aero 50 - DAS Audio
Contents
1. Frequency 630 Hz Bandwidth 1 Octave Relative Avg 6 de gt Sources All Sources 2 y Areas 1of2 X Top View Riaging AA 2467 AAA AA E E01 82571 f S ey ee ee Se a ee OLI REST ECT Ba Lo a8 L3 Penn JAAR BARE Fv 4 N 8 E 104 v E 100 2 E 96 Z 92 E 88 2 84 Sy 80 v gt 10 24 ZUM 6 2 08 04 300 204 2082 a2 dB D m e Side View Levels Frequency Response Time Response Distribution Graph Filter Global Filter a QE AAA es E us bom cd E Ud lala cU 4 ib ll edo d Sods arios Ral Vs B oU aida s 02 B AS E 4595 4 9505 SOC SEOs d 5E D Oe Rod Selon 4 oO A5Orack 17 10 x aero 50 60m pick point height 9 2m AIO Series SRN Show Mapping Type Direct SPL 2 Object Properties nx System Parameters Setup Flying 4ero50 DENEN S I T D X narcsinl m Position amp Orientation gt A m D00 Ver r 6 04 Y m 9 00 Hor rt 0 00 Z m 9 00 Height Limit Rigging Box Count 10 AuoSpky Weight 801 DO kg Pinpoint ha Delta 1 020 Cabinet Gain Angle 30 25 120 ES 1 10 1 5 01 01 59 1 10 1 15 1 20 1 25 1 30 10 Flying amp ero5 1 Aero50 y 0 S 7 e v 2 Aero50 y o D 8 m 3 Aero50 y D v Oo um 4 Aero50 y 0 v T y 5 Aero50 y o a 50 fo oe B amp ero ii re y y Aero50 y 0 v 22. Shockproof professional touring rack 9mm birch plywood High quality hardware Front Rear rack profiles 465mm 100mm Caster wheels rated at a weight limit of 160kg each 20mm high density foam Front and rear captive doors Covers FUN aero50 is a protective nylon cover for 1 aero 50 FUN 2 LX218C is a protective nylon cover for a stack of 2LX 218C FUN 3 LX218C nylon cover for a stack of 3 LX 218C Dollies PL 50 The PL 50 dolly is included with each aero 50 cabinet It is used to transport and fly the system PL 218C The PL 218C dolly is used to transport stacks of 2 or 3 LX 218C 8 x aero 50 50m pick point height 7 7m AIO Series SARR show Mapping Type Direct SPL Z Object Properties nx System Parameters Setup Flying amp ero5 F Labet Position amp Orientation A m 000 Ver ri 5 00 Y m 700 Hor Ef oo Z m 7 50 Height Limit m Rigging Box Count e AuoSpy Weight 3100kg t CS wtS Pinpoint gt Detar 027 Cabinet Gain Flying 4ero50 1 Aero50 y y Angle o e 2 Aero50 Y o y lor s gt S 3 Aero50 y v a 50 fo os T 4 Aero w v fie y 5 Aero50 y 4 m re y gt S B Aero50 y 4 7 32 E 7 Aero50 4 B4 v amp Aero50 y 4 v Copy Setup to Other Line Arrays Show Object List Project Properties Object Properties
3. d DE pa PLE Yi ial PS signal 1 signal 2 signal 3 BAAAAAS Fl Schalter Presets to be used Sample 12 aero 50 12LX 218C e ro seos pocssr se rco0 ru At the amplifier s processors use A50Vx y LT for long throw A50x y z MT for mid throw and A50x y ST for short throw MIXER 1 MIXER 2 FOH DSP4080 0909009 po LLL B presets ASOVx y 12U DSP to send different signals per groups and correct the low mid coupling of the line arrays amp 42 A50 rack shelf eq array ASOVX Mid High LT correction S y A50Vx y Low Low A50Vx y Mid High MT A50Vx y Low Low A50Vx y Mid High ST Ifl AAA AA SUB SUB Accessories Speaker cabling SpkC1 4 pair 2 5mm2 Speaker cable 2 x NL8 1m length Em Em Em m e SpkC20 pair 2 5mm2 Speaker cable 2 x NL8 20m length EH EH EH Em HR SpkC25 4 pair 2 5mm2 Speaker cable 2 x NL8 25m length Note 25m length valid for 12 to 16 aero 50 per side 20m length valid for 8 to 10 aero 50 per side Rigging frames AX aero50 one pick up bar 2 moving side panels Weight 51kg 112 2 Ib Up to 8 cabinets For more than 8 cabinets an additional pick up bar must be used AX combo12 suspend aero 12A underneath aero 50 Weight 19 6kg 43 Ib 19 Power Distros Len cat A50 Distro1 32A 400V 5P in out circuit breakers o
