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Yamaha Series Speaker Application Guide

1. 1211105 12112105 151218 discrete 22 Application Guide for Yamaha Installation Series Speakers Main Dance Floor 4 x 1F2115 95 1 x 181218 Dance Floor Overspill 4 x1F2112 95 1 x 181218 DJ Booth Monitors 2 x1F2112 64 Raised Seating Area amp Dining Tables 4 x IF2108 2 x 181215 Bar 4 x IF2108 Chill Out Area 4 x IF2108 YAMAHA CO Application Guide for Yamaha Installation Series Speakers Large Installation House of Worship This installation example represents a sound system for large sized room Applications House of Worship Hall Performing Arts Center Speaker Layout Speaker System Overview e Left Right Center clusters are composed of not only full range speaker 4x IF2112 64 but also subwoofer 181218 to extend low frequency e Balcony seats are covered by Balcony fill speakers 3x IF2112 AS e Main speakers and Balcony speakers can be driven in passive mode e Under Balcony seats are covered by 4x IF2108 e Small front fills IF2205 cover the front of stage area 23 YAMAHA Ca Application Guide for Yamaha Installation Series Speakers System Diagram Speaker Processing Component 3x IF2112 AS 2 x DME64N Front Fill Power Amplifier 4 x IF2205 15 x PC9501N Under Balcony 3 x PC6501N 4 x IF2108 2 x XM4180 Mounting Hardware Left Right Center Cluster 6 x HAF2 2112 for L C R Clusters 4 x IF2115 64 for each 3 x UB2112 for Balcony Fill 1 x IS1218 f
2. Amp n a XP7000 Ich XM4080 1ch PC9501N Ich for 2 Parallel XP1000 1ch for 2 Parallel A Amp T5n Ich PC950IN Ich XP7000 Ich B Amp T3n Ich PC6501N Ich XP7000 Ich Subwoofer Discrete Single for IS1118 Parallel 151215 700W x 2 1400W x 2 1400W 2800W T5n 2ch T5n Ich PC9501N 2ch PC950IN Ich T3n 2ch T3n Ich PC6501N 2ch PC6501N Ich XP7000 2ch XP7000 Ich T5n Ich PC950IN Ich T3n Ich PC6501N Ich XP7000 Ich T5n 2ch T5n Ich PC9501N 2ch PC950IN Ich T3n 2ch T3n Ich PC6501N 2ch PC6501N Ich XP7000 2ch XP7000 Ich 39 YAMAHA Ca Application Guide for Yamaha Installation Series Speakers Recommended Limiter Setting Note that the figures are not a guarantee of protection for your speakers Please refer to them on the understanding that they are provided as a guideline only Limiters allow you to provide speakers with maximum protection from unpredictable signal overload We have provided the following table as a list of threshold figures which should give you a starting point to work from When configuring threshold settings you will need to know the power ratings of the speakers and the gain of the amplifier to which they are connected The table in the following pages provides figures for amplifier gain levels of either 26 dB or 32 dB For amplifiers with gain levels other than those listed here deduct the positive difference of the gain from the figures listed for the 26 dB settings to calculate the correct
3. Delay Crossover Delay PEQ Limiter Level I I I l Delay PEQ Limiter Level I I I l I I I I PEG Delay Crossover Delay E Limiter Level I I l Delay PEQ Limiter Level I l I I l l s I I I I I I I I I I I I I I I I I I I l I I I I I I I I I I I l Fig A General output processing functions See Fig B Cluster EQ and Cluster Delay can be integrated to digital mixer Crossover Polarity Delay PEQ level and Limiter for each driver are integrated to Speaker processor component this example Speaker Processor 2Way in DME And each parameter Crossover frequency etc is provided on the Yamaha website http www yamahaproaudio com These parameters depend on Speaker Processor the installation environment and Yamaha digital mixers have EQ and delay are rarely changed after initial Operator may change these parameters Each model s default parameters are provided on every output channel set up by Yamaha a Digital i Left Cluster I a Delay Delay rossover Dela Limiter Level LE A A e Delay E Limiter Level s Ha Crossover Delay un Limiter Level Delay E E Limiter Level A Fig B Rearrang
4. the forthcoming second edition Important parameters such as coverage area SPL and freguency response of speaker arrays can be 5 Yamaha Speaker System Simulator software worked out easily by using Y S Common Loudspeaker Format CLF data such as freguency response balloon data polar pattern directivity and 1mpedance response of each speaker model is provided in the free downloadable CLF Viewer An introduction to Y S and the CLF Viewer follows at the end of this guide Also U brackets Array frame and Pin out are introduced Yamaha prepares many kind of bracket to fit various uses Yamaha Installation Series Speakers pursue the goal of being truly arrayable Yamaha considers this to be not only physically arrayable by providing suitable array frames but also acoustically arrayable by ensuring maximum phase coherence and minimum destructive interference In order to realize the goal of being Acoustically Arrayable Yamaha unified the phase curve for the whole Installation series thereby minimizing SPL cancellations caused by phase difference between speakers in a speaker array A further benefit of this unified phase response is the sonic consistency when different models are used in the same room resulting in less muddiness We hope that Yamaha Installation Series Speakers help you to improve your projects sonic environments ES YAMAHA CO Application Guide for Yamaha Installation Series S
