Operating instructions
Contents
1. 5 47 63 Hz built in connector EN 60320 1 C8 IEC 320 C8 3 G5 x 20 T4A IEC 127 2 V max 110 W 12 V 66 dB max 8 A yes 9 A typical yes yes lt 14 5 VY Il according DIN VDE 0860 4 IP 20 according DIN VDE 0871 curve B 5 Power supply BEB 300 9048 01 Input voltage Input current at 48 V Power consumption Overcurrent protection Overvoltage protection Max current drain Voltage stability Radio noise suppression 48 V DC 36 72 V DC 2 4A max 125 W fold back at 110 148 16 8 20 V 8 A 10 43 C 6 A 55 C 1500 V DC input output EN 55022 CIS PR22 Class B 6 EN 61000 4 2 3 4 6 8 7 ENV 50204 8 our Power supply BEB 300 9048 02 Fuse Polarity reversal protection Power consumption Voltage stability AC Output DC voltage Rippled noise ratio Output current Current limit Short circuit protection Overvoltage protection Protection class Noise emission Immunity Temperature range Environmental conditions Temperature range Relative humidity Mounting method Mounting location Physical information Dimensions I x w x h without 19 adapter with 19 adapter ce LINE T 6 3 A 250 V H 5x20 internal yes max 110 W 1500 V input output 12V 66 dB 0 25 8 A yes yes hicc up mode yes gt 14 5 V IP 20 EN 55011 9 EN 55022 CIS PR22 Class B 6 EN 50083 2 2 EN 610002. CISPR 23 1987 6 EN 55022 Information technology equipment Radio disturbance characteristics Limits and methods of measurement IEC CISPR 22 2005 modified A1 2005 German version EN 55022 2006 A1 2007 7 EN 61000 4 2 Electromagnetic compatibility EMC Testing and measurement techniques Electrostatic discharge immunity test 2009 05 31 BEB x00 Bus Extender ce Part N 904x 0x with 8A power supply LINE EN 61000 4 3 Electromagnetic compatibility EMC Part 4 3 Testing and measurement techniques Radiated radio frequency electromagnetic field immunity test IEC 61000 4 3 2006 A1 2007 German version EN 61000 4 3 2006 A1 2008 EN 61000 4 4 Electromagnetic compatibility EMC Part 4 4 Testing and measurement techniques Electrical fast transient burst immunity test IEC 61000 4 4 2004 German version EN 61000 4 4 2004 EN 61000 4 6 Electromagnetic compatibility EMC Part 4 6 Testing and measurement techniques Immunity to con ducted disturbances induced by radio frequency fields IEC 61000 4 6 2003 A1 2004 A2 2006 EN 61000 4 8 Electromagnetic compatibility EMC Part 4 8 Testing and measurement techniques Power frequency magnetic field immunity test IEC 77A 694 FDIS 2009 German version FprEN 61000 4 8 2009 8 ENV 50204 Radiated electromagnetic field from digital radio telephones Immunity test 1996 02 15 11 Document history Version Date Modification Author 1 00 15 04 2009
3. 00 ADDR 00 ADDR 01 HCB x00 ADDR 15 BEB x00 AD R 01 ADDR 01 redundancy s Broken supply Module ADDR 15 oS ae mA W A Oe BEB x00 ADDR 00 ADDR 01 Description of the power supply redundancy line redundancy Adjustment of the address 00 at the right Bus Extender per line Adjustment of the address 1 15 at the left Bus Extender per line The left first BEB x00 will automatically take over the current supply of the line if the right Bus Extender is failing 8 Invalid mixed alignements not valid ia i Module ADDR 15 HCB x00 Module ADDR 01 El E Module ADDR 15 BEB x00 ADDR 01 Module ADDR 01 not valid Module ADDR 01 Mixed alignements on which the modules may be connected directly to the main bus HCB x00 at X1 X2 BEB x00 at X1 X3 and at the line bus BEB x00 at X2 are not valid BEB x00 Part N 904x 0x 9 Technical data Address extent Extended address range Line address Address for redundancy Modules address range Module address Power supply BEB 200 Main voltage Voltage frequency Main connector Internal device fuse Power consumption Output voltage Ripple noise ratio Current drain Current limit Short circuit protection Overvoltage protection Protection class Protection system Radio noise suppression Bus Extender with 8A power supply s alo 0 15 100 240 V 10
