User manual FERGUSON TE20

[. . . ] The supplier does not accept responsibility in the case of improper usage of the product or when the product is used for purposes other than specified. The supplier does not accept responsibility for additional damage other than covered by the legal product responsibility. Our ebode proprietary eIR2xTM (pronounce Irex) Technology guarantees a high level of immunity for InfraRed noise from direct sunlight, CFL lighting and Flat Panel TV’s (including Plasma, LCD and LED). It provides accurate reproduction of the latest generation InfraRed codes that are used in remote controls of, for instance, set-top boxes and media players (incl. [. . . ] ) which are located in another room and makes use of existing coax cable (CATV). An InfraRed Extender in general consists of an IR (InfraRed) capture device, the Receiver, a distribution circuit/connecting block, the Hub, and finally the IR LED output, the Emitter, which flashes the IR signal to the A/V component. It is placed at the remote room location to receive IR signals from the handheld remote controller. This unit, located in the remote room, injects the remote control signal into the room to- room coaxial cable (along with the TV signal) and passes it to the CPL Coupler in the main room. It also provides quick connection of the IRLP IR Receiver and 12VDC power supply cables. Located in the main room, this Coupler extracts the remote control signal from the coaxial cable and passes it to the emitters that control your source equipment. In addition, the CPL contains a 2-way RF splitter so that the TV signal can be fed to a local TV. The Emitters on this device allow control of three InfraRed remote controlled audio/video components. The IR Emitters have a self adhesive film on one surface of each Emitter. This allows them to be “stuck” to the IR sensor “window” on your source equipment. This plugs into a 230V~50Hz outlet to provide power to the IRLP Receiver. A red LED on the front of the IR Receiver will indicate the reception of your InfraRed command. NOTE: The maximum usable distance between your IR remote and the IRLP Receiver will vary for each remote and might be shorter than when directly used in the room controlling the satellite Receiver or other IR controlled devices. ADVANCED MULTIROOM HOOKUP Figure 3 shows an advanced system using two ebode IR Link C’s in a multi-room installation. Except for the addition of a 2way DC passing RF splitter, the connections are essentially the same. How to avoid and solve possible problems Although the ebode IR Link C is equipped with proprietary eIR2xTM (pronounced Irex) Technology, which guarantees a high level of immunity of InfraRed noise of direct sunlight, CFL lighting and Flat Panel TV’s (including Plasma, LCD and LED), in rare cases, the IR Receiver may have to be moved to a different location if the unit is picking up unexpected interference. This interference may, in severe cases, prevent the system from working. You can identify interference when the InfraRed Emitters are lit or blinking, even when you’re not using a remote control transmitting at the time. After repositioning, check to see if the ebode IR Link C operates the satellite Receiver or other components. If the ebode IR Link C still does not work, reposition the IRED Emitter(s). It may not be located directly over the component’s InfraRed receiving "window". Consult the owner's manual of the unit or the manufacturer for the exact location of the InfraRed "window". [. . . ] Consult the owner's manual of the unit or the manufacturer for the exact location of the InfraRed "window". IMPORTANT: For installations involving more than two remote rooms, use the services of a competent professional audio/video installer experienced in InfraRed Remote Control Systems. Denna enhet, placerad i det avsides rummet, injicerar fjärrkontrollsignalen från rum till rum koaxialkabel (tillsammans med TV signalen) och överför den till CPL koppling i huvudrummet. Anslut rum till rum kabeln till “ANT INPUT” på INJ injektor. [. . . ]