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Package #7 - 90 cm Motorized
Satellite Dish Kit |
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Package #7
Buy More, Save
More |
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Qty |
Price/set |
| 1-4 |
$185.00 |
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5-9 |
$177.50 |
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10-14 |
$170.00 |
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15-19 |
$165.00 |
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>19 |
$160.00 |
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Call to order |
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Great for reception of
many satellites. Motor designed to follow the
satellite arch when installed properly and rotate
between different satellites.
 WS9036
36 inch / 90 cm Dish - 90cm / 36inch offset satellite dish
with tripod type mount.
Invacom
QPH-031 - Quad Polar LNBF. Works on any
DSS or FSS (Circular or Linear) satellite. Super
low NF of 0.3dB. (Wiring
Diagram)
SG2100
Motor - Powerful motor controlled by DiSEqC1.2
and USALS commands from the receiver. Does not
require extra wiring. Works with existing coaxial
cable (See
Diagram).
Surge
Protectors - Protects your crucial components
from lightning. Use it on your receiver or LNBF.
Get one for your receiver, for your switch.
4X1
WS4120 DiSEqC Switch - Only 4X1 switch on the
market with a full 1-year warranty. Switch between
4 different satellites. (See
Diagram)
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90 centimeter FTA
Motorized Satellite Dish
This package is great for reception of any Ku band satellites.
Package comes with:
This is a great package and the Free To Air Ku band satellite dish is
large enough for reception of almost all Ku band satellites
within N. America. The
FTA motor
is strong enough to handle the large
90 cm dish. The LNB does both Linear and Circular polarities
and the 2 separate outputs per polarization (2 circular / 2 linear)
allows it to be used with a second receiver.
| Color codes on this regional index: |
No
data/L/S/Ka band |
C band |
C & Ku band |
Ku band |
What is a quad polar LNB?
A quad
polar LNBF is exactly what it says. It does 4 different
polarities. It does 2 Linear polarities, Horizontal and
Vertical, and 2 circular polarities, Left and Right.
Here are the parts that are included in your dish motor:
Additional Part Recommendations for Easy Installation:
Think You'll Need A
Local Installer? Find One At
www.mylocalinstaller.com
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Inquire about this package |
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FAQ about Motorized Satellite Systems:
Do I need
to install a separate power line to connect to the
HH motor mount?
No. The
motor gets powered by the receiver. The receiver provides power to
turn the LNB on and to switch polarity. The motor consumes the
same power through the
coaxial cable that runs from the receiver to the
LNBF. Simply run the coaxial cable to your satellite dish motor,
then from the HH dish motor run a 3 or 4 foot coaxial cable to the LNBF.
How do I
control the motor to move it East / West?
The motor is
controlled by the receiver's remote control. All receivers compliant
with the DiSEqC 1.2, 1.3, or USALS protocol have the capability to run
an HH
satellite motor. Once you install and setup the motor to follow the
satellite arch properly and store the different satellite positions and
locations into the receiver, the receiver will automatically go to the
location where the channel is being broadcasted from when you change TV
channels on the receiver.
Are all
HH motors & receivers USALS,
DiSEqC 1.2, & DiSEqC 1.3 compatible?
No.
All satellite motors and HH mounts are DiSEqC1.2 & DiSEqC1.3 compatible,
but not all
dish motors are USALS compatible. Motors that are NOT
USALS compatible are sometimes more reliable.
Not all
satellite C/Ku band receivers are DiSEqC 1.2 and DiSEqC 1.3 compatible.
Some are
DiSEqC1.0. Make sure the receiver
you purchase is at least DiSEqC 1.2 compatible.
Can I
pick up
C band and Ku band?
No.
You need a C band dish (2.4 meters / 6 foot) or larger to be able to
pick up C band. This system is only for Ku band reception.
Does the
motor also adjust for variation in elevation on the dish for each and
every satellite
Yes.
When you install the motor based on your latitude, the motor will adjust
the elevation as well.
Should I
skew (rotate) my
LNBF to align for polarity?
No. Just
leave the LNB at 0 degrees skew and the motor will tilt the satellite
dish to make up for the adjustment of skew.
What is
the benefit from motorizing my dish?
Adding a
motor to your system allows you to receive satellite channels from
multiple satellites & not just one.
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