50 Ohm) ................................................7
1.2.8 X121A – TS1 Exciter A: (BNC Female, 75 Ohm) .........................................7
1.2.9 X121B – TS1 Exciter B: (BNC Female, 75 Ohm) .........................................7
1.2.10 X122A – TS2 Exciter A: (BNC Female, 75 Ohm) .........................................8
1.2.11 X122B – TS2 Exciter B: (BNC Female, 75 Ohm) .........................................8
1.2.12 X123A – TS3 Exciter A: (BNC Female, 75 Ohm) .........................................8
1.2.13 X123B – TS3 Exciter B: (BNC Female, 75 Ohm) .........................................8
1.2.14 X124A – TS4 Exciter A: (BNC Female, 75 Ohm) .........................................9
1.2.15 X124B – TS4 Exciter B: (BNC Female, 75 Ohm) .........................................9
1.2.16 X131A – TS1/2 IN Monitoring Exciter A: (BNC Female) ..............................9
1.2.17 X131B – TS1/2 IN Monitoring Exciter B: (BNC Female) ..............................9
1.2.18 X132A – TS3/4 IN Monitoring Exciter A: (BNC Female) ............................10
1.2.19 X132B – TS3/4 IN Monitoring Exciter B: (BNC Female) ............................10
1.2.20 X141A – 1PPS Exciter A: (BNC Female, 50 Ohm) ....................................10
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1.2.21 X141B – 1PPS Exciter B: (BNC Female, 50 Ohm) ....................................10
1.2.22 X142A – 1PPS Monitoring Exciter A: (BNC Female, 50 Ohm) ..................11
1.2.23 X142B – 1PPS Monitoring Exciter B: (BNC Female, 50 Ohm) ..................11
1.2.24 X143A – 10 MHz REF.INPUT Exciter A: (BNC Female, 50 Ohm) .............11
1.2.25 X143B – 10 MHz REF.INPUT Exciter B: (BNC Female, 50 Ohm) .............11
1.2.26 RF Transmitter Output (EIA 1 5/8" Flange 50 Ohm ....................................12
1.3 Monitoring Outputs on Front Panel of R&S SV800 Exciter ......................12
1.3.1 X65A – 10 MHz Test Output for Exciter A: (SMA Female, 50 Ohm) ..........12
1.3.2 X65B – 10 MHz Test Output for Exciter B: (SMA Female, 50 Ohm) ..........12
1.3.3 X61A – RF Test Output for Exciter A: (SMA Female, 50 Ohm) .................12
1.3.4 X61B – RF Test Output for Exciter B: (SMA Female, 50 Ohm) .................13
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Interface Description
1.1
Front-Panel Interfaces
1.1.1
Q1 – AC Supply Input / Protective Earth
1.1.2
1.1.3
2098.0188.72
Signal name
Direction
Value range
Contact
Remark
PHASE L1
Input
400 V ±15%
Q1.T1
Three-phase current input L1
PHASE L2
Input
400 V ±15%
Q1.T2
Three-phase current input L2
PHASE L3
Input
400 V ±15%
Q1.T3
Three-phase current input L1
NEUTRAL N
Input
0V
Q1.N
Neutral-conductor input N
PROTECTION
EARTH PE
Input
0V
X.PE
PE terminal
PROTECTION
EARTH PE
Input
0V
PE pin
PE station
X57 – Optional Connector Kit ZR800Z1
Signal name
Direction
Value range
Contact
Remark
PHASE L1
Input
230 V
X57.L1
Separate circuit
NEUTRAL N
Input
0V
X57.N
PROTECTION
EARTH PE
Input
0V
X57.PE
X33 – External Fan (Optional): (Wago Plug-In Terminal)
Signal name
Direction
Value range
Contact
Remark
PHASE L1
Input
230 V
X33.1
Line protection F8 [3A]
NEUTRAL N
Input
0V
X33.2
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Signal name
Direction
Value range
Contact
PROTECTION
EARTH PE
Input
0V
X33.3
Remark
External fan for dummy antenna (optional): (Wago plug-in terminal)
1.1.4
1.1.5
2098.0188.72
Signal name
Direction
Value range
Contact
Remark
PHASE L1
Input
230 V
X33.4
Line protection F8 [3A]
NEUTRAL N
Input
0V
X33.5
PROTECTION
EARTH PE
Input
0V
X33.6
X34 – AC Power Supply for Control Units and Exciters
(Single-Phase): (Wago Plug-In Terminal)
Signal name
Direction
Value range
Contact
Remarks
PHASE L1
Output
230 V
X34.1
Line fuse F1 [3A]
R&S NetCCU800 connection
PHASE L1
Output
230 V
X34.2
Line fuse F2 [3A]
Sx800 A connection
PHASE L1
Output
230 V
X34.3
Line fuse F3 [3A]
Sx800 B connection
PHASE L1
Output
230 V
X34.4
Line fuse F4 [3A]
Add-on equipment connection
NEUTRAL N
Input
0V
X34.5
PROTECTION
EARTH PE
Input
0V
X34.6
X36 – External Absorber Cooling System (Optional): (Wago
Plug-In Terminal)
Signal name
Direction
Value range
Contact
Remarks
PHASE L3
Output
230 V
X36.1
Line fuse F8 [3A]
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1.1.6
1.1.7
1.1.8
2098.0188.72
Annex
Signal name
Direction
Value range
Contact
NEUTRAL N
Input
0V
X36.2
PROTECTION
EARTH PE
Input
0V
X36.3
Remarks
X41 – RF Carrier Loop: (Wago Plug-In Terminal)
Signal name
Direction
Value range
Contact
Remark
MAIN TX LOOP
Input
-12 V ±2 V
X41.1
-12 V floating
LOOP COM (+)
Output
+12 V ±2 V
X41.2
+12 V floating
RESERVE TX
LOOP
Input
-12 V ±2 V
X41.3
-12 V floating
LOOP COM (+)
Output
+12 V ±2 V
X41.4
+12 V floating
X42 – Absorber Monitoring: (Wago Plug-In Terminal)
Signal name
Direction
Value range
Contact
Remark
FAULT SYSTEM
ABSORBER
Input
TTL
X42.1
Jumper to 0 V
REF RACK
SIGNALS
Output
0V
X42.2
Reference 0 V
FAULT RACK
ABSORBER
Input
TTL
X42.3
Jumper to 0 V
REF RACK
SIGNALS
Output
0V
X42.4
Reference 0 V
X43 – Cooling Monitoring: (Wago Plug-In Terminal)
Signal name
Direction
Value range
Contact
Remarks
FAULT
COOLING 2
Input
TTL
X43.1
Jumper against 0 V
REF RACK
SIGNALS
Input
0V
X43.2
Reference 0 V
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1.1.9
Annex
Signal name
Direction
Value range
Contact
Remarks
FAULT
COOLING 1
Input
TTL
X43.3
Jumper against 0 V
REF RACK
SIGNALS
Input
0V
X43.4
Reference 0 V
WARNING
COOLING
Input
TTL
X43.5
Jumper against 0 V
REF RACK
SIGNALS
Input
0V
X43.6
Reference 0 V
X44 – Overcurrent Monitoring for External Fan: (Wago PlugIn Terminal)
Signal name
Direction
Value range
Contact
Remark
FAULT EXT:
COOLING
Input
TTL
X44.1
Jumper to 0 V
REF RACK
SIGNALS
Output
0V
X44.4
Reference 0 V
1.2
Interfaces on the Transmitter Top
1.2.1
X100A – Ethernet A Remote (Standard): (8-Contact Female)
Signal name
Direction
Value range
Contact
Remark
TX+
Output
Ethernet
X100A.1
Transmitting line
TX-
Output
Ethernet
X100A.2
Transmitting line
RX+
Input
Ethernet
X100A.3
Receiving line
Bidirect.
75  termination
X100A.4
Bidirect.
75  termination
X100A.5
Input
Ethernet
X100A.6
Bidirect.
75  termination
X100A.7
RX-
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Chapter 9
Signal name
1.2.2
Direction
Value range
Contact
Bidirect.
75  termination
X100A.8
Signal name
Direction
Value range
Contact
Remark
TX+
Output
Ethernet
X100B.1
Transmitting line
TX-
Output
Ethernet
X100B.2
Transmitting line
RX+
Input
Ethernet
X100B.3
Receiving line
Bidirect.
75  termination
X100B.4
Bidirect.
75  termination
X100B.5
Input
Ethernet
X100B.6
Bidirect.
75  termination
X100B.7
Bidirect.
75  termination
X100B.8
Receiving line
X232 – RS-232-C: (9-Contact D-Sub Female)
Signal name
Direction
Value range
n.c.
Contact
Remark
X232.1
Transmitting line
RS232_TX
Output
RS-232
X232.2
Transmitting line
RS232_RX
Input
RS-232
X232.3
Receiving line
n.c.
GND
2098.0188.72
Remark
X100B – Ethernet B Remote (N+1 Option): (8-Contact
Female)
RX-
1.2.3
Annex
X232.4
Bidirect.
X232.5
n.c.
X232.6
n.c.
X232.7
n.c.
X232.8
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1.2.5
2098.0188.72
Annex
X101A – CAN-Bus Rack Bus A: (9-Contact D-Sub Female)
Signal name
Direction
Value range
Contact
Remark
12V_RED
Bidirect.
12 V ±1 V
X101A.1
Redundant 12 V supply
RC_A_CAN_L
Bidirect.
CAN-Level
X101A.2
CAN bus signal
CAN_GND
Bidirect.
0V
X101A.3
CAN GND
12V_RED
Bidirect.
12 V ±1 V
X101A.4
Redundant 12 V supply
CAN_SHLD
Bidirect.
GND
X101A.5
Shield
GND
Bidirect.
GND
X101A.6
GND
RC_A_CAN_H
Bidirect.
CAN+Level
X101A.7
CAN bus signal
12V_ASI
Bidirect.
12 V ±1.5 V
X101A.8
CAN_V+
Bidirect.
12 V ±1 V
X101A.9
X101B – CAN-Bus Rack Bus A: (9-Contact D-Sub Female)
Signal name
Direction
Value range
Contact
Remark
12V_RED
Bidirect.
12 V ±1 V
X101B.1
Redundant 12 V supply
RC_A_CAN_L
Bidirect.
CAN-Level
X101B.2
CAN bus signal
CAN_GND
Bidirect.
0V
X101B.3
CAN GND
12V_RED
Bidirect.
12 V ±1 V
X101B.4
Redundant 12 V supply
CAN_SHLD
Bidirect.
GND
X101B.5
Shield
GND
Bidirect.
GND
X101B.6
GND
RC_A_CAN_H
Bidirect.
CAN+Level
X101B.7
CAN bus signal
12V_ASI
Bidirect.
12 V ±1.5 V
X101B.8
CAN_V+
Bidirect.
12 V ±1 V
X101B.9
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Chapter 9
1.2.6
1.2.7
1.2.8
1.2.9
2098.0188.72
Annex
X102A – ANTENNA 1: (N Female, 50 Ohm)
Signal name
Direction
Value range
Contact
Remarks
ANTENNA 1
Input
> 80 dBV
X102A.1
For DVB-T only
Tx level depending on application
GND
Bidirect.
0V
X102A.2
X102B – ANTENNA 2: (N Female, 50 Ohm)
Signal name
Direction
Value range
Contact
Remarks
ANTENNA 2
Input
> 80 dBV
X102B.1
For DVB-T only
Tx level depending on application
GND
Bidirect.
0V
X102B.2
X121A – TS1 Exciter A: (BNC Female, 75 Ohm)
Signal name
Direction
Value range
Contact
Remark
TS1
Input
ASI/SMPTE310M
X121A.1
TS1 Exciter A
GND
Bidirect.
X121A.2
GND/shield
X121B – TS1 Exciter B: (BNC Female, 75 Ohm)
Signal name
Direction
Value range
Contact
Remark
TS1
Input
ASI/SMPTE310M
X121B.1
TS1 Exciter B
GND
Bidirect.
X121B.2
GND/shield
- 9.7 -
E-1
Chapter 9
1.2.10
1.2.11
1.2.12
Annex
X122A – TS2 Exciter A: (BNC Female, 75 Ohm)
Signal name
Direction
Value range
Contact
Remark
TS2
Input
ASI/SMPTE310M
X122A.1
TS2 Exciter A
GND
Bidirect.
X122A.2
GND/shield
X122B – TS2 Exciter B: (BNC Female, 75 Ohm)
Signal name
Direction
Value range
Contact
Remark
TS2
Input
ASI/SMPTE310M
X122B.1
TS2 Exciter B
GND
Bidirect.
X122B.2
GND/shield
X123A – TS3 Exciter A: (BNC Female, 75 Ohm)
Signal name
Direction
Value range
Contact
Remarks
TS3
Input
ASI
X123A.1
Only for DVB-T with hierarchical coding
TS3 Exciter A
GND
1.2.13
Bidirect.
X123A.2
GND/shield
X123B – TS3 Exciter B: (BNC Female, 75 Ohm)
Signal name
Direction
Value range
Contact
Remarks
TS3
Input
ASI
X123B.1
Only for DVB-T with hierarchical coding
TS3 Exciter B
GND
2098.0188.72
Bidirect.
X123B.2
- 9.8 -
GND/shield
E-1
Chapter 9
1.2.14
Annex
X124A – TS4 Exciter A: (BNC Female, 75 Ohm)
Signal name
Direction
Value range
Contact
Remarks
TS4
Input
ASI
X124A.1
Only for DVB-T with hierarchical coding
TS4 Exciter A
GND
1.2.15
Bidirect.
X124A.2
GND/shield
X124B – TS4 Exciter B: (BNC Female, 75 Ohm)
Signal name
Direction
Value range
Contact
Remarks
TS4
Input
ASI
X124B.1
Only for DVB-T with hierarchical coding
TS4 Exciter B
GND
1.2.16
GND/shield
Direction
Value range
Contact
Remark
TS1/2 IN
Monitoring
Output
ASI/SMPTE310M
X131A.1
TS1/2 Monitoring Exciter A
GND
Bidirect.
X131A.2
GND/shield
X131B – TS1/2 IN Monitoring Exciter B: (BNC Female)
Signal
name
2098.0188.72
X124B.2
X131A – TS1/2 IN Monitoring Exciter A: (BNC Female)
Signal
name
1.2.17
Bidirect.
Direction
Value range
Contact
Remark
TS1/2 IN
Monitoring
Output
ASI/SMPTE310M
X131B.1
TS1/2 Monitoring Exciter B
GND
Bidirect.
X131B.2
GND/shield
- 9.9 -
E-1
Chapter 9
1.2.18
Annex
X132A – TS3/4 IN Monitoring Exciter A: (BNC Female)
Signal
name
TS3/4 IN
Monitoring
Direction
Value range
Contact
Remarks
Output
ASI
X132A.1
Only for DVB-T with hierarchical coding
TS3/4 Monitoring Exciter A
GND
1.2.19
Bidirect.
X132A.2
GND/shield
X132B – TS3/4 IN Monitoring Exciter B: (BNC Female)
Signal
name
TS3/4 IN
Monitoring
Direction
Value range
Contact
Remarks
Output
ASI
X132B.1
Only for DVB-T with hierarchical coding
TS3/4 monitoring Exciter B
GND
1.2.20
1.2.21
2098.0188.72
Bidirect.
X132B.2
GND/shield
X141A – 1PPS Exciter A: (BNC Female, 50 Ohm)
Signal name
Direction
Value range
Contact
Remarks
1PPS_EXTERN
Input
TTL level
(pos.edge)
X141A.1
Second pulse from external
GPS receiver (exciter A)
GND
Bidirect.
X141A.2
GND/shield
X141B – 1PPS Exciter B: (BNC Female, 50 Ohm)
Signal name
Direction
Value range
Contact
Remarks
1PPS_EXTERN
Input
TTL level
(pos.edge)
X141B.1
Second pulse from external
GPS receiver (exciter B)
GND
Bidirect.
X141B.2
GND/shield
- 9.10 -
E-1
Chapter 9
1.2.22
1.2.23
1.2.24
1.2.25
2098.0188.72
Annex
X142A – 1PPS Monitoring Exciter A: (BNC Female, 50 Ohm)
Signal name
Direction
Value range
Contact
Remarks
1PPS Monitoring
Output
TTL level
(pos.edge)
X142A.1
Monitor output of internally
used 1PPS (exciter A)
GND
Bidirect.
X142A.2
GND/shield
X142B – 1PPS Monitoring Exciter B: (BNC Female, 50 Ohm)
Signal name
Direction
Value range
Contact
Remarks
1PPS Monitoring
Output
TTL level
(pos.edge)
X142B.1
Monitor output of internally
used 1PPS (exciter B)
GND
Bidirect.
X142B.2
GND/shield
X143A – 10 MHz REF.INPUT Exciter A: (BNC Female,
50 Ohm)
Signal name
Direction
Value range
Contact
Remark
10 MHz REF
INPUT
Input
-5.0 dB to 20 dBm
or TTL
X143A.1
10 MHz reference for
exciter A
GND
Bidirect.
X142A.2
GND/shield
X143B – 10 MHz REF.INPUT Exciter B: (BNC Female,
50 Ohm)
Signal name
Direction
Value range
Contact
Remark
10 MHz REF
INPUT
Input
-5.0 dB to 20 dBm
or TTL
X143B.1
10 MHz reference for
exciter B
GND
Bidirect.
X142B.2
GND/shield
- 9.11 -
E-1
Chapter 9
1.2.26
Annex
RF Transmitter Output (EIA 1 5/8" Flange 50 Ohm
Signal name
Direction
Value range
Contact
Remark
RF transmitter
output
Output
PmaxAVG = 1.8 kW
RF
RF transmitter output, fully
equipped with 4 amplifiers
GND
Bidirect.
RF
GND/shield
1.3
Monitoring Outputs on Front Panel of R&S SV800
Exciter
1.3.1
X65A – 10 MHz Test Output for Exciter A: (SMA Female,
50 Ohm)
1.3.2
1.3.3
2098.0188.72
Signal name
Direction
Value range
Contact
Remarks
10MHz_REF_
OUT
Output
0 dBm
(+2 dB to -1 dB)
X65A.1
10MHz reference monitoring for exciter A
GND
Bidirect.
X65A.2
GND/shield
X65B – 10 MHz Test Output for Exciter B: (SMA Female,
50 Ohm)
Signal name
Direction
Value range
Contact
Remarks
10MHz_REF_
OUT
Output
0 dBm
(+2 dB to -1 dB)
X65B.1
10MHz reference monitoring for exciter B
GND
Bidirect.
X65B.2
GND/shield
X61A – RF Test Output for Exciter A: (SMA Female, 50 Ohm)
Signal name
Direction
Value range
Contact
Remarks
RF_MONOUT
Output
-7dBm ±2dB
X61A.1
RF OUT monitoring for
exciter A
- 9.12 -
E-1
Chapter 9
1.3.4
2098.0188.72
Signal name
Direction
GND
Bidirect.
Value range
Annex
Contact
Remarks
X61A.2
GND/shield
X61B – RF Test Output for Exciter B: (SMA Female, 50 Ohm)
Signal name
Direction
Value range
Contact
Remarks
RF_MONOUT
Output
-7dBm ±2dB
X61B.1
RF OUT monitoring for
exciter B
GND
Bidirect.
X61B.2
GND/shield
- 9.13 -
E-1
Chapter 9
2098.0188.72
- 9.14 -
Annex
E-1
Broadcasting Division
DATA SHEETS
Printed in Germany
2098.7346.72
- 10.0 -
E-1
Broadcasting Division
System Manual
Volume 2
R&S®NV830x
DTV Transmitter ATSC
Transmitter Series Nx8000
Only skilled personnel may perform the operations of the described instrument that
are necessary for installing and putting it into operation as well as maintaining, troubleshooting and servicing it.
Printed in Germany
2098.0188.72 -01
- 2.1 -
System Manual
Transmitter Series Nx8000
Edition:
August 2009
Version:
E 01.00
© 2009 Rohde&Schwarz GmbH & Co. KG
81671 Munich, Germany
This document may be duplicated or otherwise used or its contents made known to third parties only with
permission of the originator or other authorized persons.
Infringements constitute an offence and are subject to claim for damages (UrhG, UWG, BGB).
All rights reserved for patenting or utility model registration.
The R&S logo, Rohde & Schwarz and R&S are registered trademarks
of Rohde & Schwarz GmbH & Co.KG and their subsidiaries.
ROHDE & SCHWARZ GmbH & Co.KG
D-81671 München - Mühldorfstraße 15
Telefon: (089) 4129-0 ^ Int. +49894129-0
Telefax: (089) 4129-12164
Internet: www.rohde-schwarz.com
Printed in Federal Republic of Germany ^ Subject to change ^ Data without tolerances: typical values
2098.0188.72 -01
- 2.2 -
NV830XE/V
CONTENTS
DRAWINGS AND DIAGRAMS NV8301
DRAWINGS AND DIAGRAMS NV8302
DRAWINGS AND DIAGRAMS NV8303
DRAWINGS AND DIAGRAMS NV8304
SPARE PARTS LISTS
2098.0188.72
- 2.3 -
E-1
Broadcasting Division
Drawings and Diagrams
NV8301E/V
2098.0307.01
Printed in Germany
2098.0188.72
-1-
E-1
E
X121A
W21A
X20
TS2 input
260mVpp...2Vpp 75
X122A
W22A
X21
TS3 input
260mVpp...2Vpp 75
X123A
W23A
X25
X124A
TS 1/2 monitoring
800mVpp -+30% 75
X131A
TS 3/4 monitoring
800mVpp -+30% 75
X132A
1PPS EXTERNAL input
50
X141A
1PPS monitoring
75
X142A
10 MHz REF input
-5...20dBm 50
X143A
W24A
X26
11
12
13
14
15
16
A100A
SX800 TV EXCITER
2095.1502.xx
RF OUTPUT
W32A
X60
X27
W41A
X24
W42A
W43A
X67
1.RF DEMOD IN
X68
E)
V) W300A1
E)
X1
V)R15A
X4
A1 VH8300A1
UHF-VERSTAERKER
RF SWITCH IN POSITION 2
W300
X2
X307
X.A1
W307A
UHF AMPLIFIER
X10
A45
X3
W.A1
X2
V)W304
V)A15
HF-SCHALTER
TS2 input
260mVpp...2Vpp 75
X122B
TS3 input
260mVpp...2Vpp 75
X123B
TS4 input
260mVpp...2Vpp 75
X124B
TS 1/2 monitoring
800mVpp -+30% 75
X131B
V) W31B
X22
TS 3/4 monitoring
800mVpp -+30% 75
X132B
V) W32B
X27
1PPS EXTERNAL input
50
X141B
X20
V) W22B
X21
V) W23B
X25
X26
V) W24B
V) W41B
2096.6508.01
OBERWELLENFILTER
HARMONICS
FILTER
V) W42B
X24
2.RF DEMOD IN
V) W43B
ak= dB
P14D
P14C
FILTER
DIRECTIONAL COUPLER
W2ADE
E)
X67
E)
W3ADE
E) V)
X68
E)
W4ADE
E) V)
RF OUTPUT
OR INSTALLED BY CUSTOMER
V) W300B1
E)
HF-AUSGANG
O) OPTION
ODER INSTALLATION VOM KUNDEN
2096.7204.xx
W1ADE
MESSRICHTKOPPLER
E) OPTION
ADE AUTOMAT. ENTZERRUNG
ADE SYSTEM KIT
SX800Z1
2099.4006.01
V) OPTION
VORSTUFEN SATZ SX800
ZR800V1
2099.1507.01
EXCITER STANDBY INSTALL KIT
E) V)
HIERZU SIEHE AUCH: 2098.5009.01 SA (ZR800C1)
see also: 2099.1007.01 SA (ZR800T1)
2099.1507.01 SA (ZR800V1)
2095.1502.01 SA (SX800)
2095.8007.01 SA (NETCCU)
E) V)
HF-BLOCKSCHALTBILD
GUELTIG FUER VAR: SIEHE SCHALTTEILLISTE
VALIED FOR MODELS: SEE PARTS LIST
BLOCK DIAGRAM OF RF SIGNAL
Benennung / Designat.:
ROHDE&SCHWARZ NV8301X
NV8301X
BLITZSCHUTZ
E)
P14 GD800
X64
O)
XMTR
RF OUTPUT
ak=+)dB
ak=+)dB
E)
X23
1.RF DEMOD IN
HF-SENDER
AUFGANG
P14B
P14A
ak= dB
V)W300B1
X60
RF OUTPUT
X.A
X3
V) A100B
SX800 TV EXCITER
2095.1502.xx
O) MESSRICHTKOPPLER
DIRECTIONAL COUPLER
HF-SCHALTER IN POS:2
X64
V) W21B
P24
DACH
TOP
X23
X121B
10 MHz REF input
-5...20dBm 50
BLATT 6: STROMLAUF NETZKABEL
sheet 6: circuit diagram power cable
COUPLING ATTENUATION P14
SEE ALSO SYSTEM MANUAL
2095.3257.xx
X143B
BLATT 5: STROMLAUF STEUERKABEL
sheet 5: circuit diagram signal cable
+)AUSKOPPELDAEMPFUNG P14
SIEHE SYSTEM-HANDBUCH
W300
RF SWITCH
1PPS monitoring
75
BLATT 4: BLOCKSCHALTBILD STEUERLEITUNG
sheet 4: block diagram of signal
V) W300A1
2.RF DEMOD IN
X142B
17
BLATT 3: NETZ-STROMLAUF MIT USV
sheet 3: circuit diagram with UPS
X22
W31A
TS1 input
260mVpp...2Vpp 75
10
BLATT 2: NETZ-STROMLAUF
sheet 2: circuit diagram
V) EXCITER B
DACH
TOP
50 OHM
50 OHM
ak= 60 dB
50 OHM
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
BLATT 1: HF-BLOCKSCHALTBILD
sheet 1: block diagram of rf signal
TS1 input
260mVpp...2Vpp 75
TS4 input
260mVpp...2Vpp 75
ak= 60 dB
EXCITER A
OPTION
10
11
12
13
NV8301X
14
Datum:
Date:
08/07/18
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
15
7TSK
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
1+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
2098.0307.01 S
16
17
Q1
W3
W2
W1
L1 L2 L3
W.PE
X20.1-3
W4
16
17
+12V
A31
NETZVERTEILUNG MITTELLEISTUNG
Main distribution MP
K1 1 K2 1
K3 1
NC
NC
GND
GND
21 22 23 24 18 25
14 15 16 17
12
GND GND GND GND
X45.2
11
GND
GND
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
CL_DL_ON_OFF
COOLING_ON_OFF
X45.1
F1
+12V
10
13 19 20
LOOP+_RESERVE
LOOP-_COM
LOOP+_MAIN
FAULT2_ABS
FAULT1_ABS
0V
PRES 2
PRES 1
+ 5V
FAULT2_CL
FAULT1_CL
X44.
