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 S86A Multi-Room Integrated Contoller. This manual is written for the installer of this equipment.
Stereo Zone w/ Multiple Sub-Zones Video Applications ..........................21 S86A Connections Chapter 3: SPP System Precision Panel ......................22 Connections When Using an ELAN SPP Precision Panel-Rear ..........24 ......................25 VIA! Touch Panel Connections ......................27 Olé Film Interactive Touchpads ........................
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........................37 ZONE 1-8 Connections ......................... 38 Triggers Connections ........................... 39 Power Connections S86A Connections When NOT Using an ELAN SPP Precision Panel ........40 ........................40 Sense Input Connections ......................41 VIA! Touch Panel Connections ........................ 42 Olé Touchpad Connections .........................
The S86A Controller is an eight source, six zone controller with twelve channels of amplification and on-board composite video switching. Up to four S86A Controllers can be linked for a total of twenty-four zones.
Each chassis has six zone output capability. 24 Zone Capability • Link up to 4 S86A Controllers to independently control up to 6, 12, 18 or 24 zones. Buffered Loop Audio and Video Outputs • Easily share sources w/ Home Theaters, etc.
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Turn on a specific amp channel when a specific zone is activated or turn on the whole amp when any zone in the system is activated. Rear Panel Expansion Ports • Easily route IR and RS-485 data between multiple S86A chassis. Programming and Firmware Download Functions • Front Panel USB RMK3 Rack-Mount Kit Available •...
S86A E L A N H O M E S Y S T E M S INSTALLATION MANUAL S86A Functions & Indicators Front Panel Figure 1-1: S86A Front Panel Controls & Indicators Item Name Item Name Six Zone Activity LEDs (Blue)
Pre-Wire This section will explain the specifics of pre-wiring for an S86A 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.
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Use stranded, twisted pair speaker wire between amplifiers and speakers. Remotely Located Sources Cat-5 RG6 or RG59 coax (if necessary) Remotely located sources connect to the S86A using an ELAN RSWP Remote Source Wall Plate Kit with Cat-5. C2 Communications Cat-5...
INSTALLATION MANUAL Applications This section describes typical applications using the S86A in audio/video distribution and 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. This section is for overall design purposes.
INSTALLATION MANUAL Stereo Zones To create an independent stereo zone, simply connect the S86A’s Speaker Outputs to a pair of speakers. Make sure to take into account the amplifier’s 8 Ohm minimum impedance when choosing and configuring speakers. Volume will be controlled using IR or RS-232 commands at pre-amp level. Any and all speakers connected to these chan- nels will ramp volume up/down together.
If using ELAN electronic volume controls, system and source control is possible using a hand-held remote control. This application uses one pair of amplifier channels from the S86A and one pair of amp channels from the external amplifier. Many areas of the home are ideal for zone/sub-zone configuration.
Although the subzone has independent control of volume, it always shares the same source with the main zone. If using an ELAN electronic volume control in the sub-zone, system and source control is possible using a hand-held remote control. Figure 2-4 shows a typical example showing a stereo zone with a mono sub-zone.
IR sensor, or touch panel. Connect the speaker outputs of the S86A to a pair of speakers in the main zone. Volume in this area will ramp up/down using IR or RS-232 commands from the zone’s keypad, touchpad, IR sensor, or touch panel. Connect the Zone Pre-Amp Outputs of the S86A to the inputs of an external amplifier.
Source Input has a corresponding Video Input, so that up to eight video sources can be utilized. Each Loop Output also has a corresponding video output, for applications that share sources, or for multi-chassis S86A con- figurations. Each Zone Preamp Output has a video output, so that up to six TVs, VIA! Touch Panels, or monitors can...
Six Sense Input jacks use stereo 3.5mm interconnect cables to go directly to the Sense Inputs on the S86A. The front panel also features DC power jacks for 1.5A, 4A and 10A VIA! power supplies .The front panel of the SPP is removable, to facilitate easy access when connecting wires.
