QuickNetwork QND300 Distribution Panel

Transcription

1 QuickNetwork QND300 Distribution Panel Installation Guide CSQND300V1 10/04 Rev. A

2 Before You Get Started This manual is designed to provide an overview of the installation process and guidelines for installing the system. Read the entire manual carefully before you begin your installation. You should be aware of and follow all local codes. Honeywell reserves the right to void the warranty on your Home Network System if it is not installed in accordance with the instructions outlined in this installation manual or with local codes. Home Network Systems As the number of services and electronic devices available to the homeowner increases, so does the need to control and manage these signals and services. Today multiple telephone lines, dedicated fax or computer lines, satellite TV, Internet connections, Digital cable, Digital dial tone and many other services are common. As a homeowner, we want the ability to control where signals from satellite TV or digital cable go in our home. We want to be able to move the office and easily reconnect to the Internet or the dedicated fax line. The Honeywell Home Network System is the means by which this can be accomplished. The system provides homeowners with the ability to control and manage existing services as well as the flexibility to add future services or electronics. The Home Network consists of three main components: Distribution Panel The Distribution Panel is an important component of the Home Network. A distribution panel can be used for anything from simple distribution of telephone and coax signals to provide the basis for a completely automated home. The value of the distribution panel is that it provides the homeowner with a central point where all incoming signals and the internal wiring in the house meet thereby allowing the homeowner to choose which signals are sent to any given location. Multi-Media Receptacles The Multi-Media Receptacle is used in locations where the homeowner plans to have a variety of electronic equipment or services. The home office is a good example. In the home office we want access to the main telephone line as well as a dedicated line for the computer or fax machine. We may also want a coax line for watching TV or Satellite TV and, should the doorbell ring, we might like to see who is standing at the front door without having to leave the office. The Multi-Media Receptacle is a single gang receptacle with a combination of telephone, data and TV connections. The most common configuration is two CAT5e and two coax connections. Speedwrap Cable Speedwrap Cable is a specialty cable consisting of a combination of telephone(2-cat5e), coax (2-RG6 quad) and optional fiber optic cables (2-Multi Mode). This cable provides enough bandwidth and speed to allow almost any type of electronic signal or service to be distributed throughout the home. Description This Distribution panel includes a combination module that distributes TV, voice and data signals in a 6-inch rough-in can. The voice and data portion of this module is connected by eight RJ45 connectors that pass up to four lines. The TV distribution portion provides an amplified input that feeds 8 outputs to up to 8 TV outlets and two Aux. Pas thru ports for Satellite LnB feeds. 10/100BaseT Data distribution through the telephone module is not supported. Space is provided for installation of an optional network switch. Features 1 video input, 8 outputs, 5MHz to 1000MHz video splitter and IR passing 2 pass through connections for SATV signals 4 lines to 8 locations telephone distribution (RJ45) RJ31X port for connecting to a security system Labeling space for every port -2-

3 Installation Precautions Never install or work with telephone wiring during a lightning storm. Use caution when installing or modifying telephone lines. Have the Electrician connect the AC outlet to branch circuit power. The connection should be in accordance with the National Electrical Code, Articles 110, 250 and 300. Installation Installing the QN06 Install Can and Cover 1. The install can is 14½-inches wide, allowing it to be mounted between 16-inch on- center studs. To eliminate electromagnetic interference, select a mounting location that is a minimum of 16-inches away from the electrical load center. 2. The install can is equipped with built-in stand offs on each corner. These stand-offs are ½- inch deep and allow you to install the can so it will be flush with the sheetrock. 3. Determine the location where you want to mount the install can. The Coax Module requires the installation of a 110V outlet in the same stud bay so that wiring can be easily routed to it. When inserting the install can into the framed wall, be sure that the receptacle holes are at the bottom. Push the can back into the opening until the ½-inch stand-offs make contact with the studs. Use the provided screws to secure the install can to the studs. 4. After terminating all connections install the cover by aligning the plastic cover s holes with the threaded holes in the can. Using the two screws that are provided, attach the cover to the can. The lip of the cover extends out beyond the edges of the can over the sheetrock to provide a finished look. Connecting the TV signal to the Module Once connected the module will distribute Cable TV, antenna signals or and modulated video signal to the outputs on the top of the module. 1. Connect the incoming Coax cable to the port labeled CATV/ANT IN on the underside of the MDX88200 module. Note: The COAX distribution will not work unless power is applied to the module. 2. Connect the transformer Coax cable to the port labeled12 V DC IN. -3-

4 Connecting the TV outlets to the module outputs Note: Remove the silver terminating caps only from the ports that will be used. Keeping the caps on unused port will help prevent unwanted video signals getting into your TV system. Connect the coax cables running to the rooms (premise wiring) to the outputs (on the top of the MDX88200 module. Installing Telephone lines 1. Route a CAT5e twisted pair cable between the NID (The NID or network Interface Device is installed by the phone company) and the coax and telephone distribution module. 2. Identify the CAT5e wire running from the module to each of the rooms (premise wiring) and remove two (2) inches of the outer PVC jacket from the end, exposing the four (4) pairs. 3. Terminate each of the premise wires with an RJ45 Modular Telephone Plug using the 569A termination. 4. Terminate the incoming CAT5e wire from the NID to the 110-style punch down block on the rear of the module. If you are also installing a security system, you can use the RJ31X port on the underside of the module to connect the security system. *Note: Make sure that the Tip and Ring is connected to the 110 punch down correctly. In most cases the Blue/White is first and then the White/Blue. Follow the same pattern with the remaining colors. The Tip & Ring is important so that the RJ31x port will work properly. 5. Plug the premise wiring into the RJ45 ports on the front of the module. If you are using a MDP-3 patch module, then use a patch cord to patch from the telephone outputs to the zones on the MDP-3 patch module. Connecting the module to a Security System -4-

5 After phone service has been connected to the module, route a CAT5 patch cord between the RJ31x port and the security system. Cut the RJ45 connector off at the Security system end and use the following diagram to connect the phone service to the security system and to the module. Separating Multiple Lines at the Room Location An LBO-1 Line Breakout Box will be required in order to redirect or access different lines at the room location. The LBO-1 plugs into an RJ45 connector on the plate and provides four RJ45 connectors that can be used to access each individual line by a 1 or 2 line phone. For example port 1 will access lines 1 and 2, port 2 will access lines 2 and 1, port 3 will access lines 3 and 4, and port 4 will access lines 4 and 3. The Pass Thru port is provided to allow you to chain multiple LBOs together or to allow an additional access point for line 1 and

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8 CSQND300V1*Š CSQND300V1 10/04 Rev. A