Okuqukethwe fihla
1 I-RCF HDL 10-A Array Imanuwali Yomsebenzisi Wamamojula Wesikhulisazwi
2 IZIVIVINYO ZOKUPHEPHA
3 AMAKHEBILI E-AC AMAKHETHA E-DAISY
4 IPHANSI LASEMUVA
5 IZIXHUMANO
6 POLE NE-TRIPOD SAFETY
7 I-ARRAY SYSTEMS DESIGN
8 IMICIMBI
9 Izithenjwa
10 Okuthunyelwe Okuhlobene

Ilogo ye-RCF

I-RCF HDL 10-A Array Imanuwali Yomsebenzisi Wamamojula Wesikhulisazwi

Umkhiqizo we-RCF-HDL-10-A-Array-Loudspeaker-Modules

IZIVIVINYO ZOKUPHEPHA

  1. Zonke izinyathelo zokuphepha, ikakhulukazi ezokuphepha, kufanele zifundwe ngokucophelela okukhulu, njengoba zinikeza ulwazi olubalulekile.
    ISEXWAYISO: ukuvikela ingozi yomlilo noma ukushaqeka kukagesi, ungalokothi ubeke lo mkhiqizo emvuleni noma kumswakama.
  2. UKUNIKEZWA KWAMANDLA AVELA AMANZI
    • I-mains voltage iphakeme ngokwanele ukufaka ingozi yokushaywa ugesi; faka futhi uxhume lo mkhiqizo ngaphambi kokuwuxhuma.
    • Ngaphambi kokuqinisa, qiniseka ukuthi konke ukuxhuma kwenziwe ngendlela efanele nokuthi ivolumutagi-e yama-main akho ihambisana ne-voltagekhonjiswe epuletini lokulinganisa eyunithi, uma kungenjalo, sicela uxhumane nomthengisi wakho we-RCF.
    • Le yunithi ingeyokwakhiwa kwe-CLASS I, ngakho-ke kufanele ixhunywe ku-maIN socket outlet enoxhumo lomhlaba oluvikelayo.
    • I-coupler kagesi noma i-PowerCon Connector® isetshenziselwa ukunqamula idivayisi emandleni AMAIN. Le divayisi izohlala ifinyeleleka kalula ngemva kokufakwa
    • Vikela ikhebula lamandla emonakalweni; qinisekisa ukuthi ibekwe ngendlela engeke inyathelwe noma igaywe yizinto.
    • Ukuze uvimbele ubungozi bokushaqeka kukagesi, ungalokothi uwuvule lo mkhiqizo: azikho izingxenye ngaphakathi okumele umsebenzisi azifinyelele.
  3. Qiniseka ukuthi azikho izinto noma iziphuzo ezingangena kulo mkhiqizo, ngoba lokhu kungadala isekhethi elifushane. Lezi zinsimbi ngeke zivezwe lapho ziconsa noma zichaphaza. Azikho izinto ezigcwele uketshezi, njengamavazi, ezizobekwa kulesi sikhungo. Ayikho imithombo enqunu (njengamakhandlela akhanyisiwe) okufanele ibekwe kulesi sikhungo.
  4. Ungalokothi uzame ukwenza noma yikuphi ukusebenza, ukulungisa, noma ukulungisa okungachazwanga ngokucacile kuleli bhukwana. Xhumana nesikhungo sakho sesevisi esigunyaziwe noma isisebenzi esiqeqeshiwe uma kwenzeka okunye kwalokhu okulandelayo:
    • Umkhiqizo awusebenzi (noma usebenza ngendlela engathandeki).
    • Ikhebula lamandla lonakele.
    • Izinto noma uketshezi olutholakala kuyunithi.
    • Umkhiqizo ube nomthelela omkhulu.
  5. Uma lo mkhiqizo ungasetshenziswa isikhathi eside, nqamula ikhebula lamandla.
  6. Uma lo mkhiqizo uqala ukukhipha noma iyiphi iphunga noma intuthu engajwayelekile, yicishe ngokushesha bese unqamula intambo kagesi.
  7. Ungaxhumi lo mkhiqizo kunoma iyiphi into noma izesekeli ezingabonwanga kusengaphambili. Ekufakeni okumisiwe, sebenzisa kuphela izindawo okusetshenzwa kulengwa kuzo ezizinikele, futhi ungazami ukulengisa lo mkhiqizo ngokusebenzisa izakhi ezingafaneleki noma ezingaqondile kule njongo. Bheka futhi ukufaneleka kwendawo yokusekela lapho umkhiqizo uhangelwe khona (udonga, uphahla, uhlaka, njll.), kanye nezingxenye ezisetshenziselwa okunamathiselwe (izikulupho, izikulufu, abakaki abanganikezwanga yi-RCF, njll.), okumele kuqinisekiswe. ukuphepha kwesistimu/ukufakwa ngokuhamba kwesikhathi, futhi kucatshangelwa, isiboneloample, ukudlidliza komshini ngokuvamile okukhiqizwa ama-transducer. Ukuze uvimbele ubungozi bokuwa kwezinto zokusebenza, ungapakishi amayunithi amaningi alo mkhiqizo ngaphandle uma lokhu okungenzeka kucacisiwe kumanuwali yomsebenzisi.
  8. I-RCF SpA incoma ngokuqinile ukuthi lo mkhiqizo ufakwe kuphela abafaki abaqeqeshiwe (noma amafemu akhethekile) abangaqinisekisa ukufakwa okulungile futhi baqinisekise ngokuhambisana nemithethonqubo esebenzayo. Lonke isistimu yomsindo kufanele ihambisane nezindinganiso nemithetho yamanje ephathelene nezinhlelo zikagesi.
  9. Izisekelo nezinqola Izinto ezisetshenziswayo kufanele zisetshenziswe kuphela ezinqoleni noma ezisekelweni, lapho kunesidingo, ezituswe umenzi. Impahla/isekelo/ukuhlanganiswa kwetroli kumele kuhanjiswe ngokuqapha okukhulu. Ukuma kungazelelwe, ukusunduza ngokweqile, kanye nephansi elingalingani kungase kubangele ukuba umhlangano ugingqike.
  10. Kunezici eziningi zemishini nezikagesi okufanele zicatshangelwe lapho kufakwa isistimu yokulalelwayo yochwepheshe (ngaphezu kwalawo ane-acoustic eqinile, njengokucindezela komsindo, ama-engeli okukhava, ukuphendula kwemvamisa, njll.).
  11. Ukulahlekelwa ukuzwa Ukuchayeka emazingeni aphezulu omsindo kungabangela ukulahlekelwa ukuzwa unomphela. Izinga lokucindezela kwe-acoustic eliholela ekulahlekelweni kwezindlebe lihlukile kumuntu nomuntu futhi lincike esikhathini sokuchayeka. Ukuze uvimbele ukuchayeka okungaba yingozi kumazinga aphezulu okucindezela kwe-acoustic, noma ubani ovezwe kulawa mazinga kufanele asebenzise izisetshenziswa zokuvikela ezanele. Uma i-transducer ekwazi ukukhiqiza amazinga aphezulu omsindo isetshenziswa, ngakho-ke kuyadingeka ukufaka ama-ear plug noma ama-earphone avikelayo. Bona ukucaciswa kobuchwepheshe bemanuwali ukuze wazi izinga eliphezulu lokucindezela komsindo.