System Precision Panel - Rear Note: Prior to making any connections on the SPP, place the appropriate overlay on the rear of the Precision Panel for the system type that is being installed. For S86A-based systems, use the overlay called S86. P/N9801438 REV:X6 Figure 3-3: SPP “S86A”...
VIA! Touch Panel Connections The S86A 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.
If using more than 2 touchpads per location, make connections off of the SPP and use jumper wires to punch-down to the correct location. Note: Whenever Olé Touchpads are used with the S86A Controller, set the switch on the rear of the touchpad to the “VIA!NET”...
The SPP Precision panel has the ability to connect touchpanels, keypads and Olé Touchpads in various combina- tions in each zone. The “B” punchdown location can either pass 12VDC power from the S86A Controller (Internal Power) or 16VDC from a power supply connected to the front of the SPP (External). Figure 3-8 shows connectivity to the “B”...
“C” Punchdown Locations It is possible to use ELAN Z•Pad keypads as zone controllers in an S86A-based system. These keypads will con- trol IR sources and S86A Controller function, but they WILL NOT receive RS- 485 status feedback. This means that source selection status, shared source status, etc.
Sense Input Connections The Sense Trigger Inputs of the S86A 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 S86A 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#A, Z#B, and Z#C). The RS-485 EXPANSION locations simply allow additional punchdown positions and typically WILL NOT be needed when installing touch panels, touchpads, and keypads in an S86A system. Note: The S86A Controller, generates VNET information for status feedback.
Figure 3-21: EXT IR Connection (Not Used) Sense Input Connections Information from ELAN™SENSE Sensors connected to the S86A’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...
INSTALLATION MANUAL SS/SC4 Connection Use the SS/SC4* RJ-45 connector to integrate an ELAN SS1 System Station or SC-4 System Controller to the S86A Multi-Room Controller in order to facilitate integration of RS-232 controlled systems such as security, lighting or HVAC. Use an RJ-45 Interconnect Cable for this purpose.
INSTALLATION MANUAL Triggers Connections There are 6 PROGRAMMABLE TRIGGER OUTPUTS on the S86A Controller. By default, these are zone-specific; each becomes active when its corresponding zone becomes active. Use these when zone-specific functions are desired; for example, use the PROGRAMMABLE TRIGGER OUTPUTS to mute/un-mute specific channels on an A12 or D12 amplifier.
16VDC from the connected power supply. Use an ELAN PWR1 16VDC/1A 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.
VIA! Touch Panels. To connect ELANSENSE Sensors directly to the S86A, sim- ply plug the 3.5 mm stereo plug of the Sensor into the desired ELAN SENSE INPUT. If long runs are required, the 3.5 mm stereo interconnect cable must be cut off and the cable extended using Cat-5. Utilize VIA!TOOLS or ELANTOOLS Setup Software to create IR or serial command strings for automated functions.
If not using the SPP Precision Panel, it is necessary to use a PVIA1, PVIA4, or PVIA10 Wall Plate when connecting VIA! Touch Panels to the S86A. VIA! Touch Panels require the 16V power supplies that are included with each PVIA wall plate (PVIA1, PVIA4, and PVIA10).
Figure 3-29: Olé Touchpad Connections (No SPP) Keypad Connections ELAN keypads require IR, 12 Volts DC, and Ground to function. Make these connections as shown below. Multiple keypads in the same zone require parallel connections. Note: ELAN Z•PAD keypads will NOT receive status feedback when connected to the S86A.
Use the SYSTEM TRIGGER OUT to connect devices that need to be turned on when any zone of the system is turned on. The SYSTEM TRIGGER OUT sends a signal when any zone of the S86A controller is turned on. Using VIA!TOOLS or ELANTOOLS Setup Software, the SYSTEM TRIGGER OUT can be programmed to become active based on IR or Serial commands.
INSTALLATION MANUAL Additional S86A Connections (With or Without SPP Precision Panel) The information below describes all connections that are made directly to the S86A regardless of the use of the SPP Precision Panel. SOURCE IR OUTPUT Connections The S86A features 8 source-specific IR emitter outputs. Each of these outputs is active only when the assigned source is selected.