4. 6 1 10 EN 61000 6 2 11 10 60 C 10 55 C lt 80 not condensing vertical splash proof and drip proof 50 x 276 x 148 mm 50 x 301 x 148 mm Weight BEB 200 300 9048 02 about 1 500 g BEB 300 9048 01 Delivery contents about 1 600 g 1 x Power cord or connector 1 x Bus connector 2 x Terminal resistance 75 Q 1 x Bus connector 400 mm 2 x Multipole sockets to reset device 2 minutes without voltage gt 6 A only use bus cable 8 A Input voltage Input connection 48 V DC 36 72 V DC Plug with screw termination with polarity protection 10 Bibliography 1 EN 60728 11 Cable networks for television signals sound signals and interactive services Part 11 Safety IEC 60728 11 2005 German version EN 60728 11 2005 2 EN 50083 2 Cabled distribution systems for television and sound signals Electromagnetic compatibility for equipment EN 50083 2 2001 3 EN 60320 1 Appliance couplers for household and similar general purposes Part 1 General requirements IEC 60320 1 2001 A1 2007 German version EN 60320 1 2001 A1 2007 4 DIN VDE 0860 Audio video and similar electronic apparatus Safety requirements IEC 60065 2001 modified A1 2005 modified German version EN 60065 2002 A1 2006 Cor 2007 A11 2008 5 DIN VDE 0871 Radio noise suppression of high frequency units Determination of limits for industrial scientific and me dical equipment identical with
5. BLANKOM Professional Headend Solutions Operating instructions Bus Extender with 8A power supply Content 1 Safety and Operating instructions cccceceeeeeeceeeeeeeeeeesaeees 3 25 DOVIGO VINAM S erene eene EEEE 3 SRC e re E E A EEEE 3 AFTO VON eraen ae ia E EEE TE E 4 5 Functional descriPUON sssssssi E E 4 7 Redu undanty CIRCUIT orses eer ce eaeenmanmenscantt 5 9 TecDNIC a Ala snn AEREE EE EE EEEE 6 T1 DOcuUMeENE NISTO ssrin S 7 BEB x00 22 Part N 904x 0x Selig Sipuals BLANKOM ew IMPORTANT CUSTOMER INFORMATION SS LZ AimN Dear customer Please note that the maximum specified current supply of the power supply must not be exceeded otherwise there is a risk of irreversible corruption of the module Important Determine before startup the current consumption for all of the modules currently connected exactly If the stated in the data sheet maximum current is being exceeded please reduce the current load by redistribution or reduction of the connected modules so that the maximum current is no longer exceeded With kind regards Your Blankom team service BEB x00 Bus Extender ce Part N 904x 0x with 8A power supply LINE 1 Safety and operating instructions When assembling starting up and adjusting the modules it is necessary to consider the system specific references in the manual instruction The modules may only be installed and started up by authorized techni
6. DR Remote control access or redundancy function BEB x00 Bus Extender CE Part N 904x 0x with 8A power supply LINE 4 Front view BEB 200 Bin BEB 300 X3 Lar X2 X1 BUS EXTENDER POWER SUPPLY Type BEB 200 Part No 9047 01 BUS EXTENDER POWER SUPPLY Type BEB 300 Part No 9048 02 INPUT VOLTAGE AC 100 240 V INPUT FREQUENCY 50 60 Hz INPUT VOLTAGE DC 36 72 V INPUT POWER max 110 W INPUT POWER max 110 W ADDRESSING SPACE 15 UNITS ADDRESSING SPACE max 15 UNITS OUTPUT DC 12 V max 8A OUTPUT DC 12V max 8A J XN Operating voltage i control bus HIE omr LED ERROR red ee wr ___LED READY groen qt LED DATA yellow 1 e___ _ _ Address selection t oO _ ae Power supply __ te Go 5 Functional description The Bus Extender BEB x00 is the necessary extension module for the head end bus system It is equipped with 3 bus connection sockets The sockets X1 and X3 are equivalently occupied and are serving the vertical bus extension The X2 socket of the BEB x00 is responsible for power supply of signal processing units modules within the respective line It also defines the address