WARNING_CL
X10
OVERCUR_EXT_CL
NICHT BELEGT
NC
X43.
+ 12V
GND
+ 5V
X42.
GND
X43B
PRES 2
LINK
+ 5V
LINK
GND
LINK
15
GESTELLSTEUERUNG / Rack controller
OPTION
LUFTMAENGEN-MESSUNG
air quantity measurement
PRES 1
LINK
14
+12V
X.PE1
LINK
13
+12V
12
+12V
T1 T2 T3
11
UEBERSTROM
EXT KUEHLUNG
overcurrent
ext.cooling
EXTERNAL POWER KIT
X41.
L N PE
10
RF LOOP
SCHUTZSCHLEIFE
Z1) OPTION
ZR800Z1 2099.3000.xx
BAUSATZ STECKDOSE EXTERN
#)
Z1)
X57
NICHT BELEGT
not connected
PE
STOERUNG
KUEHLUNG 1
fault
cooling 1
L1 L2 L3 N
NETZSTECKDOSE
AC supply
connector
230V AC
max. 10A
min.3x1qmm
STOERUNG
KUEHLUNG 2
fault
cooling 2
230/400V AC
BETRIEBSERDE
system
ground
STOERUNG
GESTELL ABS
fault
rack abs
2098.0342.xx
STOERUNG
ANLAGEN ABS
fault
system abs
VORSICHERUNG UND ANSCHLUSSQUERSCHNITT
SIEHE SYSTEM-HANDBUCH NV8301E/V
External fuseing and cable cross-sections
see system manual NV8301E/V
RESERVESENDER
standby
xmitter
BETRIEBSSENDER
main
xmitter
2096.3009.xx
L1 L2 L3
X1.
X2.
L1 W.L1
L2 W.L2
L3 W.L3
Q3X
Q2X
Q2
X20.1
F6
3A 2
F7
3A 2
F8
3A 2
F5
3A 2
F1
3A 2
F2
3A 2
F3
3A 2
F4
3A 2
X6
X7
X8
X5
X1
X2
X3
X4
W4
X.N1
I>> I>> I>>
X20.1
L2
X31.
W31
W61
X61
U1 V1 W1
3 4 5 6 7
A1
VH8300A1
UHF-VERSTAERKER
C1A
8u
E1
UHF AMPLIFIER
X1.
XE1.1 2
K1
LUEFTER FAN
2096.2131.xx
L3
X32.
W32
XE2.1 2
K1
C2A
8u
L3
X33.
K2
L3
#)
E2
LUEFTER FAN
2096.2131.xx
L3
X36.
#)
3 4 5 6 7
K3
#)
OPTION
STEUERBEFEHL FUER
EXTERNE KUEHLUNG EIN
control command for
OPTION
external cooling on STEUERBEFEHL FUER
KUNSTANTENNE EIN
control command for
dummy load on
OPTION
NETZANSCHLUSS FUER
EXTERNEN ABS - LUEFTER
AC supply for
external ABS cooling
L1
X35.
1 2
W35
X45.
1 2
2096.3550.xx
L1
L1
L1
L1
X34.1
W60
X52.52
53
54
55 71 81
X52.62 72 82
+12V
Vout +
Vout +
W62C
GND
Vout Vout -
A 36
NETZTEIL
POWER SUPPLY
1081.0254.00
63 73 83
A200
NETCCU 800
A100A
EXCITER A
10
11
12
PE
Z2) OPTION
ZR800Z2 2099.3100.xx
BAUSATZ STECKDOSE INTERN
A100B
EXCITER B
HIERZU SIEHE AUCH: 2098.5009.01 SA (ZR800C1)
see also: 2099.1007.01 SA (ZR800T1)
2099.1507.01 SA (ZR800V1)
2095.1502.01 SA (SX800)
2095.8007.01 SA (NETCCU)
INTERN POWER POINT KIT
V) OPTION
ZR800V1 2099.1507.xx
VORSTUFEN SATZ SX800
EXCITER STANDBY INSTALL KIT
PE
L N PE L N PE
Z2)
X55Z
NV8301X
14
Datum:
Date:
08/07/18
NETZ-STROMLAUF
GUELTIG FUER VAR: SIEHE SCHALTTEILLISTE
VALIED FOR MODELS: SEE PARTS LIST
Benennung / Designat.:
ROHDE&SCHWARZ NV8301X
NV8301X
13
W155Z
NETZANSCHLUSS FUER ZUSATZGERAETE
AC supply for additional units
V) W62B
W62A
65 75 85
64 74 84
#) INSTALLATION VOM KUNDEN
#) installed by customer
A35
VERTEILER-N-NETZ
Interface Power N Distribution
X.PE
W45
ACL ACN
X.N3
X.N2
GND
+12V
X10.25
X10.18
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
W3PH
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
15
7TSK
CIRCUIT DIAGRAM
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
2+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
2098.0307.01 S
16
17
Q1
W3
W2
W1
L1 L2 L3
W.PE
13
X20.1-3
W4
W1PH
23
W.N3 Z5)
F1
L N PE
10
12
11
+12V
K3 1
NC
NC
21 22 23 24 18 25
14 15 16 17
K1 1 K2 1
GND
GND
GND
GND
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
CL_DL_ON_OFF
COOLING_ON_OFF
LOOP+_RESERVE
13 19 20
LOOP-_COM
LOOP+_MAIN
FAULT2_ABS
FAULT1_ABS
FAULT2_CL
0V
PRES 2
PRES 1
+ 5V
FAULT1_CL
WARNING_CL
X44.
X10
OVERCUR_EXT_CL
NICHT BELEGT
NC
+ 12V
X43.
GND
+ 5V
GND
X42.
PRES 2
X43B
+ 5V
LINK
GESTELLSTEUERUNG / Rack controller
OPTION
LUFTMAENGEN-MESSUNG
air quantity measurement
GND GND GND GND
X45.2
A31
NETZVERTEILUNG MITTELLEISTUNG
Main distribution MP
LINK
17
X45.1
X.PE2
LINK
16
+12V
24
LINK
X41.
#)
Z1)
X57
LINK
15
+12V
X.PE1
EXTERNAL POWER KIT
14
+12V
RF LOOP
SCHUTZSCHLEIFE
13
+12V
T1 T2 T3
Z5)
Q1.1 14
12
GND
#)
11
PRES 1
#)
10
UEBERSTROM
EXT KUEHLUNG
overcurrent
ext.cooling
PE
NICHT BELEGT
not connected
L1 L2 L3 N
Z1) OPTION
ZR800Z1 2099.3000.xx
BAUSATZ STECKDOSE EXTERN
NETZSTECKDOSE
AC supply
connector
230V AC
max. 10A
min.3x1qmm
UPGRADE KIT EXTERNAL UPS
STOERUNG
KUEHLUNG 1
fault
cooling 1
230/400V AC
BETRIEBSERDE
system
ground
Z5) OPTION
ZR800Z5 2099.3400.xx
BAUSATZ EXTERNE USV
STOERUNG
KUEHLUNG 2
fault
cooling 2
2098.0342.xx
ACHTUNG !/ CAUTION !
NETZVERSORGUNG VON EXTERNER USV
POWER SUPPLY FROM EXTERNAL UPS
230 AC max. 5A
N PE
STOERUNG
GESTELL ABS
fault
rack abs
VORSICHERUNG UND ANSCHLUSSQUERSCHNITT
SIEHE SYSTEM-HANDBUCH NV8301E/V
External fuseing and cable cross-sections
see system manual NV8301E/V
STOERUNG
ANLAGEN ABS
fault
system abs
RESERVESENDER
standby
xmitter
BETRIEBSSENDER
main
xmitter
2096.3009.xx
L1 L2 L3
X2.
X1.
L2 W.L2
L3 W.L3
Q3X
Q2X
Q2
F7
3A 2
F8
3A 2
F5
3A 2
F1
3A 2
F2
3A 2
F3
3A 2
F4
3A 2
X6
X7
X8
X5
X1
X2
X3
X4
I>> I>> I>>
X20.1
X61
C1A
8u
X1.
XE1.1 2
U1 V1 W1
3 4 5 6 7
A1
VH8300A1
UHF-VERSTAERKER
E1
UHF AMPLIFIER
LUEFTER FAN
2096.2131.xx
K1
L2
X31.
W31
W61
K1
L3
X32.
W32
C2A
8u
XE2.1 2
L3
X33.
K2
#)
E2
LUEFTER FAN
2096.2131.xx
L3
L3
X36.
#)
3 4 5 6 7
K3
#)
OPTION
STEUERBEFEHL FUER
EXTERNE KUEHLUNG EIN
control command for
OPTION
external cooling on STEUERBEFEHL FUER
KUNSTANTENNE EIN
control command for
dummy load on
OPTION
NETZANSCHLUSS FUER
EXTERNEN ABS - LUEFTER
AC supply for
external ABS cooling
L N3
X35.
1 2
W35
W45
ACL ACN
W60
X52.52
Vout +
Vout +
W62C
GND
Vout Vout -
A 36
X34.1
+12V
NETZTEIL
POWER SUPPLY
1081.0254.00
10
A35
VERTEILER-N-NETZ
Interface Power N Distribution
X.PE
N3
54
63 73 83
A200
NETCCU 800
11
A100A
EXCITER A
12
Z2) OPTION
ZR800Z2 2099.3100.xx
BAUSATZ STECKDOSE INTERN
V)
V) OPTION
ZR800V1 2099.1507.xx
VORSTUFEN SATZ SX800
EXCITER B
13
EXCITER STANDBY INSTALL KIT
W155Z
NETZANSCHLUSS FUER ZUSATZGERAETE
AC supply for additional units
A100B
HIERZU SIEHE AUCH: 2098.5009.01 SA (ZR800C1)
see also: 2099.1007.01 SA (ZR800T1)
2099.1507.01 SA (ZR800V1)
2095.1502.01 SA (SX800)
2095.8007.01 SA (NETCCU)
INTERN POWER POINT KIT
65 75 85
64 74 84
PE
55 71 81
V) W62B
W62A
#) INSTALLATION VOM KUNDEN
#) installed by customer
X.N3
L N3
53
X52.62 72 82
X.N2
2096.3550.xx
X45.
1 2
X.N1
X20.1
GND
+12V
X10.25
Z5)
W.N3
W4
F6
3A 2
X10.18
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
W3PH
PE
L N PE L N PE
Z2)
X55Z
DARSTELLUNG MIT NETZVERSORGUNG
VON EXTERNER USV
DESCRIPTION FOR POWER SUPPLY FROM EXTERNAL UPS
ROHDE&SCHWARZ NV8301X
NV8301X
14
Datum:
Date:
CIRCUIT DIAGRAM
VALIED FOR MODELS: SEE PARTS LIST
Benennung / Designat.:
NV8301X
NETZ-STROMLAUF
GUELTIG FUER VAR: SIEHE SCHALTTEILLISTE
08/07/18
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
15
7TSK
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
3+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
2098.0307.01 S
16
17
1
10
11
12
TV STEUERSENDER
X9
.1
.1
W59
X10 .9
.8
.1
X53A
.1
CAN BUS
ABSCHLUSSWIDERST.
W56A
X3 .8
.1
TERMINATING RESISTOR
2097.5628.00
.1
*) RS232
W47
.9
X7
X5
ETHERNET
.8
A200
.1
TX CONTROL
.9
.1
W55
ETHERNET B
X12 .25
.1 X11 .15
X12
BLINDSTECKER
ASI DISTRIBUTOR
2094.0260.xx
.9
X4
.1
X10
.1
.9
V) W56B
V) W70
.9
.1
X2 .8
2095.3257xx
.15
3562.4210.xx
.1
2099.1507.01
.1
EXTERNE PUMPE
.1 X4 .15
TON VERSTAERKER
.9
.1
W53D
.15
CAN 3
NICHT BELEGT
EXTERNAL PUMP
NOT CONNECTED
HF-MESSSTELLEN
RF PROBES
NICHT BELEGT
NOT CONNECTED
X9
.1
.9
X6
W52
2096.3550.xx
2095.1502.xx
X43 .1 .2
W51B
S.E2
DRUCKDOSE
PRESSURE BOX
2077.3936.xx
.3 .4
X41. 1 2
3 4
X42. 1 2
3 4
W45
Bruecke / Link
.1 W51B
.3
Bruecke / Link
ABSORBER
SCHUTZSCHLEIFE
RF LOOP
UEBERSTROM
EXTERNE KUEHLUNG
OVER CURRENT
EXTERNAL COOLING
PRESSURE BOX
2077.3936.xx
.1 W51A
.3
HIERZU SIEHE AUCH:
see also:
2098.5009.01 SA (ZR800C1)
2099.1007.01 SA (ZR800T1)
2099.1507.01 SA (ZR800V1)
2095.1502.01 SA (SX800)
2095.8007.01 SA (NETCCU)
.1 X.Vout .4
Bruecke / Link
A36
NETZTEIL
POWER SUPPLY
1081.0254.00
see sheet 2,3
S.E1
DRUCKDOSE
.1 X45 .4
X44. 1 2
W51A
siehe Blatt 2,3
X10 .25
.1
.9
TV EXCITER
X8 .25
.1
INTERFACE POWER N DISTRIBUTION
ONLY BY SINGLE EXCITER
2096.4505.xx
TV STEUERSENDER
2095.3305.xx
2097.5605.00
VERTEILER-N-NETZ
E) NUR BEI EINZEL-VORSTUFE
TERMINATING RESISTOR
A35
EXCITER RF SWITCH
FOR ADE
EXCITER STANDBY INSTALL KIT
X11
A50
V) A100B
SX800
VORST.SCHALTER
FUER ADE
V) ZR800V1
VORSTUFEN SATZ SX800
.15
X53D
CAN BUS
ABSCHLUSSWIDERST.
2097.5611.00
GESTELLSTEUERUNG
.1
.1
V) A15
VORST.SCHALTER
X5
PARALLEL REMOTE INTERFACE
X53B
CAN BUS
ABSCHLUSSWIDERST.
CAN 2
CAN 1
2095.6004.01
TERMINATING RESISTOR
W50
ETHERNET
EXCITER RF SWITCH
.20
W53D
V) W54B
2097.5657.00
F) ZR800F1
PARALLELE-FERNSCHNITT-STELLE
W50
.1
SOUND AMPLIFIER
.1 X7 .9
.1 E) X54B .9
.1 X7 .9
.8
DUMMY PLUG
*) OPTION
.1 X11B .9
W50
W58AB
X6
UHF AMPLIFIER
RACK CONTROLLER
2095.8007.xx
.1
2010.0006.xx
.9
.9
VITIATED AIR SENSOR
.9
W58B
A1 VH8300A1
UHF-VERSTAERKER
.20
.1
.9
.15
.1
A60B
ASI VERTEILER
W54A
W55
.9
W55
X6
.1
NETCCU 800
X6
X100A
.8
X232
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
ETHERNET
REMOTE
.1
.1
W48
2094.0260.xx
X2
X2
.1
.9
.9
B2
ABLUFT SENSOR
ETHERNET
ETHERNET A
.1
W50
X3
2096.6308.xx
.9
DACH
TOP
ASI DISTRIBUTOR
.9
X2
RF REFLECTED ANT.
W59
X2
W57
X5
3562.3707.xx
GD800Z2
P14B
HF-RUECKLAUF ANT.
2095.1502.xx
.1
X53A
REMOTE INTERFACE
2010.0006.xx
W58A
TV EXCITER
X1
F)
ZR800F1 .1
A57
FERNSCHNITTSTELLE
INCOMING AIR SENSOR
.1
A60A
ASI VERTEILER
X53D
.9
X11 .9
.1
A100A
SX800
.1
X2
2096.6308.xx
TERMINATING RESISTOR
W59
B1
ZULUFT SENSOR
X2
2097.5628.00
RF FORWARD ANTENNA
.1
X1
GD800Z2
P14A
HF-VORLAUF ANT.
X1
X53A
CAN BUS
ABSCHLUSSWIDERST.
X11
.1
W53D
ROHDE&SCHWARZ NV8301X
NV8301X
NV8301X
Datum:
Date:
08/07/18
BLOCKSCHALTBILD STEUERLEITUNG
BLOCK DIAGRAM OF SIGNAL
Benennung / Designat.:
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
10
7TSK
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
4+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
11
2098.0307.01 S
12
1
X12
X53A
2097.5657.00
NETCCU 800
CAN_L 2
X12.
SWI1_OS_POS_II 15
GND 16
BRUECKE
SWI1_OS_PL 24
GND 25
BRUECKE
X41
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
RF LOOP
BETRIEBSSENDER
MAIN XMITTER
BRUECKE
LINK
NC
R35B
TX
TX
RX
RX
NC
CAN_L 6
VERTEILER-N-NETZ
X42.
ABSORBER STOERUNG
FAULT ABSORBER
FAULT2_ABS 1
GND_0V 2
ANLAGE
SYSTEM
CAN_H 14
15
gn
ge
+12V
+12V
GND
GND
4055.6458.00
ETHERNET REMOTE
ASI VERTEILER A
ASI DISTRIBUTOR A
X11B.
#)
#)
#)
#)
#)Bruecke auf GS
X100A.
X5.
RACK CONTROLL UNIT
1 TX +
2 TX 3 RX +
6 RX -
#) Link on PCB
A60A
X2.
RACK
NC
X54B
W53D
2097.5592.00
REDUCED_REF_B
INTERFACE POWER DISTRIB.
A35
X44.
OVERCURRENT 1
_EXT_CL
GND_0V 2
BRUECKE
LINK
UEBERSTROM
EXT. KUEHLUNG
GND
A35
X10.
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
W51AB
2097.5463.00
10
11
12
13
14
15
VERTEILER-NETZ
BRUECKE
INTERF: POWER DISTRIB.
LINK
A50
X3.
A35
X43. W51B
FAULT2_CL 1
GND_0V 2
WARNING_CL 6
GND_0V 7
W51A
DRUCKDOSE
PRESSURE BOX
S.E2
S.E1
N.C.
N.C.
OVERCU_EXT_CL
WARNING_CL
FAULT1_CL
FAULT2_CL
FAULT1_ABS
FAULT2_ABS
LOOP+_MAIN
LOOP_COM
LOOP+_RESERVE
GND_0V
COOLING_ON_OFF
CL_DL_ON_OFF
+5V
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
SENSE+
PRES1
PERES2
GND
GND
GND
GND
SENSE-
13
W55
RACK CONTROLL UNIT
10
11
12
13
14
15
10
11
12
13
14
15
10
11
12
13
14
15
10
11
12
13
14
15
X6.
X6.
W54B
+12V_RC
N.C.
GND
LOOP-_EXC_A
REDUCED_REF_A
GND
N.C.
LOOP+_EXC_A
+12V_RC
A200
X7.
2097.5405.00
GESTELLSTEUERUNG
SX800B
EXCITER B
RACK CONTROLL UNIT
A100B
A50
X7.
X6.
+12V_RC
N.C.
GND
LOOP-_EXC_B
REDUCED_REF_B
GND
N.C.
LOOP+_EXC_B
+12V_RC
TX
TX
RX
RX
W56B
A100B
X2.
RX
RX
TX
TX
2097.5428.00
A50
X10.
W58B
W59
/SWI_EXC_POS1_A
GND
/SWI_EXC_SELECT2_B
/SWI_EXC_POS2_B
/SWI_EXC_SELECT3_B
/SWI_EXC_POS3_B
GND
/SWI_EXC_SELECT1_B
/SWI_EXC_POS1_B
/SWI_EXC_SELECT2_A
/SWI_EXC_POS2_A
/SWI_EXC_SELECT3_A
/SWI_EXC_POS3_A
+12V_SWI_EXC
NETCCU 800
A200
X10.
B1.ZU
B2.AB
2097.5457.00
HF-VORLAUF ANT.
RF FORWARD ANTENNA
P14A
X1.
HF-RUECKLAUF ANT.
RF REFLECTED ANTENNA
GND
PEAK/AV1
+12V
N.C.
N.C.
RF_PROBE1
ADJUST1
N.C.
N.C.
P14B
X1.
N.C.
N.C.
+12V
PEAK/AV2
GND
N.C.
N.C.
ADJUST2
RF_PROBE2
STROMLAUF DER STEUER-KABEL
CIRCUIT DIAGRAM FROM THE SIGNAL CABLE
ROHDE&SCHWARZ NV8301X
NV8301X
13
10
11
12
13
14
15
Benennung / Designat.:
12
A15
X5.
TEMPERATURE MONITOR
*) OPTION
11
EXCITER RF SWITCH
TEMPERATURFUEHLER
W58A
TV EXITER B
A200
X4.
TX
TX
RX
RX
N.C.
CAN-L
CAN_GND
N.C.
N.C.
GND
CAN-H
N.C.
CAN_V+
VORSTUFEN-SCHALTER
RACK CONTROLL UNIT
SX800 B
ETHERNET B
17
2097.5370.00
10
11
12
13
14
15
X9.
GESTELLSTEUERUNG
1139.2247.00
NETCCU 800
TX
TX
RX
RX
GND
DGND
AGND
/AMPL_ERR
RESET
AMPL_ON
VREF_PWR
PEAK_AV
PWR_OUT
CAN_GND
CAN_L
CAN_H
CAN_V+
/AC_OK
NC
SX800 A
A200
X11.
A200
W58AB
A100A
X2.
NETCCU 800
TV EXITER A
A200
X3.
NETCCU 800
X1.
+12V_RED
CAN1_L
CAN_GND
+12V_RED
CAN_SHLD
GND
CAN1_H
+12V_ASI
CAN_V+
0041.9283.00
ETHERNET A
W70
A57
A50
X2.
NETCCU 800
X53D.
10
X53A.
16
*)
3562.3765.00
REMOTE INTERFACE
GESTELLSTEUERUNG
CAN BUS ABSCHL. RACK
CONTROLL UNIT
CAN BUS TERMINATING
W56A
CAN-Bus
10
11
12
13
14
15
W57
2097.5411.00
NETCCU 800
A50
A100A
15
FERNSCHNITTSTELLE
UHF AMPLIFIER
10
11
12
13
14
15
14
GESTELLSTEUERUNG
SX800A
UHF-VERSTAERKER
A3
A2
A5
A6
A1
A4
X11. X11. X11. X11. X11. X11.
10
11
12
13
14
15
12
2097.5392.00
EXCITER A
2097.5357.00
RACK CONTROLL UNIT
OVERCURRENT
EXT. COOLING
INTERFACE POWER DISTRIBUTION
GESTELLSTEUERUNG
FAULT1_CL 3
20
120 OHM
A50 X7.
VERTEILER-N-NETZ
+12V
+12V
R35D
RACK CONTROLL UNIT
2097.5634.44
ASI 3
ASI 4
TERMINATING RESISTOR
GESTELLSTEUERUNG
X44
W54A
VERTEILER-NETZ
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
20
LINK
GESTELL
A50
X8.
A60B
X2.
1 ASI 1
2 ASI 2
5 +12V
6 +12V
7 ASI 3
8 ASI 4
10
11 +12V
12 +12V
13
BRUECKE
FAULT1_ABS 3
GND_0V 4
RACK CONTROLL UNIT
ASI VERTEILER B
ASI DISTRIBUTOR B
11
2097.5363.00
GESTELLSTEUERUNG
CAN-BUS
ABSCHLUSS-WIDERSTAND
NC
10
W52
*) 2097.5386.00
GESTELLSTEUERUNG
A50
X11.
2097.5605.00
X53D.
2097.5634.42
A36
X.P2
bn
A200
TERMINATING RESISTOR
X53D
ETHERNET
120 OHM
CAN_H 14
15
POWER SUPPLY
NETCCU 800
STANDBY XMITTER
INTERFACE POWER DISTRIB.
CAN_L 6
CAN-BUS
ABSCHLUSS-WIDERSTAND
W50
NETZTEIL
ws
W48
2097.5611.00
RESERVESENDER
A35
N.C.
N.C.
+12V
GND
NC
X53B.
SCHUTZSCHLEIFE
X41.
X42
A35
X45.
120 OHM
2096.3444.00
INTERFACE POWER N DISTRIB.
TERMINATING RESISTOR
X53B
VERTEILER-N-NETZ
LINK
VERTEILER-N-NETZ
LOOP-_RESER.3
LOOP_COM
NC
W45
R35A
CAN_H 7
2097.5634.41
LOOP+_MAIN 1
LOOP_COM
CAN-BUS
ABSCHLUSS-WIDERSTAND
LINK
INTERFACE POWER DISTRIB.
A35
2097.5628.00
X53A.
TX CONTROL
A200
NV8301X
14
Datum:
Date:
08/07/18
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
15
7TSK
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
5+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
2098.0307.01 S
16
17
1
X33
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
INTERFACE POWER DISTRIB.
A35
X31.
L2 1
N 2
PE 3
230V AC
X36.
A35
X32.
L3 1
N 2
PE 3
*) LINK AT PLUG
INTERFACE POWER DISTRIB.
A35
X34.
X.E1
2 L2
4 N
7 PE
C1A 8
L1
L1
L1
L1
PE
E2 FAN CONNECTION
bl/2
gnge
2 L3
4 N
7 PE
C2A 8
NETZVERTEILUNG
POWER DISTRIBUTION
A31
Q2-Q7.
X20.1-3
E1 FAN CONNECTION
bl
L2 2
N 4
PE 7
E2
W35
FAN
*)
o)
E1
2096.3450.00
VERTEILER-NETZ
A35
X35.
sw
*)
bn
L1 1
N 2
PE 3
gnge
A200
NETCCU
bn/1
bl/2
gnge
W155Z
1 L1
2 N.C.
3 N
PE
A100B
W62B
SX800 B
2096.2131.01
E2 LUEFTERANSCHLUSS
SX800 B
TV EXCITER B
AC VERTEILUNG
ZUSATZGERAETE
A100B
X1.
AC POWER DISTRIBUTION
ADDITIONAL UNITS
X52.
bn/1
64
74
84
L1
PE
bl/2
gnge
2097.5086.00
AC VERSORGUNG VERSTAERKER
AC POWER SUPPLY AMPLIFIER
A1-A6
X1.
sw/1
W62C
1 L1
3 L2
4 L3
PE
bl/2
bn/3
gnge
2097.4921.00
NETCCU 800
AC VERTEILUNG
A200
X1.
