Comtech-ef-data HPCST-5000 Instrukcja Użytkownika

HPCST-5000HPCST-5000HPCST-5000HPCST-500075W, 100W, 125W, 150W SSPA System75W, 100W, 125W, 150W SSPA System75W, 100W, 125W, 150W SSPA System75W, 100W,

Table of Contents High-Power C-Band Satellite Terminalvi Rev. 01-8 RFT Specifications...

Redundant System Installation High-Power C-Band Satellite Terminal4–18 Rev. 04.3.4 1:1 Redundant Plate InstallationNote: Refer to Section 8, Figure 8

High-Power C-Band Satellite Terminal Redundant System InstallationRev. 0 4–193. Install the appropriate gasket on the RF IN connector of the redundant

Redundant System Installation High-Power C-Band Satellite Terminal4–20 Rev. 05. After all the bolts, washers, and nuts have been installed, tighten bo

High-Power C-Band Satellite Terminal Redundant System InstallationRev. 0 4–214.3.5 1:1 Redundant C-Band SSPA InstallationRefer to Section 8, Equipmen

Redundant System Installation High-Power C-Band Satellite Terminal4–22 Rev. 03. Install 20” unistrut as follows:Note: The placement of the pipe blocks

High-Power C-Band Satellite Terminal Redundant System InstallationRev. 0 4–234. Install the pipe blocks as follows:Note: Be sure to position the sprin

Redundant System Installation High-Power C-Band Satellite Terminal4–24 Rev. 05. Install the threaded rods as follows:a. Install two spring nuts in bot

High-Power C-Band Satellite Terminal Redundant System InstallationRev. 0 4–25Notes:1. Ensure the flanges of the flat fitting plates are in the groove

Redundant System Installation High-Power C-Band Satellite Terminal4–26 Rev. 06. Mount the C-Band SSPAs as follows:a. Lift the configuration intopositi

High-Power C-Band Satellite Terminal Redundant System InstallationRev. 0 4–274.3.6 Spar InstallationNote: EFData does not recommend the unit be spar m

High-Power C-Band Satellite Terminal Table of ContentsRev. 0 vii CHAPTER 4. REDUNDANT SYSTEM INSTALLATION ...

Redundant System Installation High-Power C-Band Satellite Terminal4–28 Rev. 04. Release pressure on the spring nut. Mount the configuration as follow

High-Power C-Band Satellite Terminal Redundant System InstallationRev. 0 4–29LNAALNABC-BANDSSPAAC-BANDSSPABRFTARFINPUTRFINPUTM&CCA/3722ORCA/1530CA

Redundant System Installation High-Power C-Band Satellite Terminal4–30 Rev. 0This page is intentionally left blank.

Rev. 0 5–15Chapter 5. OPERATIONThis chapter provides operation information for the HPCST-5000 terminal system.5.1 System OperationThere are three meth

Operation High-Power C-Band Satellite Terminal5–2 Rev. 05.3 Front Panel Display/KeypadThe optional front panel (Figure 5-1) provides the local user i

High-Power C-Band Satellite Terminal OperationRev. 0 5–35.3.1 Front Panel ControlsThe terminal is locally operated by using the front panel keypad. T

Operation High-Power C-Band Satellite Terminal5–4 Rev. 05.4 Main MenuRefer to Figure 5-2.The following sections contain information about individual m

High-Power C-Band Satellite Terminal OperationRev. 0 5–55.4.1 ConfigurationRefer to Figure 5-3.Terminal configuration may be viewed or changed by ente

Operation High-Power C-Band Satellite Terminal5–6 Rev. 0RFT-500VER: X.X.XSELECTCONFIGSELECT RF OUTPUTU/C FREQ D/C FREQBAUD ADDRESS1, 2, 3, or NONEONWR

High-Power C-Band Satellite Terminal OperationRev. 0 5–7Function DescriptionSELECT Selects any one of the “preset” configurations. The user must first

Table of Contents High-Power C-Band Satellite Terminalviii Rev. 06.2.1 Specifications...

Operation High-Power C-Band Satellite Terminal5–8 Rev. 0BAUD Programs the baud rate of the terminal.On entry, the currently selected baud rate of the

High-Power C-Band Satellite Terminal OperationRev. 0 5–95.4.2 MonitorRefer to Figure 5-4.The MONITOR menu is accessible from the SELECT menu. When the

Operation High-Power C-Band Satellite Terminal5–10 Rev. 0This page is intentionally left blank.

