Purpose of This Manual This manual provides step-by-step installation instructions and connection examples, along with basic user infor- mation for installation and ongoing use of the S128P Multi-Room Controller. This manual is written for the installer of this equipment. Organization...
......................23 Stereo Zone w/ Mono Sub-Zone S128P Connections Chapter 3: SPP System Precision Panel ......................25 Connections When Using an ELAN SPP Precision Panel-Rear ..........26 ......................27 VIA! Touch Panel Connections ......................29 Olé Film Interactive Touchpads ........................29 “A”...
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S128P INSTALLATION MANUAL E L A N H O M E S Y S T E M S S128P Connections When NOT Using an ELAN SPP Precision Panel ........43 ........................43 Sense Input Connections ......................44 VIA! Touch Panel Connections ........................
The S128P is a twelve-source eight-zone preamp controller with on-board video switching. Up to four S128Ps can be linked for a total of thirty-two zones. The S128P can be controlled by IR or Serial commands, and works with ELAN VIA! ® Touch Panels, Olé™ Film Interactive Touchpads, keypads, and/or IR receivers, as well as interfacing with the VIA! ®...
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Whole-House Music settings, etc. • Display timeout & configurable Brightness • Full ELAN Control Capability • Use with any ELAN keypad or touch panel! • IR or RS-232 Control • Uses VIA!TOOLS or ELANTOOLS setup software for all programming! • Do-Not-Disturb Temporarily disable Page, Doorbell, WHM, and Groups in any zone.
Figure 2-1: System Design Pre-Wire This section will explain the specifics of pre-wiring for an S128P system. Care should be taken at this stage to ensure a properly operational system. Most system wiring is “home-run” from the device being installed (a keypad, for example) back to the equipment location, or “head-end”.
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Use stranded, twisted pair speaker wire between amplifiers and speakers. Local Source/LSWP • Cat-5 Local Sources connect to the S128P using an LSWP Local Source Wall Plate with Cat-5 (see page 47). Remotely Located Sources • Cat-5 • RG6 or RG59 coax (if necessary) Remotely located sources connect to the S128P using an ELAN RSWP with Cat-5.
E L A N H O M E S Y S T E M S Applications This section describes typical applications using the S128P in audio/video/automation installations. These are all basic in nature and should be used for guideline purposes only. Each application can be augmented as needed for individual circumstances.
Stereo Zones To create an independent stereo zone, simply connect the S128P’s Variable Zone Audio Outputs to a pair of ampli- fier channels. Volume will be controlled using IR or RS-232 commands at pre-amp level. Any and all speakers con- nected to these channels will ramp volume up/down together.
Volume up/down will be controlled with the volume control located in each part of the zone. If using ELAN electronic volume controls, system and source control is possible using a hand-held remote control. This application uses the least amount of amplifier channels possible.
Stereo Zone w/ Stereo Sub-Zone This application takes full advantage of the S128P’s Fixed and Variable Zone Audio Outputs. The main zone utilizes the Variable outputs. An Olé Touch Pad or VIA! Touch Panel controls source selection, source control, etc. and vol- ume up/down in the main zone.
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Please note that an RCA ‘Y’ cable must be used from the zone’s Fixed Zone Audio Output to an Input 1 L of an ELAN D660. This cable creates a mono signal. Connect the Output 1 L of the same Channel to Input 1 R. Now, the same audio plays out of Speaker Output 1 R and Speaker Output 1 L.
Use one or two meter RJ-45-to-RJ-45 interconnect cables for reliable connections. Six Sense Input jacks use stereo 3.5mm interconnect cables to go directly to the Sense Inputs on the S128P. The front panel also features DC power jacks for 1.5A, 4A and 10A VIA! power supplies .
VIA! Touch Panel Connections The S128P is designed to work flawlessly with ELAN VIA! Touch Panels. VIA! Touch Panels require ELAN 16 Volt DC power supplies. Use the PWR10 16V/10A power supply to power up to ten VIA! Touch Panels. Use the PWR4 16V/4A power supply to power up to 4 VIA! Touch Panels.
The SPP Precision panel has the ability to connect touchpanels, keypads and Olé Touchpads in various combinations in each zone. The “B” punchdown location can either pass 12VDC power from the S128P Controller (Internal Power) or 16VDC from a power supply connected to the front of the SPP (External). Figure 3-7 shows connectivity to the “B”...