AC POWER DISTRIBUTION
X52.
bn/1
62
72
82
L1
PE
bl/2
gnge
2097.5028.00
NETZANSCHLUSS FUER
ZUSATZGERAETE
AC VERTEILUNG
65
75
85
2097.4944.00
BIS / TO
AC POWER DISTRIBUTION
X52.
gnge
SX800 A
POWER SUPPLY
A36
X.P1
L1
PE
bl/2
A100A
NETZTEIL
INTERFACE POWER DISTRIB.
A100A
X1.
bn/1
63
73
83
2097.5034.00
W61-W66
E1 LUEFTERANSCHLUSS
LUEFTER
X52.
X.E2
bn/1
SX800 A
TV EXCITER A
AC POWER DISTRIBUTION
AC VERTEILUNG
2097.4938.00
AC VERTEILUNG
AC POWER DISTRIBUTION
62
72
82
63
73
83
64
74
84
65
75
85
E2 LUEFTERANSCHLUSS
2096.2131.01
X.E1
52
53
54
55
71
81
X52.
W62A
2097.4950.00
2096.3438.00
INTERFACE POWER DISTRIB.
*) BRUECKE AM STECKER
E1
gnge
VERTEILER-NETZ
E1 FAN CONNECTION
bl/2
VERTEILER-NETZ
NETZANSCHLUSS
L3 1
EXT.ABS LUEFTER N 2
AC SUPPLY FOR
PE 3
EXT. ABS COOLING
W60
E1 LUEFTERANSCHLUSS
bn/1
W32
2097.5634.36
2096.3421.00
VERTEILER-NETZ
230V AC
STEUERBEFEHL
L3 1
KUNSTANTENNE EIN N 2
CONTROL COMMAND
PE 3
DUMMY LOAD ON
X36
W31
2097.5634.33
X33.
L3 1
STEUERBEFEHL
EXT.KUEHLUNG EIN N 2
CONTROL COMMAND
PE 3
EXT.COOLING ON
AC SUPPLY FOR
ADDITIONAL UNITS
bn/1
L1
PE
bl/2
gnge
E2 FAN CONNECTION
X.E2
L2 2
N 4
PE 7
LUEFTER
bl
FAN
*)
o)
E2
STROMLAUF DER NETZ-KABEL
sw
CIRCUIT DIAGRAM FROM THE POWER CABLE
*)
bn
Spr.:/Lang.: Aei:/C.I.:
Benennung / Designat.:
ROHDE&SCHWARZ NV8301X
NV8301X
gnge
NV8301X
Datum:
Date:
08/07/18
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
7TSK
de
02.00
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
Blatt:/Sh.:
6-
2098.0307.01 S
el.Kennz
Part
Benennung / Hinweise
Designation
Sachnummer
Stock No.
Hersteller
Manufacturer
Bestellbezeichnung
Designation
enthalten in
contained in
ACHTUNG EGB /ATTENTION ESD
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
*VARIANTENERKLAERUNG
*EXPLANATION OF MODELS
VAR04=NV8301E DTV-SENDER MIT
EINZEL-VORSTUFE
PROGNOSESENDER
MOD04=NV8301E DTVTRANSMITTER WITH SINGLE
EXCITER
VAR24=NV8301V DTV-SENDER MIT
VORSTUFE-RESERVE OHNE ADE
PROGNOSESENDER
MOD24=NV8301V DTV
TRANSMITTER WITH DUAL DRIVE
WITHOUT ADE
VAR50=NV8301X DTV-SENDER
+++GRUNDSENDER+++
MOD50=NV8301X DTVTRANSMITTER ++BASIC
TRANSMITTER++
A1
GG VH8300A1 UHF-VERSTAER. 3Phasig
VH8300A1 UHF-AMPLIFIER
VAR 04 24
2095.6004.02
2098.0307.01
A20
GS ZR800T1 EINBAUS. SX800
ZR800T1 INSTAL. KIT
VAR 04 24
DTV - Ausfuehrung
2099.1007.03
2098.0307.01
A21
GS ZR800C1 LEISTUNGSSATZ
ZR800C1 POWER KIT
VAR 04 24
Leistungssatz fuer 1 Verstaerker
2098.5009.41
2098.0307.01
A23
GS ZR800V1 VORST.SA SX800
ZR800V1 EXC.INST. KIT
VAR 24
Vorstufensatz - DTV ohne ADE
2099.1507.04
2098.0307.01
A200
GG NETCCU 800 CONTROL UNIT
NETCCU 800 CONTROL UNIT
VAR 04 24
2095.8007.02
2098.0307.01
A100A
GG SX800 TV EXCITER DTV UND
ADE INT RF
SX800 TV EXCITER
VAR 04 24
2095.1502.71
2098.0307.01
A100B
GG SX800 TV EXCITER DTV UND
ADE INT RF
SX800 TV EXCITER
VAR 24
2095.1502.71
2098.0307.01
Benennung/Designation
NV8301X DTV-SENDER
NV8301X DTV XMTR
NV8301X
Datum/
Date
2008-01-17
Abt. /
Dept.
Sprach./Lang
Ä.I. / C.I
de en
01.00
Blatt/Sheet
1 of 1
Dokument Nr. / Document No.
7TSK
Name /
Name
Ro
2098.0307.01 SA
ROHDE & SCHWARZ
A100A
#) A100B
2000
A200
A1
Tiefe: 800
Depth: 800
600
Variantenerklärung siehe Schaltteilliste
#) OPTION
01.00
Valid for model see parts list
01.08
RO
7TSK
Tag
Bearb.
01.08
Name
RO
Gepr.
Norm
S\DESI-DAT\NV8300\NV8301x
ÄnderungsMitteilung
NV8301x
DTV-Sender Bd.IV/V
DTV-TANSMITTER BD.IV/V
Name
zu Gerät
Blatt-Nr.
2098.0307.01
ROHDE & SCHWARZ
Tag
Zeichn.-Nr.
Änd.
Zust.
Benennung
NV8301x
reg. i. V.
2098.0307 V
erste Z.
0000.0000.00
v.
Bl.
Broadcasting Division
Drawings and Diagrams
NV8302E/V
2098.0059.01
Printed in Germany
2098.0188.72
-2-
E-1
E
X121A
TS2 input
260mVpp...2Vpp 75
TS3 input
260mVpp...2Vpp 75
W21A
X20
X122A
W22A
X21
X123A
W23A
X25
X124A
TS 1/2 monitoring
800mVpp -+30% 75
X131A
TS 3/4 monitoring
800mVpp -+30% 75
X132A
1PPS EXTERNAL input
50
X141A
1PPS monitoring
75
X142A
10 MHz REF input
-5...20dBm 50
X143A
W24A
X26
11
12
13
14
15
16
RF OUTPUT
2-FACH-SPLITTER
A41
BV832H1
2096.4405.xx
2 TO 1 COUPLER
A40
A100A
SX800 TV EXCITER
2095.1502.xx
1 TO 2 SPLITTER
X60
2096.4305.xx
W32A
W1
X1
Messausgang
measuring output
X11
BLATT 5: STROMLAUF STEUERKABEL
sheet 5: circuit diagram signal cable
+)AUSKOPPELDAEMPFUNG P14
SIEHE SYSTEM-HANDBUCH
BLATT 6: STROMLAUF NETZKABEL
sheet 6: circuit diagram power cable
X27
W41A
X24
W42A
X67
1.RF DEMOD IN
X68
W43A
E)
A1 VH8300A1
UHF-VERSTAERKER
V) W300A1
X.A1
X1
E)
HF-SCHALTER IN POS:2
X64
V)R15A
X4
RF SWITCH IN POSITION 2
W300
X2
W307A
TS2 input
260mVpp...2Vpp 75
X122B
TS3 input
260mVpp...2Vpp 75
X123B
TS4 input
260mVpp...2Vpp 75
X124B
TS 1/2 monitoring
800mVpp -+30% 75
X131B
V) W31B
X22
TS 3/4 monitoring
800mVpp -+30% 75
X132B
V) W32B
X27
1PPS EXTERNAL input
50
X141B
V) W21B
X20
V) W22B
X21
V) W23B
X25
V) W24B
X26
V) W41B
X3
X.E
A2 VH8300A1
UHF-VERSTAERKER
X.A2
W307B
X10
A45
X.E1
UHF AMPLIFIER
X.A
X3
X.E2
X2
2096.6508.01
OBERWELLENFILTER
HARMONICS
FILTER
X24
2.RF DEMOD IN
V) W43B
P14C
XMTR
RF OUTPUT
ak=+)dB
E)
W2ADE
E)
X67
E)
W3ADE
E) V)
X68
E)
W4ADE
E) V)
RF OUTPUT
O) OPTION
ODER INSTALLATION VOM KUNDEN
OR INSTALLED BY CUSTOMER
V) W300B1
W1ADE
HF-AUSGANG
MESSRICHTKOPPLER
E) OPTION
ADE AUTOMAT. ENTZERRUNG
ADE SYSTEM KIT
SX800Z1
2099.4006.01
V) OPTION
VORSTUFEN SATZ SX800
ZR800V1
2099.1507.01
EXCITER STANDBY INSTALL KIT
E) V)
HIERZU SIEHE AUCH: 2098.5009.01 SA (ZR800C1)
see also: 2099.1007.01 SA (ZR800T1)
2099.1507.01 SA (ZR800V1)
2095.1502.01 SA (SX800)
2095.8007.01 SA (NETCCU)
E) V)
HF-BLOCKSCHALTBILD
GUELTIG FUER VAR: SIEHE SCHALTTEILLISTE
VALIED FOR MODELS: SEE PARTS LIST
BLOCK DIAGRAM OF RF SIGNAL
Benennung / Designat.:
ROHDE&SCHWARZ NV8302X
NV8302X
E)
P14 GD800
X64
FILTER
2096.7204.xx
X23
V) W42B
P14D
ak=+)dB
O)
BLITZSCHUTZ
DIRECTIONAL COUPLER
X60
1.RF DEMOD IN
ak= dB
E)
V)W300B1
HF-SENDER
AUFGANG
P14B
P14A
ak= dB
X3
V) A100B
SX800 TV EXCITER
2095.1502.xx
RF OUTPUT
UHF AMPLIFIER
O) MESSRICHTKOPPLER
DIRECTIONAL COUPLER
X2
V)W304
V)A15
HF-SCHALTER
X10
P24
DACH
TOP
X23
X121B
10 MHz REF input
-5...20dBm 50
2096.3909.xx
COUPLING ATTENUATION P14
SEE ALSO SYSTEM MANUAL
2095.3257.xx
X143B
TERMINATION
X1
BLATT 4: BLOCKSCHALTBILD STEUERLEITUNG
sheet 4: block diagram of signal
ABSORBERBLOCK
2-FACH-KOPPLER
W300
RF SWITCH
1PPS monitoring
75
A42
V) W300A1
2.RF DEMOD IN
X142B
17
BLATT 3: NETZ-STROMLAUF MIT USV
sheet 3: circuit diagram with UPS
X22
W31A
TS1 input
260mVpp...2Vpp 75
10
BLATT 2: NETZ-STROMLAUF
sheet 2: circuit diagram
V) EXCITER B
BLATT 1: HF-BLOCKSCHALTBILD
sheet 1: block diagram of rf signal
50 OHM
50 OHM
ak= 60 dB
50 OHM
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
DACH
TOP
TS1 input
260mVpp...2Vpp 75
TS4 input
260mVpp...2Vpp 75
ak= 60 dB
EXCITER A
OPTION
10
11
12
13
NV8302X
14
Datum:
Date:
08/07/18
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
15
7TSK
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
1+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
2098.0059.01 S
16
17
Q1
W3
W2
W1
L1 L2 L3
W.PE
X20.1-3
W4
17
+12V
A31
NETZVERTEILUNG MITTELLEISTUNG
Main distribution MP
K1 1 K2 1
K3 1
NC
NC
GND
GND
21 22 23 24 18 25
14 15 16 17
12
GND GND GND GND
X45.2
11
GND
GND
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
CL_DL_ON_OFF
COOLING_ON_OFF
X45.1
F1
+12V
10
13 19 20
LOOP+_RESERVE
LOOP-_COM
LOOP+_MAIN
FAULT2_ABS
FAULT1_ABS
0V
PRES 2
PRES 1
+ 5V
FAULT2_CL
FAULT1_CL
X44.
WARNING_CL
X10
OVERCUR_EXT_CL
NICHT BELEGT
NC
X43.
+ 12V
GND
+ 5V
X42.
GND
X43B
PRES 2
LINK
+ 5V
LINK
16
GESTELLSTEUERUNG / Rack controller
OPTION
LUFTMAENGEN-MESSUNG
air quantity measurement
GND
LINK
15
+12V
X.PE1
LINK
14
+12V
LINK
13
+12V
T1 T2 T3
12
PRES 1
EXTERNAL POWER KIT
X41.
L N PE
11
RF LOOP
SCHUTZSCHLEIFE
Z1) OPTION
ZR800Z1 2099.3000.xx
BAUSATZ STECKDOSE EXTERN
#)
Z1)
X57
10
UEBERSTROM
EXT KUEHLUNG
overcurrent
ext.cooling
PE
NICHT BELEGT
not connected
L1 L2 L3 N
STOERUNG
KUEHLUNG 1
fault
cooling 1
230/400V AC
NETZSTECKDOSE
AC supply
connector
230V AC
max. 10A
min.3x1qmm
STOERUNG
KUEHLUNG 2
fault
cooling 2
BETRIEBSERDE
system
ground
STOERUNG
GESTELL ABS
fault
rack abs
2098.0094.xx
STOERUNG
ANLAGEN ABS
fault
system abs
VORSICHERUNG UND ANSCHLUSSQUERSCHNITT
SIEHE SYSTEM-HANDBUCH NV8302E/V
External fuseing and cable cross-sections
see system manual NV8302E/V
RESERVESENDER
standby
xmitter
BETRIEBSSENDER
main
xmitter
2096.3009.xx
L1 L2 L3
X1.
X2.
L1 W.L1
L2 W.L2
L3 W.L3
Q3X
Q2
Q3
I>> I>> I>>
I>> I>> I>>
X20.1
F8
3A 2
F5
3A 2
F1
3A 2
F2
3A 2
F3
3A 2
F4
3A 2
X6
X7
X8
X5
X1
X2
X3
X4
X61
X62.
U1 V1 W1
U1 V1 W1
A2
VH8300A1
UHF AMPLIFIER
UHF AMPLIFIER
UHF-VERSTAERKER
UHF-VERSTAERKER
C1A
8u
3 4 5 6 7
A1
VH8300A1
X1.
XE1.1 2
K1
L2
X31.
W31
W62
X1.
X20.1
W61
F7
3A 2
E1
LUEFTER FAN
2096.2131.xx
L3
X32.
W32
XE2.1 2
K1
C2A
8u
L3
X33.
K2
L3
#)
E2
LUEFTER FAN
2096.2131.xx
L3
X36.
#)
3 4 5 6 7
K3
#)
OPTION
STEUERBEFEHL FUER
EXTERNE KUEHLUNG EIN
control command for
OPTION
external cooling on STEUERBEFEHL FUER
KUNSTANTENNE EIN
control command for
dummy load on
OPTION
NETZANSCHLUSS FUER
EXTERNEN ABS - LUEFTER
AC supply for
external ABS cooling
L1
X35.
1 2
W35
X45.
1 2
L1
L1
L1
X34.1
W60
X52.52
53
54
55 71 81
Vout +
Vout +
W62C
GND
Vout Vout -
NETZTEIL
POWER SUPPLY
1081.0254.00
63 73 83
A200
NETCCU 800
10
11
A100A
EXCITER A
12
PE
A35
VERTEILER-N-NETZ
Interface Power N Distribution
X.PE
Z2) OPTION
ZR800Z2 2099.3100.xx
BAUSATZ STECKDOSE INTERN
V) OPTION
ZR800V1 2099.1507.xx
VORSTUFEN SATZ SX800
EXCITER B
EXCITER STANDBY INSTALL KIT
PE
L N PE L N PE
Z2)
X55Z
NV8302X
14
Datum:
Date:
08/07/18
NETZ-STROMLAUF
GUELTIG FUER VAR: SIEHE SCHALTTEILLISTE
VALIED FOR MODELS: SEE PARTS LIST
Benennung / Designat.:
ROHDE&SCHWARZ NV8302X
NV8302X
13
W155Z
NETZANSCHLUSS FUER ZUSATZGERAETE
AC supply for additional units
A100B
HIERZU SIEHE AUCH: 2098.5009.01 SA (ZR800C1)
see also: 2099.1007.01 SA (ZR800T1)
2099.1507.01 SA (ZR800V1)
2095.1502.01 SA (SX800)
2095.8007.01 SA (NETCCU)
INTERN POWER POINT KIT
65 75 85
V) W62B
W62A
64 74 84
#) INSTALLATION VOM KUNDEN
#) installed by customer
X.N3
X.N2
L1
+12V
A 36
X.N1
2096.3550.xx
X52.62 72 82
W4
W45
ACL ACN
X20.1
F6
3A 2
GND
+12V
X10.25
Q2X
X10.18
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
W3PH
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
15
7TSK
CIRCUIT DIAGRAM
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
2+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
2098.0059.01 S
16
17
Q1
W3
W2
W1
L1 L2 L3
W.PE
13
X20.1-3
W4
W1PH
23
W.N3 Z5)
F1
L N PE
11
+12V
K1 1 K2 1
K3 1
NC
NC
21 22 23 24 18 25
14 15 16 17
12
GND
GND
GND
GND
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
CL_DL_ON_OFF
LOOP+_RESERVE
COOLING_ON_OFF
LOOP-_COM
10
LOOP+_MAIN
13 19 20
FAULT2_ABS
FAULT1_ABS
FAULT2_CL
FAULT1_CL
WARNING_CL
0V
PRES 2
PRES 1
+ 5V
OVERCUR_EXT_CL
NICHT BELEGT
NC
X44.
+ 12V
GND
+ 5V
X43.
GND
PRES 2
+ 5V
X42.
X10
GND GND GND GND
X45.2
A31
NETZVERTEILUNG MITTELLEISTUNG
Main distribution MP
X43B
X45.1
X.PE2
LINK
17
GESTELLSTEUERUNG / Rack controller
OPTION
LUFTMAENGEN-MESSUNG
air quantity measurement
+12V
24
LINK
16
+12V
X.PE1
LINK
15
+12V
LINK
X41.
#)
Z1)
X57
LINK
14
+12V
T1 T2 T3
Z5)
Q1.1 14
EXTERNAL POWER KIT
13
GND
#)
12
PRES 1
#)
11
UEBERSTROM
EXT KUEHLUNG
overcurrent
ext.cooling
PE
10
NICHT BELEGT
not connected
L1 L2 L3 N
RF LOOP
SCHUTZSCHLEIFE
Z1) OPTION
ZR800Z1 2099.3000.xx
BAUSATZ STECKDOSE EXTERN
NETZSTECKDOSE
AC supply
connector
230V AC
max. 10A
min.3x1qmm
UPGRADE KIT EXTERNAL UPS
STOERUNG
KUEHLUNG 1
fault
cooling 1
230/400V AC
STOERUNG
KUEHLUNG 2
fault
cooling 2
BETRIEBSERDE
system
ground
Z5) OPTION
ZR800Z5 2099.3400.xx
BAUSATZ EXTERNE USV
STOERUNG
GESTELL ABS
fault
rack abs
2098.0094.xx
ACHTUNG !/ CAUTION !
NETZVERSORGUNG VON EXTERNER USV
POWER SUPPLY FROM EXTERNAL UPS
230 AC max. 5A
N PE
STOERUNG
ANLAGEN ABS
fault
system abs
VORSICHERUNG UND ANSCHLUSSQUERSCHNITT
SIEHE SYSTEM-HANDBUCH NV8302E/V
External fuseing and cable cross-sections
see system manual NV8302E/V
RESERVESENDER
standby
xmitter
BETRIEBSSENDER
main
xmitter
2096.3009.xx
L1 L2 L3
X2.
X1.
L2 W.L2
L3 W.L3
Q3X
Q2X
Q3
I>> I>> I>>
F7
3A 2
F8
3A 2
F5
3A 2
F1
3A 2
F2
3A 2
F3
3A 2
F4
3A 2
X6
X7
X8
X5
X1
X2
X3
X4
X61
X1.
X62.
C1A
8u
X1.
U1 V1 W1
XE1.1 2
U1 V1 W1
3 4 5 6 7
A1
VH8300A1
UHF-VERSTAERKER
UHF AMPLIFIER
A2
VH8300A1
UHF-VERSTAERKER
E1
UHF AMPLIFIER
LUEFTER FAN
2096.2131.xx
K1
L2
X31.
W31
W62
K1
X20.1
W61
F6
3A 2
L3
X32.
W32
C2A
8u
XE2.1 2
L3
X33.
K2
#)
E2
LUEFTER FAN
2096.2131.xx
L3
L3
X36.
#)
3 4 5 6 7
K3
#)
OPTION
STEUERBEFEHL FUER
EXTERNE KUEHLUNG EIN
control command for
OPTION
external cooling on STEUERBEFEHL FUER
KUNSTANTENNE EIN
control command for
dummy load on
OPTION
NETZANSCHLUSS FUER
EXTERNEN ABS - LUEFTER
AC supply for
external ABS cooling
L N3
X35.
1 2
W35
W45
ACL ACN
W62C
GND
Vout Vout -
A 36
W60
X52.52
Vout +
Vout +
POWER SUPPLY
1081.0254.00
X34.1
+12V
NETZTEIL
10
X.N3
A35
VERTEILER-N-NETZ
Interface Power N Distribution
X.PE
N3
54
63 73 83
A200
NETCCU 800
11
A100A
EXCITER A
12
Z2) OPTION
ZR800Z2 2099.3100.xx
BAUSATZ STECKDOSE INTERN
V)
V) OPTION
ZR800V1 2099.1507.xx
VORSTUFEN SATZ SX800
EXCITER B
13
EXCITER STANDBY INSTALL KIT
W155Z
NETZANSCHLUSS FUER ZUSATZGERAETE
AC supply for additional units
A100B
HIERZU SIEHE AUCH: 2098.5009.01 SA (ZR800C1)
see also: 2099.1007.01 SA (ZR800T1)
2099.1507.01 SA (ZR800V1)
2095.1502.01 SA (SX800)
2095.8007.01 SA (NETCCU)
INTERN POWER POINT KIT
65 75 85
64 74 84
PE
55 71 81
V) W62B
W62A
53
L N3
#) INSTALLATION VOM KUNDEN
#) installed by customer
X.N2
X20.1
2096.3550.xx
X52.62 72 82
X.N1
X45.
1 2
W4
I>> I>> I>>
X20.1
Z5)
W.N3
GND
Q2
+12V
X10.25
X10.18
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
W3PH
PE
L N PE L N PE
Z2)
X55Z
DARSTELLUNG MIT NETZVERSORGUNG
VON EXTERNER USV
DESCRIPTION FOR POWER SUPPLY FROM EXTERNAL UPS
ROHDE&SCHWARZ NV8302X
NV8302X
14
Datum:
Date:
CIRCUIT DIAGRAM
VALIED FOR MODELS: SEE PARTS LIST
Benennung / Designat.:
NV8302X
NETZ-STROMLAUF
GUELTIG FUER VAR: SIEHE SCHALTTEILLISTE
08/07/18
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
15
7TSK
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
3+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
2098.0059.01 S
16
17
1
10
11
12
X9
.1
X2
.1
.9
.9
.1
W59
X10 .9
.8
.1
X53A
.1
CAN BUS
ABSCHLUSSWIDERST.
W56A
X3 .8
.1
TERMINATING RESISTOR
2097.5628.00
ETHERNET A
.8
*) RS232
W47
.9
ETHERNET
X7
X5
W48
.1
.1
.1
.8
A200
.1
TX CONTROL
.9
W55
.1
W55
ETHERNET B
X12 .25
.1 X11 .15
X12
BLINDSTECKER
X4
.1
V) W70
V) W56B
X6
X10
.1
.9
.1
.1
X2 .8
2095.3257xx
.15
EXCITER RF SWITCH
PARALLEL REMOTE INTERFACE
3562.4210.xx
A50
.1
EXTERNE PUMPE
2099.1507.01
TERMINATING RESISTOR
2097.5605.00
W53D
.15
CAN 3
NICHT BELEGT
NOT CONNECTED
HF-MESSSTELLEN
RF PROBES
NICHT BELEGT
NOT CONNECTED
X9
.1
.9
X6
W52
2096.3550.xx
2095.1502.xx
X43 .1 .2
W51B
S.E2
DRUCKDOSE
PRESSURE BOX
2077.3936.xx
.3 .4
X41. 1 2
3 4
X42. 1 2
3 4
W45
Bruecke / Link
.1 W51B
.3
Bruecke / Link
ABSORBER
SCHUTZSCHLEIFE
RF LOOP
UEBERSTROM
EXTERNE KUEHLUNG
OVER CURRENT
EXTERNAL COOLING
PRESSURE BOX
2077.3936.xx
.1 W51A
.3
HIERZU SIEHE AUCH:
see also:
2098.5009.01 SA (ZR800C1)
2099.1007.01 SA (ZR800T1)
2099.1507.01 SA (ZR800V1)
2095.1502.01 SA (SX800)
2095.8007.01 SA (NETCCU)
.1 X.Vout .4
Bruecke / Link
A36
NETZTEIL
POWER SUPPLY
1081.0254.00
see sheet 2,3
S.E1
DRUCKDOSE
.1 X45 .4
X44. 1 2
W51A
siehe Blatt 2,3
X10 .25
.1
.9
TV EXCITER
X8 .25
.1
INTERFACE POWER N DISTRIBUTION
ONLY BY SINGLE EXCITER
X53D
CAN BUS
ABSCHLUSSWIDERST.
EXTERNAL PUMP
TV STEUERSENDER
2095.3305.xx
.15
.1
2095.6004.01
VERTEILER-N-NETZ
E) NUR BEI EINZEL-VORSTUFE
W53D
UHF AMPLIFIER
A35
EXCITER RF SWITCH
FOR ADE
EXCITER STANDBY INSTALL KIT
A2 VH8300A1
UHF-VERSTAERKER
2096.4505.xx
V) A100B
SX800
VORST.SCHALTER
FUER ADE
V) ZR800V1
VORSTUFEN SATZ SX800
.1
.1
.1 X4 .15
TON VERSTAERKER
.9
GESTELLSTEUERUNG
.1
.1
X5
F) ZR800F1
PARALLELE-FERNSCHNITT-STELLE
X11
CAN 2
ETHERNET
V) A15
VORST.SCHALTER
2095.6004.01
.15
2097.5611.00
SOUND AMPLIFIER
CAN 1
.15
TERMINATING RESISTOR
W50
.9
X53B
CAN BUS
ABSCHLUSSWIDERST.