High-Power C-Band Satellite Terminal OperationRev. 0 5–115.4.3 FaultsRefer to Figure 5-5.The FAULTS menu is accessible from the SELECT menu. Faults ar

Operation High-Power C-Band Satellite Terminal5–12 Rev. 0RFT-500VER: X.X.XSELECTFAULTSRESTART UPLINKDOWNLINK 5V PWROK / FLT OK / FLTOK / FLT OK / FLT1

High-Power C-Band Satellite Terminal OperationRev. 0 5–13Fault DescriptionRESTART M&C microprocessor experienced a restart due to power failure or

Operation High-Power C-Band Satellite Terminal5–14 Rev. 0This page is intentionally left blank.

Rev. 0 6–16Chapter 6. THEORY OF OPERATIONThis chapter provides the basic theory of operation for the Monitor and Control (M&C)board, high stabilit

Theory of Operation High-Power C-Band Satellite Terminal6–2 Rev. 0Figure 6-1. M&C Board

High-Power C-Band Satellite Terminal Theory of OperationRev. 0 6–36.1.1 EEPROM MemoryEEPROM memory on the M&C module allows it to retain configura

High-Power C-Band Satellite Terminal Table of ContentsRev. 0 ixB.1 General ...

Theory of Operation High-Power C-Band Satellite Terminal6–4 Rev. 06.1.2.1 Remote Interface SpecificationRefer to Appendix B for information on remote

High-Power C-Band Satellite Terminal Theory of OperationRev. 0 6–5COLD/WARM STARTHPA FAULTHPA PWR MONIF LOCK DETHPA THERMU/C LOCK DET8BITPARALLELBUS2

Theory of Operation High-Power C-Band Satellite Terminal6–6 Rev. 06.1.5 M&C Board Connector Pinouts6.1.5.1 EIA-232/EIA-485 Remote Control (J1)Th

High-Power C-Band Satellite Terminal Theory of OperationRev. 0 6–76.1.5.3 HPA, PS, U/C, and D/C, J3 DB37-MaleRefer to Table 6-3 for pin assignments.T

Theory of Operation High-Power C-Band Satellite Terminal6–8 Rev. 06.1.5.4 Synthesizers (DC/UC/LO), J4 DB37-FemaleRefer to Table 6-4 for pin assignmen

High-Power C-Band Satellite Terminal Theory of OperationRev. 0 6–96.1.5.5 Keypad Display, 24-Pin (12 x 2) Ribbon Connector (J5)The front panel/displa

Theory of Operation High-Power C-Band Satellite Terminal6–10 Rev. 06.1.6 Test Points and LEDsRefer to Section 7.1.6.2 High Stability OscillatorThe h

High-Power C-Band Satellite Terminal Theory of OperationRev. 0 6–11HIGH STABILITY OSCILLATOROSCPWRFILTER+12.5 VOLTSTUNING VOLTAGE0 - 10 VOLT ELECTRONI

Theory of Operation High-Power C-Band Satellite Terminal6–12 Rev. 06.3 IF Local OscillatorThe IF local oscillator (IFLO) contains:! Voltage Controlle

High-Power C-Band Satellite Terminal Theory of OperationRev. 0 6–13IF LOCAL OSCILLATOR10 MHz REFERENCEU/C SYNTH REFD/C SYNTH REFD/CFILTERU/CSMA FEMALE

Table of Contents High-Power C-Band Satellite Terminalx Rev. 0FiguresFigure 1-1. HPCST-5000...

Theory of Operation High-Power C-Band Satellite Terminal6–14 Rev. 06.4 SynthesizerThe RFT-500 uses two synthesizers (optional single synthesizer):! On

High-Power C-Band Satellite Terminal Theory of OperationRev. 0 6–15

Theory of Operation High-Power C-Band Satellite Terminal6–16 Rev. 0Refer to Figure 6-6 and Figure 6-7 for block diagrams of the down and up converter

High-Power C-Band Satellite Terminal Theory of OperationRev. 0 6–176.5 Down ConverterThe function of the down converter is to convert the C-Band signa

Theory of Operation High-Power C-Band Satellite Terminal6–18 Rev. 06.5.1 SpecificationsRefer to Table 6-9 for specifications.Table 6-9. Down Converte

High-Power C-Band Satellite Terminal Theory of OperationRev. 0 6–196.5.2 Theory of OperationThe RFT-500 down converter utilizes a dual conversion pro

Theory of Operation High-Power C-Band Satellite Terminal6–20 Rev. 06.6 Up ConverterThe function of the up converter is to convert the 70 MHz IF signal

High-Power C-Band Satellite Terminal Theory of OperationRev. 0 6–216.6.1 SpecificationsRefer to Table 6-10 for up converter specifications.Table 6-10.