The ALL IR OUT ports are active from chassis to chassis in multiple chassis configurations and are always active: any IR signal sent into any S86A Chassis comes out the ALL IR OUT port of each chassis, as shown below. The ALL IR OUT port is also useful when controlling several non- identical sources.
Ideal for sharing sources with Home Theaters, the Loop Outputs pass line-level audio and composite video directly out of the corresponding Source Input. The audio and video are buffered, therefore no signal loss will occur. Use RCA audio/video cables to connect a Loop Output to additional S86A chassis or a Home Theater receiver. S86A #3...
Video Loop Output to an input of the V8. Connect each output of the V8 to a TV, VIA! Touch Panel, or moni- tor located in a zone, (see Figure 3-39). Use the ALL IR port on the S86A to control the V8 (see All IR Out Port Connections), or control it serially 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 S86A, up to four cameras can be connected while only using up one of the S86A’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 S86A’s Source Audio Inputs.
Zone Preamp Outputs-Audio Each zone of the S86A has a corresponding Zone Preamp Output for both audio and video. The audio outputs are used to send signals to auxiliary amplifiers-typically for sub-zone applications. Each zone’s audio is sent out of both the Speaker Outputs and the Zone Preamp Outputs simultaneously.
Use VIA!TOOLS or ELANTOOLS setup software to configure these outputs (see Advanced Video Switching-Composite Video). If more complex video switching is needed for a particular system, ELAN rec- ommends the use of a V8 Video Controller to switch up to eight sources to up to eight zones (or use up to three V8s to switch up to eight sources to up to twenty-four zones).
Speaker Outputs The Quick Lock connectors on the S86A can accept 28 to 16 AWG speaker wires. These wires can be directly con- nected to speakers located throughout the home, or, for a professional appearance, can be connected to ELAN’s PSP12 Speaker Precision Panel using bare leads or banana plugs.
When controlling the S86A with ELAN’s SS1 System Station, use the DB-9 to DB-9 serial cable that is included with the SS1. Connect the cable from the SS1’s ELAN RS-232 port to the S86A’s ELAN RS-232 IN port. The SS1 will always be connected to Chassis #1 in a multi-chassis system.
MOH OUT port and into the C2 as shown in Figure 3-48. The C2 sends a Trigger signal when a page or Door Chime is initiated that causes the S86A to mute any audio that is playing and pass the Page or Door Chime signals into speakers within the S86A’s zones at a preset level.
ZONE PREAMP OUTPUTs. Make sure to set the dip switch for the specific zone to FIXED. If not using an SPP Precision Panel, interconnects will need to be made between the Electronic Volume Control, the S86A, the C2 Communications Controller, and the amplifier used for sub-zones. This application will provide IR source con- trol, subzone volume control and Override in both the zone and sub-zone.
Loop Outputs/Source Inputs Use RCA Audio and Video cables to connect a source to S86A #1. Use additional cables to add additional chas- sis, as shown in Figure 3-51. Route cables from each source’s LOOP OUTPUT of S86A #1 to the corresponding SOURCE INPUT of S86A #2.
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S86A chassis. Use a stereo RCA interconnect cable (or two mono cables) to connect the PG/DB OUT port from the C2 to the PG IN connection of S86A #1 and the MOH OUT from S86A #1 to the MOH IN port on the C2.
Unit ID DIP Switch Settings The S86A has two DIP switches on the front panel located behind the Access Door used for Unit ID addressing when connecting multiple S86A chassis (see Figure 4-2). Factory Default position is Unit ID #1 (UP, UP). Single- chassis systems require Unit ID #1 setting (UP, UP).
Front Panel LEDs The S86A has six Zone Activity Status LEDs, an IR Activity LED, and a Power LED indicator (see Figure 4-4). The Zone Activity Status LEDs are lit when a zone is active and an IR Activity LED will flash when IR signals are sent from a particular zone.