E L A N H O M E S Y S T E M S “C” Punchdown Locations Figure 3-8 shows connectivity to the “C” location and utilizing internal 12VDC power from the S128P Multi-Room Controller. Olé Touchpad to SPP Precision Panel (Using 12VDC from S128P)
S128P E L A N H O M E S Y S T E M S INSTALLATION MANUAL Keypad to SPP Precision Panel (Using 12VDC from S128P) Method A Butt splice or equivalent Blue Blue Blue White/Blue W/BL White/Blue White/Blue (IR)
Sense Input Connections The Sense Trigger Inputs of the S128P are primarily for use with VIA! Touch Panels and Olé Touchpads. An ELAN™SENSE Sensor can be connected that will cause VIA! Touch Panels and Olé Touchpads to execute IR or serial commands.
LINK IN/LINK OUT Connections Use the LINK IN and LINK OUT RJ-45 connectors to link multiple S128P chassis and multiple SPP Precision Panels. Use an RJ-45 to RJ-45 Interconnect cable from the LINK IN jack of the first SPP Panel to the LINK IN jack of the second SPP Panel and so on.
The RS-485 information sent to these punchdowns is identical to that sent to the ZONE locations (Z#C). The RS-485 EXPANSION locations simply allow additional punchdown positions and typically WILL BE needed when installing touch panels, touchpads, and keypads in an S128P system. NOTE: The S128P Controller, generates ZNET information for status feedback.
Figure 3-20: EXT IR Connection (Not Used) Sense Input Connections Information from ELAN™SENSE Sensors connected to the S128P’s ELAN SENSE INPUTS is used to trigger events that have been programmed into VIA! Touch Panels. Typically, sensors will connect to the back of the SPP Precision Panel, then 3.5mm stereo interconnect cables will be used between the Precision Panel’s TO SENSE INPUTS jacks...
E L A N H O M E S Y S T E M S SS/SC4 Connection Use the SS/SC4 RJ-45 connector to integrate an ELAN SS1 System Station or SC-4 System Controller to the S128P Multi-Room Controller in order to facilitate integration of RS-232 controlled systems such as security, lighting or HVAC.
There are 8 mono 3.5mm Triggers connections on the front of the SPP Precision Panel. After punching down trigger connections on the back of the SPP, use a 3.5mm mono ‘mini-to-mini’ interconnect cable to connect to the S128P Trigger Outputs as shown below.
16VDC from the connected power supply. Use an ELAN PWR1 16VDC/1.5A power supply for one VIA! Touch Panels. Use an ELAN PWR4 16VDC/4A power supply for up to four VIA! Touch Panels. Use an ELAN PWR10 16VDC/10A power supply for five-to-ten VIA! Touch Panels. It is also possible to connect up to 66 Olé Touchpads using the same 16VDC power supplies.
Information from ELAN™SENSE Sensors connected to the S128P’s Sense Trigger Inputs is used to trigger events that have been programmed into VIA! Touch panels. To connect ELANSense sensors directly to the S128P, sim- ply plug the 3.5 mm stereo interconnect cable of the Sensor into the desired Sense Trigger Input. If long runs are required, the 3.5 mm stereo interconnect cable must be cut off and the cable extended using Cat-5.
VIA! Touch Panel Connections If not using the SPP, it is necessary to use a PVIA Wall Plate when connecting VIA! Touch Panels to the S128P. VIA! Touch Panels require the 16V power supplies that are included with each PVIA wall plate (PVIA1, PVIA4, and PVIA10).
INSTALLATION MANUAL Olé Touchpad Connections ELAN Olé Touchpads require IR, RS-485+, RS-485-, 12 Volts DC, and Ground to function. Make these connections as shown below. Multiple keypads in the same zone require parallel connections. For simplicity, all eight wires can be connected straight through.
It is necessary to provide +12VDC for any External IR device when not using a PS128P Precision Panel. Connect only the IR and GND leads from an IR receiver, keypad, or other IR device to the EXT IR IN port on the S128P. See VIA!TOOLS or ELANTOOLS Help for information about External IR programming.
If not using a SPP or a PVSE Precision Panel, interconnects will need to be made between the electronic volume control, the S128P, the C2 Communications Controller, and the system amplifier. These connections include IR, 12VDC, Ground, and Override, as shown below.
Figure 3-33: C2 to S128P Connectivity C2 to S128P Audio Connections Using a stereo RCA interconnect cable, connect C2 PAGE & DB OUT to the S128P’s PAGE IN, and one of the S128P’s MONO MOH OUT jacks to the MOH IN of the C2.