Theory of Operation High-Power C-Band Satellite Terminal6–22 Rev. 06.6.2 Theory of OperationThe RFT-500 up converter utilizes a dual conversion proce

Rev. 0 7–17Chapter 7. MAINTENANCEThis chapter provides information on how to use test points and LEDs on the M&Cboard for troubleshooting. In addi

High-Power C-Band Satellite Terminal Table of ContentsRev. 0 xiTable 1-1. HPCST-5000 Major Assemblies ...

Maintenance High-Power C-Band Satellite Terminal7–2 Rev. 0Table 7-2. Test PointsTest Point DescriptionTP3 12.5V input power voltageTP6 Down converter

High-Power C-Band Satellite Terminal MaintenanceRev. 0 7–3Table 7-3. Fault IsolationFault Possible Problem and Action+5 VOLT +5V power supply fault.I

Maintenance High-Power C-Band Satellite Terminal7–4 Rev. 0Table 7-3. Fault Isolation (Continued)Fault Possible Problem and ActionD/C LOCK Down conver

High-Power C-Band Satellite Terminal MaintenanceRev. 0 7–5Figure 7-1. RFT-500 Inside Front View

Maintenance High-Power C-Band Satellite Terminal7–6 Rev. 0POWERSUPPLYIFLOFigure 7-2. RFT-500 Inside Rear View

Rev. 0 8–18Chapter 8. EQUIPMENT LISTThis chapter describes the equipment required for installing the HPCST-5000 terminalsystem.8.1 Equipment ListRefer

Equipment List High Power C-Band Satellite Terminal8–2 Rev. 0Table 8-2. Redundant SystemDescription EFData P/N QTY NoteRFT-500 (No HPA);Universal Mou

High Power C-Band Satellite Terminal Equipment ListRev. 0 8–38.2 Detail Equipment List8.2.1 LNA Connector KitLNAANTENNA2564765Figure 8-1. Exploded

Equipment List High Power C-Band Satellite Terminal8–4 Rev. 0WAVE GUIDESWITCHJ16*TO M&C TERMINAL(LAPTOP OR COMPUTER)LNA #BLNA #ASIDE B141132FROM A

High Power C-Band Satellite Terminal Equipment ListRev. 0 8–58.2.2 Cable KitFig. &Item No. Part No. 1234567 Nomenclature Qty8-2 -1 3272

Table of Contents High-Power C-Band Satellite Terminalxii Rev. 0This page is intentionally left blank.

Equipment List High Power C-Band Satellite Terminal8–6 Rev. 0Fig. &Item No. Part No. 1234567 Nomenclature Qty 8-2 8 CA/3951 Cable Assy,

High Power C-Band Satellite Terminal Equipment ListRev. 0 8–7This page is intentionally left blank.

Equipment List High Power C-Band Satellite Terminal8–8 Rev. 0RFT-500EF678910SPAR3245C-BANDSSPAKT/66996151617181911141312SPAR32KT/406145Figure 8-3. Ex

High Power C-Band Satellite Terminal Equipment ListRev. 0 8–98.2.3 Spar Mounting KitFig. &Item No. Part No. 1234567 Nomenclature Qty8-3 -1 KT

Equipment List High Power C-Band Satellite Terminal8–10 Rev. 02021222526272824C-BANDSSPAKT/669811191713231814151620212211RFT-500KT/3576202122111119171

High Power C-Band Satellite Terminal Equipment ListRev. 0 8–118.2.4 Universal Mounting KitFig. &Item No. Part No. 1234567 Nomenclature Qty8-4

Equipment List High Power C-Band Satellite Terminal8–12 Rev. 0UNIVERSAL73171165561852 4 10 17 1610171620INCHES14INCHES18161718129151418951215142923815

High Power C-Band Satellite Terminal Equipment ListRev. 0 8–13Fig. &Item No. Part No. 1234567 Nomenclature Qty8-5 -1 KT/3577 Kit, Universal,