5. to adjust in 5 degree increments e Small front fills IF2205 cover the front of stage area e 81218 dual 18 subwoofer allows for extended low frequency bandwidth to meet music applications 16 YAMAHA System Diagram Speaker Processing Component 1 x DME64N Power Amplifier 6 x PC6501N 1 x PC9501N 1 x PC2001N Left Right Center Cluster 1 x IF2115 64 for each DME64N LLY PC6501N PC6501N PC6501N PC6501N PC6501N PC6501N PC9501N Left Cluster Center Cluster Right Cluster PEQ Mono 7 Delay Long 7 Speaker Processor 7 Mono Sub E 1 Output amp NI OUT1 G 196 PEQ Mono 8 Delay Long 8 Speaker Processor 8 Front fill PC2001N 1F2115 64 1F2115 95 1F2115 64 1F2115 95 1F2115 64 1F2115 95 152118 1F2205 1F2205 17 Application Guide for Yamaha Installation Series Speakers I x IF2115 95 for each Subwoofer 1x IS1218 Front Fill 2 x IF2205 Mounting Hardvvare 3 x VAF2 2115 for L C R Clusters 2 x UB2205 for Front Fill win OX Far Field IF211 5 64 Near Field IF2115 95 Ei Cluster Far Field OX IF2115 64 Near Field IF2115 95 Right Cluster Far Field PNA OK ys 1F2115 64 Near Field 1F2115 95 Mono Sub 151218 Front Fill 2 x IF2205 ES YAMAHA Ca Application Guide for Yamaha Installation Series Speakers Medium Installation Fan Shape
6. 16dBFs for 18dB output level 13dBFs for 15dB output level 8dBu 16dBFs for 24dB output level 10dBFs for 18dB output level 7dBFs for 15dB output level 2dBu 22dBFs for 24dB output level 16dBFs for 18dB output level 13dBFs for 15dB output level 6dBu 18dBFs for 24dB output level 12dBFs for 18dB output level 9dBFs for 15dB output level 6dBu 18dBFs for 24dB output level 12dBFs for 18dB output level 9dBFs for 15dB output level IF2208 26dB 11dBu n a n a 13dBFs for 24dB output level 7dBFs for 18dB output level 4dBFs for 15dB output level 32dB 5dBu n a n a 19dBFs for 24dB output level 13dBFs for 18dB output level 10dBFs for 15dB output level IF2108 26dB 8dBu n a n a 16dBFs for 24dB output level 10dBFs for 18dB output level 7dBFs for 15dB output level 2dBu n a n a 32dB 22dBFs for 24dB output level 16dBFs for 18dB output level 13dBFs for 15dB output level oT E YA IF2205 MAHA 8dBu 16dBFs for 24dB output level 10dBFs for 18dB output level 7dBFs for 15dB output level 2dBu 22dBFs for 24dB output level 16dBFs for 18dB output level 13dBFs for 15dB output level 3 Way Full Range Speaker IF3115 IH2000 IL1115 26dB 32dB 26dB 32dB 26dB 32dB 16dBu 8dBFs for 24dB output level 2dBFs for 18dB output level OdBFs for 15dB output level 10dBu 14dBFs for 24dB output level 8dBFs for 18dB output level 5dBFs for 15dB
7. ESYAMAHA Ta Application Guide for Yamaha Installation Series Speakers Application Guide for Yamaha Installation Series Speakers Ver 1 0 April 2007 O 2006 Yamaha Corporation 1 ESYAMAHA Ta Application Guide for Yamaha Installation Series Speakers Table of Contents Page A NN aan da NO A ADN A o ASA od MYN OA CE 3 Small Installation Simple Center CIUuSter ssseresesesesesrsrrerererererrrrrrrrrrrrrrrrrrrrrrrrrr enes ere renen 4 Small Installation Left Right Cluster Mono Sub ss ssssssesesrsrsrseserererrrrrrrrrrrrrrrrrrrrrr ere rr rr rr ere rr rea 6 Small Installation 5 1ch Surround s sssssseseesesersrrersrserrrrerrrrerrerrrrrrerrrrrr reser rr rer errrr rr reser rer rr esse rens nn S Small Installation High Ceiling Distributed System s sssssosesrseserrrserererererrererererrrrrrrr aa ae 10 Medium Installation House of Worship s ssssssseererereserrereserrrrerrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrr YW rr rr rr rna 12 Medium Installation Cruciform Shaped House of WorShlP o oococoococnococcncnonoconcnnnncnnoos 14 Medium Installation Fan shaped rl Ga it NADU dores s 16 Medium Installation Fan Shaped f2 I Lu LL AL IG AG AL AL LG ALLA ALL LEL GLEE AG AL LA AW er er rr sn 18 Large Installation House of Worship sssssseersseresersrsrsrsrrrrserrrrrrrrrsrrr rr rr ers rr rr rrrrr rr rr rrr rr ere rr ra 23 Large Installation Theater A Y y 25 Monnano brackets d 28 Connector Pinout Guide c
8. SIA A IO OR A a GY SOLD 6 68 LO OC A BL EN IAN PFO Mnnn 5 Delay Long MW Fig E Example of using multi output delay 41 ES YAMAHA CO Application Guide for Yamaha Installation Series Speakers Power Amplifiers Yamaha Power Amplifiers are recommended for optimum results to drive the Installation series speakers The flagship PCIN series amplifiers were used during the tuning process For lower power applications XP series and XM series amplifiers are also recommended as they feature similar sound characteristics as the PCIN series Yamaha Power Amplifier Line up XM series 4ch XP series 2ch PCIN series 2ch T5n PC9501N XP7000 PC6501N XP5000 PC4801N XP3500 PC3301N XP2500 PC2001N XM4180 XP 1000 XM4080 Output Power 1 kHz THD N 1 80hm Stereo mode per channel with both channels driven Tn series Stereo Models YAMAHA CA Application Guide for Yamaha Installation Series Speakers XM Series 4ch Models rs a e AA Lid 43 YAMAHA Ca Application Guide for Yamaha Installation Series Speakers Signal Processors When the Installation Series Speakers are driven in bi amp mode a crossover is needed to split the LF amp HF frequencies Yamaha digital signal processors such as the DME series Digital Mixing Engines new DME Satellite or the SP2060 speaker process