These ports are chassis-specific and always active: any IR signal sent into S128P Chassis #1 comes out the ‘ALL’ IR outputs of Chassis #1 as shown below. When a non- ELAN multi-output source requires control from more than one chassis, an ELAN Dual Plug IR emitter should be used.
Trigger Output Connections Unit Trigger Output Connections The Unit Trigger Output sends a 12VDC Trigger whenever any zone of the S128P is turned on. Use this trigger for system-wide functions such as un-muting a D660 amplifier or turning on a Z•Power Controller.
Audio Connections There are 12 Audio Source Inputs and 12 Audio Source Loop Outputs on the S128P. Each system source will be connected to a specific Source Input, allowing audio distribution to any zone of the S128P. Each Source Input cor- responds to the same numbered IR Output port.
Zone Outputs Variable Zone Output Connections The S128P has both Fixed and Variable Zone Audio Outputs to increase system flexibility. Variable zones are con- trolled using IR or serial commands to ramp volume up and down at preamp level. Variable Zone Audio Outputs (...
Fixed zones deliver line-level audio at full output (100% volume). Use volume controls in Fixed zones to adjust volume up and down in sub-zones. The use of ELAN impedance matching volume controls allows increased speaker loads and increased system flexibility.
Fixed and Variable Zone Output Connections The S128P has the ability to send a Fixed output and a Variable output simultaneously. This feature can be used to great advantage when utilizing sub-zones. Audio that is routed out of the Variable zone outputs will ramp volume up and down at line-level using IR or RS-232 commands.
S128P and other sub-systems through RS-232 or IR. Connectivity between the SS1 and the S128P is done through two cables (included with the SS1); a 15-pin cable for IR and RS-485, and a 9-pin cable for RS-232. Connect these cables as shown below. Please consult the SS1 System Station Installation Manual for important information regarding the use of this product.
Figure 3-46: PV12 Video Precision Panel Video Switching The vast array of built-in video switching features is part of what makes the S128P so powerful! When properly configured, large video routing projects become a simple matter of “Auto-Building” IR or RS-232 commands using VIA!TOOLS or ELANTOOLS setup software.
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S128P, and requires no additional programming. By default, the first twelve video inputs of the S128P are directly tied to, or 'track' with, the twelve audio inputs. This means that the audio and composite video signals of Sources 1-12 will switch simultaneously when selected from a zone with- out any additional programming.
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16 x 16 Mode The S128P also performs video matrix switching, meaning that any of its 16 video inputs can be routed to any of its 16 video outputs, singly or in groups. By far the most flexible option for advanced video routing, 16 x 16 mode also requires a great deal more programming.
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Component Video Switching Component (Y, PB, PR) video signals can easily be switched by the S128P. Each Component video source utilizes three video inputs; one for Y, one for PB, and one for PR (Green, Blue, and Red). These inputs are grouped together through programming to switch as one entity.
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Combination Component/Composite Video Connections Utilizing the matrix capabilities of the S128P, it is possible to switch both Component video and Composite video at the same time. Certain inputs will be assigned in groups of three to facilitate Component switching, while other inputs will remain independent and will switch according to how they are programmed.
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Figure 3-54: Component Video Zone Outputs Video Zone Output Connections: Composite & Component The S128P allows you to route both Composite video and Component video simultaneously. Connect the Video Zone Outputs as needed, making sure to maintain Group connections for Component video. Use VIA!TOOLS or ELANTOOLS setup software to assign outputs to specific zones as required by the system’s architecture.
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Both Composite and Component video outputs can be looped. There are two primary applications for the Loop Outputs; sharing video sources with another system (such as a Home Theater), or multi- chassis S128P systems. The drawings below illustrate both examples. Video Loop Outputs...
V8. Connect each output of the V8 to a TV, VIA! Touch Panel, or monitor located in a zone, (see Figure 3-58). Use the ALL IR port on the S128P to control the V8 (see All IR Out Port Connections), or control it seri- ally from VIA! Touch Panels or Olé...
The VIA!QUAD allows four video signals to be displayed simultaneously, sequentially, or independently. By connect- ing the output of the VIA!QUAD to a single video input of the S128P, up to four cameras can be connected while only using up one of the S128P’s Source Inputs. The video sources/cameras that are connected in this way can then be switched and displayed on any TV, VIA! Touch Panel, or monitor that is connected to the system.
