Using multiple RP-6 central processors in a system

Transcription

1

2 November, 2006 Using multiple RP-6 central processors in a system In the event that an installation s control requirements exceed the capabilities of a single RP-6 central processor (ex: controlling ten identical satellite receivers exceeds the infrared routing capability of a single RP-6 processor), the use of multiple RP-6 processors within a system can infinitely expand the control options of RTI products. TheaterTouch Designer Programming software allows for the ability to include up to 256 devices (central processors, in-wall, or handheld controllers). Thus, you could theoretically have a single remote or in-wall product communicate with up to 255 central processors. In order to do this, you will need to ensure that the trigger code sent from the handheld or in-wall product is received by each processor. While each processor connected would receive each trigger code, only the desired processor(s) will execute the command, based on matching the trigger code sent from the handheld or in-wall product, with the associated commands stored in each processor. Below are some examples of methods to transfer trigger codes between multiple RP-6 central processors. RP-6 processors located close together: Connect signal in and ground between processors to transfer trigger code. Connect +12VDC, ground, and signal to RM-433 antenna(s) *Note that while this example illustrates a trigger code originating from an RM-433 RF antenna, you could also use this configuration to transfer trigger codes sent from an RTI in-wall product or IR receiver. 2006

3 Technical Support Department Technical Bulletin August, 2005 Communicating with multiple RTI Control Processors from one RTI Remote TheaterTouch Designer 3.0 or higher allows you to communicate with multiple RTI control processors from one remote. You even have the ability to communicate with multiple control processors from within a single macro. The process to do this is as follows: Step 1 Place all control processors as well as the remote(s) that will be communicating with them, into one system file of the TheaterTouch software. Step 2 Establish a default system controller for each remote in the system file. To do this, right click on the remote icon in the system workspace, and select "Properties". Next, select the "Output" tab. You will see a pull down menu that allows you to select the default controller which the remote will be communicating with. Click OK when you have selected the appropriate control prcoessor. Step 3 You can overide the default setting by right clicking on any button(s) of the remote, and selecting the "Properties" menu. Next, select the "Output" tab. You can now overide the default controller settings by selecting an alternate controller for the selected button(s) to communicate with. Click OK when finished. Addressing Multiple Control Processors within a single macro To send commands to multiple RTI control processors with one button press, follow the instructions below: 1. Left click on the control processor you with to place a command onto. This will bring the programming window to the forfront. Next click "add new system macro", and label the description of the macro's function. Next, left click on the macro window to the left of the description. Place the commands you wish to have be sent from this control processor in the macro editing window. Click OK when finished. Repeat this process on any other control processors in the system. 2. Right click on the button of the remote you wish to create the macro, which will send commands to multiple processors. Select the "Propeties" menu, followed by "Output". Change the output type to standalone for this button. Click OK. Next, right click on this same button and select "Create Macro". When the macro editor opens, select "system macro" from the command type list. You will see the option of selecting the appropriate control processor, followed by system macros that exist on the selected processor. You can drag the appropraite system macros from each processor into the macro. The remote will now send out trigger codes to the appropriate control processor. 2005

4 RP-6 processors remotely located (transferring trigger code directly from RM-433 antenna): In this example, you would power the RM-433 antenna from 1 RP-6, connecting +12VDC, signal, and ground on the first RP-6 to the RM-433. The second RP-6 would receive the trigger code from the RM-433 by simply connecting signal and ground. In this example you be would connecting two conductors into the signal and ground connection of the RM-433 (one for each RP-6 processor). +12VDC ground ground signal signal RM-433 Radio Frequency Antenna 2006

5 +12VDC signal Connecting both in-wall and handheld products to communicate with multiple processors: In this example, multiple processors are being controlled by both handheld and in-wall RTI products. A CB-4 four device connecting block is being used to route the signal from the in-wall product(s) to the RP-6 central processors. An RM-433 is being used to send radio frequency trigger codes from handheld controllers to the RP-6 central processors. Note that you can use either the phoenix or RJ-45 connection to connect the in-wall products to the CB-4, as well as to the RP-6 central processor. If using the phoenix connector for connecting the CB-4, you can share the signal in and ground connections of a single RP-6 with the connections originating from the RM-433 RF antenna. signal ground RJ-45 connection from CB-4 to expansion port on RP-6 CB-4 Four Device Connecting Block RM-433 Radio Frequency Antenna 2006