9. a h 5 yh 20 LY W 10 sr F oO El 15 0 OO Ik kek HM ol ES YAMAHA A Application Guide for Yamaha Installation Series Speakers Recommended Amplifier Although there 1s no single correct answer to the question of which amplifier to select we can offer some simple suggestions The table in the following pages shows two different options and gives recommended power ratings along with examples of possible choices of models One option is to maximize speaker performance giving priority to sound quality while the other gives priority to using your speakers in a safe manner The former will give better sound but increases the risk of speaker damage from signals received in an uncontrolled environment The latter may increase the probability of signals from the amplifier being clipped But if you can ensure the signals from the amplifier will not be clipped 1t reduces the chance of damage to your speakers Although the table in the following pages shows only recommended values for matching speakers and amplifiers you should also consider the sound pressure level needed when selecting an amplifier Lower sound pressure level reguirements allow you to use amplifiers with lower power ratings Using identical amplifiers can be beneficial as it allows for greater sonic consistency and can simplify maintenance and inventory When using multiple loudspeaker types simultaneously or driving speakers in bi amp or tri amp mode you may be using pow
10. d 2 This installation example represents a sound system for Fan Shaped Room covered by only center cluster Applications House of Worship Hall Performing Arts Center Speaker Layout Speaker System Overview e This center cluster is covering the wide horizontal listening area e Upper cluster of center cluster is composed of 3xIF2112 64 for long throw lower cluster is composed of 2x2112 95 for short throw e Horizontal array frame is useful to combine 2 or 3 speakers horizontally and the splay angle is easy to adjust in 5 degree increments e Small front fills IF2205 cover the front of stage area e I IS1218 dual 18 subwoofer allows for extended low A frequency bandwidth to meet music applications 18 YAMAHA EQ Application Guide for Yamaha Installation Series Speakers System Diagram Speaker Processing Component 2 x 1F2112 95 1 x DME64N Subwoofer Power Amplifier 1x 151218 4 x PC9501N Front Fill 2 x PC6501N 2 x IF2205 1 x PC2001N Mounting Hardware Center Cluster 2 x HAF3 2112 for Center Cluster 3 x IF2112 64 2 x UB2205 for Front Fill DME64N PCSSOTN Center Cluster des Upper FN pon 3 x1F2112 64 Lower q 2x1F2112 95 PC9501N Mono Sub IS1218 PC2001N Front Fill 2 x IF2205 DME Configuration Example PEG Mono Speaker Processor 1F2112 84 1211 04 1F2112 64 1F2112 95 IF2112 95 152118 1F2205 IF2205 19 YAMAHA Ca App
11. e target space right down to average ambient air temperature and humidity with equally comprehensive output that provides a graphic representation of the actual sonic distribution within the specified area There s even an auralization function that lets you hear the simulated direct sound response of the coverage with your own ears Simulation output can be saved in DME format files that can be directly imported into the DME Designer application minimizing the time and effort required to set up a Yamaha DME N Digital Mixing Engine Y S automatically suggests optimum speaker choice and system arrangements Auto tuning Function including the array pan tilt splay angle EQ and gain required to deliver uniform SPL throughout the listening area A preset Installation Series library ensures faultless system planning when using Yamaha Installation Series Speakers with PC 1N or XP series power amplifiers ad DME24N DMEO64N Digital Mixing Engines Y S can be freely downloaded from the Yamaha website http www yamahaproaudio com 30 ES YAMAHA CO Application Guide for Yamaha Installation Series Speakers CLF Viewer CLF Viewer provides Frequency response Balloon data Polar patterns Directivity and impedance response of each Installation Series Speaker model CLF Viewer can be freely downloaded from the CLF Group http www clferoup or CLF data can be freely downloaded from the Yamaha website http www yamaha
12. ement of Output processing function So by using DME and digital mixer the processing configuration will be simplified as Fig C 40 ES YAMAHA CO Application Guide for Yamaha Installation Series Speakers PEQ Mono Delay Long Speaker Processor Left Cluster 1F2115 64 PEQ Mono 2 Delay Long 2 Speaker Processor 2 1F2115 95 Fig C Simplified configuration in DME When using Installation Series Speakers in passive mode or using Subwoofers Speaker Processor I Way is recommended Fig D shows the example of two Mid High and 1 subwoofer system It has input level Crossover HPF and LPF Delay up to 500ms 6 band PEO limiter and output level DME has up to 6Way Speaker Processor components PEO Mono Delay Long 1 Output IN1 OUT1 1 Speaker Processor IF2115 biamp PEQ Mono Delay Long Speaker Processor 1 Output J E NN IF2115 biamp PEQ Mono Delay Long Speaker Processor 1 Output En E IN 1 OUT1 m a 151118 1 Fig D DME configuration example of two Mid High and 1 subwoofer system In the case of the balcony speakers stage front speakers or simple symmetrical dispersion speakers Multi output delay will be useful because signal for each speakers is same and only delay and level is changed and also the parameters of left side and right side is symmetrical It is easy to set the parameters using snapshot copy amp paste i DME24N 4 Zone1
