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HEA-

XX

-HB-4

 

V

IA

L

ITE

HD

 

SATCOM6

 

H

ANDBOOK

 

 

 

11

 

 

EDGE Switch 

0.4W typical  

EDGE Splitter 

0.4W typical  

EDGE Ethernet 

1.9W typical  

SNMP controller 

4.0 W typical  

EDGE LNB PSU 

7.1W typical (@ output 18V, 350mA) 

EDGE LNB PSU efficiency 

88% typical, for HRP-1-00-0N-00 

AC to DC efficiency  

84.5% typical, for HPS-6, more details see section 3.4.3 

DC to DC efficiency  

 

75% typical, for HPS-7/8/9, more details see section 3.4.3 

 
The input power requirements can be calculated by using the power supply efficiency below. 

3.4.3 

Power supply specification 

 

HPS-6 

HPS-7/8/9 

Description 

Wide input range AC power supply 

Wide input range DC power supply 

Dimensions, external (W x H x D)  

153 x 101 x 53 mm 

Weight 

0.5kg 

Input Supply Power 

110VAC or 230VAC nominal at 50/60Hz 
88 - 264VAC absolute range at 47/63Hz 

HPS-7   

9.2-18VDC  

HPS-8   

19-36VDC 

HPS-9   

36-72VDC 

Efficiency, typical 

HPS-6   

84.5% 

HPS-6-15 

86%  

HPS-6-24 

88% 

HPS-6-48 

89% 

HPS-7   

72% 

HPS-7-24 

75%  

HPS-8   

75% 

HPS-8-24 

78%  

HPS-9   

78% 

HPS-9-24 

81%  

Switch on current 

<33A @ 230Vac 

<10A 

Output voltage 

HPS-6   

12V +/- 0.5V 

HPS-6-15 

15V +/- 0.5V 

HPS-6-24 

24V +/- 1.0V 

HPS-6-48 

24V +/- 1.0V 

HPS-7   

12V +/- 0.5V 

HPS-7-24 

24V +/- 1.0V 

HPS-8   

12V +/- 0.5V 

HPS-8-24 

24V +/- 1.0V 

HPS-9   

12V +/- 0.5V 

HPS-9-24 

24V +/- 1.0V 

Output ripple 

120mV for output voltages 12V and 15V, 200mV for output voltages of 24V and 48V 

Maximum input current  

1.3A at 115VAC 
0.8A at 230VAC 

HPS-7   

3.2A at 12VDC  

HPS-8   

1.6A at 24VDC 

HPS-9   

0.8A at 48VDC 

Maximum output power at +50

C 

50 W 

25 W 

Minimum load power 

No minimum load current 

Derating >+50

C 

2.0% / 

C, absolute maximum 70

C 

2% / 

C, absolute maximum 60

C 

Hot-swapping 

Yes, using cabinet hardware 

Dual Redundant 

Yes, with appropriate cabinet configuration 

Output current overload 

Switches output OFF and automatically restarts  at 125% nominal current 

Output over voltage 

Switches output OFF and automatically restarts  at 125% nominal voltage 

Status Indicators 

GREEN

 power LED 

MTBF @25

C 

228 000 hours  

365 000 hours 

 

3.4.4 

Thermal load 

The SATCOM6 is design to work with a 

“full configuration thermal load” across the full specified operating temperature range.   

 
A full thermal load consist of  

 

6 EDGE Transmitters 

 

2 EDGE LNB power supplies (250mA @13V each) 

 

1 SNMP and web controller 

 

2 Main power supplies (HPS-6) 

 
The 

“full configuration thermal load” is 21 watts typically, this includes and allows for module power dissipation (EDGE TX + SNMP 

and  web  controller),  LNB  efficiency  and  main  power  supply  efficiency.    Thermal  loads  in  excess  of  this  will  affect  the  maximum 
operating  temperature.    Thermal  loads  in  excess  of  th

e  “full  configuration  thermal  load”  will  typically  linearly  reduce  the  maximum 

operating temperature.   
 

ViaLite  Communications

  will  advise  the  maximum  configuration  for  cabinets  fitted  with  EDGE  DWDM  transmitters  as  these  have 

significantly different thermal characteristics and different thermal interaction with other modules due to their active cooling. 
 

ViaLite Communications

 will evaluate if your requested build configuration exceeds the 

“full configuration thermal load” and advise 

you of any impact.   Any issues will be noted in the order specific handbook that your SATCOM6 is delivered  with,  contact 

ViaLite 

Communications

 for more details. 

 

 

Содержание ViaLiteHD HEA-xx-HB-4 series

Страница 1: ...TCOM6 Outdoor enclosure User Manual HEA xx HB 4 CR3974 21 12 18 Pulse Power Measurement Ltd 65 Shrivenham Hundred Business Park Watchfield Swindon Wiltshire SN68TY UK Tel 44 0 1793 784389 Fax 44 0 1793 784391 Email sales vialite com Web www vialite com ...

