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Here s a time when planning ahead will pay off for you in big rewards If you decide to develop a whole-house A/V system and end up pulling coax cable, speaker cable, and cable for your IR remote control, it only makes sense to pull all your cabling at one time Even if you re not planning on installing whole-house audio, video, and hardwired IR remote capabilities, spending the money now on the cabling will make the whole procedure much, much easier in the long run
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Follow these steps to connect your hardwired IR remote control system:
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1 If installing in a finished room, locate where you want the low-voltage gang box to be located (be sure to place it next to a wall stud so it can be securely attached) Use a gang box as a template and trace around the box with a pencil
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Again, the preceding step assumes the use of a wall-mounted IR sensor However, if the sensor was a tabletop device, it would be unnecessary to cut into the wall Also, if you were to buy the all-in-one IR sensor and volume control unit, you could mount both devices into the same gang box It all depends on what type of sensor you opt to use
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2 Using a Rotozip tool, cut out the drywall and mount the gang box to the wall stud 3 If installing in an unfinished room, simply locate the low-voltage gang box on a wall stud at the desired location and nail it in place 4 Mount the connecting block to your A/V cabinet using four sheetmetal screws 5 Measure the distance between your A/V cabinet and the location in the bedroom where the IR sensor will be mounted Add a couple feet for good measure 6 Measure that amount of cabling and, using the techniques we ve previously described, pull the cabling through the walls, floor, or ceiling to reach the newly installed gang box
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If you stick to inside walls, you re not as likely to run into insulation, which will make your cable pulls more difficult to perform
7 Pull the IR sensor wire coming from the wall into the back of the gang box 8 Strip a half inch of insulation from each of the wires of the IR cabling
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9 There are three terminals on the back of the IR sensor Connect your wires to these terminals and be sure to jot down which color wire is connected to which terminal For our project, we ve made the following connections:
V+ GND SIG Red Ground wire Black
10 Make the same connections on the connecting block in the A/V cabinet On our connecting block, there are terminals for + 12, GND, and IN As such, we ll connect the red wire to +12, the ground wire to the GND terminal, and the black wire to the IN terminal 11 Connect the IR emitters to the connecting block These units plug into the 35mm mini monophone jacks on the connecting block The particular connecting block we re using allows the connection of ten emitters; however, our whole-house A/V system only has six devices, so there is room for four more components to be added 12 Point the emitters at the A/V equipment For best results, use the supplied adhesive tape to affix the emitters to the sensor windows on your components
When everything is connected, plug the AC adapter into an open wall receptacle and test the system You should be able to change channels instantly with virtually no delay between your remote control and the desired changes
Reposition Your Gear if It Doesn t Work Properly
IR sensors can be tricked by stray IR light coming from fluorescent light fixtures, sunlight, and plasma-screen televisions and monitors This problem can be ameliorated by experimenting with the location and placement of your IR sensors Connecting a whole-house A/V system can be an inexpensive project, with no wiring beyond plugging a couple wireless devices into the wall However, you ll garner better results with systems that use more complex wiring connections In this chapter, we talked about how to connect an IR remote control system using a hardwired configuration This is by no means the only way to do it It s best if you examine your own needs, wants, and resources and consider which of the four remote control options is best for you
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