4. A5Orack 9 The array correction With the DSP presets provided the frequency response of one single cabinet is flat 120 0 09 05 2012 16 47 53 dBSPL 110 0 100 0 70 0 20 50 100 200 500 1k 2k Hz 5k 10k 20k CHA dBSPL 1 12 Octave 192kHz 131K Rectangular Start O OOms Stop 682 66ms FreqLO 1 46Hz Length 682 66ms File PLMV5 2 A 1m corte a 80Hz mls Graph shown corresponds to 1 aero 50 measured at 3m in an indoor room 1 12 octave resolution A 20 NEA MERC DU AE j M Me SE AS A PN ad a Li y t 30 4 s to m vo 220 100 420 520 too 790 sol z de e 5 Oe E When coupling or adding more systems the low and mid ranges couple much more than the high frequency one See the the graph below 1 aero 50 vs 3 aero 50 es 38 aero 50 m N Sea N a MY AAA The use of a DSP 4080 at FOH is mandatory to correct this effect low an mid range coupling and to have different sends to the PA long throw mid throw short throw or to other systems Ffill subs etc as well as to properly time align all of them In the graph shown below different array corrections for different number of aero 50 cabinets 1 24 octave resolution __No array correction AM sa TURN A NA Shelving 3dB V V as a A A AR F A ESAS Low Shelving 6dB Low Shelving 8dB Low Shelving filters with different gain valu
5. B Presets available on the DSP 2060A A50Vxy LT MT A50Vxy MT MT A50Vxy MT ST A50Vxy LT ST Presets to be used At the FOH DSP 4080 processor use A50Vx y 12U At the amplifier s processors use A50Vx y LT for long throw M IXE R 2 A50x y z MT for mid throw and A50x y ST for short throw Sample 12 aero 50 12LX 218C MIXER 1 LONG THROW LI LONG THROW FOH DSP4080 B presets ASOxy 12U EENI See DSP to send different signals per groups and correct the low mid coupling of the line arrays LONG THROW L LONG THROW shelf eq array MID THROW correction M MID THROW MID THROW MID THROW SHORT THROW SHORT THROW SUBS SHORT THROW A presets ASOVx y MT ST A presets A50Vx y LT ST SHORT THROW 37 i c UJ 6 c UJ L o A5Orack 2 12xaero50 at 2ohms AMPLIFIERS Powersoft K 6DSP AES 10U rack Each rack includes 6 x K 6DSP AESOP DSP included in the amplifiers 1 x power distro 32A in 3 independent input signals Speaker outs 3 x Speakon 8 for 12 x aero50 Remote monitoring with Armon a Software CAT5 cable these 2 amps use the same signal these 2 amps use the same signal these 2 amps use the same signal LE D ANALOG AMP 5 A50 rack EJ IN OUT
6. Flying Aero50 TERAAAIDimaDoa sv ge 108 Label fed D m Position amp Orientation 104 x m 00 Ve tt 505 vi 11 00 Hott om 100 Z m 10 00 Height Limit E Rigging me Box Count 12 AuoSphy S Weight Uk x 92 Pinpoint 14 v Delta 032 Cabinet Bain Angle y 7 FbingAero50 s af 1o apem Ae AER 3 a aeos0 y jfo zl i sfam e 7 a 7 aero fe i a os cae view Y teves Frequency Response Time Response Deborah Her Y Gobal ter g acco i Af st S Se ee GUN A E PE PAE AAA pm e m S ES maso Aha izja y 4 y MI Copy Setup to Other Line Arrays Show Object List Project Properties Object Properties Rigging Tey 3 LY 1 41 m gt 3530 5 2D 15 10 05 00 05 10 15 20 D m 35 Aero g A5Orack 19
7. MAA LED per phase 6 x 16A Schuko To be used in racks type 1 D 100 or FP 10000Q amps aM A50 Distro2 32A 400V 5P in circuit breakers LED per phase 6 x cetak 16A To be used in racks type 2 K 6 DSP AESOP amps Fl Schalter Signal Cables SC_05 balanced microphone cable 0 5m length SC_1 balanced microphone cable 1m length SC 2 balanced microphone cable 2m length SC 5 balanced microphone cable 5m length SC 10 balanced microphone cable 10m length SC 25 balanced microphone cable 20m length Touring Rack Rack T 10U Weight 56kg with D 100 amps 92kg with k 6 amps 184lbs 56kg with FP 10000Q Dimensions HxWxD 70 1 x 58 2 x 87 3cm m 582mm m VRE Ne SSE inii M I o Wes MT T a v ws
8. ZIP For the Powersoft K 6 DSP amplifiers presets are available in Armonia format http www powersoft audio com en support armonia support forum html For the Lake LM26 PLM amplifiers presets are available in csm lake format http labgruppen com support software firmware Different High Pass X overs for the LF are provided a 45Hz to be used as a full range system without subs and b with cut at 80Hz to be used with LX 218C or CA subs Besides the High Pass X overs presets are available for long LT mid MT and short throw ST zones in the array To achieve a uniform sound pressure level across the distance and optimal acoustical performance a line array system has to be managed in groups of cabinets with different presets For instance the four bottom cabinets should have to be treated as the downfill or short throw of the system There will be two differenttypes of presets Type A presets to be used in the rack processors to define all the settings in one cabinet Presets for all these platforms DSP 2060A LM26 and K6DSP Presets will be named as follows A5OVx y LT A50Vx y MT A50Vx y ST Forinstance A50V5 AST N Long Mid or Short Throw Type B to be used at the FOH DSP 4080 processor The preset will compensate the array effect and the number of cabinets used These presets will be named as follows A50Vx y 8U A50Vx y 10U A50Vx y 12U For instance A50V52 16U N Number of Units The