V85 Component Video Controller Use an ELAN V85 (or multiple V85s) to switch component video. Up to 8 sources can be switched to up to 32 loca- tions using multiple V85s. Connect RCA audio patch cables from a source to the S128P’s Source Audio Inputs.
UNIT 3: Zones 17-24 UNIT4: Zones 25-32 Unit ID dipswitches are found on the S128P's rear panel, and must be properly configured in order for a multi-chas- sis system to work correctly. Note: Changes to the Unit ID Dip Switches become active when the S128P is reset to Factory Default.
These connections are necessary when downloading your VIA!TOOLS or ELANTOOLS file from your com- puter to the S128Ps, and also if the S128P is being serially controlled, i.e. with an ELAN SS1 System Station. Each S12XK expansion comes with a 9-pin DSUB cable for this purpose.
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The S12XK also includes the single RCA interconnect cable needed to route page audio between multiple S128P’s. Connect this cable between the Page Out of S128P #1 to the Page In on S128P #2. Repeat for S128Ps 2, 3 and 4 if required.
The Audio and Video Loop Outputs are used to route source audio and video between each S128P chassis. Each source connected to S128P Unit 1 must be routed to the corresponding source input on S128P Unit 2. This process must be repeated for each chassis. Since both the audio and video loop outputs are buffered, there will be no loss of signal between S128Ps.
For detailed, step-by-step downloading instructions, see the VIA!TOOLS or ELANTOOLS Help files included with every version of VIA!TOOLS or ELANTOOLS. ELAN Keypad Dipswitch Settings When using an ELAN keypad with an S128P , the dipswitches (located on the front of each keypad) must be set to the following position: ELAN Keypad Dip Switch...
Press DND again to cycle to the Video screen which will display programmed video information. The example screen below shows that Output 1 is assigned to Input 1 The number on the left “01” designates the S128P video output. The number on the right "01" indicates the source currently selected. The "Screen Selected" indicates that screen 1 of 2 is shown for the first set of eight video outputs.
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Press DND again to cycle to the Group screen. This will show the zones that are in each of the four possible groups associated with the S128P chassis and whether the Group is currently linked. In the example below, Group 2 is active and contains Zones 2, 3, and 7.
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Factory Default The last screen in the Diagnostics Menu is the Factory Default screen. Use this feature to reset the S128P back to original factory programming. With the Factory Default screen visible, press ZONE and VOL UP. The unit will reset itself and all programming will be removed.
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What an authorized installer can do In Chassis IR/RS-485 Connect Expansion Port OUT of Chassis #1 to Expansion #2-4 only; Expansion Port IN of Chassis 2, etc. using ELAN’s S12XK Expansion Kit. •WHM, Paging, ports not connected Doorbell, System Off do incorrectly not function connected.
S128P INSTALLATION MANUAL E L A N H O M E S Y S T E M S Appendix A Specifications Table A-1 shows the equipment specifications for the S128P Multi-Room Controller. Table A-1 S128P Multi-Room Controller Specifications Item Description...
S128P. IR Commands The following list contains the IR commands for the S128P. These commands are included in the IR Library of VIA!TOOLS or ELANTOOLS. Please refer to VIA!TOOLS or ELANTOOLS Help for specific information about these There are three types of commands: •...
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• Works if zone is on or off. Video Commands VIDEO1-1 • The S128P Routes Input 1 to Panel 1 in Zone. • Used with Default Tracking mode, Source-Select Tracking Mode, Un-Tracking Mode. VIDEO1-2 • The S128P Routes Input 2 to Panel 1 in Zone.
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16 X 16 VID IN 03 thru 16 X 16 VID IN 04 • Must use VID OUT and VID IN together. • The S128P routes a specified Input to a specified Output. • The commands must be sent Output first and then Input.
• &S12,PWR,01,1 If &S12,SYSOFF command is transmitted to the S128P, the S128P will respond with &S12,ACK. If &S12,PWR,100,1 is transmitted to the S128P, the S128P will NOT respond with a &S12,ACK because 100 is out of the scope. That field supports Zones 01-32 for this particular command.
INSTALLATION MANUAL RS-232 Commands The following list contains the RS-232 commands for the S128P. These commands are included in the IR Library of the latest versions of VIA!TOOLS or ELANTOOLS. Please refer to the VIA!TOOLS or ELANTOOLS Help file for spe- cific information about these commands and how to use them.