6 FOR IMMEDIATE RELEASE Media Contact: Veronica Esbona Marketing Matters Company Contact: Pete Baker Vice President of Sales & Marketing RTI RK1 Series Wins 2007 Electronic House Product of the Year Award In-Wall Keypad Controller Series Offers Simple A/V System Control EDEN PRAIRIE, MN July 26, 2007 Remote Technologies Incorporated (RTI), a leading control systems manufacturer, announced today that its RK1 In-Wall System Controller Series has been named 2007 Product of the Year by Electronic House magazine. The three new customizable keypads have been designed for flush-mount installations and provide a self-contained control system for operating audio/video components, lights, or other electronic systems in a home. We re honored to be the recipients of Electronic House magazine s 2007 Product of the Year award for the RK1 Series of In-wall Controllers, said Pete Baker, Vice President of Sales and Marketing for RTI. The RK1 Series of programmable keypads are a convenient addition to any RTI system and give installers a very elegant and affordable option for control throughout a home. Sized for a single-gang outlet, the RK1-2, RK1-4 and RK1-8 incorporate two, four, and eight fully-programmable buttons respectively, which can be custom labeled with text and symbols. In addition to labeling customization, the backlight for each button can be configured to display a variety of different colors. Easy to install, the RK1 keypads provide an expanded control option that adds convenience to any system. They are also designed to match any décor due to their clean and neutral style and compatibility with Decora style wall plates. The RK1-2, RK1-4 and RK1-8 keypads are now available, at an MSRP of $249 each. more 7651 Anagram Drive Eden Prairie, MN [email protected]

7 RTI RK1 In-Wall Series Wins EH Magazine 2007 Product of the Year Page 2 of 3 Winning products were selected by Electronic House magazine editors based on reviews released throughout the year, product demos, installer feedback, innovative features and overall value. The winning products will be featured in the September issue of Electronic House magazine as well as online at Talking Points RTI s RK1 In-Wall Keypad Series has been named 2007 Product of the Year by Electronic House magazine. The customizable keypads feature open architecture for complete control. Two, four or eight assignable, programmable buttons. All three keypads fit in a single-gang outlet box and match Decora wall plates. 3 different colors options available (white, gray and black) User definable backlight color in a variety of options. Completely customizable, programmable and upgradeable. Available now at an MSRP of $249 each. The RK1 Series will be featured in the September issue of Electronic House and online at About Electronic House Magazine Electronic House, an EH Publishing, Inc. magazine is the leading consumer publication that focuses on all aspects of the electronic home. In authoritative articles, Electronic House covers home theater, multiroom entertainment, home control, wireless communications, energy management, home networking, and high-speed wiring. Electronic House readers want to have the best technology in their homes and Electronic House provides easy-to-read information enabling them to make informed buying decisions. For additional information on Electronic House please visit About Remote Technologies Inc. Remote Technologies Incorporated (RTI), headquartered in Eden Prairie, Minnesota, is the leading manufacturer of innovative, sophisticated, yet user friendly control systems. RTI s wide array of elegant hardware and software solutions are marketed exclusively through the custom installation channel. RTI was founded in 1992 with a committed focus on the custom installation market. This unwavering commitment was expanded and formalized in March 2007 with RTI s C2C (Committed to Custom) initiative which includes expanded tech support hours, enhanced training through both its Advanced Control University (ACU) and in the field, and the C2C orientation will inform and shape every aspect of RTI s continued evolution. C2C highlights RTI s dedication to the custom installation market, making it the leader in creating wireless hardware and software control solutions that effectively address the challenges facing electronic systems installers and integrators. RTI's belief in offering its products exclusively through custom dealers and trained professional integrators is a guiding passion, centered on the customization of any size home theater or other electronic system. The company s design philosophy emphasizes an intuitive and enjoyable experience in using its award-winning products, from its universal system controllers, to signal storage and processing devices, and PC programming software. For additional information on RTI and all its innovative products please visit Anagram Drive Eden Prairie, MN [email protected]