Страница 2: ...should ensure that they use effective personal grounding i e ESD wrist strap etc when servicing the equipment Any equipment or tools used should be grounded to prevent static charge build up Good practice should be observed at all times For reference see relevant standards EN 61340 5 1 Protection of Electronic Devices from Electrostatic Phenomena General Requirements Optical Safety The ViaLiteHD S...

Страница 3: ...ace 12V input 16 5 7 7 Relay contacts 16 5 7 8 Cabinet power input AC 16 5 7 9 Cabinet power input 12VDC 16 5 7 10 Cabinet power input 24VDC 17 5 7 11 Cabinet power input 48VDC 17 6 ADDITIONAL AUXILIARY MODULES 18 6 1 70029 High current Bias Tee 50 ohms 18 6 2 70030 High current Bias T DC 75 ohms 19 6 3 70042 Low current Bias T DC Injector 50 ohms 19 6 4 70021 Low current Bias T DC Injector 50 ohm...

Страница 4: ...nent and semi permanent installation in Satellite communications GPS antenna remoting and other related applications The variety of links available includes low frequency timing 2kHz to wideband RF 4 2GHz RF splitters Oscillators Amplifiers and Protection switches they also include a full suite of supporting functions including RS232 422 485 Ethernet to 1000 BT and control systems to monitor and c...

Страница 5: ...ng as well as 13 18 22V and 22kHz tone Key features Wall or pole mount Dual power supplies Integrated SNMP for remote monitor and control LNB powering Built in Ethernet switch option with SNMP card The mainboard accepts up to six ViaLiteHD modules Additionally two LNB units can be populated to the rear side of the motherboard Standard RX TX ViaLiteHD modules units can be placed in any of the six s...

Страница 6: ...OK 6 Figure 1 SATCOM6 enclosure illustrated are several EDGE modules mounted to the Backplane PCB Optional sunshield Optical adapters Fans SNMP card craft port Backplane LNBs PSUs Mounting hinges Power switches SNMP Management Control PCB ...

Страница 7: ...s per your order and ready to operate The details of the default backplane configuration will be contained in your order specific handbook that your SATCOM6 is delivered with Figure 2 Location of switch and jumpers on the backplane D6 fan status PSU Main Note that J18 and J19 are located on the other side of the board ...

Страница 8: ...ODULE HANDBOOK Section 3 4 If used this would normally be connected to special interface cable J2 Connects the output of LNB1 SLOT7 to the external voltage feed J5 J26 J2 is highlighted in red J2 is the 4 pin connector next to J8 LNB1 connected to J5 J26 These jumpers are electrically in parallel both should be fitted J3 Connects the output of LNB2 SLOT8 to the external voltage feed J5 J26 J3 is h...

Страница 9: ...EA XX HB 4 VIALITEHD SATCOM6 HANDBOOK 9 3 2 Glandplate connections Figure 3 SATCOM6 enclosure bottom view Any unused connections will be environmentally sealed Figure 4 SATCOM6 glandplate with dimensions ...

Страница 10: ...ns Power Supply 90 264VAC i p 50W 12V output HPS 7 DC Power Supply 9 2 18VDC i p 25W 12V output HPS 8 DC Power Supply 19 36VDC i p 25W 12V output HPS 9 DC Power Supply 36 72VDC i p 25W 12V output The LNA power supply can be used to provide power directly to a connected LNA or BUC either via the fitted EDGE transmitter modules or via bias tee modules fitted within the enclosure LNA power supply mod...

Страница 11: ...Derating 50 C 2 0 C absolute maximum 70 C 2 C absolute maximum 60 C Hot swapping Yes using cabinet hardware Dual Redundant Yes with appropriate cabinet configuration Output current overload Switches output OFF and automatically restarts at 125 nominal current Output over voltage Switches output OFF and automatically restarts at 125 nominal voltage Status Indicators GREEN power LED MTBF 25 C 228 00...

Страница 12: ...he event that both internal cooling fans fail the maximum ambient temperature that the SATCOM6 can operate in will be reduced by 10o C to 45o C Figure 6 SATCOM6 wall mounting including dimensions of fixing centres 4 1 Cold weather option The SATCOM6 can operate down to 10o C without a heater If lower temperature operation is required contact ViaLite Communications there are several heater options ...

Страница 13: ...ital cards can only be used in slots 3 and 6 They can be configured via SNMP or manually To set parameters manually use jumpers J30 J31 Refer to the ViaLiteHD RF Support Module handbook for more information about configurable parameters 5 Check the position of jumpers J2 J3 If jumpers are closed the external LNB is connected 6 For all populated slots set SW1 switch to USED position If a slot is le...

Страница 14: ...e normal mode of operation In such circuit topology an empty slot would raise an alarm To prevent such a situation DIP switch SW1 should be set according to the configuration switch to USED position if the slot is occupied EMPTY if the slot is unoccupied The switch allows masking of alarms from any of the 6 main slots or the 2 additional LNB slots 5 3 SNMP card configuration SATCOM6 can be monitor...

