KU DC

HOT SWAP REDUNDANT DUAL
Ku-DOWN CONVERTER SYSTEM

Dual band: L 10,7 – 11,7 & H 11,7 – 12,75 GHz
Dual polarity: Vert. & Horiz.

ROVER_-_Ku_DC

MAIN FEATURES

  • All Sat Band supported: S, X, Ku, Ka on request
  • Very Low Phase noise and high frequency accuracy, high P1 dB and IP3
  • Raccomended for very low Symbol Rate carriers
  • Suggested for Professional applications, Teleports, Broadcast & Military
  • Display, SNMP, WEB Controller, with Alarms & Logger

MAIN BENEFITS

  • RF Switch protected against Mains Power Failure
  • Simultaneously Supply of: Low & High Band and Vert & Horiz Polarity via RF coax or opt. Optic Fiber TX
  • Fully redundant PSU and BDCs
  • Front panel functional Block diagram with related LED & RF monitor Port
  • Completely Hot swap, with minimum service interruption, thanks to front plug-in modules

The “Ku RDC System” is a compact and comprehensively Down Converter System, fully redundant, fully remote controllable, can supply simultaneously Low & High Band, Vertical & Horizontal (or Circular Left & Right) polarity via RF COAX or opt. Optic Fiber.

The RF Redundancy Switch are protected against power failure thanks to Ultracap Technology.
Thanks to 5 front plug-in module, all parts can be HOT SWAPPED with minimum services interruptions, each module has an indipendent Microcontroller and Memory to clone the New Module installed.

The “Ku RDC System” is controllable via Local display or remotely via WEB GUI & SNMP; through N. 2 Ethernet port and thanks to N. 2 SFP Slot can be connected/controlled also via fiber optic.

ROVER_-_Ku_DC_System_V5a-2 HOW THE “Ku-RDC SYSTEM” WORKS

SHF Ku-Band SPECIFICATIONS:

  • Dual Band BDC Input = L Band 10,7/11,75 GHz – H Band 11,75/12,50 GHz
  • Dual Band BDC Output = L Band 950/1950 MHz – H Band 1100/2150 MHz
  • Dual Band BDC L.O. Freq. = L Band 9,75 GHz – H Band 10,60 GHz
  • Dual Band BDC L.O. = Reference = Built-in
  • Dual Band BDC L.O. Leakage = – 60 dBm at SMA INPUT
  • Dual Band BDC L.O. accuracy = ± 10 KHz typ. at -30/+70° C
  • Dual Band BDC Noise Figure at 12 GHz = 17 dB typ. (20 max)
  • Dual Band BDC gain = 10-30 dB internal Adjust, flat ± 3 dB
  • SHF Ku Input connector = SMA (f) 50 ohm (Rear Panel)
  • Dual Band BDC L.O. Phase Noise = 90 dB typ. (80 min) at 10 KHz

RF L-Band SPECIFICATIONS (Plug 1 & 2):

  • Output freq. Redundant Low Band = 950/1950 MHz
  • Output freq. Redundant High Band = 1100/2150 MHz
  • Output R.L. = 18 dB typ. (16 min) SMA connector
  • Output RF Connectors = SMA (f )
  • Output Optical connector = SC/APC (optional)
  • Front panel Test Point = N.3 for Low Band & N.3 for High Band (-20 dB)

LNA POWER CONTROL:

  • LNA Powering ON/OFF Max current 800 mA
  • LED = green OK, RED = short circuit allarm
  • Alarm indication via LED or dry contact

DRY CONTACT ALARM BOARD:

  • CONNECTOR = SUB-D9 Male
  • CONTACT LOAD = 65 V 400 mA
  • A & B MAINS PSU = One defective
  • LNB = DC Short Circuit
  • RF POWER SENSING = RF too Low or no RF Signal

REDUNDANT HOT-SWAP POWER SUPPLY:

  • N. 2 AC MAINS PSU = 110-240 VAC (with 2 separate receptacle for 2 separate Power LINE)
  • AC POWER CONSUMPTION = < 25 VA
  • N. 1 EXT DC PSU = 48 V D.C. (optional)

GENERAL SPECIFICATIONS:

  • CASE = 19” 2U Rack (43 cm deep)
  • NET WEIGHT = from 8 to 12 Kg related to the IN/OUT modules
  • SAFETY = EN 50 083-1 and EN 60 950.
  • ENVIRONMENT:
    – Temperature range: –30° / + 55° (max 60°)
    – Umidity 95%
  • EMC = EN 50 083-2

PERIFERALS & CONTROL:

  • Local control = with display and front LAN port
  • PC control = via front LAN port
  • Remote control = via rear LAN port through WEB & SNMP
  • Fiber Remote Control via rear SFP Module
  • LAN Port = 10-100-1.000 BASE-T

ROVER_-_Ku_DC_System_V5a-3 Ku-RDC System Front & Rear panels DESCRIPTION

ROVER_-_Ku_DC_System_V5a-2 Ku-RDC System WEB Control

ROVER_-_Ku_DC_System_V5a-4

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