E L A N H O M E S Y S T E M S INSTALLATION MANUAL Chapter 5: Troubleshooting The tables in Chapter 4 provide troubleshooting symptoms along with possible causes and corrections for the S86A Multi-Room Controller. Table 5-1 Audio Troubleshooting Procedures...
E L A N H O M E S Y S T E M S INSTALLATION MANUAL Appendix A: Specifications Table A-1 shows the equipment specifications for the S86A Multi-Room Integrated Controller. Table A-1 S86A Multi-Room Integrated Controller Specifications Item...
• Source Input Levels In order to download information into the S86A Controller, pull out on the Access Door from the right side of the S86A Front Panel. From a computer running Windows XP or Vista connect a standard USB A to USB Mini B cable to the USB Download port on the front of the S86A.
&ELAN may be used as the prefix on S128P and S86A system controllers interchangeably. Some commands have a different range of values, for example, there are 12 sources in the S12 and only 8 sources in the S86A. There are no differences in the commands for an S86A and the S86P.
If &S86,SYSOFF command is transmitted to the S86A, the S86A will respond with &S86,ACK.If &S86,PWR,100,1 is transmitted to the S86A, the S86A will NOT respond with a &S86,ACK because 100 is out of the scope. That field supports Zones 01-24 for this particular command. If there is only one S86A in the System, Zones 1-6, and &S86,PWR,09,1 is transmitted to the S86A, the S86A will NOT respond with a &S86,ACK because Chassis 1 does...
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S86A 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 S86A IR commands. Command: &S86,KEY,zz,abcd<cr> Query: Reply: Parameters: <cr>: carriage return: Hexadecimal 0x0D or Decimal 13...
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• &S86,LUD,13,2<cr> toggles Zone 13’s Loudness from on to off or off to on. Description: • Turns PG off/on/toggle. This will initiate a PG that will route audio present at the S86A’s Page In audio jack to all zones that have PG enabled.
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E L A N H O M E S Y S T E M S INSTALLATION MANUAL Video Commands VID (Video) Description: Switches S86A video outputs in Zone zz to a specific Video a input. Command: &S86,VID,zz,a<cr> Query: &S86,VID,zz?<cr> Reply: &S86,VID,zz,a<cr>...
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E L A N H O M E S Y S T E M S INSTALLATION MANUAL Audio Commands AUD (Audio) Description: Switches S86A audio outputs in Zone zz to a specific Audio a input. Command: &S86,AUD,zz,a<cr> Query: &S86,AUD,zz?<cr> Reply: &S86,AUD,zz,a<cr>...
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Hexadecimal 0x0D or Decimal 13 Unit 1-4 abcdefghijklmnop: Version can be variable length, 16 ASCII char maximum. Always begins with “&S86” even if command sent used the common system header of “&ELAN” Examples: • &S86,VER,1?<cr> Queries Unit 1. • &ELAN,VER,2?<cr> Queries Unit 2.
RMK3 Rack-Mount Kit When mounting the S86A controller in an equipment rack, use the optional RMK3 Rack Mount Kit for secure mount- ing and proper ventilation. The RMK3 requires three rack spaces. To install the RMK3 into a standard 19” equipment rack: 1.
ELAN in writing, ELAN shall repair or replace the item at the company’s option. This warranty shall not apply (a) to equipment not manufactured by ELAN, (b) to equipment which shall have been installed by other than an ELAN authorized installer, (c) to installed equipment which is not installed to ELAN’s specifications, (d) to equipment...
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MATERIAL: 60 LB WHITE COATED PAPER SCALE: 1-1 SIZE: 17.000 X 11.000, TOL: +/- .040 FOLDING: ALBUM FOLD CENTER STAPLE FINISHED SIZE: 8.500 X 11.000 PAGES: 112 NOTE: ARTWORK CREATED BY ELAN HOME SYSTEMS THIS MANUAL MUST BE RoHS COMPLIANT...
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