13. er amplifier channels with higher power ratings than required 1 e unusued headroom However when the HF is driven by the same amplifier as the LF you must take precautions to prevent excessive power reaching the driver s Therefore in order to avoid damage you should set an appropriate attenuation level and limiter level Regardless of which of the above options you select it is impossible to eliminate the possibility of speaker damage caused by factors such as microphone feedback aggressive EO continuously clipped signals from amplifiers processors and mixers and sine waves played back for extensive lengths of time As such the recommendations listed here are not a guarantee of trouble free operation lt Terminology used in the table gt Rcmd Pwr The recommended power ratings of the amplifier A Amp An amplifier recommendation for maximizing speaker performance when in a well controlled environment B Amp An amplifier recommendation for using speakers safely when in an environment where there 1s a high probability of excessive signal input 92 ESYAMAHA CO commer ciel au Application Guide for Yamaha Installation Series Speakers 2 Way Full Range Speaker LF HF IF2115 600W 1200W 700W 1400W 110W 220W A Amp T5n lch T5n Ich XP1000 Ich PC950IN Ich PC9501N Ich PC2001N 1ch for 2 Parallel XP7000 Ich B Amp T3n Ich T3n Ich for 2 Parallel XM4080 1ch PC4801N Ich XP7000 Ich XP1000 1ch for 2 Para
14. essor 1 Output Left r G Fr 111 OUT1 A rJ IF2112 95 1 PEO Mono 2 Delay Short 2 Speaker Processor 2 Right 1F2112 95 Center 1F2112 A5 PEQ Mono 4 Delay Short 4 Speaker Processor 4 1 Output LFE Fa Fe IN1 OUT1 Fa 151215 1 PEQ Mono 5 Delay Short 5 Speaker Processor 5 1 Output SRL 11 OUT1 7 E 1F2108 x 4 1 PEO Mono 6 Delay Short 6 Speaker Processor 6 1 Output SR R a Fa N 1 OUT1 EN a 1F2108 x 4 1 YAMAHA CO Application Guide for Yamaha Installation Series Speakers Small Installation High Ceiling Distributed System This installation example represents a Distributed application Applications Exhibition Hall Ball Room Meeting Room School Speaker Layout Speaker System Overview e 90 x 90 symmetrical coverage pattern is a good choice for distributed applications with very high ceilings and reverberant rooms e Conical coverage area of 90 x90 horn makes speaker layout easier e Large format constant directivity horn and compression driver can provide enough power for high ceiling venue and good pattern control for reverberant rooms e Switchable between bi amp or passive mode 10 YAMAHA EQ System Diagram Speaker Processing Component 1 x DME24N Power Amplifier 2 x XM4180 DME24N XM4180 XM4180 DME Configuration Example 11 Delay Long 1 Output JINI OUTI G 1 7 O
15. figuration 14 YAMAHA EQ Application Guide for Yamaha Installation Series Speakers System Diagram Speaker Processing Component Distributed Speakers 1 x DME24N 2x IF2205 Power Amplifier 10xIF2208 3 x XM4180 Mounting Hardware 2 x OmniMount20 5 for IF2205 10 x OmniMount60 0 for IF2208 DME24N XM4180 XM4180 II DME Configuration Example Delay Long PEQ Mono Speaker Processor Lch E E Uu PEO Mono 2 Speaker Processor 2 al E PEO Mono 3 Speaker Processor 3 wl wel E PEQ Mono 4 Speaker Processor 4 E E PEQ Mono 5 Speaker Processor 5 al al E PEO Mono 6 Speaker Processor 6 bonten A EE CE EE EE ia EE Ep De OE II i Y ROO amp I Kb 1 Rch Same as above 1F2205 1F2208 1F2208 1F2208 1F2208 YAMAHA CO Application Guide for Yamaha Installation Series Speakers Medium Installation Fan Shaped 1 This installation example represents a sound system for Fan Shaped Room covered by three clusters Applications House of Worship Hall Performing Arts Center Speaker Layout Speaker System Overview e These main speaker clusters are useful for fan shaped room needed wide horizontal coverage e Each main cluster is composed of IF2115 64 for long throw and IF2115 95 for short throw e Speakers in each main cluster are combined by Vertical array frame The splay angle is easy
16. for 24dB output level 10dBFs for 18dB output level 7dBFs for 18dB output level 7dBFs for 15dB output level 4dBFs for 15dB output level IS1118 26dB 14dBu 10dBFs for 24dB output level 4dBFs for 18dB output level 1dBFs for 15dB output level 32dB 8dBu 16dBFs for 24dB output level 10dBFs for 18dB output level 7dBFs for 15dB output level IS1218 26dB 14dBu 17dBu 10dBFs for 24dB output level 7dBFs for 24dB output level 4dBFs for 18dB output level 1dBFs for 18dB output level 1dBFs for 15dB output level 32dB 8dBu 11dBu 16dBFs for 24dB output level 13dBFs for 24dB output level 10dBFs for 18dB output level 7dBFs for 18dB output level 7dBFs for 15dB output level 4dBFs for 15dB output level 99 ES YAMAHA CO Application Guide for Yamaha Installation Series Speakers DME configuration guide Consider the example of a Left and Right cluster speaker system e g page 16 17 Each cluster comprises two IF2115 bi amp mode Generally output processing functions are divided as Fig A p Right Cluster Same as above Cluster unit Each driver HF or LF unit Speaker box unit Cross over filtering and Each driver HF or LF setting Left Cluster From Mixer Delay PEG
17. is uu da GU O Na tds 29 Yamaha Sound System Simulator bE NE AONTA RR NN 30 CLE VGC WR a a ec ses y es ee YD UO 31 Recommended Ampl Y AAA 92 Recommended Limiter SettillZ2 sesereseseseseseserererererererrrerrrrrrrrrsrrrsrsrrrrrrrrrr er rreres ere rer ere renen 36 DME COMM PULAU ON suide seeriana Ea Ai 40 Power AmDDHOrS oa cis AAA da 42 SO AN SAU GY SA MAA o 44 Index by application Ball ROOM OS 10 Performing Arts Center 12 16 18 23 25 A ON 20 Restaurant ii dores 20 Cl io sins 20 A estesos RR Y YNE 4 6 8 10 House of Worship 12 14 16 18 23 25 Small Entra dos 4 6 CI osare gle 25 29 Small 4 6 8 10 Medium Hall 12 16 18 Small Live Venue ana ao 6 Meeting Room s ssssesesesrsrsrsrsrsrsrrra 4 6 8 10 Ne ALCL ER PEE AE cament eeenons 20 ESYAMAHA Ta Application Guide for Yamaha Installation Series Speakers Introduction This application guide shows system design examples of the Yamaha Installation Series Speakers Here typical speaker layouts comprising single loudspeakers and speaker clusters suited to the size geometry and application of the room are shown We hope that by applying the examples shown in this guide this application guide may assist your speaker system design The IF2112 12 LF and IF2115 15 LF models featured in this first edition are higher power models Various examples using 12 amp 15 LF medium power models and three way high power models will be provided in
