Hot Start Time. Output Data Rate. Supported Navigation Systems. Acceleration Limit. Hot Start First Fix. Cold Start First Fix. Heading Fix after valid position. Communication Ethernet. Timing Accuracy PTP. Timing Accuracy NTP.
Timing Accuracy. Hardware Ethernet. Power Input. Power Consumption. Operating Temperature. Environmental Protection. Shock Limit. Operating Voltage. Reference Manual Online. You may need to do this, too, if you can't find an exact spot elsewhere.
If you're in the northern hemisphere, the dish needs to point south to receive a signal. If you're in the southern hemisphere, it needs to point north, so keep that in mind when looking for obstacles. Hold the dish's mount to your home and mark the screw positions. The dish's support is an L-shaped rod with a base plate that fastens to your home. Position the base plate flat against the wall or roof in the location you chose.
Look for a series of holes on the plate for bolts. Then, use a permanent marker to note the position of these holes on the roof. Don't try to anchor it to siding since it won't hold. Calculate the size of the pilot holes needed to secure the mount. The holes' exact size and depth depend on the dish you're installing, so reference the components that came with the satellite.
That number will tell you how wide the holes need to be. Create the pilot holes using a drill bit the same size as the mounting bolts. Use a masonry drill bit to break through stone and other rigid surfaces without damaging your drill.
The bit needs to create holes that are the perfect size for the bolts. Drill into the spots you marked earlier once you are ready. Make sure the holes you create are straight, so the mounting bolts fit properly. If they are too small, the bolts won't fit. Erring on the side of caution is better when drilling. You can always widen a small hole. Place the mount's metal plugs into the holes you drilled.
Your dish will come with a set of metal plugs that serve as wall anchors. One end of each plug will have a bolt hole in it. Flip the plugs, so the openings face toward you rather than the wall.
You need those openings to secure the mount. When you bolt the wall mount in place, the tails open up, making the plugs harder to remove.
Secure the plugs into the wall with a hammer and chisel. Place the tip of a chisel against one of the bolts. Give the chisel's handle a couple of good whacks to push the bolt into the wall. Keep hammering until the bolt is flush with the wall.
Then, repeat this with the remaining bolts. Make sure the bolts are level with the wall, or else the dish's mount won't anchor properly. Place the metal plugs and hammer them into the wall. Your dish will come with a set of plugs that serve as wall anchors. Position them, so their open end faces out from the wall. That opening is for bolting the wall mount in place. After pushing the plugs into the holes, tap them in with a hammer and chisel.
They are what anchors the mount to the wall or ceiling. If they are loose, your dish could end up crashing to the ground! Bolt the mount onto the plugs in the wall. Position the mount back on the wall, lining up the plate's holes with the pilot holes you drilled.
Fasten the bolts by using a cordless screwdriver. Make sure the mount feels secure in the wall before you move on. If you're sure they are in correctly, take them out and recheck the plugs. Cap each bolt with a metal washer and locking nut. These components prevent the bolts from coming back out of the wall. Slide the washers on first, which are flat metal disks that help the nuts work properly. Then, add the nuts and turn them clockwise with a wrench until they feel tight and no longer move.
Be careful not to overtighten the nuts. Stop twisting them when they become hard to move. As long as they are not loose, the mount will also stay in place. Part 2. Attach the antenna bracket to the low noise block LNB arm. Your dish will most likely come with a flat metal plate to connect the satellite dish to the L-shaped LNB arm and other components.
Position the plate, so the prongs are on the left and right, facing you. Hold the LNB arm between the prongs with the tail end extending out past the plate's opposite side. The exact installation process, including the bolts' size, may vary a little depending on the dish you have.
Refer to the owner's manual for more specific instructions. Clip the antenna adjustment panel over the plate's prongs. The panel will look like a square box with one end open. Add a washer and nut on the end of each bolt after tightening them. This slot is what you use to point the satellite up or down. Fit the U-shaped rod inside the adjustment panel.
Your dish will have a bent metal rod that fits into one of the slots on the adjustment panel. Slip the rod inside, sliding its prongs through the holes. Ensure the prongs point toward you rather than the tail end of the LNB rod you connected earlier. Fit a small clamp over it, followed by a washer and nut on each prong. The adjustment panel has 3 different slots. Use the slots to reposition the satellite dish. In most cases, the middle slot is best for setting the dish at the proper angle.
Bolt the antenna bracket to the back of the satellite dish. You have a couple more bolts to add to finish the bulk of the assembly, and this is one of the easiest parts to finish.
Line up the holes on the plate with the holes on the back of the dish. Stick the longest bolts you have, usually 2 to 3 in 5. Then, place a washer and nut on the end of each bolt, tightening it with your wrench.
Peaking up is really important for long term service quality and minimum outage time during rain fades. Disclaimer and Safety Warning: The results of this page may be in error, The latitude and longitude are not intended for the blind navigation of aircraft, ship or other vehicle purposes. Dish pointing angles may be wrong. Magnetic azimuth bearings are approximate and are not available in the polar regions.
Use is entirely at your own risk. Apply common sense and don't believe every number that comes out of a computer system. Take care with satellite dish pointing to not injure others by dropping tools or hurting yourself by falling down.
Latitude and longitude may not be accurate. Use GPS as an alternative. I used to use Google map images on this page but it cost me so much money each time they were clicked I had to implement daily quota usage. Around half way through the day this page ran out of its daily usage allowance. So I changed the page to use Mapbox instead for some or all of the time.
This has been difficult. I started using raster maps but this mode is soon to be deprecated.
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