RCA 15407690 manual Outdoor

Page 13

Preparing for Installation

This diagram shows “typical” installation steps. It illustrates the minimum of

cables needed to give a signal to one digital satellite receiver, HDTV, or HD set-top converter.

The information on the following pages takes you through the cable estimating process step-by-step.

Tip

Measure once and multiply by four. You will need four cables of that length to run from the dish antenna to the grounding block.

OUTDOOR

INDOOR

Dual-Satellite

Antenna

RG-6 Coaxial

Cable

Grounding

Block

RG-6 Coaxial

Cable

Multiswitch

RG-6 Coaxial

Cable

Digital

Satellite

Receiver

OR

HD Set Top

Converter,

OR

HDTV

Measure distance from the LNB on the Satellite Dish Antenna to the Grounding Block

_____________ feet x (4) RG-6 Cables

(with messenger/ground wire)

Measure distance from the Grounding Block to the Central Building Ground

_____________ feet x (2) Ground Wire

Measure distance from the Grounding Block into the house and to the Multiswitch.

_____________ feet x (4) RG-6 Cables

Measure distance from the Multiswitch to the Digital Satellite Receiver, HD Set-Top Converter, or HDTV

_____________ feet x (1) RG-6 Cable

Note

You must use RG-6 coaxial cable(s) from the satellite dish to the SATELLITE IN jack on the digital satellite receiver, HDTV, or HD set-top converter. This includes to and from the multiswitch. Other types of coaxial cable, such as that used for cable TV (RG-59) will not work for your HD satellite system.

Note

If your total RG-6 coaxial cable length from the dish to the

HD unit is more than 112 feet per coax cable, you may need an additional installation component, such as a line amplifier, to compensate for the longer cable length.

Chapter 1

11

Image 13
Contents Changing Entertainment. Again Directv PlusAntenna Grounding Safety InformationTable of Contents Final Installation Chapter Overview Preparing for InstallationPreparing for Installation Installation OverviewCompleting the Final Installation Mounting the MastSolid Wood or Lap Siding Mounting OptionsBrick or Poured Concrete Surface Hollow or Cinder Block WallGeneral Site Survey Should I Do This Myself?How High Up in the Sky is the Satellite? Satellite LocationsFinding a Clear Line of Sight Finding the Dish Pointing Coordinates Using the Dish Pointing Menu ScreenRecording the Coordinates If you live in San Francisco Precise Site SurveyFinal Site Survey Estimating Cable RequirementsDon’t have a clear view to the satellite ’m Not sure If I have a Clear ViewOutdoor Hardware Included Directv Plus Dish Assembly OverviewSecure the Antenna Mast Clamp Securing the Mast FootMast Foot Hardware Mast Clamp HardwareFine Tuning Adjustment Attaching the Mast Clamp to the Directv Plus Antenna Setting the Tilt PolarizationReflector Hardware Move On to the Next Section Attaching the LNB Support Arm and AdapterMounting the Mast Important Considerations Mounting The Mast On Solid Wood Or Lap SidingMounting Instructions Installing a Spacer Mounting the Mast on Brick or Poured Concrete Yes Important Consideration Mounting the Mast on a Hollow or Cinder Block WallSnap off straps flush with the wall Mounting the Directv Plus Dish On a Pole 45 cut Final Installation Leveling Side-to-Side Leveling the MastLeveling Front-to-Back Final Directv Plus Dish AssemblyLNB Hardware Grounding Hardware Acceptable central building ground pointsCable Routing Tips Routing and Grounding the CablesCable Entry Overview Running Cable Into the HouseStep-by-Step Instructions for Routing the Cables Multiswitch Mounting HardwareAbout the Phone Connection Making the Final ConnectionsMaximum Signal Strength Acquiring and Fine Tuning the SignalFine-Tuning adjustment Final Installation Reference Can’t Pick Up the Satellite Signal TroubleshootingCabling and Connections Problems Directv Plus Dish Positioning and Pointing ProblemsDirectv Plus Dish Pointing Steps Temporary Satellite Signal LossReturning Equipment to Thomson for Repair or Exchange Toll-Free Telephone Product HelpLimited Warranty LNB IndexRestrictions 2 RG-6 coaxial cable 100%