18. lication Guide for Yamaha Installation Series Speakers Medium Installation Dance Club This installation example represents a sound system for a dance club comprising of multiple zones Applications Restaurants Themed bars e g sports bar Dance clubs VIP lounges Chill out areas Vertical drinking Speaker Layout o B MAIN DANCE FLOOR 4 A E SEATING DINING TABLES AREA 4 0 VERTICAL DRINKING Y CHILL OUT AREA O Q Loudspeaker key Full range Subwoofer A 1F2115 95 E 181215 1F2112 64 1F2112 95 Ml 151118 IF2108 DINING TABLES DANCE FLOOR OVERSPILL gt W 4 Speaker System Overview e Necessities such as high SPL yet carefully controlled across the different zones and the often encountered low ceilings dictate the use of a distributed speaker design e _ IF2112 95 used for dance floor areas to provide high SPL with controlled coverage to minimize reflections from hard surfaces e For applications not requiring such high SPLs the IF2112 95M medium power models can be substituted e IF1218 subwoofer s provide the sub Driving the IF1218 in discrete mode each 18 driver separately from two amplifiers provides redundancy Loosing bass in a dance bar is not an option e Compact 8 models such as the IF2108 and IF2208 lend themselves well for lower SPL areas such as dining vertical drinking chill out VIP
19. llation Left Right Cluster Mono Sub This small installation example represents a typical Left Right Cluster and Mono Sub application Applications Small Hall Small Church Small Live Venue Meeting Room School Speaker Layout Speaker System Overview e IF2112 AS for Left Right cluster 151118 Sub system is a good choice for small venue for not only speech but also speech music systems e Rotatable Asymmetric CD horn can provide the narrow dispersion for far field and the wide dispersion for near field allowing the speaker to be installed in either vertical or horizontal orientation e IS1118 Subwoofer allows for extended low frequency bandwidth to meet music applications e Switchable between bi amp or passive mode for IF2112 AS YAMAHA CO System Diagram Application Guide for Yamaha Installation Series Speakers Speaker Processing Component Left Right Cluster 1 x SP2060 or DME24N 1 x IF2115 AS for each Power Amplifier Subwoofer 2 x XP7000 1x IS1118 Bridged SP2060 XP7000 LR ES ni i 4 Left 1F2112 AS Right 1F2112 AS o XP7000 a Mono Sub ji i P 151118 SP2060 Configuration Example A SUM E SP2060 Input Input EG A Input Delay A Routing l 3 Speaker Fracessorr1 SP2060 Output e IH DLIT1 Input Delay SOM M1 DLIT1 Input Delay El a M DLIT1 mi AJB Link Speaker Processor 2 31 ES YAMAHA CO Application G
20. llel XP5000 Ich PC9501N 1ch for 2 Parallel A Amp T5n lch T5n Ich XP1000 Ich PC950IN Ich PC9501N Ich PC2001N Ich for 2 Parallel XP7000 Ich B Amp T3n Ich T3n Ich for 2 Parallel XM4080 Ich PC4801N Ich XP7000 Ich XP1000 Ich for 2 Parallel XP5000 Ich PC9501N Ich for 2 Parallel A Amp T3n Ich T3n Ich XP1000 Ich PC6501N Ich PC6501N Ich XP2500 Ich for 2 Parallel XP7000 Ich XP7000 Ich B Amp PC3301N Ich PC3301N Ich XM4080 Ich XP3500 Ich XP3500 Ich XP1000 Ich for 2 Parallel A Amp T3n Ich T3n Ich XP1000 Ich PC6501N Ich PC6501N Ich XP2500 Ich for 2 Parallel XP7000 Ich XP7000 Ich B Amp PC3301N Ich PC3301N Ich XM4080 Ich XP3500 Ich XP3500 Ich XP1000 Ich for 2 Parallel A Amp PC3301N Ich n a n a E A o a A Amp PC2001N Ich XP2500 Ich XM4180 1ch B Amp XP1000 1ch XM4080 Ich A Amp PC2001N Ich n a n a XP2500 1ch XM4180 Ich ES YAMAHA A Application Guide for Yamaha Installation Series Speakers B Amp XP1000 1ch n a n a XM4080 Ich 94 ESYAMAHA CO commer ciel au Application Guide for Yamaha Installation Series Speakers 3 Way Full Range Speaker IF3115 Remd Pwr 700W 1400W 125W 250W 110W 220W T5n Ich PC2001N 1ch XP1000 Ich PC950IN Ich XP2500 Ich PC2001N 1ch for 2 Parallel XP7000 1ch T3n 1ch XP7000 Ich XM4080 Ich PC6501N 1ch PC9501N 1ch for 2 Parallel XP1000 1ch for 2 Parallel XP7000 Ich A Amp n a PC2001N 1ch XP1000 Ich XP2500 Ich PC2001N Ich for 2 Parallel B
21. lounges etc 20 YAMAHA CO Application Guide for Yamaha Installation Series Speakers e IF2112 64 used for DJ booth monitor to provide high SPL low spill to adjacent dance floor e Family sound is essential in such an application using different loudspeaker models in close proximity System Diagram Speaker Processing Component 1 x DME64N 2x MY8 ADDA96 8 channel Analog I O cards Client s user control I x ICP1 intelligent remote panels Bar area 1 x CP1SF DJ booth volume Main Dance floor 4 xIF2115 95 1 x 151218 subwoofer 3 x PC9501N amplifiers 4 x OmniMount 120 0 for IF2115 95 Dance floor overspill 4 x IF2112 95 1 x IS1218 subwoofer 3 x PC9501N amplifiers 4 x OmniMount 120 0 for IF2112 95 DJ Booth monitors 2 x 1F2112 64 1 x PC9501N amplifier 4 x OmniMount 120 0 for IF2115 64 Raised seating area amp Dining tables 4 x IF2108 2 x 181215 subwoofer 1 x PC3301N amplifier 1 x PC9501N amplifier 4x U2108 U brackets for IF2108 Bar 4 x IF2108 1 x PC4801N amplifier 4 x IF2108 1 x 151215 1 x PC3301N amplifier 4 x U2108 U brackets for IF2108 Chill out area 4 x IF2108 1 x PC3301N amplifier 4 x U2108 U brackets for IF2108 21 YAMAHA DME64N D commercial sucio _ PC9501N _ PC9501N _ PC9501N _ PC9501N _PC9501N _ PC9501N _PC9501N _PC3301N _ PC9501N _ PC3301N IF2Z115 85 F211 65 F211 F211 5 85 151218 discrete IF2112 85 12112105