V) W54B
2097.5657.00
*) OPTION
.20
W58AB
.1 X7 .9
.1 E) X54B .9
.1 X7 .9
.8
DUMMY PLUG
2094.0260.xx
UHF AMPLIFIER
RACK CONTROLLER
2095.8007.xx
.1
ASI DISTRIBUTOR
.9
.9
.9
2010.0006.xx
W50
W53D
.1
.9
VITIATED AIR SENSOR
.9
.1 X11B .9
W50
.1
A60B
ASI VERTEILER
W58B
W54A
.9
W55
X6
.1
NETCCU 800
X6
X100A
ETHERNET
REMOTE
X232
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
.1
B2
ABLUFT SENSOR
ETHERNET
A1 VH8300A1
UHF-VERSTAERKER
.20
X3
2096.6308.xx
.9
DACH
TOP
2094.0260.xx
X2
RF REFLECTED ANT.
W59
X2
W57
2095.1502.xx
X2
GD800Z2 .1
P14B
HF-RUECKLAUF ANT.
X5
3562.3707.xx
ASI DISTRIBUTOR
.9
W50
X11
TV STEUERSENDER
X53A
REMOTE INTERFACE
2010.0006.xx
W58A
TV EXCITER
X1
F)
ZR800F1 .1
A57
FERNSCHNITTSTELLE
INCOMING AIR SENSOR
.1
A60A
ASI VERTEILER
X53D
.9
X11 .9
.1
A100A
SX800
.1
X2
2096.6308.xx
TERMINATING RESISTOR
W59
B1
ZULUFT SENSOR
X2
2097.5628.00
RF FORWARD ANTENNA
.1
X1
GD800Z2
P14A
HF-VORLAUF ANT.
X1
X53A
CAN BUS
ABSCHLUSSWIDERST.
X11
.1
W53D
ROHDE&SCHWARZ NV8302X
NV8302X
NV8302X
Datum:
Date:
08/07/18
BLOCKSCHALTBILD STEUERLEITUNG
BLOCK DIAGRAM OF SIGNAL
Benennung / Designat.:
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
10
7TSK
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
4+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
11
2098.0059.01 S
12
1
X12
X53A
2097.5657.00
NETCCU 800
CAN_L 2
X12.
SWI1_OS_POS_II 15
GND 16
BRUECKE
SWI1_OS_PL 24
GND 25
BRUECKE
X41
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
RF LOOP
BETRIEBSSENDER
MAIN XMITTER
BRUECKE
LINK
NC
R35B
TX
TX
RX
RX
NC
CAN_L 6
VERTEILER-N-NETZ
X42.
ABSORBER STOERUNG
FAULT ABSORBER
FAULT2_ABS 1
GND_0V 2
ANLAGE
SYSTEM
CAN_H 14
15
gn
ge
+12V
+12V
GND
GND
4055.6458.00
ETHERNET REMOTE
ASI VERTEILER A
ASI DISTRIBUTOR A
X11B.
#)
#)
#)
#)
#)Bruecke auf GS
X100A.
X5.
RACK CONTROLL UNIT
1 TX +
2 TX 3 RX +
6 RX -
#) Link on PCB
A60A
X2.
RACK
NC
X54B
W53D
2097.5592.00
REDUCED_REF_B
INTERFACE POWER DISTRIB.
A35
X44.
OVERCURRENT 1
_EXT_CL
GND_0V 2
BRUECKE
LINK
UEBERSTROM
EXT. KUEHLUNG
GND
A35
X10.
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
W51AB
2097.5463.00
10
11
12
13
14
15
VERTEILER-NETZ
BRUECKE
INTERF: POWER DISTRIB.
LINK
A50
X3.
A35
X43. W51B
FAULT2_CL 1
GND_0V 2
WARNING_CL 6
GND_0V 7
W51A
DRUCKDOSE
PRESSURE BOX
S.E2
S.E1
N.C.
N.C.
OVERCU_EXT_CL
WARNING_CL
FAULT1_CL
FAULT2_CL
FAULT1_ABS
FAULT2_ABS
LOOP+_MAIN
LOOP_COM
LOOP+_RESERVE
GND_0V
COOLING_ON_OFF
CL_DL_ON_OFF
+5V
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
SENSE+
PRES1
PERES2
GND
GND
GND
GND
SENSE-
13
W55
RACK CONTROLL UNIT
10
11
12
13
14
15
10
11
12
13
14
15
10
11
12
13
14
15
10
11
12
13
14
15
X6.
X6.
W54B
+12V_RC
N.C.
GND
LOOP-_EXC_A
REDUCED_REF_A
GND
N.C.
LOOP+_EXC_A
+12V_RC
A200
X7.
2097.5405.00
GESTELLSTEUERUNG
SX800B
EXCITER B
RACK CONTROLL UNIT
A100B
A50
X7.
X6.
+12V_RC
N.C.
GND
LOOP-_EXC_B
REDUCED_REF_B
GND
N.C.
LOOP+_EXC_B
+12V_RC
TX
TX
RX
RX
W56B
A100B
X2.
RX
RX
TX
TX
2097.5428.00
A50
X10.
W58B
W59
/SWI_EXC_POS1_A
GND
/SWI_EXC_SELECT2_B
/SWI_EXC_POS2_B
/SWI_EXC_SELECT3_B
/SWI_EXC_POS3_B
GND
/SWI_EXC_SELECT1_B
/SWI_EXC_POS1_B
/SWI_EXC_SELECT2_A
/SWI_EXC_POS2_A
/SWI_EXC_SELECT3_A
/SWI_EXC_POS3_A
+12V_SWI_EXC
NETCCU 800
A200
X10.
B1.ZU
B2.AB
2097.5457.00
HF-VORLAUF ANT.
RF FORWARD ANTENNA
P14A
X1.
HF-RUECKLAUF ANT.
RF REFLECTED ANTENNA
GND
PEAK/AV1
+12V
N.C.
N.C.
RF_PROBE1
ADJUST1
N.C.
N.C.
P14B
X1.
N.C.
N.C.
+12V
PEAK/AV2
GND
N.C.
N.C.
ADJUST2
RF_PROBE2
STROMLAUF DER STEUER-KABEL
CIRCUIT DIAGRAM FROM THE SIGNAL CABLE
ROHDE&SCHWARZ NV8302X
NV8302X
13
10
11
12
13
14
15
Benennung / Designat.:
12
A15
X5.
TEMPERATURE MONITOR
*) OPTION
11
EXCITER RF SWITCH
TEMPERATURFUEHLER
W58A
TV EXITER B
A200
X4.
TX
TX
RX
RX
N.C.
CAN-L
CAN_GND
N.C.
N.C.
GND
CAN-H
N.C.
CAN_V+
VORSTUFEN-SCHALTER
RACK CONTROLL UNIT
SX800 B
ETHERNET B
17
2097.5370.00
10
11
12
13
14
15
X9.
GESTELLSTEUERUNG
1139.2247.00
NETCCU 800
TX
TX
RX
RX
GND
DGND
AGND
/AMPL_ERR
RESET
AMPL_ON
VREF_PWR
PEAK_AV
PWR_OUT
CAN_GND
CAN_L
CAN_H
CAN_V+
/AC_OK
NC
SX800 A
A200
X11.
A200
W58AB
A100A
X2.
NETCCU 800
TV EXITER A
A200
X3.
NETCCU 800
X1.
+12V_RED
CAN1_L
CAN_GND
+12V_RED
CAN_SHLD
GND
CAN1_H
+12V_ASI
CAN_V+
0041.9283.00
ETHERNET A
W70
A57
A50
X2.
NETCCU 800
X53D.
10
X53A.
16
*)
3562.3765.00
REMOTE INTERFACE
GESTELLSTEUERUNG
CAN BUS ABSCHL. RACK
CONTROLL UNIT
CAN BUS TERMINATING
W56A
CAN-Bus
10
11
12
13
14
15
W57
2097.5411.00
NETCCU 800
A50
A100A
15
FERNSCHNITTSTELLE
UHF AMPLIFIER
10
11
12
13
14
15
14
GESTELLSTEUERUNG
SX800A
UHF-VERSTAERKER
A3
A2
A5
A6
A1
A4
X11. X11. X11. X11. X11. X11.
10
11
12
13
14
15
12
2097.5392.00
EXCITER A
2097.5357.00
RACK CONTROLL UNIT
OVERCURRENT
EXT. COOLING
INTERFACE POWER DISTRIBUTION
GESTELLSTEUERUNG
FAULT1_CL 3
20
120 OHM
A50 X7.
VERTEILER-N-NETZ
+12V
+12V
R35D
RACK CONTROLL UNIT
2097.5634.44
ASI 3
ASI 4
TERMINATING RESISTOR
GESTELLSTEUERUNG
X44
W54A
VERTEILER-NETZ
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
20
LINK
GESTELL
A50
X8.
A60B
X2.
1 ASI 1
2 ASI 2
5 +12V
6 +12V
7 ASI 3
8 ASI 4
10
11 +12V
12 +12V
13
BRUECKE
FAULT1_ABS 3
GND_0V 4
RACK CONTROLL UNIT
ASI VERTEILER B
ASI DISTRIBUTOR B
11
2097.5363.00
GESTELLSTEUERUNG
CAN-BUS
ABSCHLUSS-WIDERSTAND
NC
10
W52
*) 2097.5386.00
GESTELLSTEUERUNG
A50
X11.
2097.5605.00
X53D.
2097.5634.42
A36
X.P2
bn
A200
TERMINATING RESISTOR
X53D
ETHERNET
120 OHM
CAN_H 14
15
POWER SUPPLY
NETCCU 800
STANDBY XMITTER
INTERFACE POWER DISTRIB.
CAN_L 6
CAN-BUS
ABSCHLUSS-WIDERSTAND
W50
NETZTEIL
ws
W48
2097.5611.00
RESERVESENDER
A35
N.C.
N.C.
+12V
GND
NC
X53B.
SCHUTZSCHLEIFE
X41.
X42
A35
X45.
120 OHM
2096.3444.00
INTERFACE POWER N DISTRIB.
TERMINATING RESISTOR
X53B
VERTEILER-N-NETZ
LINK
VERTEILER-N-NETZ
LOOP-_RESER.3
LOOP_COM
NC
W45
R35A
CAN_H 7
2097.5634.41
LOOP+_MAIN 1
LOOP_COM
CAN-BUS
ABSCHLUSS-WIDERSTAND
LINK
INTERFACE POWER DISTRIB.
A35
2097.5628.00
X53A.
TX CONTROL
A200
NV8302X
14
Datum:
Date:
08/07/18
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
15
7TSK
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
5+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
2098.0059.01 S
16
17
1
X33
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
INTERFACE POWER DISTRIB.
A35
X31.
L2 1
N 2
PE 3
230V AC
X36.
A35
X32.
L3 1
N 2
PE 3
*) LINK AT PLUG
INTERFACE POWER DISTRIB.
A35
X34.
X.E1
2 L2
4 N
7 PE
C1A 8
L1
L1
L1
L1
PE
E2 FAN CONNECTION
bl/2
gnge
2 L3
4 N
7 PE
C2A 8
NETZVERTEILUNG
POWER DISTRIBUTION
A31
Q2-Q7.
X20.1-3
E1 FAN CONNECTION
bl
L2 2
N 4
PE 7
E2
W35
FAN
*)
o)
E1
2096.3450.00
VERTEILER-NETZ
A35
X35.
sw
*)
bn
L1 1
N 2
PE 3
gnge
A200
NETCCU
bn/1
bl/2
gnge
W155Z
1 L1
2 N.C.
3 N
PE
A100B
W62B
SX800 B
2096.2131.01
E2 LUEFTERANSCHLUSS
SX800 B
TV EXCITER B
AC VERTEILUNG
ZUSATZGERAETE
A100B
X1.
AC POWER DISTRIBUTION
ADDITIONAL UNITS
X52.
bn/1
64
74
84
L1
PE
bl/2
gnge
2097.5086.00
AC VERSORGUNG VERSTAERKER
AC POWER SUPPLY AMPLIFIER
A1-A6
X1.
sw/1
W62C
1 L1
3 L2
4 L3
PE
bl/2
bn/3
gnge
2097.4921.00
NETCCU 800
AC VERTEILUNG
A200
X1.
AC POWER DISTRIBUTION
X52.
bn/1
62
72
82
L1
PE
bl/2
gnge
2097.5028.00
NETZANSCHLUSS FUER
ZUSATZGERAETE
AC VERTEILUNG
65
75
85
2097.4944.00
BIS / TO
AC POWER DISTRIBUTION
X52.
gnge
SX800 A
POWER SUPPLY
A36
X.P1
L1
PE
bl/2
A100A
NETZTEIL
INTERFACE POWER DISTRIB.
A100A
X1.
bn/1
63
73
83
2097.5034.00
W61-W66
E1 LUEFTERANSCHLUSS
LUEFTER
X52.
X.E2
bn/1
SX800 A
TV EXCITER A
AC POWER DISTRIBUTION
AC VERTEILUNG
2097.4938.00
AC VERTEILUNG
AC POWER DISTRIBUTION
62
72
82
63
73
83
64
74
84
65
75
85
E2 LUEFTERANSCHLUSS
2096.2131.01
X.E1
52
53
54
55
71
81
X52.
W62A
2097.4950.00
2096.3438.00
INTERFACE POWER DISTRIB.
*) BRUECKE AM STECKER
E1
gnge
VERTEILER-NETZ
E1 FAN CONNECTION
bl/2
VERTEILER-NETZ
NETZANSCHLUSS
L3 1
EXT.ABS LUEFTER N 2
AC SUPPLY FOR
PE 3
EXT. ABS COOLING
W60
E1 LUEFTERANSCHLUSS
bn/1
W32
2097.5634.36
2096.3421.00
VERTEILER-NETZ
230V AC
STEUERBEFEHL
L3 1
KUNSTANTENNE EIN N 2
CONTROL COMMAND
PE 3
DUMMY LOAD ON
X36
W31
2097.5634.33
X33.
L3 1
STEUERBEFEHL
EXT.KUEHLUNG EIN N 2
CONTROL COMMAND
PE 3
EXT.COOLING ON
AC SUPPLY FOR
ADDITIONAL UNITS
bn/1
L1
PE
bl/2
gnge
E2 FAN CONNECTION
X.E2
L2 2
N 4
PE 7
LUEFTER
bl
FAN
*)
o)
E2
STROMLAUF DER NETZ-KABEL
sw
CIRCUIT DIAGRAM FROM THE POWER CABLE
*)
bn
Spr.:/Lang.: Aei:/C.I.:
Benennung / Designat.:
ROHDE&SCHWARZ NV8302X
NV8302X
gnge
NV8302X
Datum:
Date:
08/07/18
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
7TSK
de
02.00
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
Blatt:/Sh.:
6-
2098.0059.01 S
el.Kennz
Part
Benennung / Hinweise
Designation
Sachnummer
Stock No.
Hersteller
Manufacturer
Bestellbezeichnung
Designation
enthalten in
contained in
ACHTUNG EGB /ATTENTION ESD
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
*VARIANTENERKLAERUNG
*EXPLANATION OF MODELS
VAR04=NV8302E DTV-SENDER MIT
EINZEL-VORSTUFE
PROGNOSESENDER
MOD04=NV8302E DTVTRANSMITTER WITH SINGLE
EXCITER
VAR24=NV8302V DTV-SENDER MIT
VORSTUFE-RESERVE OHNE ADE
PROGNOSESENDER
MOD24=NV8302V DTV
TRANSMITTER WITH DUAL DRIVE
WITHOUT ADE
VAR50=NV8302X DTV-SENDER
+++GRUNDSENDER+++
MOD50=NV8302X DTVTRANSMITTER ++BASIC
TRANSMITTER++
A1 - A2
GG VH8300A1 UHF-VERSTAER. 3Phasig
VH8300A1 UHF-AMPLIFIER
VAR 04 24
2095.6004.02
2098.0059.01
A20
GS ZR800T1 EINBAUS. SX800
ZR800T1 INSTAL. KIT
VAR 04 24
DTV - Ausfuehrung
2099.1007.03
2098.0059.01
A21
GS ZR800C1 LEISTUNGSSATZ
ZR800C1 POWER KIT
VAR 04 24
Leistungssatz fuer 2 Verstaerker
2098.5009.42
2098.0059.01
A23
GS ZR800V1 VORST.SA SX800
ZR800V1 EXC.INST. KIT
VAR 24
Vorstufensatz - DTV ohne ADE
2099.1507.04
2098.0059.01
A200
GG NETCCU 800 CONTROL UNIT
NETCCU 800 CONTROL UNIT
VAR 04 24
2095.8007.02
2098.0059.01
A100A
GG SX800 TV EXCITER DTV UND
ADE INT RF
SX800 TV EXCITER
VAR 04 24
2095.1502.71
2098.0059.01
A100B
GG SX800 TV EXCITER DTV UND
ADE INT RF
SX800 TV EXCITER
VAR 24
2095.1502.71
2098.0059.01
Benennung/Designation
NV8302X DTV-SENDER
NV8302X DTV XMTR
NV8302X
Datum/
Date
2008-01-17
Abt. /
Dept.
Sprach./Lang
Ä.I. / C.I
de en
01.00
Blatt/Sheet
1 of 1
Dokument Nr. / Document No.
7TSK
Name /
Name
Ro
2098.0059.01 SA
ROHDE & SCHWARZ
A100A
#) A100B
2000
A200
A1
A2
Tiefe: 800
Depth: 800
600
Variantenerklärung siehe Schaltteilliste
#) OPTION
01.00
Valid for model see parts list
01.08
RO
7TSK
Tag
Bearb.
01.08
Name
RO
Gepr.
Norm
S\DESI-DAT\NV8300\NV8302x
ÄnderungsMitteilung
NV8302x
DTV-Sender Bd.IV/V
DTV-TANSMITTER BD.IV/V
Name
zu Gerät
Blatt-Nr.
2098.0059.01
ROHDE & SCHWARZ
Tag
Zeichn.-Nr.
Änd.
Zust.
Benennung
NV8302x
reg. i. V.
2098.0059 V
erste Z.
0000.0000.00
v.
Bl.
Broadcasting Division
Drawings and Diagrams
NV8303E/V
2098.0107.01
Printed in Germany
2098.0188.72
-3-
E-1
E
X121A
TS2 input
260mVpp...2Vpp 75
TS3 input
260mVpp...2Vpp 75
W21A
X20
X122A
W22A
X21
X123A
W23A
X25
X124A
TS 1/2 monitoring
800mVpp -+30% 75
X131A
TS 3/4 monitoring
800mVpp -+30% 75
X132A
1PPS EXTERNAL input
50
X141A
1PPS monitoring
75
X142A
10 MHz REF input
-5...20dBm 50
X143A
W24A
X26
11
12
13
14
15
16
RF OUTPUT
3-FACH-SPLITTER
A41
BV833H1
2096.4234.xx
3 TO 1 COUPLER
A40
A100A
SX800 TV EXCITER
2095.1502.xx
1 TO 3 SPLITTER
X60
2096.4157.xx
W300
W32A
W41A
A1 VH8300A1
UHF-VERSTAERKER
X23
X24
W42A
X67
1.RF DEMOD IN
X68
W43A
X.A1
E)
V) W300A1
E)
X1
V)R15A
X4
W307A
X10
RF SWITCH IN POSITION 2
W300
X2
X.E
X.A2
W307B
X10
TERMINATION
X1
W1
X1
Messausgang
measuring output
X11
X2
W2
X2
X12
2096.3909.xx
BLATT 5: STROMLAUF STEUERKABEL
sheet 5: circuit diagram signal cable
+)AUSKOPPELDAEMPFUNG P14
SIEHE SYSTEM-HANDBUCH
BLATT 6: STROMLAUF NETZKABEL
sheet 6: circuit diagram power cable
COUPLING ATTENUATION P14
SEE ALSO SYSTEM MANUAL
TS2 input
260mVpp...2Vpp 75
X122B
TS3 input
260mVpp...2Vpp 75
X123B
TS4 input
260mVpp...2Vpp 75
X124B
TS 1/2 monitoring
800mVpp -+30% 75
X131B
V) W31B
X22
TS 3/4 monitoring
800mVpp -+30% 75
X132B
V) W32B
X27
1PPS EXTERNAL input
50
X141B
V) W21B
X20
V) W22B
X21
V) W23B
X25
V) W24B
X26
V) W41B
X.A3
W307C
X10
UHF AMPLIFIER
X.A
2096.6508.01
OBERWELLENFILTER
X3
HARMONICS
FILTER
X.E3
V) W42B
X24
2.RF DEMOD IN
V) W43B
ak= dB
P14D
P14C
FILTER
DIRECTIONAL COUPLER
W2ADE
E)
X67
E)
W3ADE
E) V)
X68
E)
W4ADE
E) V)
RF OUTPUT
OR INSTALLED BY CUSTOMER
V) W300B1
E)
HF-AUSGANG
O) OPTION
ODER INSTALLATION VOM KUNDEN
2096.7204.xx
W1ADE
MESSRICHTKOPPLER
E) OPTION
ADE AUTOMAT. ENTZERRUNG
ADE SYSTEM KIT
SX800Z1
2099.4006.01
V) OPTION
VORSTUFEN SATZ SX800
ZR800V1
2099.1507.01
EXCITER STANDBY INSTALL KIT
E) V)
HIERZU SIEHE AUCH: 2098.5009.01 SA (ZR800C1)
see also: 2099.1007.01 SA (ZR800T1)
2099.1507.01 SA (ZR800V1)
2095.1502.01 SA (SX800)
2095.8007.01 SA (NETCCU)
E) V)
HF-BLOCKSCHALTBILD
GUELTIG FUER VAR: SIEHE SCHALTTEILLISTE
VALIED FOR MODELS: SEE PARTS LIST
BLOCK DIAGRAM OF RF SIGNAL
Benennung / Designat.:
ROHDE&SCHWARZ NV8303X
NV8303X
BLITZSCHUTZ
E)
P14 GD800
X64
O)
XMTR
RF OUTPUT
ak=+)dB
ak=+)dB
E)
X23
1.RF DEMOD IN
HF-SENDER
AUFGANG
P14B
P14A
ak= dB
X2
V)W300B1
X60
RF OUTPUT
X3
O) MESSRICHTKOPPLER
DIRECTIONAL COUPLER
A45
X.E2
A3 VH8300A1
UHF-VERSTAERKER
X3
V) A100B
SX800 TV EXCITER
2095.1502.xx
X.E1
UHF AMPLIFIER
P24
DACH
TOP
X3
X2
V)W304
V)A15
HF-SCHALTER
UHF AMPLIFIER
A2 VH8300A1
UHF-VERSTAERKER
HF-SCHALTER IN POS:2
X64
X121B
10 MHz REF input
-5...20dBm 50
BLATT 4: BLOCKSCHALTBILD STEUERLEITUNG
sheet 4: block diagram of signal
ABSORBERBLOCK
X2
2095.3257.xx
X143B
X27
RF SWITCH
1PPS monitoring
75
A42
3-FACH-KOPPLER
V) W300A1
2.RF DEMOD IN
X142B
17
BLATT 3: NETZ-STROMLAUF MIT USV
sheet 3: circuit diagram with UPS
X22
W31A
TS1 input
260mVpp...2Vpp 75
10
BLATT 2: NETZ-STROMLAUF
sheet 2: circuit diagram
V) EXCITER B
BLATT 1: HF-BLOCKSCHALTBILD
sheet 1: block diagram of rf signal
50 OHM
50 OHM
ak= 60 dB
50 OHM
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
DACH
TOP
TS1 input
260mVpp...2Vpp 75
TS4 input
260mVpp...2Vpp 75
ak= 60 dB
EXCITER A
OPTION
10
11
12
13
NV8303X
14
Datum:
Date:
08/07/18
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
15
7TSK
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
1+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
2098.0107.01 S
16
17
Q1
W3
W2
W1
L1 L2 L3
17
K3 1
NC
NC
GND
GND GND GND GND
X45.2
K1 1 K2 1
21 22 23 24 18 25
14 15 16 17
12
X45.1
11
GND
GND
GND
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
CL_DL_ON_OFF
COOLING_ON_OFF
+12V
A31
NETZVERTEILUNG MITTELLEISTUNG
Main distribution MP
X20.1-3
16
+12V
F1
L N PE
10
13 19 20
LOOP+_RESERVE
LOOP-_COM
LOOP+_MAIN
FAULT2_ABS
FAULT1_ABS
FAULT2_CL
0V
PRES 2
PRES 1
FAULT1_CL
WARNING_CL
X44.
X10
OVERCUR_EXT_CL
NICHT BELEGT
NC
+ 12V
X43.
GND
+ 5V
GND
X42.
PRES 2
X43B
+ 5V
LINK
GND
LINK
15
GESTELLSTEUERUNG / Rack controller
PRES 1
LINK
14
OPTION
LUFTMAENGEN-MESSUNG
air quantity measurement
UEBERSTROM
EXT KUEHLUNG
overcurrent
ext.cooling
LINK
X41.
W.PE
W4
LINK
NICHT BELEGT
not connected
EXTERNAL POWER KIT
13
+12V
X.PE1
12
+12V
11
+12V
T1 T2 T3
10
RF LOOP
SCHUTZSCHLEIFE
Z1) OPTION
ZR800Z1 2099.3000.xx
BAUSATZ STECKDOSE EXTERN
#)
Z1)
X57
+ 5V
STOERUNG
KUEHLUNG 1
fault
cooling 1
PE
STOERUNG
KUEHLUNG 2
fault
cooling 2
230/400V AC
L1 L2 L3 N
NETZSTECKDOSE
AC supply
connector
230V AC
max. 10A
min.3x1qmm
BETRIEBSERDE
system
ground
STOERUNG
GESTELL ABS
fault
rack abs
2098.0142.xx
STOERUNG
ANLAGEN ABS
fault
system abs
VORSICHERUNG UND ANSCHLUSSQUERSCHNITT
SIEHE SYSTEM-HANDBUCH NV8303E/V
External fuseing and cable cross-sections
see system manual NV8303E/V
RESERVESENDER
standby
xmitter
BETRIEBSSENDER
main
xmitter
2096.3009.xx
L1 L2 L3
X1.1
X2.