Equipment List High Power C-Band Satellite Terminal8–14 Rev. 01415161713142021228976121615181918203C-BANDSSPAUNIVERSALTYPICAL4 PLACES14151613148976121

High Power C-Band Satellite Terminal Equipment ListRev. 0 8–15Fig. &Item No. Part No. 1234567 Nomenclature Qty8-6 -1 KT-6700 Kit, Redundant, Uni

Rev. 0 1–11Chapter 1. INTRODUCTIONThis chapter describes the HPCST-5000 C-Band satellite terminal, referred to in thismanual as “the HPCST-5000” (refe

Equipment List High Power C-Band Satellite Terminal8–16 Rev. 0This page is intentionally left blank.

Rev. 0 A–1AAppendix A. CONFIGURATIONSThis appendix describes the 140 MHz IF configuration.A.1 140 MHz ConfigurationThis section describes the 140 MHz

Configurations High-Power C-Band Satellite TerminalA–2 Rev. 0A.1.1.1 SpecificationsRefer to Table A-1 for specifications.Table A-1. IF 1112.5 MHz Loc

High-Power C-Band Satellite Terminal ConfigurationsRev. 0 A–3A.1.2 SynthesizerThe 140 MHz IF terminal requires two synthesizers:" One for the dow

Configurations High-Power C-Band Satellite TerminalA–4 Rev. 010 MHz REFERENCELO SYNTHESIZERM&C BUSDIVIDEBYPHASEDETECTDIVIDEBY NLOOPFILTERVCOFREQTR

High-Power C-Band Satellite Terminal ConfigurationsRev. 0 A–5A.1.3 Down ConverterThe function of the down converter is to convert the C-Band signal fr

Configurations High-Power C-Band Satellite TerminalA–6 Rev. 03620 TO 4200 MHz-40 dBm (TYP)SMA FEMALERF INPUTDOWN CONVERTERFROMSYNTHESIZERFROM IFLOPHAS

High-Power C-Band Satellite Terminal ConfigurationsRev. 0 A–7A.1.3.2 Theory of OperationThe RFT-500 down converter utilizes a dual conversion process

Configurations High-Power C-Band Satellite TerminalA–8 Rev. 0A.1.4 Up ConverterThe function of the up converter is to convert the 140 MHz IF signal us

High-Power C-Band Satellite Terminal ConfigurationsRev. 0 A–9Figure A-5. Up Converter Block Diagram

Introduction High-Power C-Band Satellite Terminal1–2 Rev. 0The HPCST-5000 is a complete, high-power C-Band satellite terminal system consistingof the

Configurations High-Power C-Band Satellite TerminalA–10 Rev. 0A.1.4.2 Theory of OperationThe RF-500 up converter utilizes a dual conversion process t

Rev. 0 B–1BAppendix B. REMOTE CONTROL OPERATIONThis appendix describes the remote control operation of the RFT-500.! Firmware number: FW/3059-8-! Sof

Remote Control Operation High Power C-Band Satellite TerminalB–2 Rev. 0B.2 Message StructureThe ASCII character format used requires 11 bits/character

High Power C-Band Satellite Terminal Remote Control OperationRev. 0 B–3B.2.3 Command/ResponseThe command/response portion of the message contains a va

Remote Control Operation High Power C-Band Satellite TerminalB–4 Rev. 0B.3 Configuration Commands/ResponsesUpConverterFrequencySelectCommand:Response:

High Power C-Band Satellite Terminal Remote Control OperationRev. 0 B–5SelectPresetConfig.Command:Response:Status:Response:<add/SEL_n'cr'

Remote Control Operation High Power C-Band Satellite TerminalB–6 Rev. 0B.4 SystemLock Mode Command:Response:Status:Response:<add/LM_xx'cr&apos

High Power C-Band Satellite Terminal Remote Control OperationRev. 0 B–7B.5 Status Commands/ResponsesConfig.StatusCommand:Response:<add/OS_'cr&

Remote Control Operation High Power C-Band Satellite TerminalB–8 Rev. 0This page is intentionally left blank.