22. luster Same as above i Center Cluster I Side Fill Left 4 x IF2112 64 1x 151215 Side Fill Right I Ceiling 2 x 1F2112 64 1x 151218 DMEG4N 26 Application Guide for Yamaha Installation Series Speakers 2 x IF2112 64 for each 1 x 151218 for each Wall 24 x IF2108 Front Fill 4 x IF2205 Under Balcony 4 x IF2208 Mounting Hardvvare 6 x HAF2 2115 for L C R Clusters 2 x UB2112 for Ceiling 24 x UB2108 for VVall 12 x IF2108 Front Fill 4x IF2205 Under Balcony 4x IF2208 Wall Upper I ES YAMAHA Application Guide for Yamaha Installation Series Speakers DME Configuration Example Left Cluster 1F2115 64 I PEQ Mono 2 Delay Long 2 Speaker Processor 2 1 Output I I A Fa IN 1 OUT1 sI Ts G a 5 1F2115 64 I PEQ Mono 3 Delay Long 3 Speaker Processor 3 J a OUT1 HE E y 1F2115 64 I PEQ Mono 4 Speaker Processor 4 I IF2115 64 Side Fill Left 1F2112 64 1F2112 64 1F2112 64 1F2112 64 151215 Side Fill Right Same as abobe Wall 1F2108 1 Front Fill 1F2205 1F2208 21 ES YAMAHA CO Application Guide for Yamaha Installation Series Speakers Mounting Brackets M10 Shoulder Eye bolts 4xM10 Shoulder Eye bolts are attached for all models except IF2205 AN CAUTION When using the eye bolts make sure that the suspension angle is within the range of 0 to 45 degree
23. or are recommended for optimum results You can download dedicated processor settings for the Installation Series Speakers into these processors from the Yamaha proaudio site http www yamahaproaudio com This allows highly accurate settings with just a few easy steps providing the best speaker processing with the least amount of effort DIGITAL MIXING ENGINE DME SERIES DME64N PO i I Mala POSTA 44 ES YAMAHA CO Application Guide for Yamaha Installation Series Speakers DME4io C SPEAKER PROCESSOR SP2060 wn 45
24. or each 4 x UB2205 for Front Fill Balcony Fill 4 x UB2108 for Under Balcony DME64N Left Cluster 1 x IS1218 4 x 1F2115 64 DME64N Balcony Fill 3 x IF2112 AS Front Fill 4x1F2205 XM4180 Under Balcony 4 x1F2108 DME configuration example a Left Cluster 151218 1F2115 64 1F2115 64 1F2115 64 1F2115 64 24 YAMAHA CA Application Guide for Yamaha Installation Series Speakers Large Installation Theater This installation example represents a sound system for large sized theater Applications Theater House of Worship Hall Performing Arts Center Speaker Layout Speaker System Overview e _ LefURight Center clusters are composed of 4x full range speaker IF2115 64 e Side fills are composed of 4x IF2112 and 1x IS1215 e Ceiling speaker and Wall speakers are installed for Sound Effect Ceiling speaker has a subwoofer to realize like Thunder Sound e Under Balcony seats are covered by 4x dual 8 LF 2way IF2208 e The front of stage seats are covered by 4x IF2205 25 YAMAHA EQ System Diagram Speaker Processing Component 3 x DME64N Power Amplifier 25 x PC9501N x XM4180 Left Right Center Cluster 4 x IF2115 64 for each 1 x IS1218 for each Left Right Side fill Cluster 4 x IF2112 64 for each 1 x IS1215 for each Ceiling Cluster 4 x UB2205 for Front Fill 4 x UB2208 for Under Balcony Left Cluster 4 x IF 2115 64 Same as above Right C
25. or extended low frequency bandwidth to meet music applications Wy 12 A Vertical Array Frame YAMAHA EQ Application Guide for Yamaha Installation Series Speakers System Diagram Speaker Processing Component 1x IS1218 1 x DME64N Front Fill Power Amplifier 4 x IF2205 3 x PC9501N Under Balcony 2 x XM4180 4 x IF2205 Center Cluster Mounting Hardware 1 x IF2115 64 1 x VAF2 2115 for Center Cluster 1 x IF2115 95 8 x UB2205 for Front Fill and Under Subwoofer Balcony Center Cluster DME64N OO PC9501N Far Field NGA i 1F2115 64 o PC9501N e 1F2115 95 Mono Sub 151218 Front Fill 4 x IF2205 Under Balcony 4 x 1F2205 PEC Mono 10 Speaker Processor 10 Ea EH E 12205 PEG Mono 11 Speaker Processon 11 a fr 12205 13 ES YAMAHA CO Application Guide for Yamaha Installation Series Speakers Medium Installation Cruciform Shaped House of worship This installation example represents a sound system for reverberant Cross Shaped Room Applications House of Worship Speaker Layout Speaker System Overview e Distributed speakers located in close proximity to listeners maximize speech intelligibility e IF2205 and IF2208 having dual woofers are very good choice for reverberant rooms e Dual woofers models provide better low frequency pattern control e Narrow vertical dispersion is achieved when dual woofer models are installed in vertical con
26. orn passive bi amp selectable 1x8 2x8 LF 2 Way Full Range Connectors 2x Neutrik Speakon Full _ and 1x Terminal strips wired in parallel and 1x Terminal strips wired in parallel 2x5 LF 2 Way Full Range 1F2205 Connectors 1x Terminal strips IS and IL Single Driver Models and 1x Terminal strips wired in parallel IS 2x15 2x18 Dual Driver Subwoofers paa as selectable and 1x Terminal strips wired in parallel 29 YAMAHA Ca Application Guide for Yamaha Installation Series Speakers Yamaha Sound System Simulator Y S Trial and error is one approach to setting up a sound system but proper analysis and planning can make the job go a lot faster and you re much more likely to achieve professional results requiring a minimum of post setup tweaking Yamaha s innovative Y S Yamaha Sound System Simulator software application employs advanced acoustic modeling technology to precisely simulate the sound pressure level distribution frequency and other characteristics of a specified acoustic space It can also automatically generate optimum system configurations and processing profiles for the specified space eliminating guesswork and providing accurate guidelines that can help you to set up the perfect system with minimum effort and expense The Y S application features an advanced graphical interface that makes it easy to specify the shape and other pertinent characteristics of th
