Assemble your antenna onto your satellite dish motor and install the
motor assembly along with the
dish onto your
post / mount / tripod.
Use the
calculator
here to find your Latitude or you can use the calculator below. Once you have found your latitude,
set it on the side of the
dish motor marked "latitude".
Now, figure out your declination angle. You can do that by looking
in the manual of the
HH motor mount. In the back, you see a
chart. Simply plug in your latitude and look to see the
declination angle that it gives you. Based on the motor you are
using, you need to subtract that angle from either 30 degrees or 40
degrees. This becomes the elevation of your
dish antenna.
Example: the latitude of Marietta, GA is 33.98 degrees. When you
plug that in, you will see a declination angel of 5.51 degrees.
When you subtract this from 40 degrees, the elevation of your satellite
dish then needs to be set to 34.49 degrees.
Now that you have set both the elevation of the motor and the elevation
of your
dish properly, you need to set your azimuth. Basically,
you will need to point the motor, when at zero degrees (see picture
below) to true south.
You can calculate for true south like this: SOUTH +/- MAGNETIC
DEVIATION.
|
Enter your zip
code below for your magnetic deviation |
Enter your zip code below. On the next screen click on
"Compute Declination"
|
Now, point your motor assembly and dish (must be located at zero
degrees, see picture below) to true south.
Hook up your
coaxial cable to the motor and to your
USALS
enabled or any other DiSEqC1.2 satellite receiver.
Turn on your
satellite
receiver and go to your
DiSEqC1.2 or USALS setup screen.
Make sure to go to a live transponder. You can get a list of live
transponders at either
www.lyngsat.com or
click here for our satellite and transponder list. If using
USALS, type your latitude & longitude,
choose the satellite and the motor
should turn to the particular satellite you are looking for. Check
to see if you have a signal locked in. If you do have a
signal locked in, store the position
and choose a second satellite. If are also getting a signal on a
second satellite, store the position and try to lock on to a third
satellite that's further away, if you can do so, then congratulations!
you have just installed a motorized satellite system.
If you do not have a
signal locked in when your motor moves
to the first satellite position, then you may want to double check and
triple check and make sure that all your settings (True South, Azimuth,
Elevation, & Declination) & angels are correct and that the motor is
USALS compatible.
If you can get a satellite signal locked in on your primary or most
southern satellite and no other, try to adjust for your true south.
If you can't get any
satellites locked in, then try to use the formula
Satellite Location Minus Latitude
and use the DiSEqC1.2 option of the receiver to move your motor east &
west. For example, the latitude for Marietta, GA is 84.5 degrees.
If I want to point to the
Galaxy 25
satellite at 97 degrees west, I would need to move the motor to
12.5 degrees WEST.
|
Problem |
Resolution |
|
The Manual Button
doesn’t work
|
1. Make
sure the power of receiver is on and the indication
LED on
the bottom of the motor lights on.
2. Check every
devices between receiver and motor.
|
|
The
Manual Button can only drive
the motor toward West
|
For East
movement: Press the manual button twice within 1
second or shorter.
|
|
The Motor doesn’t
work
|
1. Make
sure all cables and power are well connected. The
LED on
the bottom lights on.
2. Make
sure the motor is not blocked by the software limits.
Try to
use the manual button, which is only limited by
hardware
limits.
3. Check
if the receiver supports DiSEqC 1.2 and if the
DiSEqC 1.2 system has
been enabled.
|
|
The
Motor stops at a certain
position and can’t go
further.
|
1.
Disable the software limits and drive the motor again.
2. Check
if it’s stopped by the hardware limit sliders.
3. Make
sure the Motor or antenna is not interfered with any
other item.
|
|
The Motor runs
discontinuously
|
1. Make
sure the antenna is not too heavy or too large. The
maximum
size is 1.2 m.
2. Check
if the cable quality is good enough. Try to use a
better
RG-6/U cable.
3. Check
if the output power of the receiver is less than
350mA.
|
|
The
Motor runs sometimes fast
and sometimes slowly.
|
The
speed of the Motor is according to the output voltage (13
/18V) of
the receiver. Vertical=13V=slow
Horizontal=18V=fast
|
|
All
satellite positions are not
correct.
|
1. Goto
One satellite position via receiver. Wait for about 30
seconds
until the motor stops.
2. Drive
the antenna East or West until the reception of this
satellite is clear.
3. Use
“Re-calculate” Function to correct position via receiver.
Or
Use Goto
0 position Function to go to 0 degree as a reference
point.
|
|
The
Motor runs but stops
somehow immediately
|
This
could be caused by a loosen magnet on the rear end of the
DC motor inside.
Please contact your vendor for repair.
|
|
The
Motor doesn’t make any
movement, but clicks from inside
of the motor can be
heard
|
1. Check
if the dish is too heavy. The maximum size of the
antenna
is 1.2 m.
2. The
DC motor inside is broken. Please contact your vendor
for repair.
|
Below is a list of satellites that you can pick up with your motor.
Check out this page for all the up to date satellite listings directory.
|
Color codes on this regional index: |
No
data/L/S/Ka band |
C band |
C & Ku band |
Ku band |
|
Free TV Channel Directory
& List for North American Satellites By Language |
|
View
Cart
If
not, you may need to keep adjusting for the proper azimuth. (Read
the installation instruction guide below first)