User manual ELECTRO-VOICE 61PMX

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Manual abstract: user guide ELECTRO-VOICE 61PMX

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[. . . ] EV also invents ClearScanTM, a revolutionary innovation in wireless technologies that enables automatic, frequency agile selection of the best of ten UHF channels. 2001/2002--EV introduces RACE technology (Realtime Acoustic Cluster Editor), a synergetic concept of correlating digital crossover and filter design with real world loudspeaker behavior. 2004-2007 - IRIS-Net becomes the new software platform for control and supervision of signal processors, amplifiers, loudspeakers and complex audio systems. The networkable DSP audio matrix NetMax N8000 opens new horizons for audio processing. Being fully scalable, it can solve the challenges of flexible standalone applications as well as very complex networked systems. CONTENTS 2- 3 4 5 EV milestones Table of Contents Index Loudspeakers 6- 7 8 - 11 12 - 13 14 - 15 16 17 18 - 19 20 - 21 22 - 23 24 25 - 27 28 - 29 30 30 31 - 33 34 - 35 36 - 37 38 - 39 40 - 41 42 43 - 44 45 - 46 50 51 - 52 52 53 - 54 55 56 - 61 EVI Vari Intense® EVIDTM System FRI / FRI+ System FRX / FRX+ System MH-Series Stadium Horns PLASMATM Series Rx/QRx Series ZX1 / ZX1i ZX4 / ZX5 ZXA5 Sx SeriesTM / SxA SeriesTM Phoenix-Series Gladiator Eliminator i® Xi SeriesTM X-ArrayTM X-LineTM XLC System XLVC System LAPS - Line Array Prediction Software Floor-Monitors (overview) Subwoofers Cinema Systems Outdoor Speakers S-40 Ultracompact Monitor System Components HP-Horns Flying & Mounting Hardware Electronics 62 63 64 65 66 67 68 69 70 - 71 72 73 DX 38 Digital Sound System Processor RACE Controller Software AC One Analog Controller Q-Series Amplifiers PA Series Amplifiers Contractor Precision Series Amplifiers Compact Precision Amplifiers Precision Series Linear Amplifiers IRIS-Net Precision Series Remote Amplifiers Tour Grade Amplifiers Wired Microphones 74 75 76 77 78 79 CobaltTM Series / Live Performance RE Series N/DYM® Series Broadcast RE-Series / Live Interview Microphones EV® Studio / Live Mics RE-Series Install Microphones Polar ChoiceTM Series Wireless Microphones 80 - 81 82 - 83 84 85 86 - 87 REV Wireless System RE-2 Wireless System RE97 headworn / RE920 Instrument mic Headworn / Lavalier Wireless Accessories Applications & Glossary 4 88 - 94 95 - 98 System Applications Glossary INDEX 635A(B). 51 5 EVI Vari Intense® Electro-Voice®'s unique EVI Vari Intense® (VI) speakers are engineered to eliminate the need for additional long-throw horns or delayed sources in many rooms. [. . . ] All internal components are sealed inside the speaker through a "hot-melt" process, allowing it to be used in fresh- or salt-water pools or ocean enviroments. Operating depth is up to 10 feet (3 m), with a recommended depth of 4 feet (1. 2 m). Note: For overload protection, install a 25-ohm, 20-watt resistor in parallel with a 1. 5-amp, fast-blowing fuse in series with the speaker. UW 30 · · · · · Full-rangeunderwatersoundsource Uniformsoundthroughoutmedium-sizedpools Veryhigh-fidelitysound Salt-waterresistant Comeswitha50-foot(15-m), three-conductor waterproof cable terminated within the internal encapsulation material Ultracompact monitor system EV®'s S-40 produces maximum frequency response with an extended bass response. The sensitivity, therefore, is slightly less than with a regularly tuned box. The S-40 is made of black or white high-impact polystyrene structural foam protected with a