L1 W.L1
L2 W.L2
L3 W.L3
Q4X
Q3X
Q2
I>> I>> I>>
I>> I>> I>>
Q4
Q3
W61
X61
F7
3A 2
F8
3A 2
F5
3A 2
F1
3A 2
F2
3A 2
F3
3A 2
F4
3A 2
X6
X7
X8
X5
X1
X2
X3
X4
X1.
X20.2
X62.
X1.
X63.
U1 V1 W1
U1 V1 W1
U1 V1 W1
A2
VH8300A1
A3
VH8300A1
UHF AMPLIFIER
UHF AMPLIFIER
UHF AMPLIFIER
UHF-VERSTAERKER
UHF-VERSTAERKER
UHF-VERSTAERKER
C1A
8u
3 4 5 6 7
A1
VH8300A1
X1.
XE1.1 2
K1
L2
X31.
W31
W63
W62
E1
LUEFTER FAN
2096.2131.xx
W4
X.N1
L3
X32.
W32
XE2.1 2
K1
C2A
8u
L3
X33.
K2
L3
#)
E2
LUEFTER FAN
2096.2131.xx
L3
X36.
#)
3 4 5 6 7
K3
#)
OPTION
STEUERBEFEHL FUER
EXTERNE KUEHLUNG EIN
control command for
OPTION
external cooling on STEUERBEFEHL FUER
KUNSTANTENNE EIN
control command for
dummy load on
OPTION
NETZANSCHLUSS FUER
EXTERNEN ABS - LUEFTER
AC supply for
external ABS cooling
L1
X35.
1 2
W35
X45.
1 2
W45
ACL ACN
L1
L1
L1
X34.1
W60
X52.52
53
54
55 71 81
Vout +
Vout +
W62C
GND
Vout Vout -
NETZTEIL
POWER SUPPLY
1081.0254.00
10
L1
+12V
A 36
A35
VERTEILER-N-NETZ
Interface Power N Distribution
X.PE
2096.3550.xx
X52.62 72 82
X.N3
X.N2
63 73 83
A200
NETCCU 800
11
A100A
EXCITER A
12
PE
Z2) OPTION
ZR800Z2 2099.3100.xx
BAUSATZ STECKDOSE INTERN
V) OPTION
ZR800V1 2099.1507.xx
VORSTUFEN SATZ SX800
EXCITER B
EXCITER STANDBY INSTALL KIT
PE
L N PE L N PE
Z2)
X55Z
NV8303X
14
Datum:
Date:
08/07/18
NETZ-STROMLAUF
GUELTIG FUER VAR: SIEHE SCHALTTEILLISTE
VALIED FOR MODELS: SEE PARTS LIST
Benennung / Designat.:
ROHDE&SCHWARZ NV8303X
NV8303X
13
W155Z
NETZANSCHLUSS FUER ZUSATZGERAETE
AC supply for additional units
A100B
HIERZU SIEHE AUCH: 2098.5009.01 SA (ZR800C1)
see also: 2099.1007.01 SA (ZR800T1)
2099.1507.01 SA (ZR800V1)
2095.1502.01 SA (SX800)
2095.8007.01 SA (NETCCU)
INTERN POWER POINT KIT
65 75 85
V) W62B
W62A
64 74 84
#) INSTALLATION VOM KUNDEN
#) installed by customer
X20.1
F6
3A 2
X20.1
I>> I>> I>>
X20.1
GND
Q5X
+12V
Q2X
X10.25
X1.
X10.18
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
W3PH
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
15
7TSK
CIRCUIT DIAGRAM
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
2+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
2098.0107.01 S
16
17
Q1
W3
W2
W1
L1 L2 L3
W.PE
13
X20.1-3
W4
23
W1PH
W.N3 Z5)
F1
L N PE
11
+12V
K1 1 K2 1
K3 1
NC
NC
21 22 23 24 18 25
14 15 16 17
12
GND
GND
GND
GND
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
CL_DL_ON_OFF
LOOP+_RESERVE
COOLING_ON_OFF
LOOP-_COM
10
LOOP+_MAIN
13 19 20
FAULT2_ABS
FAULT1_ABS
FAULT2_CL
FAULT1_CL
WARNING_CL
0V
PRES 2
PRES 1
+ 5V
OVERCUR_EXT_CL
NICHT BELEGT
NC
X44.
+ 12V
GND
+ 5V
X43.
GND
PRES 2
+ 5V
X42.
X10
GND GND GND GND
X45.2
A31
NETZVERTEILUNG MITTELLEISTUNG
Main distribution MP
X43B
X45.1
X.PE2
LINK
17
GESTELLSTEUERUNG / Rack controller
OPTION
LUFTMAENGEN-MESSUNG
air quantity measurement
+12V
24
LINK
16
+12V
X.PE1
LINK
15
+12V
LINK
X41.
#)
Z1)
X57
LINK
14
+12V
T1 T2 T3
Z5)
Q1.1 14
EXTERNAL POWER KIT
13
GND
#)
12
PRES 1
#)
11
UEBERSTROM
EXT KUEHLUNG
overcurrent
ext.cooling
PE
10
NICHT BELEGT
not connected
L1 L2 L3 N
RF LOOP
SCHUTZSCHLEIFE
Z1) OPTION
ZR800Z1 2099.3000.xx
BAUSATZ STECKDOSE EXTERN
NETZSTECKDOSE
AC supply
connector
230V AC
max. 10A
min.3x1qmm
UPGRADE KIT EXTERNAL UPS
STOERUNG
KUEHLUNG 1
fault
cooling 1
230/400V AC
STOERUNG
KUEHLUNG 2
fault
cooling 2
BETRIEBSERDE
system
ground
Z5) OPTION
ZR800Z5 2099.3400.xx
BAUSATZ EXTERNE USV
STOERUNG
GESTELL ABS
fault
rack abs
2098.0142.xx
ACHTUNG !/ CAUTION !
NETZVERSORGUNG VON EXTERNER USV
POWER SUPPLY FROM EXTERNAL UPS
230 AC max. 5A
N PE
STOERUNG
ANLAGEN ABS
fault
system abs
VORSICHERUNG UND ANSCHLUSSQUERSCHNITT
SIEHE SYSTEM-HANDBUCH NV8303E/V
External fuseing and cable cross-sections
see system manual NV8303E/V
RESERVESENDER
standby
xmitter
BETRIEBSSENDER
main
xmitter
2096.3009.xx
L1 L2 L3
X2.
X1.1
X1.
L2 W.L2
L3 W.L3
Q2
I>> I>> I>>
Q4
Q3
I>> I>> I>>
I>> I>> I>>
W61
X61
F8
3A 2
F5
3A 2
F1
3A 2
F2
3A 2
F3
3A 2
F4
3A 2
X6
X7
X8
X5
X1
X2
X3
X4
X1.
X62.
X63.
C1A
8u
X1.
X1.
U1 V1 W1
U1 V1 W1
XE1.1 2
U1 V1 W1
3 4 5 6 7
A1
VH8300A1
UHF-VERSTAERKER
UHF AMPLIFIER
A2
VH8300A1
A3
VH8300A1
UHF AMPLIFIER
UHF AMPLIFIER
UHF-VERSTAERKER
UHF-VERSTAERKER
E1
LUEFTER FAN
2096.2131.xx
K1
L2
X31.
W31
W63
W62
X20.2
K1
L3
X32.
W32
C2A
8u
XE2.1 2
L3
X33.
K2
#)
E2
LUEFTER FAN
2096.2131.xx
L3
L3
X36.
#)
3 4 5 6 7
K3
#)
OPTION
STEUERBEFEHL FUER
EXTERNE KUEHLUNG EIN
control command for
OPTION
external cooling on STEUERBEFEHL FUER
KUNSTANTENNE EIN
control command for
dummy load on
OPTION
NETZANSCHLUSS FUER
EXTERNEN ABS - LUEFTER
AC supply for
external ABS cooling
L N3
X35.
1 2
W35
W45
ACL ACN
W62C
GND
Vout Vout -
A 36
W60
X52.52
Vout +
Vout +
POWER SUPPLY
1081.0254.00
X34.1
+12V
NETZTEIL
10
X.N3
A35
VERTEILER-N-NETZ
Interface Power N Distribution
X.PE
N3
54
63 73 83
A200
NETCCU 800
11
A100A
EXCITER A
12
Z2) OPTION
ZR800Z2 2099.3100.xx
BAUSATZ STECKDOSE INTERN
V)
V) OPTION
ZR800V1 2099.1507.xx
VORSTUFEN SATZ SX800
EXCITER B
13
EXCITER STANDBY INSTALL KIT
W155Z
NETZANSCHLUSS FUER ZUSATZGERAETE
AC supply for additional units
A100B
HIERZU SIEHE AUCH: 2098.5009.01 SA (ZR800C1)
see also: 2099.1007.01 SA (ZR800T1)
2099.1507.01 SA (ZR800V1)
2095.1502.01 SA (SX800)
2095.8007.01 SA (NETCCU)
INTERN POWER POINT KIT
65 75 85
64 74 84
PE
55 71 81
V) W62B
W62A
53
L N3
#) INSTALLATION VOM KUNDEN
#) installed by customer
X.N2
X20.1
2096.3550.xx
X52.62 72 82
X.N1
X45.
1 2
W4
F7
3A 2
X20.1
F6
3A 2
X20.1
Z5)
W.N3
GND
+12V
Q5X
Q4X
X10.25
Q3X
Q2X
X10.18
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
W3PH
PE
L N PE L N PE
Z2)
X55Z
DARSTELLUNG MIT NETZVERSORGUNG
VON EXTERNER USV
DESCRIPTION FOR POWER SUPPLY FROM EXTERNAL UPS
ROHDE&SCHWARZ NV8303X
NV8303X
14
Datum:
Date:
CIRCUIT DIAGRAM
VALIED FOR MODELS: SEE PARTS LIST
Benennung / Designat.:
NV8303X
NETZ-STROMLAUF
GUELTIG FUER VAR: SIEHE SCHALTTEILLISTE
08/07/18
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
15
7TSK
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
3+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
2098.0107.01 S
16
17
1
10
11
12
X9
.1
X2
.1
.9
.9
.1
W59
X10 .9
.8
.1
X53A
.1
CAN BUS
ABSCHLUSSWIDERST.
W56A
X3 .8
.1
TERMINATING RESISTOR
2097.5628.00
ETHERNET A
*) RS232
ETHERNET
X7
X5
W48
A200
.8
.8
W47
.9
.9
.1
W55
ETHERNET B
X12 .25
.1 X11 .15
X4
.1
X6
X10
.1
.9
V) W70
V) W56B
.9
.1
.1
X2 .8
A50
.1
EXTERNE PUMPE
CAN 3
NICHT BELEGT
X5
PARALLEL REMOTE INTERFACE
2095.3257xx
.15
3562.4210.xx
2099.1507.01
NOT CONNECTED
X11
A3 VH8300A1
UHF-VERSTAERKER
.1
W53D
UHF AMPLIFIER
2095.6004.01
X53D
CAN BUS
ABSCHLUSSWIDERST.
TERMINATING RESISTOR
2097.5605.00
HF-MESSSTELLEN
RF PROBES
NICHT BELEGT
NOT CONNECTED
X9
.1
.9
X6
X8 .25
.1
W52
X10 .25
.1
.9
2096.3550.xx
2095.1502.xx
X43 .1 .2
W51B
S.E2
DRUCKDOSE
PRESSURE BOX
2077.3936.xx
.3 .4
X41. 1 2
3 4
X42. 1 2
3 4
W45
Bruecke / Link
.1 W51B
.3
Bruecke / Link
ABSORBER
SCHUTZSCHLEIFE
RF LOOP
UEBERSTROM
EXTERNE KUEHLUNG
OVER CURRENT
EXTERNAL COOLING
PRESSURE BOX
2077.3936.xx
.1 W51A
.3
HIERZU SIEHE AUCH:
see also:
2098.5009.01 SA (ZR800C1)
2099.1007.01 SA (ZR800T1)
2099.1507.01 SA (ZR800V1)
2095.1502.01 SA (SX800)
2095.8007.01 SA (NETCCU)
.1 X.Vout .4
Bruecke / Link
A36
NETZTEIL
POWER SUPPLY
1081.0254.00
see sheet 2,3
S.E1
DRUCKDOSE
.1 X45 .4
X44. 1 2
W51A
siehe Blatt 2,3
.1
.15
TV EXCITER
2095.6004.01
INTERFACE POWER N DISTRIBUTION
ONLY BY SINGLE EXCITER
UHF AMPLIFIER
.15
EXTERNAL PUMP
TV STEUERSENDER
2095.3305.xx
A2 VH8300A1
UHF-VERSTAERKER
VERTEILER-N-NETZ
E) NUR BEI EINZEL-VORSTUFE
.1
A35
EXCITER RF SWITCH
FOR ADE
EXCITER STANDBY INSTALL KIT
2095.6004.01
W53D
2096.4505.xx
V) A100B
SX800
VORST.SCHALTER
FUER ADE
V) ZR800V1
VORSTUFEN SATZ SX800
.15
.15
.1
.15
GESTELLSTEUERUNG
.1
.1
V) A15
VORST.SCHALTER
W53D
.1 X4 .15
TON VERSTAERKER
.9
CAN 2
ETHERNET
EXCITER RF SWITCH
X11
V) W54B
2097.5657.00
F) ZR800F1
PARALLELE-FERNSCHNITT-STELLE
2097.5611.00
W50
SOUND AMPLIFIER
CAN 1
UHF AMPLIFIER
TERMINATING RESISTOR
W58AB
.1 X7 .9
.1 E) X54B .9
.1 X7 .9
.8
DUMMY PLUG
*) OPTION
.20
X53B
CAN BUS
ABSCHLUSSWIDERST.
RACK CONTROLLER
2095.8007.xx
X12
BLINDSTECKER
2094.0260.xx
TX CONTROL
.1
ASI DISTRIBUTOR
.9
.9
.9
2010.0006.xx
W50
W53D
.1
.9
VITIATED AIR SENSOR
.9
.1 X11B .9
W50
.1
A60B
ASI VERTEILER
W58B
W54A
W55
.9
W55
X6
.1
NETCCU 800
.1
.1
.1
.1
X6
X100A
ETHERNET
REMOTE
X232
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
.1
B2
ABLUFT SENSOR
ETHERNET
A1 VH8300A1
UHF-VERSTAERKER
.20
X3
2096.6308.xx
.9
DACH
TOP
2094.0260.xx
X2
RF REFLECTED ANT.
W59
X2
W57
2095.1502.xx
X2
GD800Z2 .1
P14B
HF-RUECKLAUF ANT.
X5
3562.3707.xx
ASI DISTRIBUTOR
.9
W50
X11
TV STEUERSENDER
X53A
REMOTE INTERFACE
2010.0006.xx
W58A
TV EXCITER
X1
F)
ZR800F1 .1
A57
FERNSCHNITTSTELLE
INCOMING AIR SENSOR
.1
A60A
ASI VERTEILER
X53D
.9
X11 .9
.1
A100A
SX800
.1
X2
2096.6308.xx
TERMINATING RESISTOR
W59
B1
ZULUFT SENSOR
X2
2097.5628.00
RF FORWARD ANTENNA
.1
X1
GD800Z2
P14A
HF-VORLAUF ANT.
X1
X53A
CAN BUS
ABSCHLUSSWIDERST.
X11
.1
W53D
ROHDE&SCHWARZ NV8303X
NV8303X
NV8303X
Datum:
Date:
08/07/18
BLOCKSCHALTBILD STEUERLEITUNG
BLOCK DIAGRAM OF SIGNAL
Benennung / Designat.:
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
10
7TSK
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
4+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
11
2098.0107.01 S
12
1
X12
X53A
2097.5657.00
NETCCU 800
CAN_L 2
X12.
SWI1_OS_POS_II 15
GND 16
BRUECKE
SWI1_OS_PL 24
GND 25
BRUECKE
X41
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
RF LOOP
BETRIEBSSENDER
MAIN XMITTER
BRUECKE
LINK
NC
R35B
TX
TX
RX
RX
NC
CAN_L 6
VERTEILER-N-NETZ
X42.
ABSORBER STOERUNG
FAULT ABSORBER
FAULT2_ABS 1
GND_0V 2
ANLAGE
SYSTEM
CAN_H 14
15
gn
ge
+12V
+12V
GND
GND
4055.6458.00
ETHERNET REMOTE
ASI VERTEILER A
ASI DISTRIBUTOR A
X11B.
#)
#)
#)
#)
#)Bruecke auf GS
X100A.
X5.
RACK CONTROLL UNIT
1 TX +
2 TX 3 RX +
6 RX -
#) Link on PCB
A60A
X2.
RACK
NC
X54B
W53D
2097.5592.00
REDUCED_REF_B
INTERFACE POWER DISTRIB.
A35
X44.
OVERCURRENT 1
_EXT_CL
GND_0V 2
BRUECKE
LINK
UEBERSTROM
EXT. KUEHLUNG
GND
A35
X10.
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
W51AB
2097.5463.00
10
11
12
13
14
15
VERTEILER-NETZ
BRUECKE
INTERF: POWER DISTRIB.
LINK
A50
X3.
A35
X43. W51B
FAULT2_CL 1
GND_0V 2
WARNING_CL 6
GND_0V 7
W51A
DRUCKDOSE
PRESSURE BOX
S.E2
S.E1
N.C.
N.C.
OVERCU_EXT_CL
WARNING_CL
FAULT1_CL
FAULT2_CL
FAULT1_ABS
FAULT2_ABS
LOOP+_MAIN
LOOP_COM
LOOP+_RESERVE
GND_0V
COOLING_ON_OFF
CL_DL_ON_OFF
+5V
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
SENSE+
PRES1
PERES2
GND
GND
GND
GND
SENSE-
13
W55
RACK CONTROLL UNIT
10
11
12
13
14
15
10
11
12
13
14
15
10
11
12
13
14
15
10
11
12
13
14
15
X6.
X6.
W54B
+12V_RC
N.C.
GND
LOOP-_EXC_A
REDUCED_REF_A
GND
N.C.
LOOP+_EXC_A
+12V_RC
A200
X7.
2097.5405.00
GESTELLSTEUERUNG
SX800B
EXCITER B
RACK CONTROLL UNIT
A100B
A50
X7.
X6.
+12V_RC
N.C.
GND
LOOP-_EXC_B
REDUCED_REF_B
GND
N.C.
LOOP+_EXC_B
+12V_RC
TX
TX
RX
RX
W56B
A100B
X2.
RX
RX
TX
TX
2097.5428.00
A50
X10.
W58B
W59
/SWI_EXC_POS1_A
GND
/SWI_EXC_SELECT2_B
/SWI_EXC_POS2_B
/SWI_EXC_SELECT3_B
/SWI_EXC_POS3_B
GND
/SWI_EXC_SELECT1_B
/SWI_EXC_POS1_B
/SWI_EXC_SELECT2_A
/SWI_EXC_POS2_A
/SWI_EXC_SELECT3_A
/SWI_EXC_POS3_A
+12V_SWI_EXC
NETCCU 800
A200
X10.
B1.ZU
B2.AB
2097.5457.00
HF-VORLAUF ANT.
RF FORWARD ANTENNA
P14A
X1.
HF-RUECKLAUF ANT.
RF REFLECTED ANTENNA
GND
PEAK/AV1
+12V
N.C.
N.C.
RF_PROBE1
ADJUST1
N.C.
N.C.
P14B
X1.
N.C.
N.C.
+12V
PEAK/AV2
GND
N.C.
N.C.
ADJUST2
RF_PROBE2
STROMLAUF DER STEUER-KABEL
CIRCUIT DIAGRAM FROM THE SIGNAL CABLE
ROHDE&SCHWARZ NV8303X
NV8303X
13
10
11
12
13
14
15
Benennung / Designat.:
12
A15
X5.
TEMPERATURE MONITOR
*) OPTION
11
EXCITER RF SWITCH
TEMPERATURFUEHLER
W58A
TV EXITER B
A200
X4.
TX
TX
RX
RX
N.C.
CAN-L
CAN_GND
N.C.
N.C.
GND
CAN-H
N.C.
CAN_V+
VORSTUFEN-SCHALTER
RACK CONTROLL UNIT
SX800 B
ETHERNET B
17
2097.5370.00
10
11
12
13
14
15
X9.
GESTELLSTEUERUNG
1139.2247.00
NETCCU 800
TX
TX
RX
RX
GND
DGND
AGND
/AMPL_ERR
RESET
AMPL_ON
VREF_PWR
PEAK_AV
PWR_OUT
CAN_GND
CAN_L
CAN_H
CAN_V+
/AC_OK
NC
SX800 A
A200
X11.
A200
W58AB
A100A
X2.
NETCCU 800
TV EXITER A
A200
X3.
NETCCU 800
X1.
+12V_RED
CAN1_L
CAN_GND
+12V_RED
CAN_SHLD
GND
CAN1_H
+12V_ASI
CAN_V+
0041.9283.00
ETHERNET A
W70
A57
A50
X2.
NETCCU 800
X53D.
10
X53A.
16
*)
3562.3765.00
REMOTE INTERFACE
GESTELLSTEUERUNG
CAN BUS ABSCHL. RACK
CONTROLL UNIT
CAN BUS TERMINATING
W56A
CAN-Bus
10
11
12
13
14
15
W57
2097.5411.00
NETCCU 800
A50
A100A
15
FERNSCHNITTSTELLE
UHF AMPLIFIER
10
11
12
13
14
15
14
GESTELLSTEUERUNG
SX800A
UHF-VERSTAERKER
A3
A2
A5
A6
A1
A4
X11. X11. X11. X11. X11. X11.
10
11
12
13
14
15
12
2097.5392.00
EXCITER A
2097.5357.00
RACK CONTROLL UNIT
OVERCURRENT
EXT. COOLING
INTERFACE POWER DISTRIBUTION
GESTELLSTEUERUNG
FAULT1_CL 3
20
120 OHM
A50 X7.
VERTEILER-N-NETZ
+12V
+12V
R35D
RACK CONTROLL UNIT
2097.5634.44
ASI 3
ASI 4
TERMINATING RESISTOR
GESTELLSTEUERUNG
X44
W54A
VERTEILER-NETZ
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
20
LINK
GESTELL
A50
X8.
A60B
X2.
1 ASI 1
2 ASI 2
5 +12V
6 +12V
7 ASI 3
8 ASI 4
10
11 +12V
12 +12V
13
BRUECKE
FAULT1_ABS 3
GND_0V 4
RACK CONTROLL UNIT
ASI VERTEILER B
ASI DISTRIBUTOR B
11
2097.5363.00
GESTELLSTEUERUNG
CAN-BUS
ABSCHLUSS-WIDERSTAND
NC
10
W52
*) 2097.5386.00
GESTELLSTEUERUNG
A50
X11.
2097.5605.00
X53D.
2097.5634.42
A36
X.P2
bn
A200
TERMINATING RESISTOR
X53D
ETHERNET
120 OHM
CAN_H 14
15
POWER SUPPLY
NETCCU 800
STANDBY XMITTER
INTERFACE POWER DISTRIB.
CAN_L 6
CAN-BUS
ABSCHLUSS-WIDERSTAND
W50
NETZTEIL
ws
W48
2097.5611.00
RESERVESENDER
A35
N.C.
N.C.
+12V
GND
NC
X53B.
SCHUTZSCHLEIFE
X41.
X42
A35
X45.
120 OHM
2096.3444.00
INTERFACE POWER N DISTRIB.
TERMINATING RESISTOR
X53B
VERTEILER-N-NETZ
LINK
VERTEILER-N-NETZ
LOOP-_RESER.3
LOOP_COM
NC
W45
R35A
CAN_H 7
2097.5634.41
LOOP+_MAIN 1
LOOP_COM
CAN-BUS
ABSCHLUSS-WIDERSTAND
LINK
INTERFACE POWER DISTRIB.
A35
2097.5628.00
X53A.
TX CONTROL
A200
NV8303X
14
Datum:
Date:
08/07/18
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
15
7TSK
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
5+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
2098.0107.01 S
16
17
1
X33
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
INTERFACE POWER DISTRIB.
A35
X31.
L2 1
N 2
PE 3
230V AC
X36.
A35
X32.
L3 1
N 2
PE 3
*) LINK AT PLUG
INTERFACE POWER DISTRIB.
A35
X34.
X.E1
2 L2
4 N
7 PE
C1A 8
L1
L1
L1
L1
PE
E2 FAN CONNECTION
bl/2
gnge
2 L3
4 N
7 PE
C2A 8
NETZVERTEILUNG
POWER DISTRIBUTION
A31
Q2-Q7.
X20.1-3
E1 FAN CONNECTION
bl
L2 2
N 4
PE 7
E2
W35
FAN
*)
o)
E1
2096.3450.00
VERTEILER-NETZ
A35
X35.
sw
*)
bn
L1 1
N 2
PE 3
gnge
A200
NETCCU
bn/1
bl/2
gnge
W155Z
1 L1
2 N.C.
3 N
PE
A100B
W62B
SX800 B
2096.2131.01
E2 LUEFTERANSCHLUSS
SX800 B
TV EXCITER B
AC VERTEILUNG
ZUSATZGERAETE
A100B
X1.
AC POWER DISTRIBUTION
ADDITIONAL UNITS
X52.
bn/1
64
74
84
L1
PE
bl/2
gnge
2097.5086.00
AC VERSORGUNG VERSTAERKER
AC POWER SUPPLY AMPLIFIER
A1-A6
X1.
sw/1
W62C
1 L1
3 L2
4 L3
PE
bl/2
bn/3
gnge
2097.4921.00
NETCCU 800
AC VERTEILUNG
A200
X1.
AC POWER DISTRIBUTION
X52.
bn/1
62
72
82
L1
PE
bl/2
gnge
2097.5028.00
NETZANSCHLUSS FUER
ZUSATZGERAETE
AC VERTEILUNG
65
75
85
2097.4944.00
BIS / TO
AC POWER DISTRIBUTION
X52.
gnge
SX800 A
POWER SUPPLY
A36
X.P1
L1
PE
bl/2
A100A
NETZTEIL
INTERFACE POWER DISTRIB.
A100A
X1.
bn/1
63
73
83
2097.5034.00
W61-W66
E1 LUEFTERANSCHLUSS
LUEFTER
X52.
X.E2
bn/1
SX800 A
TV EXCITER A
AC POWER DISTRIBUTION
AC VERTEILUNG
2097.4938.00
AC VERTEILUNG
AC POWER DISTRIBUTION
62
72
82
63
73
83
64
74
84
65
75
85
E2 LUEFTERANSCHLUSS
2096.2131.01
X.E1
52
53
54
55
71
81
X52.