27. output level 16dBu 8dBFs for 24dB output level 2dBFs for 18dB output level OdBFs for 15dB output level 10dBu 14dBFs for 24dB output level 8dBFs for 18dB output level 5dBFs for 15dB output level Application Guide for Yamaha Installation Series Speakers 9dBu 15dBFs for 24dB output level 9dBFs for 18dB output level 6dBFs for 15dB output level 3dBu 21dBFs for 24dB output level 15dBFs for 18dB output level 12dBFs for 15dB output level 9dBu 15dBFs for 24dB output level 9dBFs for 18dB output level 6dBFs for 15dB output level 3dBu 21dBFs for 24dB output level 15dBFs for 18dB output level 12dBFs for 15dB output level n a 38 8dBu 16dBFs for 24dB output level 10dBFs for 18dB output level 7dBFs for 15dB output level 2dBu 22dBFs for 24dB output level 16dBFs for 18dB output level 13dBFs for 15dB output level 8dBu 16dBFs for 24dB output level 10dBFs for 18dB output level 7dBFs for 15dB output level 2dBu 22dBFs for 24dB output level 16dBFs for 18dB output level 13dBFs for 15dB output level n a ESYAMAHA Ta Application Guide for Yamaha Installation Series Speakers Subwoofer Discrete Single for 151118 Parallel IS1215 26dB 14dBu 17dBu 10dBFs for 24dB output level 7dBFs for 24dB output level 4dBFs for 18dB output level 1dBFs for 18dB output level 1dBFs for 15dB output level 32dB 8dBu 11dBu 16dBFs for 24dB output level 13dBFs
28. peakers Small Installation Simple Center Cluster This small installation example represents a typical simple center cluster application Applications Small Hall Small Church Meeting Room School Gymnasium School Auditorium Speaker Layout Vertical 60 Horizontal 50 for Speaker System Overview e IF2115 AS is a good choice for a simple center cluster for small venue for speech system e Asymmetric CD horn can provide the narrow dispersion for far field and the wide dispersion for near field Asymmetric horn Conventional horn e Asymmetric CD horn is rotatable allowing the speaker to be installed in either vertical or horizontal orientation Switchable between bi amp or passive mode 4 ES YAMAHA Ca Application Guide for Yamaha Installation Series Speakers System Diagram Speaker Processing Component Center Cluster 1 x SP2060 or DME24N 1 x IF2115 SP2060 Power Amplifier 1 x XP7000 L R or Mono f Center IF2115 AS SP2060 Configuration Example ess A SUM E SP2060 Input Input EG A Input Delay A SP2060 Output Routing 1 21 Speaker Frocessorii 2 11 DLIT1 mi S DLIT4 al OUT Input Delay SOM Speaker Proces or 31441 Routing 3 4 Input Delay E 111 OUT mi Routing 5 1 Speaker Fracessoris A B Link Routing E Speaker Fracessori YAMAHA CO Application Guide for Yamaha Installation Series Speakers Small Insta
29. proaudio com CLF viewer a7 MHE CI im Se erra ji Hide lisse FATE Tie Dar e Par Had e ieee ee iL CTE Magi Contact Dey oon Daa phani a Dee SPAT bo Maa FAT Dace BEE mi En Yn wedl lll wrn j o n UD JN wom DD mi i daly Ser RS HYS ETT Hu PES PEE MH ME ET dB ma mel a el el e El e oer e E ai ee fer ED aei en Me THE Ele wer ed E3 En ED ED Tm YD YD y Ag iE iS iS iS i 1A 22 27 37 ate IA EN RID HIM SIH a AH a T a ra Mel we TE el Mae input vchagw El ma 7 iehki i Ea ms sion w Calar Ei on i w Edr i E US MWh OA 6 A TRAE ELFE secan 1 ira FT pom porra ds E fren Fide comate tee ETO breu 10700 Platos Paad Corren Di LS Ord Parte ERP Cabinet 3D representation Axial spectrum Balloon spectrum Impedance dB Axial spectrum re average 29 15 axi Up Z p g dB A Balloon spectrum re on axis Ohm medene 15 PII ET 10 o 5 0 10 Left Y 5 10 20 15 20 30 Front X 25 30 40 35 i 31 63 125 250 500 1k 2k 4k 8k 16kHz 63 125 250 500 1k 2k 4k Sk 16kHz 63 125 250 500 1k 2k 4k BR 16k Hz 3D balloon Polars 6dB width horizontal 6dB width vertical Front Dag EdB width vertical Deg 6dB width horizontal 330 0 300 ae 270 ah 240 Down 210 z Right 180 150 150 120 120 30 90 60 60 30 30 0 0 are Ea 63 125 250 500 1k 2k 4k 8k 16kHz 63 125 250 500 1k 2k 4k 8k 16kHz
30. s 2 Way Full Range Speaker Passive Bi Amp IF2115 IF2112 IF2112M IF2115M Amp Gain 16dBu 8dBFs for 24dB output level 2dBFs for 18dB output level OdBFs for 15dB output level 10dBu 14dBFs for 24dB output level 8dB Fs for 18dB output level 5dBFs for 15dB output level 16dBu 8dBFs for 24dB output level 2dBFs for 18dB output level OdBFs for 15dB output level 10dBu 14dBFs for 24dB output level 8dBFs for 18dB output level 5dBFs for 15dB output level 13dBu 11dBFs for 24dB output level 5dBFs for 18dB output level 2dBFs for 15dB output level 13dBu 11dBFs for 24dB output level 5dBFs for 18dB output level 2dBFs for 15dB output level 17dBu 7dBFs for 24dB output level 1dBFs for 18dB output level OdBFs for 15dB output level 11dBu 13dBFs for 24dB output level 7dBFs for 18dB output level 4dBFs for 15dB output level 17dBu 7dBFs for 24dB output level 1dBFs for 18dB output level OdBFs for 15dB output level 11dBu 13dBFs for 24dB output level 7dBFs for 18dB output level 4dBFs for 15dB output level 13dBu 11dBFs for 24dB output level 5dBFs for 18dB output level 2dBFs for 15dB output level 14dBu 10dBFs for 24dB output level 4dBFs for 18dB output level 1dBFs for 15dB output level 8dBu 16dBFs for 24dB output level 10dBFs for 18dB output level 7dBFs for 15dB output level 2dBu 22dBFs for 24dB output level