full-size, matching front grille. S-40 B · · · · · · · Two-way, full-rangeultracompact Ultra-linearfrequencyresponse VentedLFenclosure Fullbandwidthprotectioncircuitfor woofer and tweeter Ferrofluid-cooledsoft-dometweeter Trapezoidal 2x1/4"­20suspensionpoints UW 30 Frequency range Sensitivity (SPL 1W/1m) Max. SPL/1m (calc. ) Long-term power handling Short-term power handling Coverage (H° x V°) Directivity Index LF driver HF driver Crossover frequencies Nominal impedance (low Z version) Minimum impedance (low Z version) Input connections Dimensions (H x W at front x D) Net weight (including mounting bracket) 100 Hz­10 kHz -- -- 30 W -- omni (underwater) -- special type -- -- 8 -- waterproof cable 183 mm [diameter] x 66 mm [D] (7. 19" [diameter] x 2. 61" [D] ) 1. 8 kg (4 lbs. ) S-40 85 Hz­20 kHz (+/- 3dB) 85 dB 113 dB 160 W 640 W 100° x 100° 9. 8 dB (+3. 8/-3. 6 dB) 2 kHz­20 kHz 5. 25" 1" Softdome 3, 500 Hz 4 3. 7 spring terminal 249 x 178 x 150 mm (9. 8" x 7" x 5. 9") 2. 6 kg (5. 7 lbs. ) 52 Components Woofers EV component woofers are high-efficiency designs highly refined from years of development and field experience. They employ extended-length voice coils for high-impact reproduction of dynamic low-frequency program. All woofers feature proprietary heat-transfer systems for unmatched power capacity and reliability. Kevlar®-fiber-composite cones are used to provide structural strength to resist collapse during explosive dynamic peaks and to provide internal mechanical damping to minimize resonances that can change the character of the sound at high levels. DL and EVX woofers are made of cast aluminium frames with push terminals, and all feature Ring-Mode DecouplingTM (RMDTM) except for the DL18MT and the EVX180B. Speaker Parts DL10X Cone diameter Coil diameter Impedance Frequency range Long-term power rating (EIA) Short-term power rating Sensitivity (1 W @ 1 m) Maximum SPL Efficiency Frame front diameter Magnet diameter Overall depth Mounting bolt circle diameter Baffle cutout diameter Net weight 10" (254 mm) 2. 5" (63. 5 mm) 8 100­2, 000 Hz 300 W 1, 200 W 98 dB 122. 8 dB 5. 92% 259. 5 mm (10. 22") 190. 5 mm (7. 50") 114. 3 mm (4. 50") 244. 5 mm (9. 625") 230. 2 mm (9. 063") 6. 5 kg (14. 3 lbs. ) DL12BFH 12" (305 mm) 2. 5" (63. 5 mm) 8 60­2, 500 Hz 300 W 1, 200 W 96 dB 120. 8 dB 3. 69% 309. 6 mm (12. 19") 155. 6 mm (6. 13") 133. 4 mm (5. 25") 293. 7 mm (11. 563") 281. 0 mm (11. 063") 5. 0 kg (11. 1 lbs. ) DL12ST 12" (305 mm) 2. 5" (63. 5 mm) 8 60­2, 000 Hz 300 W 1, 200 W 98 dB 122. 8 dB 5. 60% 309. 6 mm (12. 19") 190. 5 mm (7. 50") 133. 4 mm (5. 25") 293. 7 mm (11. 563") 281. 0 mm (11. 063") 6. 7 kg (14. 7 lbs. ) DL15BFH 15" (381 mm) 2. 5" (63. 5 mm) 8 45­2, 000 Hz 350 W 1, 400 W 96 dB 121. 4 dB 3. 93% 305. 0 mm (15. 16") 155. 6 mm (6. 13") 152. 4 mm (6. 00") 369. 9 mm (14. 563") 357. 2 mm (14. 063") 5. 4 kg (12. 0 lbs. ) DL15ST 15" (381 mm) 2. 5" (63. 5 mm) 8 45­2, 000 Hz 400 W 1, 600 W 95 dB 121. 0 dB 2. 66% 305. 0 mm (15. 16") 190. 5 mm (7. 50") 158. 8 mm (6. 25") 369. 9 mm (14. 563") 357. 2 mm (14. 063") 6. 9 kg (15. 2 lbs. ) DL18MT Cone diameter Coil diameter Impedance Frequency range Long-term power rating (EIA) Short-term power rating Sensitivity (1 W @ 1 m) Maximum SPL Efficiency Frame front diameter Magnet diameter Overall depth Mounting bolt circle diameter Baffle cutout diameter Net weight 18" (457 mm) 2. 5" (63. 5 mm) 8 35­800 Hz 400 W 1, 600 W 96 dB 122. 0 dB 2. 9% 460. 5 mm (18. 13") 190. 5 mm (7. 50") 177. 8 mm (7. 00") 441. 3 mm (17. 375") 425. 5 mm (16. 750") 7. 