W62A
2097.4950.00
2096.3438.00
INTERFACE POWER DISTRIB.
*) BRUECKE AM STECKER
E1
gnge
VERTEILER-NETZ
E1 FAN CONNECTION
bl/2
VERTEILER-NETZ
NETZANSCHLUSS
L3 1
EXT.ABS LUEFTER N 2
AC SUPPLY FOR
PE 3
EXT. ABS COOLING
W60
E1 LUEFTERANSCHLUSS
bn/1
W32
2097.5634.36
2096.3421.00
VERTEILER-NETZ
230V AC
STEUERBEFEHL
L3 1
KUNSTANTENNE EIN N 2
CONTROL COMMAND
PE 3
DUMMY LOAD ON
X36
W31
2097.5634.33
X33.
L3 1
STEUERBEFEHL
EXT.KUEHLUNG EIN N 2
CONTROL COMMAND
PE 3
EXT.COOLING ON
AC SUPPLY FOR
ADDITIONAL UNITS
bn/1
L1
PE
bl/2
gnge
E2 FAN CONNECTION
X.E2
L2 2
N 4
PE 7
LUEFTER
bl
FAN
*)
o)
E2
STROMLAUF DER NETZ-KABEL
sw
CIRCUIT DIAGRAM FROM THE POWER CABLE
*)
bn
Spr.:/Lang.: Aei:/C.I.:
Benennung / Designat.:
ROHDE&SCHWARZ NV8303X
NV8303X
gnge
NV8303X
Datum:
Date:
08/07/18
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
7TSK
de
02.00
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
Blatt:/Sh.:
6-
2098.0107.01 S
el.Kennz
Part
Benennung / Hinweise
Designation
Sachnummer
Stock No.
Hersteller
Manufacturer
Bestellbezeichnung
Designation
enthalten in
contained in
ACHTUNG EGB /ATTENTION ESD
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
*VARIANTENERKLAERUNG
*EXPLANATION OF MODELS
VAR04=NV8303E DTV-SENDER MIT
EINZEL-VORSTUFE
PROGNOSESENDER
MOD04=NV8303E DTVTRANSMITTER WITH SINGLE
EXCITER
VAR24=NV8303V DTV-SENDER MIT
VORSTUFE-RESERVE OHNE ADE
PROGNOSESENDER
MOD24=NV8303V DTV
TRANSMITTER WITH DUAL DRIVE
WITHOUT ADE
VAR50=NV8303X DTV-SENDER
+++GRUNDSENDER+++
MOD50=NV8303X DTVTRANSMITTER ++BASIC
TRANSMITTER++
A1 - A3
GG VH8300A1 UHF-VERSTAER. 3Phasig
VH8300A1 UHF-AMPLIFIER
VAR 04 24
2095.6004.02
2098.0107.01
A20
GS ZR800T1 EINBAUS. SX800
ZR800T1 INSTAL. KIT
VAR 04 24
DTV - Ausfuehrung
2099.1007.03
2098.0107.01
A21
GS ZR800C1 LEISTUNGSSATZ
ZR800C1 POWER KIT
VAR 04 24
Leistungssatz fuer 3 Verstaerkern
2098.5009.43
2098.0107.01
A23
GS ZR800V1 VORST.SA SX800
ZR800V1 EXC.INST. KIT
VAR 24
Vorstufensatz - DTV ohne ADE
2099.1507.04
2098.0107.01
A200
GG NETCCU 800 CONTROL UNIT
NETCCU 800 CONTROL UNIT
VAR 04 24
2095.8007.02
2098.0107.01
A100A
GG SX800 TV EXCITER DTV UND
ADE INT RF
SX800 TV EXCITER
VAR 04 24
2095.1502.71
2098.0107.01
A100B
GG SX800 TV EXCITER DTV UND
ADE INT RF
SX800 TV EXCITER
VAR 24
2095.1502.71
2098.0107.01
Benennung/Designation
NV8303X DTV-SENDER
NV8303X DTV XMTR
NV8303X
Datum/
Date
2008-01-17
Abt. /
Dept.
Sprach./Lang
Ä.I. / C.I
de en
01.00
Blatt/Sheet
1 of 1
Dokument Nr. / Document No.
7TSK
Name /
Name
Ro
2098.0107.01 SA
ROHDE & SCHWARZ
A100A
#) A100B
2000
A200
A1
A2
A3
Tiefe: 800
Depth: 800
600
Variantenerklärung siehe Schaltteilliste
#) OPTION
01.00
Valid for model see parts list
01.08
RO
7TSK
Tag
Bearb.
01.08
Name
RO
Gepr.
Norm
S\DESI-DAT\NV8300\NV8303x
ÄnderungsMitteilung
NV8303x
DTV-Sender Bd.IV/V
DTV-TANSMITTER BD.IV/V
Name
zu Gerät
Blatt-Nr.
2098.0107.01
ROHDE & SCHWARZ
Tag
Zeichn.-Nr.
Änd.
Zust.
Benennung
NV8303x
reg. i. V.
2098.0107 V
erste Z.
0000.0000.00
v.
Bl.
Broadcasting Division
Drawings and Diagrams
NV8304E/V
2098.0159.01
Printed in Germany
2098.0188.72
-4-
E-1
7
TS2 input
260mVpp...2Vpp 75
TS3 input
260mVpp...2Vpp 75
W21A
X20
X122A
W22A
X21
X123A
W23A
X25
X124A
TS 1/2 monitoring
800mVpp -+30% 75
X131A
TS 3/4 monitoring
800mVpp -+30% 75
X132A
W24A
X26
RF OUTPUT
4-FACH-SPLITTER
A41
BV834H1
2096.4092.xx
4 TO 1 COUPLER
A40
A100A
SX800 TV EXCITER
2095.1502.xx
1 TO 4 SPLITTER
X60
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
X141A
1PPS monitoring
75
X142A
10 MHz REF input
-5...20dBm 50
X143A
2096.4005.xx
V) W300A1
X22
W31A
W32A
A1 VH8300A1
UHF-VERSTAERKER
X27
W41A
W307A
X10
15
16
X24
W42A
X67
1.RF DEMOD IN
X68
W43A
E)
V) W300A1
X.A2
X1
E)
HF-SCHALTER IN POS:2
X64
V)R15A
X4
RF SWITCH IN POSITION 2
W300
X2
W307B
X.E
TS2 input
260mVpp...2Vpp 75
X122B
TS3 input
260mVpp...2Vpp 75
X123B
TS4 input
260mVpp...2Vpp 75
X124B
TS 1/2 monitoring
800mVpp -+30% 75
X131B
V) W31B
X22
TS 3/4 monitoring
800mVpp -+30% 75
X132B
V) W32B
X27
1PPS EXTERNAL input
50
X141B
10 MHz REF input
-5...20dBm 50
X143B
V) W21B
X20
X.A3
W307C
X10
V) W22B
X21
X25
V) W23B
V) W24B
X26
V) W41B
X1
W1
X1
Messausgang
measuring output
X11
X2
W2
X2
X12
X3
W3
X3
X13
2096.3909.xx
X.A4
W307D
X10
UHF AMPLIFIER
X24
1.RF DEMOD IN
2.RF DEMOD IN
V) W43B
X3
2096.6508.01
P24
ak= dB
OBERWELLENFILTER
HARMONICS
FILTER
ak= dB
P14D
P14C
BLITZSCHUTZ
DIRECTIONAL COUPLER
W2ADE
E)
X67
E)
W3ADE
E) V)
X68
E)
W4ADE
E) V)
RF OUTPUT
O) OPTION
ODER INSTALLATION VOM KUNDEN
2096.7204.xx
OR INSTALLED BY CUSTOMER
V) W300B1
E)
HF-AUSGANG
MESSRICHTKOPPLER
X.E4
X2
W1ADE
E)
P14 GD800
E)
X3
FILTER
XMTR
RF OUTPUT
ak=+)dB
ak=+)dB
O)
E) OPTION
ADE AUTOMAT. ENTZERRUNG
ADE SYSTEM KIT
SX800Z1
2099.4006.01
V) OPTION
VORSTUFEN SATZ SX800
ZR800V1
2099.1507.01
EXCITER STANDBY INSTALL KIT
E) V)
HIERZU SIEHE AUCH: 2098.5009.01 SA (ZR800C1)
see also: 2099.1007.01 SA (ZR800T1)
2099.1507.01 SA (ZR800V1)
2095.1502.01 SA (SX800)
2095.8007.01 SA (NETCCU)
E) V)
HF-BLOCKSCHALTBILD
GUELTIG FUER VAR: SIEHE SCHALTTEILLISTE
VALIED FOR MODELS: SEE PARTS LIST
BLOCK DIAGRAM OF RF SIGNAL
Benennung / Designat.:
ROHDE&SCHWARZ NV8304X
NV8304X
O) MESSRICHTKOPPLER
HF-SENDER
AUFGANG
P14B
P14A
X64
BLATT 6: STROMLAUF NETZKABEL
sheet 6: circuit diagram power cable
COUPLING ATTENUATION P14
SEE ALSO SYSTEM MANUAL
A45
X.A
X.E3
A4 VH8300A1
UHF-VERSTAERKER
V)W300B1
X60
RF OUTPUT
X3
X23
V) W42B
+)AUSKOPPELDAEMPFUNG P14
SIEHE SYSTEM-HANDBUCH
DACH
TOP
X.E2
UHF AMPLIFIER
BLATT 5: STROMLAUF STEUERKABEL
sheet 5: circuit diagram signal cable
DIRECTIONAL COUPLER
X2
X3
V) A100B
SX800 TV EXCITER
2095.1502.xx
UHF AMPLIFIER
A3 VH8300A1
UHF-VERSTAERKER
2095.3257.xx
X121B
TERMINATION
X3
X2
V)W304
V)A15
HF-SCHALTER
X10
BLATT 4: BLOCKSCHALTBILD STEUERLEITUNG
sheet 4: block diagram of signal
ABSORBERBLOCK
X.E1
A2 VH8300A1
UHF-VERSTAERKER
RF SWITCH
1PPS monitoring
75
17
BLATT 3: NETZ-STROMLAUF MIT USV
sheet 3: circuit diagram with UPS
X2
2.RF DEMOD IN
X142B
UHF AMPLIFIER
X23
TS1 input
260mVpp...2Vpp 75
14
A42
4-FACH-KOPPLER
W300
V) EXCITER B
13
BLATT 2: NETZ-STROMLAUF
sheet 2: circuit diagram
50 OHM
12
BLATT 1: HF-BLOCKSCHALTBILD
sheet 1: block diagram of rf signal
X.A1
11
50 OHM
X121A
1PPS EXTERNAL input
50
10
ak= 60 dB
50 OHM
DACH
TOP
TS1 input
260mVpp...2Vpp 75
TS4 input
260mVpp...2Vpp 75
ak= 60 dB
EXCITER A
OPTION
10
11
12
13
NV8304X
14
Datum:
Date:
08/07/17
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
15
7TSK
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
1+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
2098.0159.01 S
16
17
Q1
W3
W2
W1
L1 L2 L3
17
K3 1
NC
NC
GND
GND GND GND GND
X45.2
K1 1 K2 1
21 22 23 24 18 25
14 15 16 17
12
X45.1
11
GND
GND
GND
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
CL_DL_ON_OFF
COOLING_ON_OFF
+12V
A31
NETZVERTEILUNG MITTELLEISTUNG
Main distribution MP
X20.1-3
16
+12V
F1
L N PE
10
13 19 20
LOOP+_RESERVE
LOOP-_COM
LOOP+_MAIN
FAULT2_ABS
FAULT1_ABS
FAULT2_CL
0V
PRES 2
PRES 1
FAULT1_CL
WARNING_CL
X44.
X10
OVERCUR_EXT_CL
NICHT BELEGT
NC
+ 12V
X43.
GND
+ 5V
GND
X42.
PRES 2
X43B
+ 5V
LINK
GND
LINK
15
GESTELLSTEUERUNG / Rack controller
PRES 1
LINK
14
OPTION
LUFTMAENGEN-MESSUNG
air quantity measurement
UEBERSTROM
EXT KUEHLUNG
overcurrent
ext.cooling
LINK
X41.
W.PE
W4
LINK
NICHT BELEGT
not connected
EXTERNAL POWER KIT
13
+12V
X.PE1
12
+12V
11
+12V
T1 T2 T3
10
RF LOOP
SCHUTZSCHLEIFE
Z1) OPTION
ZR800Z1 2099.3000.xx
BAUSATZ STECKDOSE EXTERN
#)
Z1)
X57
+ 5V
STOERUNG
KUEHLUNG 1
fault
cooling 1
PE
STOERUNG
KUEHLUNG 2
fault
cooling 2
230/400V AC
L1 L2 L3 N
NETZSTECKDOSE
AC supply
connector
230V AC
max. 10A
min.3x1qmm
BETRIEBSERDE
system
ground
STOERUNG
GESTELL ABS
fault
rack abs
2098.0194.xx
STOERUNG
ANLAGEN ABS
fault
system abs
VORSICHERUNG UND ANSCHLUSSQUERSCHNITT
SIEHE SYSTEM-HANDBUCH NV8304E/V
External fuseing and cable cross-sections
see system manual NV8304E/V
RESERVESENDER
standby
xmitter
BETRIEBSSENDER
main
xmitter
2096.3009.xx
L1 L2 L3
X1.1
X2.
L1 W.L1
L2 W.L2
L3 W.L3
Q4X
Q2
I>> I>> I>>
I>> I>> I>>
Q4
Q3
Q5
I>> I>> I>>
W61
X61
F7
3A 2
F8
3A 2
F5
3A 2
F1
3A 2
F2
3A 2
F3
3A 2
F4
3A 2
X6
X7
X8
X5
X1
X2
X3
X4
X1.
W63
W62
X62.
X1.
X63.
U1 V1 W1
X64.
U1 V1 W1
U1 V1 W1
A2
VH8300A1
A3
VH8300A1
A4
VH8300A1
UHF AMPLIFIER
UHF AMPLIFIER
UHF AMPLIFIER
UHF AMPLIFIER
UHF-VERSTAERKER
UHF-VERSTAERKER
UHF-VERSTAERKER
UHF-VERSTAERKER
C1A
8u
3 4 5 6 7
A1
VH8300A1
X1.
XE1.1 2
K1
L2
X31.
W31
W64
X1.
U1 V1 W1
X20.2
X20.2
E1
LUEFTER FAN
2096.2131.xx
W4
X.N1
L3
X32.
W32
XE2.1 2
K1
C2A
8u
L3
X33.
K2
L3
#)
E2
LUEFTER FAN
2096.2131.xx
L3
X36.
#)
3 4 5 6 7
K3
#)
OPTION
STEUERBEFEHL FUER
EXTERNE KUEHLUNG EIN
control command for
OPTION
external cooling on STEUERBEFEHL FUER
KUNSTANTENNE EIN
control command for
dummy load on
OPTION
NETZANSCHLUSS FUER
EXTERNEN ABS - LUEFTER
AC supply for
external ABS cooling
L1
X35.
1 2
W35
X45.
1 2
W45
ACL ACN
L1
L1
L1
X34.1
W60
X52.52
53
54
55 71 81
Vout +
Vout +
W62C
GND
Vout Vout -
NETZTEIL
POWER SUPPLY
1081.0254.00
10
L1
+12V
A 36
A35
VERTEILER-N-NETZ
Interface Power N Distribution
X.PE
2096.3550.xx
X52.62 72 82
X.N3
X.N2
63 73 83
A200
NETCCU 800
11
A100A
EXCITER A
12
PE
Z2) OPTION
ZR800Z2 2099.3100.xx
BAUSATZ STECKDOSE INTERN
V) OPTION
ZR800V1 2099.1507.xx
VORSTUFEN SATZ SX800
EXCITER B
EXCITER STANDBY INSTALL KIT
PE
L N PE L N PE
Z2)
X55Z
NV8304X
14
Datum:
Date:
08/07/17
NETZ-STROMLAUF
GUELTIG FUER VAR: SIEHE SCHALTTEILLISTE
VALIED FOR MODELS: SEE PARTS LIST
Benennung / Designat.:
ROHDE&SCHWARZ NV8304X
NV8304X
13
W155Z
NETZANSCHLUSS FUER ZUSATZGERAETE
AC supply for additional units
A100B
HIERZU SIEHE AUCH: 2098.5009.01 SA (ZR800C1)
see also: 2099.1007.01 SA (ZR800T1)
2099.1507.01 SA (ZR800V1)
2095.1502.01 SA (SX800)
2095.8007.01 SA (NETCCU)
INTERN POWER POINT KIT
65 75 85
V) W62B
W62A
64 74 84
#) INSTALLATION VOM KUNDEN
#) installed by customer
X20.1
F6
3A 2
X20.1
I>> I>> I>>
X20.1
GND
Q5X
+12V
Q3X
Q2X
X10.25
X1.
X10.18
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
W3PH
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
15
7TSK
CIRCUIT DIAGRAM
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
2+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
2098.0159.01 S
16
17
Q1
W3
W2
W1
L1 L2 L3
W.PE
13
X20.1-3
W4
23
W1PH
13 19 20
F1
L N PE
10
11
+12V
K1 1 K2 1
K3 1
NC
NC
21 22 23 24 18 25
14 15 16 17
12
GND
GND
GND
GND
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
CL_DL_ON_OFF
COOLING_ON_OFF
LOOP+_RESERVE
LOOP-_COM
LOOP+_MAIN
FAULT2_ABS
FAULT1_ABS
FAULT2_CL
0V
PRES 2
PRES 1
FAULT1_CL
+ 5V
UEBERSTROM
EXT KUEHLUNG
overcurrent
ext.cooling
X44.
WARNING_CL
X10
OVERCUR_EXT_CL
NICHT BELEGT
NC
+ 12V
X43.
GND
+ 5V
GND
X42.
X43B
PRES 2
LINK
GESTELLSTEUERUNG / Rack controller
OPTION
LUFTMAENGEN-MESSUNG
air quantity measurement
+ 5V
X41.
NICHT BELEGT
not connected
LINK
17
GND GND GND GND
X45.2
A31
NETZVERTEILUNG MITTELLEISTUNG
Main distribution MP
LINK
16
X45.1
X.PE2
LINK
15
+12V
24
LINK
14
+12V
X.PE1
EXTERNAL POWER KIT
13
+12V
RF LOOP
SCHUTZSCHLEIFE
#)
Z1)
X57
12
+12V
T1 T2 T3
Z5)
Q1.1 14
11
GND
#)
10
PRES 1
#)
STOERUNG
KUEHLUNG 1
fault
cooling 1
PE
Z1) OPTION
ZR800Z1 2099.3000.xx
BAUSATZ STECKDOSE EXTERN
NETZSTECKDOSE
AC supply
connector
230V AC
max. 10A
min.3x1qmm
UPGRADE KIT EXTERNAL UPS
STOERUNG
KUEHLUNG 2
fault
cooling 2
L1 L2 L3 N
NETZVERSORGUNG VON EXTERNER USV
POWER SUPPLY FROM EXTERNAL UPS
230 AC max. 5A
N PE
BETRIEBSERDE
system
ground
230/400V AC
Z5) OPTION
ZR800Z5 2099.3400.xx
BAUSATZ EXTERNE USV
STOERUNG
GESTELL ABS
fault
rack abs
2098.0194.xx
ACHTUNG !/ CAUTION !
STOERUNG
ANLAGEN ABS
fault
system abs
VORSICHERUNG UND ANSCHLUSSQUERSCHNITT
SIEHE SYSTEM-HANDBUCH NV8304E/V
External fuseing and cable cross-sections
see system manual NV8304E/V
RESERVESENDER
standby
xmitter
BETRIEBSSENDER
main
xmitter
2096.3009.xx
W.N3 Z5)
L1 L2 L3
X2.
X1.1
X1.
L2 W.L2
L3 W.L3
Q2
I>> I>> I>>
Q4
Q3
Q5
I>> I>> I>>
I>> I>> I>>
I>> I>> I>>
X20.1
W61
X61
F8
3A 2
F5
3A 2
F1
3A 2
F2
3A 2
F3
3A 2
F4
3A 2
X6
X7
X8
X5
X1
X2
X3
X4
X62.
X63.
X1.
X1.
U1 V1 W1
U1 V1 W1
X64.
C1A
8u
X1.
U1 V1 W1
XE1.1 2
U1 V1 W1
3 4 5 6 7
A1
VH8300A1
UHF-VERSTAERKER
UHF AMPLIFIER
A2
VH8300A1
A3
VH8300A1
A4
VH8300A1
UHF AMPLIFIER
UHF AMPLIFIER
UHF AMPLIFIER
UHF-VERSTAERKER
UHF-VERSTAERKER
UHF-VERSTAERKER
E1
LUEFTER FAN
2096.2131.xx
K1
L2
X31.
W31
W64
K1
L3
X32.
W32
C2A
8u
XE2.1 2
L3
X33.
K2
#)
E2
LUEFTER FAN
2096.2131.xx
L3
L3
X36.
#)
3 4 5 6 7
K3
#)
OPTION
STEUERBEFEHL FUER
EXTERNE KUEHLUNG EIN
control command for
OPTION
external cooling on STEUERBEFEHL FUER
KUNSTANTENNE EIN
control command for
dummy load on
OPTION
NETZANSCHLUSS FUER
EXTERNEN ABS - LUEFTER
AC supply for
external ABS cooling
L N3
X35.
1 2
W35
W45
ACL ACN
W62C
GND
Vout Vout -
A 36
W60
X52.52
Vout +
Vout +
POWER SUPPLY
1081.0254.00
X34.1
+12V
NETZTEIL
10
X.N3
A35
VERTEILER-N-NETZ
Interface Power N Distribution
X.PE
N3
A200
NETCCU 800
A100A
EXCITER A
11
12
PE
Z2) OPTION
ZR800Z2 2099.3100.xx
BAUSATZ STECKDOSE INTERN
V)
V) OPTION
ZR800V1 2099.1507.xx
VORSTUFEN SATZ SX800
EXCITER B
13
EXCITER STANDBY INSTALL KIT
W155Z
NETZANSCHLUSS FUER ZUSATZGERAETE
AC supply for additional units
A100B
HIERZU SIEHE AUCH: 2098.5009.01 SA (ZR800C1)
see also: 2099.1007.01 SA (ZR800T1)
2099.1507.01 SA (ZR800V1)
2095.1502.01 SA (SX800)
2095.8007.01 SA (NETCCU)
INTERN POWER POINT KIT
65 75 85
64 74 84
V) W62B
W62A
55 71 81
54
63 73 83
53
L N3
#) INSTALLATION VOM KUNDEN
#) installed by customer
X.N2
X20.1
2096.3550.xx
X52.62 72 82
X.N1
X45.
1 2
W4
F7
3A 2
X20.2
W63
W62
X1.
X20.2
F6
3A 2
X20.1
Z5)
W.N3
GND
Q5X
Q4X
+12V
Q3X
X10.25
Q2X
X10.18
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
W3PH
PE
L N PE L N PE
Z2)
X55Z
DARSTELLUNG MIT NETZVERSORGUNG
VON EXTERNER USV
DESCRIPTION FOR POWER SUPPLY FROM EXTERNAL UPS
ROHDE&SCHWARZ NV8304X
NV8304X
14
Datum:
Date:
CIRCUIT DIAGRAM
VALIED FOR MODELS: SEE PARTS LIST
Benennung / Designat.:
NV8304X
NETZ-STROMLAUF
GUELTIG FUER VAR: SIEHE SCHALTTEILLISTE
08/07/17
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
15
7TSK
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
3+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
2098.0159.01 S
16
17
1
10
11
12
.9
.9
X2
.1
.1
W59
X10 .9
.8
.1
X53A
.1
CAN BUS
ABSCHLUSSWIDERST.
W56A
X3 .8
.1
TERMINATING RESISTOR
2097.5628.00
ETHERNET A
.8
*) RS232
W47
.9
ETHERNET
X7
X5
W48
.1
.1
.1
.8
A200
.1
TX CONTROL
.9
.1
W55
ETHERNET B
X12 .25
.1 X11 .15
X12
BLINDSTECKER
X4
.1
X10
.1
.9
V) W70
V) W56B
.9
.1
.1
X2 .8
X5
2095.3257xx
.15
EXCITER RF SWITCH
PARALLEL REMOTE INTERFACE
3562.4210.xx
.1
EXTERNE PUMPE
CAN 3
NICHT BELEGT
2099.1507.01
NOT CONNECTED
W53D
HF-MESSSTELLEN
UHF AMPLIFIER
X11
.15
2095.6004.01
.1
A4 VH8300A1
UHF-VERSTAERKER
.1
RF PROBES
W53D
NICHT BELEGT
NOT CONNECTED
X9
.1
.9
X6
X8 .25
.1
UHF AMPLIFIER
2095.6004.01
.15
X53D
CAN BUS
ABSCHLUSSWIDERST.
TERMINATING RESISTOR
2097.5605.00
W52
X10 .25
.1
.9
2096.3550.xx
2095.1502.xx
X43 .1 .2
W51B
S.E2
DRUCKDOSE
PRESSURE BOX
2077.3936.xx
.3 .4
X41. 1 2
3 4
X42. 1 2
3 4
W45
Bruecke / Link
.1 W51B
.3
Bruecke / Link
ABSORBER
SCHUTZSCHLEIFE
RF LOOP
UEBERSTROM
EXTERNE KUEHLUNG
OVER CURRENT
EXTERNAL COOLING
PRESSURE BOX
2077.3936.xx
.1 W51A
.3
HIERZU SIEHE AUCH:
see also:
2098.5009.01 SA (ZR800C1)
2099.1007.01 SA (ZR800T1)
2099.1507.01 SA (ZR800V1)
2095.1502.01 SA (SX800)
2095.8007.01 SA (NETCCU)
.1 X.Vout .4
Bruecke / Link
A36
NETZTEIL
POWER SUPPLY
1081.0254.00
see sheet 2,3
S.E1
DRUCKDOSE
.1 X45 .4
X44. 1 2
W51A
siehe Blatt 2,3
A3 VH8300A1
UHF-VERSTAERKER
.15
TV EXCITER
.1
INTERFACE POWER N DISTRIBUTION
ONLY BY SINGLE EXCITER
2095.6004.01
EXTERNAL PUMP
TV STEUERSENDER
2095.3305.xx
UHF AMPLIFIER
.15
VERTEILER-N-NETZ
E) NUR BEI EINZEL-VORSTUFE
A2 VH8300A1
UHF-VERSTAERKER
A35
EXCITER RF SWITCH
FOR ADE
EXCITER STANDBY INSTALL KIT
.1
W53D
2096.4505.xx
V) A100B
SX800
VORST.SCHALTER
FUER ADE
V) ZR800V1
VORSTUFEN SATZ SX800
.1
.15
GESTELLSTEUERUNG
.1
.1
V) A15
VORST.SCHALTER
W53D
.1 X4 .15
TON VERSTAERKER
.9
A50
ETHERNET
F) ZR800F1
PARALLELE-FERNSCHNITT-STELLE
X11
V) W54B
2097.5657.00
*) OPTION
2097.5611.00
W50
CAN 2
CAN 1
2095.6004.01
TERMINATING RESISTOR
SOUND AMPLIFIER
.1 X7 .9
.1 E) X54B .9
.1 X7 .9
.8
DUMMY PLUG
X6
X53B
CAN BUS
ABSCHLUSSWIDERST.