9. the point where they exit from the apparatus Refer all servicing to qualified service personnel Servicing is required when the apparatus has been damaged in any way such as power supply cord or plug is damaged liquid has been spilled or objects have fallen into the apparatus the apparatus has been exposed to rain or moisture does not operate normally or has been dropped TO PREVENT ELECTRIC SHOCK DO NOT REMOVE TOP OR BOTTOM COVERS NO USER SERVICEABLE PARTS INSIDE REFER TO SERVICING TO QUALIFIED SERVICE PERSONNEL WARNING TO REDUCE THE RISK OF FIRE OR ELECTRONIC SHOCK DO NOT EXPOSE THIS APPARATUS TO RAIN OR MOISTURE THE MAINS PLUG OF THE POWER SUPPLY CORD SHALL RAMAIN READLY ACCESSIBLE DO COMPLETELY DISCONNECT THIS EQUIPMENT FROM THE AC MAINS DISCONNECT THE POWER SUPPLY CORD PLUG FROM THE AC RECEPTACLE In order to avoid noise or hum and protect the input output stage of the systems electronics from serious damage proper grounding connections of all the components of the system are required Connect the components making sure that AC line polarity is maintained and that all grounds are connected to a common grounding point using the same gauge cable as the neutral and line cables D A S recommends that before powering up any D A S system test the mains making sure that the voltage potential difference between the neutral and ground does not exceed 5 VAC Introduction The A5Orack is a rugged touring rack that includes
10. 4 y gt S a Aero50 y 4 7 B4 v 10 Aero50 y 4 7 Copy Setup to Other Line Arrays Mr Show Object List Project Properties Object Properties hg Frequency 630 Hz Bandwidth 1 Octave y Relative Avg 6 de Sources All Sources 2 Areas lof2 Top View 5 p 50 Ae 40 1 35 1 30 25 205 55 150151505155 1 0515151 20 1 25 30 535 1405 455 50 55 BO 165 1 705 75 BO 585 1 90 95 100 1 405 410 41 AAA BAAD jel e Rigging b gt gt 108 104 100 36 92 88 84 80 76 2 dB 10 05 00 05 D m TIU Ae 10m E a Frequency Response Time Response Distribution Graph Filter Global Filter 1 00 25 5505 75 400 12 5 150 175 20 0 225 25 00 27 5 1 30 0 32 5 35 0 37 5 490 0 425 45 0 47 5 50 0 525 55 0 57 5 60 0 62 5 65 0 675 70 0 72 5 75 0 77 5 E Aero ia Side View Levels 5s 50 2 5 A5Orack 18 12 x aero 50 75m pick point height 10 2m show Mapping Type Direct SPL 2 Frequency 630 Hz Bandwidth 1 Octave Relative Avo 6 de Sources All Sources 2 y Areas 1of2 zj Object Properties Top view M System Parameters DA E E E Setup
11. A5Orack user s quide Amplification Racks for aero 50 systems Introduction Presets Array correction Configurations Accessories Ease Focus simulations www dasaudio com Safety Precautions A5Orack Keep these instructions Read them carefully Heed all warnings Follow all instructions The exclamation point within an equilateral triangle is intended to alert the user of important operating and maintenance instructions in the literature accompanying the appliance presence of uninsulated dangerous voltage within the product s enclosure that may be of sufficient magnitude to constitute a risk of electric shock to persons AN pre lightning flash with arrowhead symbol within an equilateral triangle is intended to alert the user to the Do not use this apparatus near water Do not expose this devices to rain or moisture Do not place any objects containing liquids such a bottles or glasses on top of the unit Clean only with a dry cloth Class device A50racks require Class 2 ouput wiring Do not install near any heat sources such as radiators heat registers stoves or other apparatus that produce heat Do not block ventilation openings Install in accordance with the manufacturer s instructions Take into account that the nominal AC voltage is the value shown in the equipment 10 according to IEC60065 2001 Protect the power cord from being walked on or pinched particularly at plugs convenience receptacles and