Rev. 0 g–1GGlossary The following is a list of acronyms and abbreviations that may be found in this manual.Acronym/AbbreviationDefinition!Ohms5V Inter

High Power C-Band Satellite Terminal IntroductionRev. 0 1–3The system also reports terminal configuration status, as well as fault status of allHPCST-

Glossary High-Power C-Band Satellite Terminalg–2 Rev. 0DTM Down Converter Tuning Voltage FaultEIRP Equivalent Isotropically Radiated PowerEN EnableERR

High-Power C-Band Satellite Terminal GlossaryRev. 0 g–3TIV IF LO Tuning VoltageTRF Transmit Reject FilterTUV Up Converter Tuning VoltageTWT Traveling

Glossary High-Power C-Band Satellite Terminalg–4 Rev. 0This page is intentionally left blank.

Rev. 0 i–1IIndex 1:1 Redundant LNA Plate, 4–221:1 Redundant Plate Installation, 1–8, 1–11-A-140 MHz Configuration, 1–8, 1–11, 4–19Alarm/Interface Boar

Index High Power C-Band Satellite Terminali–2 Rev. 0-R-Radio Frequency Terminals, 1–13Radio Frequency Transceiver (RFT), 1–15Redundancy Configuration

Rev. 0 2–12Chapter 2. EXTERNAL CONNECTIONSThis chapter describes the external connections of the HPCST-5000 terminal system.WARNINGBe alert when handl

External Connections High-Power C-Band Satellite Terminal2–2 Rev. 0Table 2-1. Rear Panel ConnectorsName REF DES Connector Type FunctionTX/IF IN J1 TN

High Power C-Band Satellite Terminal External ConnectionsRev. 0 2–32.1.1.2 TX/RF Output (J2)The TX/RF output is a type N connector that sends the sig

External Connections High-Power C-Band Satellite Terminal2–4 Rev. 02.1.1.5 Prime Power (J5)The AC power is supplied to the RFT by a 3-pin circular co

High Power C-Band Satellite Terminal External ConnectionsRev. 0 2–5Table 2-2. RFT Remote Control Connector, J6Pin # Name DescriptionEIA-232 EIA-485A

Introduction High-Power C-Band Satellite Terminal1–4 Rev. 01.3 OptionsRefer to Table 1-2 for HPCST-5000 options.Table 1-2. HPCST-5000 OptionsWattage,

External Connections High-Power C-Band Satellite Terminal2–6 Rev. 05GNDEFDATA: CN/STPG26M01PT06E16-26P(SR)ADEFGH26 PIN EIA-232 ADAPTER CABLECTSRD/RRTS

High Power C-Band Satellite Terminal External ConnectionsRev. 0 2–72.1.2 C-Band SSPA External ConnectionsWARNINGAlways terminate the output waveguide

External Connections High-Power C-Band Satellite Terminal2–8 Rev. 02.1.2.1 RF Input (J1)The RF Input is an N-type connector that receives the signal

High Power C-Band Satellite Terminal External ConnectionsRev. 0 2–9Notes:1. RF Enable (Pin H connected to Pin R) required to turn the RF Output ON.Dis

External Connections High-Power C-Band Satellite Terminal2–10 Rev. 02.1.2.7 Alarm/Interface BoardThe Alarm/Interface board provides:# Status indicator

High Power C-Band Satellite Terminal IntroductionRev. 0 1–5SINGLE THREADOR REDUNDANT SYSTEMSingle ThreadorRedundant SystemSelect TwoRFT-500Select OneR

Introduction High-Power C-Band Satellite Terminal1–6 Rev. 01.4 ConfigurationsThe HPCST-5000 can be ordered with various configurations, including:&quo

High Power C-Band Satellite Terminal IntroductionRev. 0 1–7ALNALOCATIONEARTHSTATIONC-BANDSSPARFT-500CONNECTOR(J6)CONNECTOR(J6)SIDEVIEWFRONTVIEWDETAIL

Introduction High-Power C-Band Satellite Terminal1–8 Rev. 01.4.2 Redundant SystemNote: Refer to Section 4 for a detailed description of the redundancy

High Power C-Band Satellite Terminal IntroductionRev. 0 1–91.5 Component Descriptions1.5.1 Radio Frequency Transceiver (RFT)The RFT-500 assembly is a

Introduction High-Power C-Band Satellite Terminal1–10 Rev. 01.5.2 Low Noise Amplifier (LNA)The low noise amplifier (LNA) assembly consists of a TX re

High Power C-Band Satellite Terminal IntroductionRev. 0 1–111.5.5 1:1 Redundant LNA PlateThe 1:1 redundant LNA plate provides noise temperature equiv

Introduction High-Power C-Band Satellite Terminal1–12 Rev. 01.5.6 Redundant Switch Unit (RSU)The RSU-503L (Figure 1-5) is an all-weather unit that pr