RACK CONTROLLER
2095.8007.xx
.1
.20
W58AB
.9
.9
2094.0260.xx
.9
W50
W53D
.1
.9
2010.0006.xx
ASI DISTRIBUTOR
W54A
W55
.9
W55
VITIATED AIR SENSOR
.9
.1 X11B .9
W50
.1
A60B
ASI VERTEILER
W58B
NETCCU 800
X6
X100A
ETHERNET
REMOTE
X232
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
.1
X6
.1
UHF AMPLIFIER
.15
X11
X9
.1
B2
ABLUFT SENSOR
ETHERNET
A1 VH8300A1
UHF-VERSTAERKER
.20
X3
2096.6308.xx
.9
DACH
TOP
2094.0260.xx
X2
RF REFLECTED ANT.
W59
X2
W57
2095.1502.xx
X2
GD800Z2 .1
P14B
HF-RUECKLAUF ANT.
X5
3562.3707.xx
ASI DISTRIBUTOR
.9
W50
X11
TV STEUERSENDER
X53A
REMOTE INTERFACE
2010.0006.xx
W58A
TV EXCITER
X1
F)
ZR800F1 .1
A57
FERNSCHNITTSTELLE
INCOMING AIR SENSOR
.1
A60A
ASI VERTEILER
X53D
.9
X11 .9
.1
A100A
SX800
.1
X2
2096.6308.xx
TERMINATING RESISTOR
W59
B1
ZULUFT SENSOR
X2
2097.5628.00
RF FORWARD ANTENNA
.1
X1
GD800Z2
P14A
HF-VORLAUF ANT.
X1
X53A
CAN BUS
ABSCHLUSSWIDERST.
X11
.1
W53D
ROHDE&SCHWARZ NV8304X
NV8304X
NV8304X
Datum:
Date:
08/07/17
BLOCKSCHALTBILD STEUERLEITUNG
BLOCK DIAGRAM OF SIGNAL
Benennung / Designat.:
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
10
7TSK
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
4+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
11
2098.0159.01 S
12
1
X12
X53A
2097.5657.00
NETCCU 800
CAN_L 2
X12.
SWI1_OS_POS_II 15
GND 16
BRUECKE
SWI1_OS_PL 24
GND 25
BRUECKE
X41
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
RF LOOP
BETRIEBSSENDER
MAIN XMITTER
BRUECKE
LINK
NC
R35B
TX
TX
RX
RX
NC
CAN_L 6
VERTEILER-N-NETZ
X42.
ABSORBER STOERUNG
FAULT ABSORBER
FAULT2_ABS 1
GND_0V 2
ANLAGE
SYSTEM
CAN_H 14
15
gn
ge
+12V
+12V
GND
GND
4055.6458.00
ETHERNET REMOTE
ASI VERTEILER A
ASI DISTRIBUTOR A
X11B.
#)
#)
#)
#)
#)Bruecke auf GS
X100A.
X5.
RACK CONTROLL UNIT
1 TX +
2 TX 3 RX +
6 RX -
#) Link on PCB
A60A
X2.
RACK
NC
X54B
W53D
2097.5592.00
REDUCED_REF_B
INTERFACE POWER DISTRIB.
A35
X44.
OVERCURRENT 1
_EXT_CL
GND_0V 2
BRUECKE
LINK
UEBERSTROM
EXT. KUEHLUNG
GND
A35
X10.
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
W51AB
2097.5463.00
10
11
12
13
14
15
VERTEILER-NETZ
BRUECKE
INTERF: POWER DISTRIB.
LINK
A50
X3.
A35
X43. W51B
FAULT2_CL 1
GND_0V 2
WARNING_CL 6
GND_0V 7
W51A
DRUCKDOSE
PRESSURE BOX
S.E2
S.E1
N.C.
N.C.
OVERCU_EXT_CL
WARNING_CL
FAULT1_CL
FAULT2_CL
FAULT1_ABS
FAULT2_ABS
LOOP+_MAIN
LOOP_COM
LOOP+_RESERVE
GND_0V
COOLING_ON_OFF
CL_DL_ON_OFF
+5V
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
+12V_AUX_PS
SENSE+
PRES1
PERES2
GND
GND
GND
GND
SENSE-
13
W55
RACK CONTROLL UNIT
10
11
12
13
14
15
10
11
12
13
14
15
10
11
12
13
14
15
10
11
12
13
14
15
X6.
X6.
W54B
+12V_RC
N.C.
GND
LOOP-_EXC_A
REDUCED_REF_A
GND
N.C.
LOOP+_EXC_A
+12V_RC
A200
X7.
2097.5405.00
GESTELLSTEUERUNG
SX800B
EXCITER B
RACK CONTROLL UNIT
A100B
A50
X7.
X6.
+12V_RC
N.C.
GND
LOOP-_EXC_B
REDUCED_REF_B
GND
N.C.
LOOP+_EXC_B
+12V_RC
TX
TX
RX
RX
W56B
A100B
X2.
RX
RX
TX
TX
2097.5428.00
A50
X10.
W58B
W59
/SWI_EXC_POS1_A
GND
/SWI_EXC_SELECT2_B
/SWI_EXC_POS2_B
/SWI_EXC_SELECT3_B
/SWI_EXC_POS3_B
GND
/SWI_EXC_SELECT1_B
/SWI_EXC_POS1_B
/SWI_EXC_SELECT2_A
/SWI_EXC_POS2_A
/SWI_EXC_SELECT3_A
/SWI_EXC_POS3_A
+12V_SWI_EXC
NETCCU 800
A200
X10.
B1.ZU
B2.AB
2097.5457.00
HF-VORLAUF ANT.
RF FORWARD ANTENNA
P14A
X1.
HF-RUECKLAUF ANT.
RF REFLECTED ANTENNA
GND
PEAK/AV1
+12V
N.C.
N.C.
RF_PROBE1
ADJUST1
N.C.
N.C.
P14B
X1.
N.C.
N.C.
+12V
PEAK/AV2
GND
N.C.
N.C.
ADJUST2
RF_PROBE2
STROMLAUF DER STEUER-KABEL
CIRCUIT DIAGRAM FROM THE SIGNAL CABLE
ROHDE&SCHWARZ NV8304X
NV8304X
13
10
11
12
13
14
15
Benennung / Designat.:
12
A15
X5.
TEMPERATURE MONITOR
*) OPTION
11
EXCITER RF SWITCH
TEMPERATURFUEHLER
W58A
TV EXITER B
A200
X4.
TX
TX
RX
RX
N.C.
CAN-L
CAN_GND
N.C.
N.C.
GND
CAN-H
N.C.
CAN_V+
VORSTUFEN-SCHALTER
RACK CONTROLL UNIT
SX800 B
ETHERNET B
17
2097.5370.00
10
11
12
13
14
15
X9.
GESTELLSTEUERUNG
1139.2247.00
NETCCU 800
TX
TX
RX
RX
GND
DGND
AGND
/AMPL_ERR
RESET
AMPL_ON
VREF_PWR
PEAK_AV
PWR_OUT
CAN_GND
CAN_L
CAN_H
CAN_V+
/AC_OK
NC
SX800 A
A200
X11.
A200
W58AB
A100A
X2.
NETCCU 800
TV EXITER A
A200
X3.
NETCCU 800
X1.
+12V_RED
CAN1_L
CAN_GND
+12V_RED
CAN_SHLD
GND
CAN1_H
+12V_ASI
CAN_V+
0041.9283.00
ETHERNET A
W70
A57
A50
X2.
NETCCU 800
X53D.
10
X53A.
16
*)
3562.3765.00
REMOTE INTERFACE
GESTELLSTEUERUNG
CAN BUS ABSCHL. RACK
CONTROLL UNIT
CAN BUS TERMINATING
W56A
CAN-Bus
10
11
12
13
14
15
W57
2097.5411.00
NETCCU 800
A50
A100A
15
FERNSCHNITTSTELLE
UHF AMPLIFIER
10
11
12
13
14
15
14
GESTELLSTEUERUNG
SX800A
UHF-VERSTAERKER
A3
A2
A5
A6
A1
A4
X11. X11. X11. X11. X11. X11.
10
11
12
13
14
15
12
2097.5392.00
EXCITER A
2097.5357.00
RACK CONTROLL UNIT
OVERCURRENT
EXT. COOLING
INTERFACE POWER DISTRIBUTION
GESTELLSTEUERUNG
FAULT1_CL 3
20
120 OHM
A50 X7.
VERTEILER-N-NETZ
+12V
+12V
R35D
RACK CONTROLL UNIT
2097.5634.44
ASI 3
ASI 4
TERMINATING RESISTOR
GESTELLSTEUERUNG
X44
W54A
VERTEILER-NETZ
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
20
LINK
GESTELL
A50
X8.
A60B
X2.
1 ASI 1
2 ASI 2
5 +12V
6 +12V
7 ASI 3
8 ASI 4
10
11 +12V
12 +12V
13
BRUECKE
FAULT1_ABS 3
GND_0V 4
RACK CONTROLL UNIT
ASI VERTEILER B
ASI DISTRIBUTOR B
11
2097.5363.00
GESTELLSTEUERUNG
CAN-BUS
ABSCHLUSS-WIDERSTAND
NC
10
W52
*) 2097.5386.00
GESTELLSTEUERUNG
A50
X11.
2097.5605.00
X53D.
2097.5634.42
A36
X.P2
bn
A200
TERMINATING RESISTOR
X53D
ETHERNET
120 OHM
CAN_H 14
15
POWER SUPPLY
NETCCU 800
STANDBY XMITTER
INTERFACE POWER DISTRIB.
CAN_L 6
CAN-BUS
ABSCHLUSS-WIDERSTAND
W50
NETZTEIL
ws
W48
2097.5611.00
RESERVESENDER
A35
N.C.
N.C.
+12V
GND
NC
X53B.
SCHUTZSCHLEIFE
X41.
X42
A35
X45.
120 OHM
2096.3444.00
INTERFACE POWER N DISTRIB.
TERMINATING RESISTOR
X53B
VERTEILER-N-NETZ
LINK
VERTEILER-N-NETZ
LOOP-_RESER.3
LOOP_COM
NC
W45
R35A
CAN_H 7
2097.5634.41
LOOP+_MAIN 1
LOOP_COM
CAN-BUS
ABSCHLUSS-WIDERSTAND
LINK
INTERFACE POWER DISTRIB.
A35
2097.5628.00
X53A.
TX CONTROL
A200
NV8304X
14
Datum:
Date:
08/07/17
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
15
7TSK
Spr.:/Lang.: Aei:/C.I.:
de
02.00
Blatt:/Sh.:
5+
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
2098.0159.01 S
16
17
1
X33
Fuer dieses Dokument behalten wir uns alle Rechte vor
For this document all rights are reserved
INTERFACE POWER DISTRIB.
A35
X31.
L2 1
N 2
PE 3
230V AC
X36.
A35
X32.
L3 1
N 2
PE 3
*) LINK AT PLUG
INTERFACE POWER DISTRIB.
A35
X34.
X.E1
2 L2
4 N
7 PE
C1A 8
L1
L1
L1
L1
PE
E2 FAN CONNECTION
bl/2
gnge
2 L3
4 N
7 PE
C2A 8
NETZVERTEILUNG
POWER DISTRIBUTION
A31
Q2-Q7.
X20.1-3
E1 FAN CONNECTION
bl
L2 2
N 4
PE 7
E2
W35
FAN
*)
o)
E1
2096.3450.00
VERTEILER-NETZ
A35
X35.
sw
*)
bn
L1 1
N 2
PE 3
gnge
A200
NETCCU
bn/1
bl/2
gnge
W155Z
1 L1
2 N.C.
3 N
PE
A100B
W62B
SX800 B
2096.2131.01
E2 LUEFTERANSCHLUSS
SX800 B
TV EXCITER B
AC VERTEILUNG
ZUSATZGERAETE
A100B
X1.
AC POWER DISTRIBUTION
ADDITIONAL UNITS
X52.
bn/1
64
74
84
L1
PE
bl/2
gnge
2097.5086.00
AC VERSORGUNG VERSTAERKER
AC POWER SUPPLY AMPLIFIER
A1-A6
X1.
sw/1
W62C
1 L1
3 L2
4 L3
PE
bl/2
bn/3
gnge
2097.4921.00
NETCCU 800
AC VERTEILUNG
A200
X1.
AC POWER DISTRIBUTION
X52.
bn/1
62
72
82
L1
PE
bl/2
gnge
2097.5028.00
NETZANSCHLUSS FUER
ZUSATZGERAETE
AC VERTEILUNG
65
75
85
2097.4944.00
BIS / TO
AC POWER DISTRIBUTION
X52.
gnge
SX800 A
POWER SUPPLY
A36
X.P1
L1
PE
bl/2
A100A
NETZTEIL
INTERFACE POWER DISTRIB.
A100A
X1.
bn/1
63
73
83
2097.5034.00
W61-W66
E1 LUEFTERANSCHLUSS
LUEFTER
X52.
X.E2
bn/1
SX800 A
TV EXCITER A
AC POWER DISTRIBUTION
AC VERTEILUNG
2097.4938.00
AC VERTEILUNG
AC POWER DISTRIBUTION
62
72
82
63
73
83
64
74
84
65
75
85
E2 LUEFTERANSCHLUSS
2096.2131.01
X.E1
52
53
54
55
71
81
X52.
W62A
2097.4950.00
2096.3438.00
INTERFACE POWER DISTRIB.
*) BRUECKE AM STECKER
E1
gnge
VERTEILER-NETZ
E1 FAN CONNECTION
bl/2
VERTEILER-NETZ
NETZANSCHLUSS
L3 1
EXT.ABS LUEFTER N 2
AC SUPPLY FOR
PE 3
EXT. ABS COOLING
W60
E1 LUEFTERANSCHLUSS
bn/1
W32
2097.5634.36
2096.3421.00
VERTEILER-NETZ
230V AC
STEUERBEFEHL
L3 1
KUNSTANTENNE EIN N 2
CONTROL COMMAND
PE 3
DUMMY LOAD ON
X36
W31
2097.5634.33
X33.
L3 1
STEUERBEFEHL
EXT.KUEHLUNG EIN N 2
CONTROL COMMAND
PE 3
EXT.COOLING ON
AC SUPPLY FOR
ADDITIONAL UNITS
bn/1
L1
PE
bl/2
gnge
E2 FAN CONNECTION
X.E2
L2 2
N 4
PE 7
LUEFTER
bl
FAN
*)
o)
E2
STROMLAUF DER NETZ-KABEL
sw
CIRCUIT DIAGRAM FROM THE POWER CABLE
*)
bn
Spr.:/Lang.: Aei:/C.I.:
Benennung / Designat.:
ROHDE&SCHWARZ NV8304X
NV8304X
gnge
NV8304X
Datum:
Date:
08/07/17
DTV-SENDER
DTV XMTR
Abteilung:
Dept.:
7TSK
de
02.00
Zeichn.Nr.:/Drawing No.:
Name:
Name:
rolf_a
Blatt:/Sh.:
6-
2098.0159.01 S
el.Kennz
Part
Benennung / Hinweise
Designation
Sachnummer
Stock No.
Hersteller
Manufacturer
Bestellbezeichnung
Designation
enthalten in
contained in
ACHTUNG EGB /ATTENTION ESD
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
*VARIANTENERKLAERUNG
*EXPLANATION OF MODELS
VAR04=NV8304E DTV-SENDER MIT
EINZEL-VORSTUFE
PROGNOSESENDER
MOD04=NV8304E DTVTRANSMITTER WITH SINGLE
EXCITER
VAR24=NV8304V DTV-SENDER MIT
VORSTUFE-RESERVE OHNE ADE
PROGNOSESENDER
MOD24=NV8304V DTV
TRANSMITTER WITH DUAL DRIVE
WITHOUT ADE
VAR50=NV8304X DTV-SENDER
+++GRUNDSENDER+++
MOD50=NV8304X DTVTRANSMITTER ++BASIC
TRANSMITTER++
A1 - A4
GG VH8300A1 UHF-VERSTAER. 3Phasig
VH8300A1 UHF-AMPLIFIER
VAR 04 24
2095.6004.02
2098.0159.01
A20
GS ZR800T1 EINBAUS. SX800
ZR800T1 INSTAL. KIT
VAR 04 24
DTV - Ausfuehrung
2099.1007.03
2098.0159.01
A21
GS ZR800C1 LEISTUNGSSATZ
ZR800C1 POWER KIT
VAR 04 24
Leistungssatz fuer 4 Verstaerkern
2098.5009.44
2098.0159.01
A23
GS ZR800V1 VORST.SA SX800
ZR800V1 EXC.INST. KIT
VAR 24
Vorstufensatz - DTV ohne ADE
2099.1507.04
2098.0159.01
A200
GG NETCCU 800 CONTROL UNIT
NETCCU 800 CONTROL UNIT
VAR 04 24
2095.8007.02
2098.0159.01
A100A
GG SX800 TV EXCITER DTV UND
ADE INT RF
SX800 TV EXCITER
VAR 04 24
2095.1502.71
2098.0159.01
A100B
GG SX800 TV EXCITER DTV UND
ADE INT RF
SX800 TV EXCITER
VAR 24
2095.1502.71
2098.0159.01
Benennung/Designation
NV8304X DTV-SENDER
NV8304X DTV XMTR
NV8304X
Datum/
Date
2008-01-17
Abt. /
Dept.
Sprach./Lang
Ä.I. / C.I
de en
01.00
Blatt/Sheet
1 of 1
Dokument Nr. / Document No.
7TSK
Name /
Name
Ro
2098.0159.01 SA
ROHDE & SCHWARZ
A100A
#) A100B
2000
A200
A1
A2
A3
A4
Tiefe: 800
Depth: 800
600
Variantenerklärung siehe Schaltteilliste
#) OPTION
01.00
Valid for model see parts list
01.08
RO
7TSK
Tag
Bearb.
01.08
Name
RO
Gepr.
Norm
S\DESI-DAT\NV8300\NV8304x
ÄnderungsMitteilung
NV8304x
DTV-Sender Bd.IV/V
DTV-TANSMITTER BD.IV/V
Name
zu Gerät
Blatt-Nr.
2098.0159.01
ROHDE & SCHWARZ
Tag
Zeichn.-Nr.
Änd.
Zust.
Benennung
NV8304x
reg. i. V.
2098.0159 V
erste Z.
0000.0000.00
v.
Bl.
Broadcasting Division
Spare Parts Lists
TRANSMITTERS
Printed in Germany
2098.0188.72
-5-
E-1
Pos.-Nr.
ItemNo
Menge
Quantity
ME
Unit
El.Kennz
Ref.Des.
Benennung / Bezeichnung
Designation
Sachnummer
Stock No.
Ersatzteil
Subst.part
BA
VH
ACHTUNG EGB/ATTENTION ESD
*VARIANTENERKLAERUNG
*EXPLANATION OF MODELS
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
VAR11=MIT 1 VERSTAERKER BAND III
MOD11=WITH 1 AMPLIFIER BAND III
VAR12=MIT 2 VERSTAERKER BAND III
MOD12=WITH 2 AMPLIFIER BAND III
VAR13=MIT 3 VERSTAERKER BAND III
MOD13=WITH 3 AMPLIFIER BAND III
VAR14=MIT 4 VERSTAERKER BAND III
MOD14=WITH 4 AMPLIFIER BAND III
VAR15=MIT 5 VERSTAERKER BAND III
MOD15=WITH 5 AMPLIFIER BAND III
VAR16=MIT 6 VERSTAERKER BAND III
MOD16=WITH 6 AMPLIFIER BAND III
VAR21=MIT 1 VERSTAERKER BAND IV/V
MOD21=WITH 1 AMPLIFIER BAND IV/V
VAR22=MIT 2 VERSTAERKER BAND IV/V
MOD22=WITH 2 AMPLIFIER BAND IV/V
VAR23=MIT 3 VERSTAERKER BAND IV/V
MOD23=WITH 3 AMPLIFIER BAND IV/V
VAR24=MIT 4 VERSTAERKER BAND IV/V
MOD24=WITH 4 AMPLIFIER BAND IV/V
VAR25=MIT 5 VERSTAERKER BAND IV/V
MOD25=WITH 5 AMPLIFIER BAND IV/V
VAR26=MIT 6 VERSTAERKER BAND IV/V
MOD26=WITH 6 AMPLIFIER BAND IV/V
VAR31=FUER NX8300 MIT 1
VERSTAERKER BAND III
MOD31=FOR NX8300 WITH 1 AMPLIFIER
BAND III
VAR32=FUER NX8300 MIT 2
VERSTAERKER BAND III
MOD32=FOR NX8300 WITH 2 AMPLIFIER
BAND III
VAR33=FUER NX8300 MIT 3
VERSTAERKER BAND III
MOD33=FOR NX8300 WITH 3 AMPLIFIER
BAND III
VAR34=FUER NX8300 MIT 4
VERSTAERKER BAND III
MOD34=FOR NX8300 WITH 4 AMPLIFIER
BAND III
VAR35=FUER NX8300 MIT 5
VERSTAERKER BAND III
MOD35=FOR NX8300 WITH 5 AMPLIFIER
BAND III
VAR36=FUER NX8300 MIT 6
VERSTAERKER BAND III
MOD36=FOR NX8300 WITH 6 AMPLIFIER
BAND III
VAR41=FUER NX8300 MIT 1
VERSTAERKER BAND IV/V
MOD41=FOR NX8300 WITH 1 AMPLIFIER
BAND IV/V
VAR42=FUER NX8300 MIT 2
VERSTAERKER BAND IV/V
MOD42=FOR NX8300 WITH 2 AMPLIFIER
BAND IV/V
VAR43=FUER NX8300 MIT 3
VERSTAERKER BAND IV/V
MOD43=FOR NX8300 WITH 3 AMPLIFIER
BAND IV/V
VAR44=FUER NX8300 MIT 4
VERSTAERKER BAND IV/V
MOD44=FOR NX8300 WITH 4 AMPLIFIER
BAND IV/V
VAR45=FUER NX8300 MIT 5
VERSTAERKER BAND IV/V
MOD45=FOR NX8300 WITH 5 AMPLIFIER
BAND IV/V
VAR46=FUER NX8300 MIT 6
VERSTAERKER BAND IV/V
Benennung/Designation
ERSATZTEILLISTE ZR800C1 LEISTUNGSS.
SPARE PART LIST FOR 2098.5009.01
ZR800C1
Datum/
Date
2009-07-09
Abt. /
Dept.
7TSK
Name /
Name
RO
Sprach./Lang
Ä.I. / C.I
de en
04.00
Blatt/Sheet
1 of 10
Dokument Nr. / Document No.
2098.5067.01 ST
_
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
Pos.-Nr.
ItemNo
Menge
Quantity
ME
Unit
El.Kennz
Ref.Des.
Benennung / Bezeichnung
Designation
Sachnummer
Stock No.
Ersatzteil
Subst.part
BA
VH
0999.9610.00
MOD46=FOR NX8300 WITH 6 AMPLIFIER
BAND IV/V
VAR51=FUER NX8300X1 MIT 1
VERSTAERKER BAND III
MOD51=FOR NX8300X1 WITH 1
AMPLIFIER BAND III
VAR52=FUER NX8300X1 MIT 2
VERSTAERKER BAND III
MOD52=FOR NX8300X1 WITH 2
AMPLIFIER BAND III
VAR53=FUER NX8300X1 MIT 3
VERSTAERKER BAND III
MOD53=FOR NX8300X1 WITH 3
AMPLIFIER BAND III
VAR54=FUER NX8300X1 MIT 4
VERSTAERKER BAND III
MOD54=FOR NX8300X1 WITH 4
AMPLIFIER BAND III
VAR55=FUER NX8300X1 MIT 5
VERSTAERKER BAND III
MOD55=FOR NX8300X1 WITH 5
AMPLIFIER BAND III
VAR56=FUER NX8300X1 MIT 6
VERSTAERKER BAND III
MOD56=FOR NX8300X1 WITH 6
AMPLIFIER BAND III
VAR61=FUER NX8300X1 MIT 1
VERSTAERKER BAND IV/V
MOD61=FOR NX8300X1 WITH 1
AMPLIFIER BAND IV/V
VAR62=FUER NX8300X1 MIT 2
VERSTAERKER BAND IV/V
MOD62=FOR NX8300X1 WITH 2
AMPLIFIER BAND IV/V
VAR63=FUER NX8300X1 MIT 3
VERSTAERKER BAND IV/V
MOD63=FOR NX8300X1 WITH 3
AMPLIFIER BAND IV/V
VAR64=FUER NX8300X1 MIT 4
VERSTAERKER BAND IV/V
MOD64=FOR NX8300X1 WITH 4
AMPLIFIER BAND IV/V
VAR65=FUER NX8300X1 MIT 5
VERSTAERKER BAND IV/V
MOD65=FOR NX8300X1 WITH 5
AMPLIFIER BAND IV/V
VAR66=FUER NX8300X1 MIT 6
VERSTAERKER BAND IV/V
MOD66=FOR NX8300X1 WITH 6
AMPLIFIER BAND IV/V
1000 0
PB BEMERKUNG
NOTE
Pos.: 1010 bis 1990
HF - Komponenten
1020 1
A41
ZE BV822M1 2FACH-KOPPLER
BV822M1 TWOF. COUPLER
VAR 12 32 52
## Verwendet in:
## 2098.5009.01
2099.5502.02
1030 1
A41
ZE BV823M1 3FACH-KOPPLER
BV823M1 3F. COUPLER
VAR 13 33 53
## Verwendet in:
## 2098.5009.01
2099.5702.02
1040 1
A41
ZE BV824M1 4FACH-KOPPLER
BV824M1 QUADRUPLE COUPLER
VAR 14 34 54
## Verwendet in:
## 2098.5009.01
2099.5602.02
1050 1
A41
ZE BV825M1 5FACH-KOPPLER
2099.5802.02
Benennung/Designation
ERSATZTEILLISTE ZR800C1 LEISTUNGSS.