12. Rack presets type A DAS DSP 2060A Presets loaded in the processors will be named as follows A50Vxy LT MT input A for LT input B for MT Mid Throw Short Throw A50Vxy MT MT Long Throw Mid Throw A50Vxy MT ST 2 HIIN mE GHEE 608 SHE A50Vxy LT ST gt m Mid Throw Short Throw NUS Throw o aui A Throw y To recall a memory or a preset using the front panel press menu gt enter gt global memory gt enter gt recall a memory gt enter gt Crossover gt enter and select the desired one E All the previous listed presets or memories on the DSP 2060A are fm PED Lent Pia X over type oa When the DSP is connected to a computer using AudioCore software to recall a memory once the communication between DSP and computer has been stablished just do right click on the DSP main window When the DSP is connected to the computer but is not including factory presets just connect the unit to the computer and open the desired audioCore file For example open A50V55 LT MT xaa Next step click On Line and send Settings to the unit Once the unit DSP has the preset loaded the user can store it via software or via front panel a50v5 5 LT MT xaa LA AudioCore Files xaa X _ Cancelar Example a system with 12 aero 50 per side with 3 different signal groups would be configured as follows Short Throw preset A50Vxy LT MT Short Th Mid Throw y 1 EE preset A50Vxy M
13. T ST A5Orack 5 LM 26 Modules will be named as follows A50Vx y LT Mid Throw Mid Throw A50Vx y MT MOS na Frame presets will be named as A5OVx y LT MT gt A for LT in B for MT Short Throw Short Throw A50Vx y MT MT A50Vx y MT ST A50Vx y LT ST Bi E To recall a frame preset using the front panel go to menu enter gt frame preset gt enter gt select the memory A50x y MT ST gt recall To load a module csm format in the DSP using the Lake Controller software Select the desired module on module A LT MT ST gt recall gt Repeat the same procedure on Module B Once the two modules have been recalled in this case LT and MT the user should store them in the processor as system presets To do it go to System Store Recall folder gt System presets gt tap on both modules gt store with new name A50V5 5 LT MT Example a system with 12 aero 50 per side with 3 different signal groups would be configured as follows preset ADOVxy LT MT preset A50Vxy MT ST eee inci BARBARA 00 BARBA ot K 6 DSP amplifiers presets will be named as follows K6 DSP1 LOW LOW A5OVx y Low Low ASOVx y Mid High MT K6 DSP2 MID HIGH A50VXx y Mid High LT lt lt AS50Vx y Mid High ST K6 DSP3 LOW LOW Due to the configuration of the power supply of the amps Powersoft warns that o both output channels mu
14. es See below the electrical curve of the array correction on the processor for 12 aero 50 units Type B presets to be used atthe FOH DSP 4080 The preset will correct the array effect and the number of cabinets used These presets will be named as follows AS50Vx y 8U A50Vx y 10U A50Vx y 12U A50V52 16U Forinstance Number of Units The array correction DSP Number of units EQs DSP 2060A 4080 16 units f 2k57Hz Q 0 59 Gain 8 5dB Low Shelf f 595Hz Q 20 Gain 3dB Bell 14 units f 2k57Hz Q 0 59 Gain 7dB Low Shelf f 595Hz Q 20 Gain 3dB Bell 12 units f 2k57Hz Q 0 59 Gain 6dB Low Shelf f 595Hz Q 20 Gain 3dB Bell 10 units f 2k57Hz Q 0 59 Gain 4 4dB Low Shelf f 595Hz Q 20 Gain 3dB Bell 8 units f 2k57Hz Q 0 59 Gain 2 5dB Low Shelf f 595Hz Q 20 Gain 3dB Bell A5Orack 1 6xaero50 at 4ohms AMPLIFIERS DAS D 100 or FP10000Q rack 10U rack Each rack includes 1 x DSP 2060A 3 x D100 or 3 x FP10000Q 1 x power distro 32A in out 2 independent input signals Rs485 in out to be used with audioCore Amplifier Gain 36dB for DAS D series Peak limiters D100 LF OdB MF OdB HF 2dB Amplifier Gain 35dB for FP series from LABGruppen Peak limiters FP10000Q LF 121V MF 121V HF 101V Speaker outs 3 x Speakon 8 for 6 x aero50 DSP input B ep ANALOG AMPS 182 amp 42 A50 rack a IN OUT this amp uses signal input
