Satellite tv coax installation

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. If they feel shaky, carefully separate them and tighten the bolts. One last component, the LNB, controls the dish's functionality. First, slide the handle of the LNB onto the open end of the arm. Secure it with nuts and bolts, then take the LNB out of the box.

It looks almost like a round speaker or flashlight. Position it on the handle, facing it toward the dish before bolting it in place. You may need to loosen the LNB later to readjust it and improve the signal quality. Connect the adjustment panel on the dish to the wall mount. Fit the dish onto the open end of the support. If everything is attached correctly, it will fit inside or behind the adjustment panel. You can then add the 1 or 2 remaining bolts to fasten these pieces together.

If the dish looks good, then you're ready to position it to communicate with a satellite. If the mount is meant to attach to the back of the panel, your satellite will also come with a pair of clips. Position them behind the support, then add the screws through them to bind the parts together. Part 3. Select a satellite you wish to connect to.

Pick a satellite that is in range of your particular dish. There are numerous satellites out there, but dishes cannot get signals from all of them. If you bought your dish from a TV service, for instance, you might have a hard time connecting to their competitor's satellites. Tracking sites list the names, which usually include the owning company or the service they provide.

If you bought a satellite service, it is possible to receive satellite signals outside that service. Since you usually need to replace several parts, it's easier to get a new satellite instead. Try to pick a satellite close to your area. If you subscribe to a particular TV service, you will need to use the company's satellites. The biggest providers have multiple satellites. Find the satellite's location before positioning the dish. You're going to need to point the dish in the correct direction, then angle it up at the sky.

This isn't easy to do if you don't know the satellite's positioning. Fortunately, satellites don't move much, so you can use a positioning database to adjust your dish. The site will give you the precise positioning needed for your dish to receive the signal.

You won't be able to receive a signal from a distant satellite. Don't expect to reach a Chinese satellite if you're in North America, for instance. Use the azimuth number to rotate the satellite. Have a compass handy and locate true north first. Then, look at the azimuth number and find where that is on the compass. North is considered 0 degrees, east is 90 degrees, south is degrees, and west is degrees. Rotate the satellite dish horizontally until it points in the correct direction.

Securely compress the ground terminal bolt to the ground wire. Work the same number of cables driven into the ground block, between the ground block and a central location. Ensure to label the coax from a rooftop antenna if elongated from the ground block. Drive cables from every tuner to the central area. Select a multi-switch by deciding how many inputs and outputs are required.

The number of inputs comprises the number of LNBs on the dish plus one. A dual LNB dish would need a three-input multi-switch. The number of outputs of the multi-switch equals the number of tuners not the number of receivers or set-top boxes in your system.

Multiswitches become more valuable as the number of inputs and outputs gains. However, crimp and twist-on connectors can be put on RG6 cables as well but they cannot be used for satellite TV. The primary difference is that cable comes through a wired connection while satellite is wireless until it reaches your house, anyway.

Coaxial Cable Length The shorter and thicker the cable is rated will determine the strength of the signal transmitted. It is important to choose the right cable length and thickness.

In radio systems, cable length is comparable to the wavelength of the signals transmitted. You will need four separate 75 ohm BNC coax cables that support at least 1. The most common coaxial cable used for home television setups is RG6. All of our picks for the best coaxial cables are RG6.

You won't find any RG11 cables on this list simply because they're only necessary if you want to transmit signals over meters, which doesn't affect the average homeowner. The connector on either end can go bad , whether it is BNC, N, or some other type. Sometimes the damage will be obvious, like a missing center pin. Sometimes it will be hard to see, like if the solder has come loose loose behind the connector, or the termination was improperly performed in the first place.

Cable and Satellite both use RG6. The coax cable is identical in every way, the only difference is where it plugs in. You can combine cable television and satellite onto the same wire with a device called a diplexer.

Which is better rg6 or rg59? RG6 cable is heavier gauge and has insulation and shielding tuned for high-bandwidth, high-frequency applications such as Internet, Cable TV, and Satellite TV signals. RG59 cable is thinner and is recommended in low bandwidth and lower frequency applications such as analog video and CCTV installations.

Can you twist coaxial cable together? Electrically, twisting the conductors together is fine. Twisted connections like this would barely introduce a few ohms resistance if that, particularly if done well.

Electricity would flow along the cable without a real issue. Can you get HDTV through coax cable? This is why if you have a cable ready tv and plug it into the wall with no set top box, you can get HD channels, but only local channels. Does DirecTV and Dish use the same satellites?