technically design loudspeaker system (Q737)
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Design a sound reinforcement concept optimized for the event requirements, room acoustics and geometry of stage and audience areas, likely involving multiple subsystems. Document to ensure successful implementation on site. (ESSENCE)
- 02 00 10 05 21 ES
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | technically design loudspeaker system | Design a sound reinforcement concept optimized for the event requirements, room acoustics and geometry of stage and audience areas, likely involving multiple subsystems. Document to ensure successful implementation on site. (ESSENCE) |
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Statements
Design an optimal loudspeaker setup comprised of multiple sub-systems (such as main, subwoofers, delay line(s), fills, stage monitoring), based on the acoustics and audience geometry of the venue and the requirements of the production, and select the equipment best suited to the job from the available pool. This includes the physical placement and alignment of speaker cabinets as well as any amplifier presets and necessary signal processing capabilities. (English)
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evaluate production requirements (English)
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consider acoustic environment (English)
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ensure complete audience coverage (English)
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avoid creating areas with dangerous sound pressure levels (English)
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minimize acoustic spill to unwanted areas (English)
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consider available rigging options (English)
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consider budget constraints (English)
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consider safety requirements: emergency announcements, automatic muting in case of alarm (English)
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write up technical documentation (English)
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write up equipment list (English)
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write up resource requirements: electricity, loads, crew, space, time, interaction and coordination with other departments, transport and handling, storage space (English)
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02 00 10 05 21
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Anforderungen der Produktion ermitteln
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akustische Umgebung bedenken
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Abdeckung der Zuschauerflächen sicherstellen
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Entstehung von Zonen mit gefährlichen Schalldruckpegeln vermeiden
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akustische Übersprechungen in ungewollte Bereiche minimieren
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Rigging-Möglichkeiten beachten
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Budget-Grenzen bedenken
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Sicherheitsanforderungen bedenken: Notfall-Durchsagen, Stummschaltung im Alarmfall
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