| Why does a phone line connect to the | What are the programming charges for a |
| lower costs to the consumer and they will | second Barboursville DISH Network |
| Advantage), where there is no additional outlet | receiver? There is no "programming" fee |
| always strive to be the lowest cost provider. | for your 2nd, 3rd, 4th, 5th or 6th receivers. |
| fees provided all dual-tuner receivers (DISH | Whatever DISH Network programming you |
| | subscribe to on your "main" receiver will |
| 322 or DVR 522) are continuously connected | automatically be on your "secondary" (extra) |
| to the customer's phone line. | receivers. Under our primary promotion |
| | DISH provides all DISH Network programming. |
| How does the installation work; do you | Their mission is to be the consumer's |
| install nationwide? All of our installations | one-stop-shop for all your DBS needs. |
| are done through the DISH Installation | |
| Network, a division of DISH. Since their | I heard DISH and DirecTV are trying to |
| network is nationwide, we are able to offer you | merge, will this affect me? The merger |
| a professional installation anywhere in the US, | has been blocked by the government and |
| including Hawaii, with one exception being | therefore is no longer going to happen. |
| Alaska, which requires self-installation. | |
| | What should I do if I am going to move? |
| DISH Network is the sole designer and | (Digital Home Advantage), there is also no |
| equipment options, free HD equipment | DISH has a program just for you called |
| | additional outlet fees provided all dual-tuner |
| | DISHMover. They will send you a new dish |
| | receivers (DISH 322 or DVR 522) are |
| | and provide you a professional installation at |
| | continuously connected to the customer's |
| | your new home for a discounted price, |
| | phone line. There will be a $5 per month lease |
| | allowing you to leave your current dish at your |
| | when a 3rd receiver is selected. Under our |
| | old location. |
| | secondary promotion (Free Dish) there is a |
|