15. power amplifiers processors power distro input patch panel and output patch panel for the aero 50 line array systems There are two different options for the A50rack Option1 A50rack_1 is assembled with 3 x DAS Audio D 100 four channel amps and a DAS Audio DSP 2060A The D 100 amplifier is a 4 channel class D switching power supply amplifier of 2800W per channel In Rack Option 2 A50rack_2 comprised by 6 x PowerSoft K 6DSP AESOP amplifiers The K 6 DSP includes its own DSP and is a class D switching power supply 2 channel amp Power per channel is 3600W 2ohm Input patch panels have 2 or 3 depending on the option input connectors to create separated zones in the array In rack option 1 the output panel of the rack is always composed of three Speakon NL 8 connectors which will power up to two aero 50 each one working at 4ohm and up to 4 aero 50 2ohm load in the powersoft case in rack option 2 The aero 50 is a three way large format line array system to be usedfor live sound applications Two 15 loudspeakers with neodymium magnet assemblies reproduce the Low Frequency range Four 8 loudspeakers with neodymium magnet assemblies reproduce the Mid Frequency range Two 3 coil neodymium compression drivers with 1 5 exitreproduce the High Frequency range The system has been designed to have a nominal Horizontal coverage of 90 In the coupling plane vertical the coverage depends on the f
16. requency and the splay angles between cabinets as it is a true line array system To ensure the performance of the system and the uniformity of the horizontal and vertical dispersion X over points must not be changed A family of locked presets is provided for different DSP platforms DAS DSP 2060A and 4080 and Lake LM 26 PLM K 6 amplifiers DAS Audio offers racks with amplifiers and processors The processors in the racks adjust the levels between the ways LF MF HF the crossover points delays and Eqs These settings must remain without any variation to ensure the optimal acoustical performance of the system this is the main reason why they are locked Besides basic parametres inside the processors clip and rms limiters are set up The system s reliability and dynamic range are determined by the rms and clip limiter thresholds Don t vary them W AA AA AA Fl Schalter F140 soma spo ve es va 72 72 72 O A50rack_2 The presets The family of presets available for the three main different platforms DAS DSP 2060A 4080 PowerSoft K 6 Lake Lm26 PLM is based on a flat frequency response of a single aero 50 cabinet For updates check the DAS Audio website aero 50 related downloads www dasaudio com en p aero 50 2 For DAS DSP 2060A and 4080 the presets are available in AudioCore xaa format http www dasaudio com DOCUMENTOS D SOFT WARE AUDIOCORE V871
17. st have a close to identical charge at output stage since Los aD unbalanced charge will cause problems of excessive temperature rise We recommend to follow next arrangementto the amplifier racks and cabling K6 a dl K6 DSP6 MID HIGH Each pack of 2 K6 DSP LOW LOW MID HIGH is able to manage up to 4 Aero50 creating a 2 Ohm load configuration A50 ASO A50 A50 Since Armon a version 2 3 1 we are able to upload a preset directly from the software by right clicking on the desired amp This could be faster but it will not save the preset into the DSP memories In order to be able of changing between different types of throws provided by DAS Aero50v5 5 Presets we recommend the use of the PRESET MANAGER tab in armon a A using the PLST file B you can broadcast the whole preset family for all connected amps by one single click C WARNING Make sure you have muted or unplugged the whole system speakers before doing this since after spreading all presets the amps will take number 1 to use being this one the LOW LOW this can cause serious damage to high drivers After armon a loads all presets this can take a while you can load the desired preset on each amplifier by doing right click on it and selecting from Preset gt Recall or either disconnect from the Net and recall desired preset form the front panel of each Amplifier by Local Presets menu Rack R Lock Align Distribute Order
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