8 RK1 in-wall keypads are a cost effective solution for simple, intuitive multi-zone control. Used as a standalone product, RK1 series keypads are capable of transmitting infrared commands directly to source equipment. Used as part of an RTI control system, RK1 series keypads are capable of advanced control functions which include infrared routing, video/voltage sensing, relay control, and RS-232 control. The diagram below illustrates how RK1 keypads can provide intuitive control of volume, source selection, and even lighting. Two RK1 keypads can be connected together in a master/slave configuration., for additional control capability. The keypads will automatically sync together, creating a more flexible configuration for more demanding applications. Bring the music into the kitchen with the simple, intuitive interface of the RK1-4. Choose from over 100 keycap labels to truly customize the keypad to meet almost any control demand. This RK1-4 keypad allows for simple on/off control of the kitchen zone, as well as volume control. Buttons can do a simple command with a button press, as well as be programmed to execute alternate commands when you press and hold or double tap a button. (Ex: Holding ON will change the current audio source) ON OFF Volume UP Volume DN XM ipod UP Down RK1-2 FM < > Dim - CD Dim + RK1-8 MASTER BEDROOM BATHROOM KITCHEN LIVING ROOM RK1-4 Shades UP Shades Down RK1-2 RK1 keypads can even control motorized shades and drapes. When used in conjunction with an RTI central processor, the 2, 4, and 8 button keypads have the ability to control devices through 12V triggers or contract closure. RK1 Series Keypads can integrate with any infrared or RS-232 controllable (when used with RTI central processor) lighting system. Set the perfect lighting level for any location easily with the RK1. Raise Entertain Relax Lower BEDROOM XM ipod BEDROOM FAMILY ROOM Source Equipment Marantz ZS5300 Multi-Zone Receiver Polk XM Radio RK1-4 Upon entering the front door, access to favorite songs, stations, and playlists is just a button press away. Press any of the top four buttons to select the desired source. (FM, ipod, XM, CD) The RK1 series keypad can even change the backlight color of individual buttons to indicate which source is currently selected. Additional buttons on the entryway RK1-8 allow for volume control and channel/ song navigation. FM CD < > Vol - Vol + RK1-8 ENTRANCE T2-C Controller iport Escient Fireball

9 Basic Connection Diagram for RTI RK1 Series Keypads Standalone Control RK-1 Series keypads are capable of standalone infrared output. The diagram below illustrates a typical example of the equipment needed to power the keypad(s) and route infrared commands to source equipment. ECB-5 or third-party connecting block may be used to distribute IR commands from CB-4 to the source equipment. (Sample Devices to Control) RJ-45 (PWR, GND, Signal) Marantz SR5001 Receiver RK1-4 RK1-8 (Optional) Up to 2 RK1 series keypads can be connected together in a master/slave configuration to add additional control capability. (RJ-45 connection) CB-4 Four Device Connecting Block CB-4 is used to power RK1 keypads. If two keypads are used in a master/ slave configuration, only 1 CAT 5 cable needs to be run to keypad location to power both keypads. ECB-5 5 Device IR Connecting Block Escient Fireball AVX-211 Lutron Spacer System System Mode with Central Processor For advanced control applications, RK-1 series keypads can output infrared trigger commands to an RTI central processor (RP-6 shown in diagram below). This will allow for expanded control options which include infrared routing, RS-232, video/voltage sensing, and relay control. CM-232 RS-232 Module Lutron RadioRA RS-232 Interface RJ-45 (PWR, GND, Signal) VPS-1 Voltage Sensing Module Cable/ Satellite Receiver RK1-4 RK1-8 (Optional) See Above for Description CB-4 Four Device Connecting Block RP-6 Advanced Control Processor IR triggers are relayed from RK-1(s) through CB-4 to RP-6, which then executes commands. Use either screw down terminal, or RJ-45 connection between CB-4 and RP-6 Processor SPS-1 Video Sync Module Marantz 4001 DVD Player