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• &S12,CPN,29?<cr> Queries S128P’s Component in Zone 29 for selected Component Group. • &S12,CPN,07,5<cr> S128P’s Component in Zone 7 selects Component Group 5. • &S12,CPN,02,0<cr> Notifies S128P to place S128P’s Component in Zone 2 in Tracking Mode. DND (Do Not Disturb) Description: •...
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• &S12,DRC,13,2<cr> toggles Zone 13’s DRC from on to off or off to on. Description: • Turns specified DB off/on/toggle. This will initiate a DB that will route audio present at the S128P’s Page In audio jack to zones that have DB enabled.
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S128P E L A N H O M E S Y S T E M S INSTALLATION MANUAL Description: These are the same commands as the S128P IR commands. Command: &S12,KEY,zz,abc<cr> Query: Reply: Parameters: <cr>: carriage return: Hexadecimal 0x0D or Decimal 13...
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• &S12,MUT,13,2<cr> toggles Zone 13’s Mute from on to off or off to on. Description: • Turns specified PG off/on/toggle. This will initiate a PG that will route audio present at the S128P’s Page In audio jack to zones that have PG enabled.
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• &S12,COR,4,BC<cr> routes Unit 4 Component Input B to Component Output C. • &S12,COR,2,DA<cr> Routes Unit 2 Component Input D to Component Output A. VID1 (Video 1) Description: Switches S128P’s Panel 1 in Zone zz to a specific Video ab. Command: &S12,VID1,zzab<cr>...
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• &S12,VID1,29?<cr> Queries S128P’s Panel 1 in Zone 29 for selected video input. • &S12,VID1,0707<cr> S128P’s Panel 1 in Zone 7 selects Input 7. • &S12,VID1,0200<cr> Notifies S128P to place S128P’s Panel 1 in Zone 2 in Tracking Mode. VID2 (Video 2) Description: Switches S128P’s Panel 2 in Zone zz to a specific Video ab.
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• &S12,VID3,29?<cr> Queries S128P’s Panel 3 in Zone 29 for selected video input. • &S12,VID3,0707<cr> S128P’s Panel 3 in Zone 7 selects Input 7. • &S12,VID3,0200<cr> Notifies S128P to place S128P’s Panel 3 in Zone 2 in Tracking Mode. VID4 (Video 4) Description: Switches S128P’s Panel 4 in Zone zz to a specific Video ab.
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• &S12,VID5,29?<cr> Queries S128P’s Monitor in Zone 29 for selected video input. • &S12,VID5,0707<cr> S128P’s Monitor in Zone 7 selects Input 7. • &S12,VID5,0200<cr> Notifies S128P to place S128P’s Monitor in Zone 2 in Tracking Mode. VOR (Video Routing) Description: •...
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• The S128P can either sense audio from the Left, Right or both Left and Right. • The S128P can detect the audio instantaneously, how ever the it can take up to 30 seconds before the S128P detects the absence of audio once the audio isremoved.
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• &S12,LSD,1,11111100<cr> S128P Unit 1 reply. Local Audio Signals 1 thru 6 are ON and Local Audio Signal 7 and 8 are OFF. • &S12,LSD,2,00001000<cr> S128P Unit 2 reply. Local Audio Signal 5 is ON, Local Audio Signals 1, 2, 3, 4, 6, 7 and are OFF.
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• &S12,STI,2?<cr> Queries Unit 2. • &S12,STI,1,111111<cr> S128P Unit 1 reply. All Sense Trigger Inputs are ON. • &S12,STI,2,000010<cr> S128P Unit 2 reply. Sense Trigger Input 5 ON, Sense Trigger Inputs 1, 2, 3, 4 and 6 OFF. VSD (Video Signal Detect) Description: •...
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• &S12,VSD,1,1111110000000000<cr> S128P Unit 1 reply. Video Signals 1 thru 6 are ON and Audio Signal 7-16 are OFF. • &S12,VSD,2,0000100010000101<cr> S128P Unit 2 reply. Video Signals 5, 9, 14 and 16 are ON, Audio Signals 1, 2, 4, 6, 7, 8, 10, 11, 12, 13 and 15 are OFF.
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Rack-Mount Brackets When mounting the S128P controller in an equipment rack, use the included Rack Mount Bracket for secure mount- ing and proper ventilation. The S128P requires four rack spaces. To install the S128P into a standard 19” equipment rack: 1.
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Except as may be expressly provided and authorized in writing by ELAN, ELAN shall not be subject to any other obligations or liabilities whatsoever with respect to equipment manufactured by ELAN or services rendered by ELAN.
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