High Power C-Band Satellite Terminal IntroductionRev. 0 1–131.5.7 KP-10 Hand-Held Keypad (Optional)The optional KP-10 (Figure 1-6) is a handheld keyp

© Comtech EFData, 2000All rights reserved.Printed in the USA.Comtech EFData, 2114 West 7th Street, Tempe, Arizona 85281 USA, (480) 333-2200, FAX: (480

Introduction High-Power C-Band Satellite Terminal1–14 Rev. 01.6 High-Power C-Band Satellite Terminal ModelsThe HPCST is specifically designed for out

High Power C-Band Satellite Terminal IntroductionRev. 0 1–151.7 HPCST-5000 Specifications1.7.1 Prime Power SpecificationRefer to Table 1-5 for prime

Introduction High-Power C-Band Satellite Terminal1–16 Rev. 0Table 1-6. System Interfaces on Units (Continued)Description TypeRS-503L:M&C for RFT

High Power C-Band Satellite Terminal IntroductionRev. 0 1–171.7.4 HPCST-5000 Monitor and ControlThe HPCST-5000 terminal system has a single interface

Introduction High-Power C-Band Satellite Terminal1–18 Rev. 01.7.5 System Receive CharacteristicsThe RX performance is defined for the C-Band LNA inpu

High Power C-Band Satellite Terminal IntroductionRev. 0 1–191.7.6 System Transmit CharacteristicsTX characteristics for the system are provided in Ta

Introduction High-Power C-Band Satellite Terminal1–20 Rev. 01.7.7 Leading ParticularsThe physical size and weight of the terminal system components ar

High Power C-Band Satellite Terminal IntroductionRev. 0 1–211.8 RFT SpecificationRefer to Table 1-12 for RFT-500 specifications.Table 1-12. RFT-500 S

Introduction High-Power C-Band Satellite Terminal1–22 Rev. 0Table 1-12. RFT-500 Specifications (Continued)Receive CharacteristicsInput Frequency (No

High Power C-Band Satellite Terminal IntroductionRev. 0 1–231.9 C-Band SSPA SpecificationRefer to Table 1-13 for C-Band SSPA specifications.Table 1-1

Warranty PolicyThis EFData Corporation product is warranted against defects in material andworkmanship for a period of one year from the date of shipm

Introduction High-Power C-Band Satellite Terminal1–24 Rev. 01.10 LNA SpecificationRefer to Table 1-14 for LNA specification.Table 1-14. LNA Specifica

High Power C-Band Satellite Terminal IntroductionRev. 0 1–251.11 Dimensional DrawingsRefer to Figure 1-7 for RFT dimensional requirements.Note: All di

Introduction High-Power C-Band Satellite Terminal1–26 Rev. 0Refer to Figure 1-8 for C-Band SSPA dimensional requirements.Note: All dimensions are in i

High Power C-Band Satellite Terminal IntroductionRev. 0 1–27Refer to Figure 1-9 and Figure 1-10 for standard LNA dimensional requirements.Note: All di

Introduction High-Power C-Band Satellite Terminal1–28 Rev. 0Figure 1-10. Standard Redundant Configuration Dimensional Requirements

Rev. 0 2–12Chapter 2. EXTERNAL CONNECTIONSThis chapter describes the external connections of the HPCST-5000 terminal system.WARNINGBe alert when handl

External Connections High-Power C-Band Satellite Terminal2–2 Rev. 0Table 2-1. Rear Panel ConnectorsName REF DES Connector Type FunctionTX/IF IN J1 TN

High Power C-Band Satellite Terminal External ConnectionsRev. 0 2–32.1.1.2 TX/RF Output (J2)The TX/RF output is a type N connector that sends the sig

External Connections High-Power C-Band Satellite Terminal2–4 Rev. 02.1.1.5 Prime Power (J5)The AC power is supplied to the RFT by a 3-pin circular co

High Power C-Band Satellite Terminal External ConnectionsRev. 0 2–5Table 2-2. RFT Remote Control Connector, J6Pin # Name DescriptionEIA-232 EIA-485A

Rev. 0 iPrefaceAbout this ManualThis manual provides installation and operation information for the EFDataHPCST-5000 high-power C-Band satellite termi