SPARE PART LIST FOR 2098.5009.01
ZR800C1
Datum/
Date
2009-07-09
Abt. /
Dept.
7TSK
Name /
Name
RO
Sprach./Lang
Ä.I. / C.I
de en
04.00
Blatt/Sheet
2 of 10
Dokument Nr. / Document No.
2098.5067.01 ST
Pos.-Nr.
ItemNo
Menge
Quantity
ME
Unit
El.Kennz
Ref.Des.
Benennung / Bezeichnung
Designation
Sachnummer
Stock No.
Ersatzteil
Subst.part
BA
VH
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
BV825M1 5F. COUPLER
VAR 15 35 55
## Verwendet in:
## 2098.5009.01
1060 1
A41
ZE BV826M1 6FACH-KOPPLER
BV826M1 6F. COUPLER
VAR 16 36 56
## Verwendet in:
## 2098.5009.01
2099.5902.02
1120 1
A41
ZE BV832H1 2FACH-KOPPLER
BV832H1 2 WAY COUPLER
VAR 22 42 62
## Verwendet in:
## 2098.5009.01
2096.4305.02
1130 1
A41
ZE BV833H1 3FACH-KOPPLER
BV833H1 TRIPLE COUPLER
VAR 23 43 63
## Verwendet in:
## 2098.5009.01
2096.4157.02
1140 1
A41
ZE BV834H1 4FACH-KOPPLER
BV834H1 FOURFOLD COUPL
VAR 24 44 64
## Verwendet in:
## 2098.5009.01
2096.4005.02
1150 1
A41
ZE BV835H1 5FACH-KOPPLER
BV835H1 FIVEFOLD COUPL
VAR 25 45 65
## Verwendet in:
## 2098.5009.01
2096.4705.02
1160 1
A41
ZE BV836H1 6FACH-KOPPLER
BV836H1 SIXFOLD COUPL.
VAR 26 46 66
## Verwendet in:
## 2098.5009.01
2096.3750.02
1220 1
A42
ZE ABS-BLOCK ML NX8000
ABS BLOCK MP NX8000
VAR 12 13 32 33 52 53
## Verwendet in:
## 2098.5009.01
2096.3909.32
1240 1
A42
ZE ABS-BLOCK ML NX8000
ABS BLOCK MP NX8000
VAR 14 15 16 34 35 36 54 55 56
## Verwendet in:
## 2098.5009.01
2096.3909.35
1320 1
A42
ZE ABS-BLOCK ML NX8000
ABS BLOCK MP NX8000
VAR 22 23 42 43 62 63
## Verwendet in:
## 2098.5009.01
2096.3909.03
1340 1
A42
ZE ABS-BLOCK ML NX8000
ABS BLOCK MP NX8000
VAR 24 25 26 44 45 46 64 65 66
## Verwendet in:
## 2098.5009.01
2096.3909.02
1410 1
A45
ZM FM825 OWF - BD. 3
FM825 H.FILT. BD. 3
VAR 11 12 13 14 15 16 31 32 33 34 35 36 51
52 53 54 55 56
## Verwendet in:
## 2098.5009.01
2096.7304.00
1450 1
A45
ZM FH825 OWF - BD. 4/5
FH825 H.FILT. BD. 4/5
2096.6508.02
Benennung/Designation
ERSATZTEILLISTE ZR800C1 LEISTUNGSS.
SPARE PART LIST FOR 2098.5009.01
ZR800C1
Datum/
Date
2009-07-09
Abt. /
Dept.
7TSK
Name /
Name
RO
Sprach./Lang
Ä.I. / C.I
de en
04.00
Blatt/Sheet
3 of 10
Dokument Nr. / Document No.
2098.5067.01 ST
Pos.-Nr.
ItemNo
Menge
Quantity
ME
Unit
El.Kennz
Ref.Des.
Benennung / Bezeichnung
Designation
Sachnummer
Stock No.
Ersatzteil
Subst.part
BA
VH
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
VAR 21 22 23 24 25 26 41 42 43 44 45 46 61
62 63 64 65 66
## Verwendet in:
## 2098.5009.01
1510 1
P14
ZE GD800 MESSRICHTKOPPLER
DIRECTION COUPLER
VAR 11 12 13 14 15 16 31 32 33 34 35 36 51
52 53 54 55 56
## Verwendet in:
## 2098.5009.01
2096.7204.34
1520 1
P14
ZE GD800 MESSRICHTKOPPLER
DIRECTION COUPLER
VAR 21 22 23 24 25 26 41 42 43 44 45 46 61
62 63 64 65 66
## Verwendet in:
## 2098.5009.01
2096.7204.44
1530 1
P14A
ZM GD800Z2 MESSSYSTEM
GD800Z2 MEASURING SYST
VAR 11 12 13 14 15 16 31 32 33 34 35 36 51
52 53 54 55 56
## Verwendet in:
## 2096.7204.01
2096.6308.30
1540 1
P14A
ZM GD800Z2 MESSSYSTEM
GD800Z2 MEASURING SYST
VAR 21 22 23 24 25 26 41 42 43 44 45 46 61
62 63 64 65 66
## Verwendet in:
## 2096.7204.01
2096.6308.40
1550 1
P14B
ZM GD800Z2 MESSSYSTEM
GD800Z2 MEASURING SYST
VAR 11 12 13 14 15 16 31 32 33 34 35 36 51
52 53 54 55 56
## Verwendet in:
## 2096.7204.01
2096.6308.30
1560 1
P14B
ZM GD800Z2 MESSSYSTEM
GD800Z2 MEASURING SYST
VAR 21 22 23 24 25 26 41 42 43 44 45 46 61
62 63 64 65 66
## Verwendet in:
## 2096.7204.01
2096.6308.40
1570 1
P14C
ZM GD800Z1 MESSSYSTEM
GD800Z1 MEASURING SYST
## Verwendet in:
## 2096.7204.01
2096.6208.02
1580 1
P14D
ZM GD800Z1 MESSSYSTEM
GD800Z1 MEASURING SYST
## Verwendet in:
## 2096.7204.01
2096.6208.03
1590 1
P14ZP
ED RF-AUSGANG Z2
RF_OUTPUT Z2
## Verwendet in:
## 2096.7204.01
Zum Einstellen der Auskoppeldaempfung fuer
P14A, P14B, P14C und P14D.
2096.6408.02
1610 1
W.A1
DH KABEL L=1M S/S 7/16
CABLE
VAR 11 21 31 41 51 61
## Verwendet in:
## 2098.5009.01
2087.7111.00
1620 1
X.A
ZM UEBERGANG 7/16BU-RL13/30M
Adaptor 7/16BU-RL13/30M
VAR 11 21 31 41 51 61
## Verwendet in:
## 2098.5009.01
2096.7004.00
Benennung/Designation
ERSATZTEILLISTE ZR800C1 LEISTUNGSS.
SPARE PART LIST FOR 2098.5009.01
ZR800C1
Datum/
Date
2009-07-09
Abt. /
Dept.
7TSK
Name /
Name
RO
Sprach./Lang
Ä.I. / C.I
de en
04.00
Blatt/Sheet
4 of 10
Dokument Nr. / Document No.
2098.5067.01 ST
_
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
Pos.-Nr.
ItemNo
Menge
Quantity
ME
Unit
El.Kennz
Ref.Des.
Benennung / Bezeichnung
Designation
Sachnummer
Stock No.
Ersatzteil
Subst.part
BA
VH
1630 1
DV RG400 2XN/W U 1,4M
RF-CABLE
VAR 12 13 14 15 16 22 23 24 25 26 32 33 34
35 36 42 43 44 45 46 52 53 54 55 56 62 63
64 65 66
## Verwendet in:
## 2098.5009.01
2097.5792.00
1640 1
DV RG400 2XN/W U 0,6M
RF-CABLE
VAR 15 16 25 26 35 36 45 46 55 56 65 66
## Verwendet in:
## 2098.5009.01
2097.5805.00
1650 1
DH KABEL SCF 2XN-W 1.1M U
RF CABLE
VAR 14 15 16 24 25 26 34 35 36 44 45 46 54
55 56 64 65 66
## Verwendet in:
## 2098.5009.01
2097.5863.00
1710 1
ZM UEBERGANG 1 5/8EIA-RL13/30R
Adaptor 1 5/8EIA-RL13/30R
## Verwendet in:
## 2098.5009.01
2096.6966.00
1720 1
FK KUPPLUNG EIA 1 5/8
ADAPTOR FOR TRANSMISSION LINE 1 5/8
## Verwendet in:
## 2098.5009.01
0656.2279.00
2000 0
PB BEMERKUNG
NOTE
Pos.: 2010 bis 2990
Netzverteilung - Komponenten
0999.9610.00
2010 1
X1
SL 3PH SAM.SCH. EINSP. LI
3PH CURR. DISTRIB. LEF
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3009.01
2096.5053.00
2020 1
X1.1
SL 3PH SAM.SCH. ERWEIT.2X
3PH CURR. DISTRIB. 2X
VAR 13 14 16 23 24 26 33 34 36 43 44 46
## Verwendet in:
## 2096.3344.01
2096.5060.00
X1.2
2030 1
X1.1
SL 3PH SAM.SCH. ERWEIT.3X
3PH CURR. DISTRIB. 3X
VAR 15 25 36 46
## Verwendet in:
## 2096.3344.01
2096.5076.00
2040 1
X2
VK KLEMMBLOCK 0.5-6QMM
TERMINAL BLOCK
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3009.01
2096.5124.00
2050 1
F1
SS SCHUTZSCHALTER T-M 1P 3A - C
PROTECT SWITCH 1P 3A - C
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3009.01
2096.5030.00
F2
F3
F4
F5
F6
Benennung/Designation
ERSATZTEILLISTE ZR800C1 LEISTUNGSS.
SPARE PART LIST FOR 2098.5009.01
ZR800C1
Datum/
Date
2009-07-09
Abt. /
Dept.
7TSK
Name /
Name
RO
Sprach./Lang
Ä.I. / C.I
de en
04.00
Blatt/Sheet
5 of 10
Dokument Nr. / Document No.
2098.5067.01 ST
Pos.-Nr.
ItemNo
Menge
Quantity
ME
Unit
El.Kennz
Ref.Des.
Benennung / Bezeichnung
Designation
Sachnummer
Stock No.
Ersatzteil
Subst.part
BA
VH
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
F7
F8
2090 1
W1PH
DX W1PH VERTEILER N-NETZ
W1PH MAIN DISTRIBUTOR
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3009.01
2096.3538.02
2110 1
Q1
SL LEISTUNGSTRENNER 32A/400V
MAINSWITCH 32A/400V
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3344.01
2093.8522.00
2120 1
Q1.N
SL 4.SCHALTGLIED (N-LEIT)
4. SWITCH N-CONTACT
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3344.01
2096.5024.00
2130 1
Q2
SS SCHUTZSCHALTER T-M 3P 3.5-5A
PROTECT SWITCH 3P 3.5-5A
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3344.01
2096.5153.00
SL 3PH VERBINDUNGSSTECKER
3PH PLUG LINK
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3344.01
2096.5082.00
VK SCHUTZLEITERKL.2.5QMM
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3009.01
2091.9773.00
Q3
Q4
Q5
Q6
Q7
2140 1
Q2X
Q3X
Q4X
Q5X
Q6X
Q7X
2150 1
X20.1
X20.2
X20.3
2400 1
X33
DX WAGO BRUECKEN-STECKER
DUMMY PLUG
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3344.01
2097.5634.33
2410 1
X36
DX WAGO BRUECKEN-STECKER
DUMMY PLUG
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3344.01
2097.5634.36
2420 1
X41
DX WAGO BRUECKEN-STECKER
DUMMY PLUG
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
2097.5634.41
Benennung/Designation
ERSATZTEILLISTE ZR800C1 LEISTUNGSS.
SPARE PART LIST FOR 2098.5009.01
ZR800C1
Datum/
Date
2009-07-09
Abt. /
Dept.
7TSK
Name /
Name
RO
Sprach./Lang
Ä.I. / C.I
de en
04.00
Blatt/Sheet
6 of 10
Dokument Nr. / Document No.
2098.5067.01 ST
Pos.-Nr.
ItemNo
Menge
Quantity
ME
Unit
El.Kennz
Ref.Des.
Benennung / Bezeichnung
Designation
Sachnummer
Stock No.
Ersatzteil
Subst.part
BA
VH
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
## 2096.3344.01
2430 1
X42
DX WAGO BRUECKEN-STECKER
DUMMY PLUG
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3344.01
2097.5634.42
2440 1
X44
DX WAGO BRUECKEN-STECKER
DUMMY PLUG
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3344.01
2097.5634.44
2500 1
A35
ED VERTEILER-N-NETZ
INTERFACE POWER DISTR.
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3009.01
2096.3550.02
2510 1
A36
NJ SCHALTNETZT. AC90-264V
POWER SUPPLY 12V/40W
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3009.01
1081.0254.00
2610 1
W35
DX W35 NETZKAB.-HILFSSPG.
W35 MAIN POWER KABLE
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3009.01
2096.3450.00
2620 1
W45
DX W45 DC-KABEL-HILFSSPG.
W45 DC CABLE
VAR 11 12 13 14 15 16 21 22 23 24 25 26 31
32 33 34 35 36 41 42 43 44 45 46
## Verwendet in:
## 2096.3009.01
2096.3444.00
3000 0
0999.9610.00
3010 1
A50
EE RACK CONTROLLER
RACK CONTROLLER
## Verwendet in:
## 2098.5009.01
2096.4505.02
3110 1
X53A
DX CAN ABSCHL. 9POL.X53A
CAN TERMINATING X53A
## Verwendet in:
## 2098.5009.01
2097.5628.00
3120 1
X53B
DX CAN ABSCHL. 15POL.X53B
CAN TERMINATING X53B
## Verwendet in:
## 2098.5009.01
2097.5611.00
3130 1
X53D
DX CAN ABSCHL. 15POL.X53D
CAN TERMINATING X53D
## Verwendet in:
## 2098.5009.01
2097.5605.00
3150 1
X54B
DX BRUECKEN-ST REF.SPG.-REDUZ.
A50/X7
DUMMY PLUG REDUCED_REF_B A50/X7
## Verwendet in:
## 2098.5009.01
2097.5592.00
PB BEMERKUNG
NOTE
Pos.: 3010 bis 3990
Gestell - Komponenten
Benennung/Designation
ERSATZTEILLISTE ZR800C1 LEISTUNGSS.
SPARE PART LIST FOR 2098.5009.01
ZR800C1
Datum/
Date
2009-07-09
Abt. /
Dept.
7TSK
Name /
Name
RO
Sprach./Lang
Ä.I. / C.I
de en
04.00
Blatt/Sheet
7 of 10
Dokument Nr. / Document No.
2098.5067.01 ST
_
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
Pos.-Nr.
ItemNo
Menge
Quantity
ME
Unit
El.Kennz
Ref.Des.
Benennung / Bezeichnung
Designation
3500 1
W48
DG PATCHKABEL 2M 1-1 BL
PATCHCABEL 2M 1-1 BL
## Verwendet in:
## 2098.5009.01
3600 1
3710 1
BA
VH
4055.6458.00
WW DICHTUNGSSCHAUMBAND PVC 8X6
14SH
SEALING TAPE
## Verwendet in:
## 2096.2002.01
2096.2119.00
KZ FUEHLSTIFT RD2.7X17.5
GUIDE PIN
VAR 11 12 13 14 21 22 23 24 31 32 33 34 41
42 43 44 51 52 53 54 61 62 63 64
## Verwendet in:
## 2096.2231.01
0043.5727.00
3720 1
MF ANSCHLUSSHALTER
CONNECTION HOLDER
VAR 11 12 13 14 21 22 23 24 31 32 33 34 41
42 43 44 51 52 53 54 61 62 63 64
## Verwendet in:
## 2096.2231.01
2096.2290.00
3800 1
MZ ABDECKUNG 2
COVER 2
VAR 11 12 13 14 15 21 22 23 24 25 31 32 33
34 35 41 42 43 44 45 51 52 53 54 55 61 62
63 64 65
## Verwendet in:
## 2099.5019.00
2096.2925.00
3900 1
2096.2131.02
E1
ZE LUEFTERSATZ ML
FAN KIT MP
VAR 11 12 13 14 15 16 21 22 23 24 25 26
## Verwendet in:
## 2096.2377.01
Sachnummer
Stock No.
Ersatzteil
Subst.part
E2
3910 1
SL LEISTUNGSTRENNSCHALTER 63A
63A MAIN POWER SWITCH
VAR 51 52 53 54 55 61 62 63 64 65
##Verwendet in:
##2096.2154.01
2096.5001.00
3920 1
SL 4.SCHALTGLIED (N-LEIT)
4. SWITCH N-CONTACT
VAR 51 52 53 54 55 61 62 63 64 65
##Verwendet in:
##2096.2154.01
2096.5018.00
3930 1
SL LEISTUNGSSCHALT.4P125A
POWER SWITCH 4P 124A
VAR 56 66
##Verwendet in:
##2096.2154.01
2093.8839.00
3940 1
SS SCHUTZSCHALTER TM 2P 15A / C
PROTECT SWITCH 2P 15A - C
VAR 51 52 53 54 55 56 61 62 63 64 65 66
##Verwendet in:
##2096.2154.01
2096.5224.00
3950 1
SS SCHUTZSCHALTER T-M 1P 3A - C
PROTECT SWITCH 1P 3A - C
VAR 51 52 53 54 55 56 61 62 63 64 65 66
##Verwendet in:
##2096.2154.01
2096.5030.00
3960 1
SS SCHUTZSCHALTER T-M 1P 6A - C
PROTECT SWITCH 1P 6A - C
VAR 51 52 53 54 55 56 61 62 63 64 65 66
##Verwendet in:
##2096.2154.01
2096.5047.00
Benennung/Designation
ERSATZTEILLISTE ZR800C1 LEISTUNGSS.
SPARE PART LIST FOR 2098.5009.01
ZR800C1
Datum/
Date
2009-07-09
Abt. /
Dept.
7TSK
Name /
Name
RO
Sprach./Lang
Ä.I. / C.I
de en
04.00
Blatt/Sheet
8 of 10
Dokument Nr. / Document No.
2098.5067.01 ST
_
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
Pos.-Nr.
ItemNo
Menge
Quantity
ME
Unit
El.Kennz
Ref.Des.
Benennung / Bezeichnung
Designation
Sachnummer
Stock No.
Ersatzteil
Subst.part
BA
VH
3970 1
ED VERTEILER-N-NETZ
INTERFACE POWER DISTR.
VAR 51 52 53 54 55 56 61 62 63 64 65 66
##Verwendet in:
##2096.2154.01
2096.3550.02
3980 1
DX WAGO BRUECKEN-STECKER
DUMMY PLUG
VAR 51 52 53 54 55 56 61 62 63 64 65 66
##Verwendet in:
##2096.2154.01
2097.5634.33
3990 1
DX WAGO BRUECKEN-STECKER
DUMMY PLUG
VAR 51 52 53 54 55 56 61 62 63 64 65 66
##Verwendet in:
##2096.2154.01
2097.5634.36
4000 1
DX WAGO BRUECKEN-STECKER
DUMMY PLUG
VAR 51 52 53 54 55 56 61 62 63 64 65 66
##Verwendet in:
##2096.2154.01
2097.5634.41
4010 1
DX WAGO BRUECKEN-STECKER
DUMMY PLUG
VAR 51 52 53 54 55 56 61 62 63 64 65 66
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4020 1
DX WAGO BRUECKEN-STECKER
DUMMY PLUG
VAR 51 52 53 54 55 56 61 62 63 64 65 66
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2097.5634.44
4030 1
NJ SCHALTNETZT. AC90-264V
POWER SUPPLY 12V/40W
VAR 51 52 53 54 55 56 61 62 63 64 65 66
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1081.0254.00
4040 1
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AC 1PH A1.AMPLIF.CAB. W61
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AC 1PH A2.AMPLIF.CAB. W62
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2097.4867.00
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DX AC 1PH A3.VERST. KAB. W63
AC 1PH A3.AMPLIF.CAB. W63
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2097.4880.00
4080 1
DX AC 1PH A5.VERST. KAB. W65
AC 1PH A5.AMPLIF.CAB. W65
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4090 1
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Benennung/Designation
ERSATZTEILLISTE ZR800C1 LEISTUNGSS.
SPARE PART LIST FOR 2098.5009.01
ZR800C1
Datum/
Date
2009-07-09
Abt. /
Dept.
7TSK
Name /
Name
RO
Sprach./Lang
Ä.I. / C.I
de en
04.00
Blatt/Sheet
9 of 10
Dokument Nr. / Document No.
2098.5067.01 ST
Pos.-Nr.
ItemNo
Menge
Quantity
ME
Unit
El.Kennz
Ref.Des.
Benennung / Bezeichnung
Designation
Sachnummer
Stock No.
Ersatzteil
Subst.part
BA
VH
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
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Benennung/Designation
ERSATZTEILLISTE ZR800C1 LEISTUNGSS.
SPARE PART LIST FOR 2098.5009.01
ZR800C1
Datum/
Date
2009-07-09
Abt. /
Dept.
7TSK
Name /
Name
RO
Sprach./Lang
Ä.I. / C.I
de en
04.00
Blatt/Sheet
10 of 10
Dokument Nr. / Document No.
2098.5067.01 ST
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Menge
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ME
Unit
El.Kennz
Ref.Des.
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Designation
Sachnummer
Stock No.
Ersatzteil
Subst.part
BA
VH
ACHTUNG EGB/ATTENTION ESD
*VARIANTENERKLAERUNG
*EXPLANATION OF MODELS
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
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VAR06=DAB - AUSFUEHRUNG ML MIT
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300 1
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W12B
W13B
400 1
W21B
W22B
W23B
W24B
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SPARE PART LIST FOR 2099.1507.01
ZR800V1
Datum/
Date
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Abt. /
Dept.
7TS4
Name /
Name
BM
Sprach./Lang
Ä.I. / C.I
de en
03.00
Blatt/Sheet
1 of 1
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Menge
Quantity
ME
Unit
El.Kennz
Ref.Des.
Benennung / Bezeichnung
Designation
Sachnummer
Stock No.
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BA
VH
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*EXPLANATION OF MODELS
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MOD02=ATV VERSION FOR MP
VAR03=DTV-AUSFUEHRUNG FUER ML
MOD03=DTV VERSION FOR MP
VAR04=DAB-AUSFUEHRUNG FUER ML
MIT SX801
MOD04=DAB VERSION FOR MP WITH
SX801
VAR22=ATV-AUSFUEHRUNG FUER HL
MOD22=ATV VERSION FOR HP
VAR23=DTV-AUSFUEHRUNG FUER HL
MOD23=DTV VERSION FOR HP
VAR24=DAB-AUSFUEHRUNG FUER HL
MIT SX801
MOD24=DAB VERSION FOR HP WITH
SX801
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
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2097.5857.00
DV RG316 BNC-St/EBU 2000MM
RF CABLE 50 OHM 2XBNC
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2088.3503.00
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W13A
200 5
W21A
W22A
W23A
W24A
W31A
W32A
W34A
W35A
W42A
300 2
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W43A
400 1
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1093.9122.00
410 1
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4055.6458.00
420 1
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DY RACK CONT.-EXC. A W54A
RACK CONT.-EXC. A W54A
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W55
DY RACK CONT.-NETCCU W55
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2097.5411.00
440 1
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DG PATCHKABEL CAT6. 0.5M
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SPARE PART LIST FOR 2099.1007.01
ZR800T1
Datum/
Date
2009-07-03
Abt. /
Dept.
3TSS
Name /
Name
KA
Sprach./Lang
Ä.I. / C.I
de en
04.00
Blatt/Sheet
1 of 2
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2099.1013.01 ST
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Menge
Quantity
ME
Unit
El.Kennz
Ref.Des.
Benennung / Bezeichnung
Designation
Sachnummer
Stock No.
Ersatzteil
Subst.part
BA
VH
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X54B
DX BRUECKEN-ST REF.SPG.-REDUZ.
A50/X7
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VAR 22 23 24
## Verwendet in:
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2097.5592.00
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
Printed documents are not subject to revision
450 1
Benennung/Designation
ERSATZTEILLI. ZR800T1 EINBAUS.SX800
SPARE PART LIST FOR 2099.1007.01
ZR800T1
Datum/
Date
2009-07-03
Abt. /
Dept.
3TSS
Name /
Name
KA
Sprach./Lang
Ä.I. / C.I
de en
04.00
Blatt/Sheet
2 of 2
Dokument Nr. / Document No.
2099.1013.01 ST
Pos.-Nr.
ItemNo
Menge
Quantity
ME
Unit
El.Kennz
Ref.Des.
Benennung / Bezeichnung
Designation
Sachnummer
Stock No.
Ersatzteil
Subst.part
BA
VH
ACHTUNG EGB/ATTENTION ESD
*VARIANTENERKLAERUNG
*EXPLANATION OF MODELS
Für diese Unterlage behalten wir uns alle Rechte vor.
Ausgedruckte Dokumente unterliegen nicht dem Änderungsdienst.
For this document all rights are reserved.
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VAR02=ZULUFT OBEN
MOD02=AIR INLET TOP
VAR03=ZULUFT UNTEN
MOD03=AIR INLET BOTTOM
VAR04=ABLUFT OBEN
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VAR12=LUEFTERSATZ ML 190L/S 115V AC 50/60HZ
MOD12=FAN KIT ML 190L/S 115V AC 50/60HZ
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VAR 04 05
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2010.0006.00
20 1
ZE LUEFTERSATZ ML
FAN KIT MP
VAR 10
## Verwendet in:
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2096.2131.02
30 1
ZE LUEFTERSATZ ML
FAN KIT MP
VAR 12
## Verwendet in:
## 2096.2377.01
2096.2131.12
120 1
CM 8UF 400V D40 L70 M8
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VAR 02
## Verwendet in:
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2092.8287.00
130 1
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250MM
MOTOR CAPACITOR 32UF 5% 400V
VAR 12
## Verwendet in:
## 2096.2131.01
2096.2548.00
Benennung/Designation
ERSATZTEILLISTE KL830M1 LUFTSATZ ML
Sprach./Lang
Ä.I. / C.I
de en
02.00
Blatt/Sheet
1 of 1
Dokument Nr. / Document No.
KL830M1
Datum/
Date
2008-08-01
Abt. /
Dept.
7TSK
Name /
Name
RO
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