Страница 15: ...upplies voltage to slots 1 3 and the LNB card in slot 8 supplies voltage to slot 4 6 3 Using jumpers J11 and J21 connect the LNB to the modules Use J11 if an optical receiver is used or J21 for a transmitter J11 in POWER position connects the power from the LNB to the BUC FEED pin of the receiver J21 connects the power from LNB to the LNB FEED pin of the transmitter 5 6 2 External LNB power routed...

Страница 16: ...ogic Low max 1 5V Input Logic High min 3 5V Output Logic Low max 0 6V no load Output Logic High min 4 3V no load Drive capability 1k ohms Short circuit protection No 5 7 5 Logic interface Open Drain output Operational pull up voltage 0 to 15V No damage Maximum load current 50mA Short circuit protection No Negative voltage on the output will be clamped by the FET body diode you must ensure that the...

Страница 17: ...wer input 24VDC Nominal input voltage 24VDC Maximum operational voltage range 19 36VDC See section 3 4 3 for more details 5 7 11 Cabinet power input 48VDC Nominal input voltage 48VDC Maximum operational voltage range 36 72VDC See section 3 4 3 for more details ...

Страница 18: ... splitter combiner 2 way 10 2500Mhz 75 ohms 85035 RF splitter combiner 3 way 700 2400MHz 50 ohms 56140 RF splitter combiner 4 way 400 2400MHz 50 ohms 56088 Diplexer and Bias Tee 4 port 10MHz L Band DC 50 ohms 56089 Diplexer and Bias Tee 3 port 10MHz L Band DC 50 ohms 53236 CWDM 4 channel module wave length 1550nm 1570nm 1590nm 1610nm 53237 CWDM 8 channel high isolation module wave length 1470 1610...

Страница 19: ... T DC 75 ohms Uses part number 56087 in upto 3 positions Figure 8 SATCOM6 position of 70030 6 3 70042 Low current Bias T DC Injector 50 ohms Uses part number 56094 upto 3 can be mounted on a single internal bracket Figure 9 SATCOM6 position of 70042 Sectioned Front view ...

Страница 20: ... Low current Bias T DC Injector 50 ohms Uses part number 56099 in upto 3 positions Figure 10 SATCOM6 position of 70021 6 5 56097 RF splitter combiner 2 way 10 2500MHz 50 ohms Uses part number 56097 in upto 3 positions Figure 11 SATCOM6 position of 56097 ...

Страница 21: ...ombiner 2 way 10 2500Mhz 75 ohms Uses part number 56098 in upto 3 positions Figure 12 SATCOM6 position of 56098 6 7 56100 RF splitter combiner 3 way 700 2400MHz 50 ohms Uses part number 56100 in upto 2 positions Figure 13 SATCOM6 position of 56100 Sectioned Rear view ...

Страница 22: ...Uses part number 56140 in 1 position Figure 14 SATCOM6 position of 56140 6 9 56088 Diplexer and Bias Tee 4 port 10MHz L Band DC 50 ohms Uses part number 56088 in upto 3 positions This module has four separate ports for L Band 10MHz DC and common Figure 15 SATCOM6 position of 56088 Sectioned Rear view ...

Страница 23: ...es part number 56089 in upto 3 positions This module has four separate ports for L Band DC 10MHz and common Figure 16 SATCOM6 position of 56089 6 11 53236 CWDM 4 channel module wave length 1550nm 1570nm 1590nm 1610nm Uses part number 53236 in 1 position Figure 17 SATCOM6 position of 53236 Sectioned Rear view ...

Страница 24: ... high isolation module wave length 1470 1610nm Uses part number 53237 in 1 position Figure 18 SATCOM6 position of 53237 6 13 53238 CWDM 8 channel standard isolation module wave length 1470 1610nm Uses part number 53238 in 1 position Figure 19 SATCOM6 position of 53238 ...

Страница 25: ...25 6 14 54150 Ancillary Ethernet module Uses part number 5150 in 1 position Figure 20 SATCOM6 position of 54150 6 15 56213 RF splitter combiner 6 way 10 200MHz 50 ohms Uses part number 53213 in 1 position Figure 21 SATCOM6 position of 54213 ...

Страница 26: ...6 16 56214 RF splitter combiner 3 way 5 500MHz 50 ohms Uses part number 53214 in upto 2 positions Figure 22 SATCOM6 position of 54214 6 17 92223 Tray fusion splice holder Uses part number 92223 in 1 position Figure 23 SATCOM6 position of 92223 ...

Страница 27: ...Specifications Supply Voltage Options AC 88 264v DC 15 24 or 48v LNB powering options On board 12 18 24v 22kHz manual and SNMP switchable BUC Supply Voltage Options Optional BUC bias T internal or external input 24v 48v 48v external 5A plug Alarm Indications Indicator Type External LED Channels Monitored PSU voltage rail digital module alarms analogue monitors SNMP monitor and control Optional Env...

Страница 28: ...HEA XX HB 4 VIALITEHD SATCOM6 HANDBOOK 28 8 SATCOM6 part number matrix Note Note not all combinations of options are available Contact ViaLite Communications for more details ...

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