2 kg (15. 8 lbs. ) EVX155 15" (381 mm) 4" (101. 6 mm) 8 40­2, 000 Hz 600 W 2, 400 W 98 dB 125. 8 dB 4. 32% 385. 0 mm (15. 16") 209. 6 mm (8. 25") 184. 2 mm (7. 25") 369. 9 mm (14. 563") 357. 2 mm (14. 063") 10. 3 kg (22. 8 lbs. ) EVX180B 18" (457 mm) 4" (101. 6 mm) 8 30­800 Hz 600 W 2, 400 W 98 dB 125. 8 dB 3. 4% 460. 5 mm (18. 13") 8. 25" (209. 6 mm) 203. 2 mm (8. 00") 441. 3 mm (17. 375") 425. 5 mm (16. 750") 10. 6 kg (23. 4 lbs. ) EVM12L Black Label 12" (305mm) 2. 5" (63. 5 mm) 8 or 16 Ohms 80Hz­7kHz 300 W 1200 W 100 dB 125 dB 5. 9% 309. 6 mm (12. 19") 190. 5 mm (7. 5") 133. 4 mm (5. 25") 293. 7 mm (11. 563") 281. 0 mm (11. 063") 8. 6 kg (19 lbs. ) 53 Components Compression Drivers Electro-Voice is one of a handful of professional audio companies that can design high-performance compression drivers. Compression drivers are the most difficult audio transducers to design. In addition to the clear display of all used filters, delay and level settings, each output can be assigned with the acoustic data (phase and frequency response) of the individual speaker component. RACE then calculates the complex summation of all used filters, level and delay settings applied to these components. Thus the display on the screen is not only the electrical filter response but, for the first time, the actual true acoustic response of the component!An additional tool is the SPL dispersion window for lower frequencies. Presets can even be prepared off-line in advance and need only a little tweaking once speakers are in place. RACE enables engineers to seamlessly integrate room influence, speaker positioning and parameter settings and a RACE Processed Preset is a guarantee for a solid, accurate basis from which to begin system tuning. EV is supplying these presets for all current EV speaker systems, even if the needed combination is not part of the 50-factory preset of the Dx38. Signal Flow Diagram The signal flow diagram provides a clear overview of all available parameters. Immediately after the input metering there are five master equalizers per input available. Each of these filters can be set as hi- or lo-pass (6dB/12dB-Peaking), hi- or lo-shelf (6/12dB) or as a fully parametric eq. Each input, or the sum of both inputs, can be delayed separately up to 900ms with the master delay. The fully flexible routing allows each input as well as the sum to be routed to any of the four outputs. [. . . ] Aiming the speaker down by 15 degrees at the same 3 meter height will produce an even floor plan SPL that is 3 meters wide by 6 meters long and tilting it back by 15 degrees, at the same height, produces a floor plan SPL of 6 meters wide by 15 meters long. Normally the loudspeaker is mounted approximately 0. 6 to 0. 8 times the height back from the first row and has a nominal angle of the top of the enclosure parallel to the floor or slightly (2 to 3 degrees) tilted back. Overlap Zone For VBS MB - SOURCE 2 LF - SOURCE 1 + 3 50 100 hz 200 400 hz F 2-ELEMENT 3-ELEMENT 2 times height 2 3 times height 1 covered floor plan of a VI horn 96 Speaker, Distances and Horns This graph should help you to get a feeling of coverage angles, loss in SPL and covered areas. Question: "What coverage angle is needed to cover a width of X meters by the maximum possible distance to the audience of Y meters?" Helpful when the install position of the speakers and the area to cover are predetermined. Solution: Possible distance to the audience is a maximum of 12 meters. [. . . ]

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