7. basic document HauBer Rudolph 1 01 11 08 2009 revision HauBer 1 02 11 01 2010 insert of BEB 300 9048 01 HauBer 19 01 2011 insert of BEB 300 9048 02 HauBer 24 06 2014 information sheet added Appelfelder Options available upon request Subjects to changes due to technical progress BLANKOM Antennentechnik GmbH Hermann Petersilge StraBe 1 07422 Bad Blankenburg Germany Telefon 49 0 3 67 41 60 0 Fax 49 0 3 67 41 60 100 C Declaration of Conformity The Manufacturer BLANKOM Antennentechnik GmbH Hermann Petersilge Str 1 07422 Bad Blankenburg Germany herewith declares the conformity of the products Product name Bus Extender Type BEB 200 BEB 300 BEB 300 Product number 9047 01 9048 01 9048 02 according to the following regulations EN 50083 2 EN 60728 11 as far as relevant and additional device specific regulations enclosed above which these products are subjected to Date 11 01 2010 Signature 4 a EEE Piero Kirchner Managing Director
8. cal personnel When assembling the modules into the receiving points the adherence of the EMC regulations is to be secured The assembly and wiring have to be done without voltage The main voltage and the operating voltage of the modules working by DC have to be in complience to the operating parameters described in the technical data With all work the defaults of the DIN EN 50083 have to be considered Especially the safetyrelevant execution of the A All active modules may only be operated with the Headend Controller HCB x00 or Bus Extender BEB x00 AN DIN EN 60728 11 1 is necessary 2 Device variants BEB 200 9047 01 Bus Extender with 8A power supply 100 240 V input BEB 300 9048 01 Bus Extender with 8A power supply 48 V input BEB 300 9048 02 Bus Extender with 8A power supply 48 V input 3 General The Bus Extender BEB x00 is a module of the head end system B LINE but can also be used for the C LINE C LINE head end system The B LINE is a complete system for the middle sized distribution network while the C LINE C LINE is for smaller distri bution networks All active modules are programmed at the central Headend Controller HCB x00 The individual modules will be addressed at the address switch at the Bus Extender line and the respective modules position The status of the individual modules will be displayed by colored LEDs Red ERROR Operating voltage failure Green READY Operating status Yellow AD
9. of the line and canalizes the data transfer see chapter 6 The total power consumption of the respective line all connected modules within one line may not exceed the current limit of the BEB x00 The ADDR switch position 0 is switching the BEB x00 into redundancy operation status Two BEB x00 will be switched parallely The left first ADDR 1 15 canalizes the data transfer the right second BEB x00 ADDR 0 suplies current power The left first BEB x00 overtakes the power supply of the respective line in case of a failure see chapter 7 One address is made up of two parts The fist address part will be allocated with the address selection switch of the BEB x00 for the total line 01 xx 15 xx and indicates the address of the respective line the second part will be allocated with the address selection switch at the connected modules xx 00 xx 15 and indicates the address of the respective module within the line See chapter 8 6 Head end bus structure HCB x00 Headend Controller Module Module ADDR 01 ADDR 01 Module Module ADDR 15 ADDR 15 Module signal processing unit Module ADDR 01 Module ADDR 15 The number of the possible module connections 01 15 toa BEB x00 depends on the total power consumption of this line 4 BEB x00 Bus Extender cE Part N 904x 0x with 8A power supply LINE 7 Redundancy circuit Line redundancy ADDR 15 BEB x00 ADDR 01 BEB x
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