31. s as shown below A CAUTION Do not suspend the eye bolts as shown in the diagram below dy 45 185kg dyt 3a ag o 90 148kg Y ASARES Es Fi _ CT IF2115 64 95 99 AS IF2112 64 95 99 AS IF2108 1F2208 1F2205 UB2115 UB2112 UB2108 UB2208 UB2205 UB2108 UB2208 UB2205 UB2115 UB2112 Horizontal Array Frame Splay angle is easy to adjust in 5 degree increments 8 ten Tight Pack Configuration 60 Maximun Splay Configuration 9 v7 Tight Pack Configuration HAF2 2115 HAF2 2112 HAF3 2115 HAF3 2112 Vertical Array Frame Splay angle is easy to adjust in 5 degree increments Speaker 2x1F2115 64 95 99 2x1F2112 64 95 99 U Bracket HAF2 2115 HAF2 2112 da a an ae ar z A ae e ie VAF2 2115 VAF2 2112 28 ESYAMAHA CO commer ciel au Application Guide for Yamaha Installation Series Speakers Connector Pinout Guide 3 way Full Range bi amp tri amp selectable 1F3115 64 95 Connectors 1x Neutrik NL8 Speakon lx Neutrik NL4 Speakon and 1x Terminal Mid a EE strips wired in parallel NT Through w ww 2 Way Mid Highs passive bi amp and 1x Terminal strips wired in parallel 12 15 LF 2 Way Full Range passive bi amp selectable MISMYO sts Bee BAW lc an iawn AR Connectors 1x Neutrik Speakon and 1x Terminal strips wired in parallel 12 15 LF 2 Way Full Range with AS H
32. setting For example for a gain level of 30 dB subtract 4 dB from the figures provided for a 26 dB gain level to calculate each threshold For amplifiers with specifications displayed in terms of input sensitivity calculate the gain from the power and input sensitivity figures then use the calculation method above to obtain the correct threshold DME library data for Installation Series Speakers provides processor settings for Yamaha s Installation Series Speakers in the form of library data for DME24N 64N Speaker Processor Components Limiter settings enabled by default have been added to each library file The settings assume maximum output gain of DME excluding DME24N s analog output is 24dBu and 26dB voltage gain of Amplifier based on Yamaha PC series amplifier used at 6dB attenuation for start point If the set up differs from this please check the level diagram and change the threshold parameters before using limiter E g If 18dBu output cards such as MY4 DA or MY8 DA96 are used raise the threshold by 6dB E g If amplifiers with 30dB voltage gain are used turn the threshold 4dB down DME library data for Installation Series Speakers can be freely downloaded from the Yamaha website http www yamahaproaudio com Speaker Processor SP2060 also contains these library files for Installation Series speakers as default presets 36 YAMAHA CO Application Guide for Yamaha Installation Series Speaker
33. uide for Yamaha Installation Series Speakers Small Installation 5 1ch Surround This small installation example represents a 5 1ch Surround application Applications Small Hall Meeting Room School Speaker Layout Speaker System Overview e IF2112 95 AS for Left Right Center cluster IS1215 for LFE IF2108 for Surround is a good choice for 5 1ch Surround system for small venue e All two way and three way models include a rotatable horn allowing the speaker to be installed in either vertical or horizontal e U brackets are available for horizontal configuration e M8 screw nuts allow wall mounting in both horizontal and vertical orientation by using a party wall mount hardware such as Omni Mount Power Drive e IF2112 can be operated in bi amp or passive mode e _ I F2108 is designed for passive mode only e IS1215 can be operated in discrete or parallel mode U Bracket YAMAHA Ca Application Guide for Yamaha Installation Series Speakers System Diagram Speaker Processing Component Subwoofer 1 x DME24N 1x IS1215 Power Amplifier Surround speaker 2 x XP7000 8 x IF2108 2 x XM4180 Mounting Hardware Left Right Cluster 2 x OmniMount120 0 for L R Clusters 1 x IF2112 95 for each 1 x UB2115 for Center Cluster Center Cluster 8 x UB2108 for Surround speakers I x IF2112 AS DME24N SR L 4 x 1F2108 SR R 4 x 1F2108 DME Configuration Example PEQ Mono Delay Short Speaker Proc
34. utput Ni OUTI m 1 Delay Long 5 1 Output Delay Long B 1 Output 11 OUT1 mj i 1 Ne Application Guide for Yamaha Installation Series Speakers Ceiling Mounted Speaker 8x IF2112 99 Mounting Hardware 8 x UB2112 IF 2112 99 IF2112 99 1F2112 99 IF2112 99 1F2112 99 IF2112 99 1F2112 99 IF2112 99 Room Speaker Processor Room Speaker Processor 5 QUT1 Li 1 Speaker Processor 8 IF21 12 89 IF 21 12 89 IF 2112 99 IF 2112 98 IF 21 12 89 IF 2112 98 IF 2112 99 IF 2112 98 YAMAHA Ca Application Guide for Yamaha Installation Series Speakers Medium Installation House of Worship This installation example represents a medium sized sound system Applications House of Worship Hall Performing Arts Center Speaker Layout Speaker System Overview e This simple center cluster is a very good choice for medium size room needed wide vertical coverage e Center Cluster is composed of IF2115 64 for long throw and IF2115 95 for short throw e Two speakers in center cluster are combined by Vertical array frame and easy to install e Small front fills IF2205 cover the front of stage area 6 inch height of IF2115 is designed to fit for stair step e Under balcony area is covered by IF2205 having 90x60 CD horn and 1 high power compression driver e IS1218 dual 18 subwoofer allows f

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