External Connections High-Power C-Band Satellite Terminal2–6 Rev. 05GNDEFDATA: CN/STPG26M01PT06E16-26P(SR)ADEFGH26 PIN EIA-232 ADAPTER CABLECTSRD/RRTS

High Power C-Band Satellite Terminal External ConnectionsRev. 0 2–72.1.2 C-Band SSPA External ConnectionsWARNINGAlways terminate the output waveguide

External Connections High-Power C-Band Satellite Terminal2–8 Rev. 02.1.2.1 RF Input (J1)The RF Input is an N-type connector that receives the signal

High Power C-Band Satellite Terminal External ConnectionsRev. 0 2–9Notes:1. RF Enable (Pin H connected to Pin R) required to turn the RF Output ON.Dis

External Connections High-Power C-Band Satellite Terminal2–10 Rev. 02.1.2.7 Alarm/Interface BoardThe Alarm/Interface board provides:# Status indicator

Rev. 0 3–13Chapter 3. Single Thread ConfigurationThis chapter provides installation information for single thread configuration (Figure3-1) system, in

Single Thread System Installation High-Power C-Band Satellite Terminal3–2 Rev. 0RX/RF IN(J4)RFT-500TX/RFOUT (J2)PRIMEPOWER(J5)TX/IFINPUT (J1)RX IFOUTD

High-Power C-Band Satellite Terminal Single Thread System InstallationRev. 0 3–33.1 UnpackingThe HPCST-5000 terminal system is packaged in multiple,

Single Thread System Installation High-Power C-Band Satellite Terminal3–4 Rev. 03.2 Inspecting the Equipment1. Carefully check the equipment for poss

High-Power C-Band Satellite Terminal Single Thread System InstallationRev. 0 3–53.3 RFT InstallationAt the customer’s discretion, the RFT can be insta

Preface High-Power C-Band Satellite Terminalii Rev. 0Related DocumentsThe following documents are referenced in this manual:! EFData CST-5000 C-Band S

Single Thread System Installation High-Power C-Band Satellite Terminal3–6 Rev. 03.3.1 Tools RequiredQty. Description111113/8” drive ratchet3” x 3/8” d

High-Power C-Band Satellite Terminal Single Thread System InstallationRev. 0 3–73.3.2 Vertical Pole InstallationRefer to Section 8, Equipment List, F

Single Thread System Installation High-Power C-Band Satellite Terminal3–8 Rev. 03. Install the 14” unistruts as follows:a. Position a spring nutbetwee

High-Power C-Band Satellite Terminal Single Thread System InstallationRev. 0 3–9c. Position a 14” unistrut(open side facing up) overone of the 8” unis

Single Thread System Installation High-Power C-Band Satellite Terminal3–10 Rev. 04. Install the pipe blocks as follows:a. Install two spring nuts in e

High-Power C-Band Satellite Terminal Single Thread System InstallationRev. 0 3–115. Install the threaded rods as follows:a. Install two spring nuts in

Single Thread System Installation High-Power C-Band Satellite Terminal3–12 Rev. 0e. One threaded rod at a time, hold thewashers and plate in place on

High-Power C-Band Satellite Terminal Single Thread System InstallationRev. 0 3–136. Mount the RFT as follows:a. Lift the RFT intoposition on the verti

Single Thread System Installation High-Power C-Band Satellite Terminal3–14 Rev. 03.3.2.2 Square PoleFor square vertical pole installation, follow the

High-Power C-Band Satellite Terminal Single Thread System InstallationRev. 0 3–153. Mount the RFT as follows:a. Position a spring nut between theinner

High-Power C-Band Satellite Terminal PrefaceRev. 0 iiiCustomer SupportContact the EFData Customer Support Department for:! Product support! Informatio

Single Thread System Installation High-Power C-Band Satellite Terminal3–16 Rev. 03.4 LNA InstallationNote: Refer to Section 8, Figure 8-1, for assista

High-Power C-Band Satellite Terminal Single Thread System InstallationRev. 0 3–175. Position the LNA in place on the antenna, and install the 1/4-20

Single Thread System Installation High-Power C-Band Satellite Terminal3–18 Rev. 03.5 C-Band SSPA InstallationRefer to Section 8, Equipment List, Figu

High-Power C-Band Satellite Terminal Single Thread System InstallationRev. 0 3–193.5.2 Vertical Pole Installation3.5.2.1 Round PoleNote: The followin

Single Thread System Installation High-Power C-Band Satellite Terminal3–20 Rev. 03. Install the spring nuts as follows:a. Position a spring nutbetween

High-Power C-Band Satellite Terminal Single Thread System InstallationRev. 0 3–214. Install the pipe blocks as follows:Note: Be sure to position the s

Single Thread System Installation High-Power C-Band Satellite Terminal3–22 Rev. 05. Install the threaded rods as follows:a. Install two spring nuts in

High-Power C-Band Satellite Terminal Single Thread System InstallationRev. 0 3–23e. One threaded rod at a time, hold thewashers and plate in place on

Single Thread System Installation High-Power C-Band Satellite Terminal3–24 Rev. 06. Mount the C-Band SSPA as follows:a. Lift the C-Band SSPAinto posit

High-Power C-Band Satellite Terminal Single Thread System InstallationRev. 0 3–253.5.2.2 Square PoleFor square vertical pole installation, follow the

Preface High-Power C-Band Satellite Terminaliv Rev. 0This page is intentionally left blank.

Single Thread System Installation High-Power C-Band Satellite Terminal3–26 Rev. 03.5.3 Spar InstallationNote: Refer to Section 8, Equipment List, Figu

High-Power C-Band Satellite Terminal Single Thread System InstallationRev. 0 3–273. Mount the C-Band SSPA as follows:a. Position a spring nut between

Single Thread System Installation High-Power C-Band Satellite Terminal3–28 Rev. 0This page is intentionally left blank.

Rev. 0 4–14Chapter 4. REDUNDANT SYSTEMINSTALLATIONThis chapter provides installation information for redundant system (Figure 4-1)including:! Unpackin

Redundant System Installation High-Power C-Band Satellite Terminal4–2 Rev. 0RXI/OM&CSYSTEMJ15 J5TX1J14IFIFRSU503LJ4J8J2J2SWIF TEST INPUTDISCRETESI

High-Power C-Band Satellite Terminal Redundant System InstallationRev. 0 4–34.1 UnpackingNote: The HPCST-5000 terminal system is shipped in multiple c

Redundant System Installation High-Power C-Band Satellite Terminal4–4 Rev. 04.2 Inspecting the Equipment1. Carefully check the equipment for possible

High-Power C-Band Satellite Terminal Redundant System InstallationRev. 0 4–5Qty. Description Qty. Description2 RFT outdoor unit 1 Redundant LNA plateN

Redundant System Installation High-Power C-Band Satellite Terminal4–6 Rev. 04.3 RFT InstallationCAUTIONEnsure that all air inlets, exhausts, and fan g

High-Power C-Band Satellite Terminal Redundant System InstallationRev. 0 4–74.3.1 Tools RequiredQty. Description11113” x 3/8” drive extension1/4” x 3/

Rev. 0 vTable of ContentsCHAPTER 1. INTRODUCTION1.1 Description...

Redundant System Installation High-Power C-Band Satellite Terminal4–8 Rev. 04.3.2 Vertical Pole InstallationRefer to Section 8, Equipment List, Figur

High-Power C-Band Satellite Terminal Redundant System InstallationRev. 0 4–93. Install the 20” unistruts as follows:Note: The placement of the pipe bl

Redundant System Installation High-Power C-Band Satellite Terminal4–10 Rev. 0c. With the RFTs side-by-side,position a 20” unistrut(open side facing up

High-Power C-Band Satellite Terminal Redundant System InstallationRev. 0 4–114. Install the pipe blocks as follows:a. Install two spring nuts in each

Redundant System Installation High-Power C-Band Satellite Terminal4–12 Rev. 05. Install the threaded rods as follows:a. Install two spring nuts in bot

High-Power C-Band Satellite Terminal Redundant System InstallationRev. 0 4–13e. One threaded rod at a time,hold the washers and plate inplace on the t

Redundant System Installation High-Power C-Band Satellite Terminal4–14 Rev. 06. Mount the RFTs as follows:a. Lift the RFT into position onthe vertical

High-Power C-Band Satellite Terminal Redundant System InstallationRev. 0 4–154.3.3 Spar InstallationNote: EFData does not recommend the unit be spar m

Redundant System Installation High-Power C-Band Satellite Terminal4–16 Rev. 03. Install the 20” unistruts as follows:a. Position a spring nutbetween t

High-Power C-Band Satellite Terminal Redundant System InstallationRev. 0 4–174. Mount the RFT as follows:a. Lift the RFT into position.b. Using four 5