AMANOTHI ABALULEKILE
Ukuze uvimbele ukuvela komsindo kumakhebuli wesignali wolayini, sebenzisa amakhebuli ahloliwe kuphela futhi ugweme ukuwabeka eduze:

  • Izisetshenziswa ezikhiqiza izinkambu ze-electromagnetic eziqine kakhulu.
  • Izintambo zamandla.
  • Imigqa yesikhulisazwi.

Izinto ezisetshenziswayo ezicatshangelwa kule manuwali zingasetshenziswa ezindaweni zikazibuthe E1 kuya ku-E3 njengoba kucaciswe ku-EN 55103-1/2: 2009. Beka lo mkhiqizo kude nanoma yimiphi imithombo yokushisa futhi uhlale uqinisekisa ukuzungeza komoya okwanele okuwuzungezile.

  • Ungalayishi kakhulu lo mkhiqizo isikhathi eside.
  • Ungalokothi uphoqe izinto zokulawula (okhiye, izinkinobho, njll.).
  • Ungasebenzisi izincibilikisi, utshwala, i-benzene, noma ezinye izinto eziguquguqukayo ukuhlanza izingxenye zangaphandle zalo mkhiqizo.

AMANOTHI ABALULEKILE
Ngaphambi kokuxhuma nokusebenzisa lo mkhiqizo, sicela ufunde leli bhukwana lemiyalo ngokucophelela futhi uligcine likhona ukuze lisetshenziswe esikhathini esizayo. Imanuwali kufanele ithathwe njengengxenye ebalulekile yalo mkhiqizo futhi kufanele ihambisane nayo uma ishintsha ubunikazi njengesithenjwa sokufakwa nokusetshenziswa okulungile kanye nezinyathelo zokuphepha. I-RCF SpA ngeke ithathe noma yimuphi umthwalo ngokufaka okungalungile kanye/noma ukusetshenziswa kwalo mkhiqizo.
ISEXWAYISO: ukuvimbela izingozi zokushaqeka kukagesi, ungaxhumi kugesi wamapayipi ngesikhathi kukhishwa igrille.

ULWAZI LOMKHIQIZO
Umqondo walesi sipikha esiyingqayizivele usuka embonini yezokuvakasha, uletha ikhabethe elihlangene lonke ulwazi lomsindo wochwepheshe we-RCF. Iphimbo lingokwemvelo, umsindo ucacile emabangeni amade, futhi amandla e-SPL azinzile emazingeni aphezulu kakhulu. Ama-transducer e-RCF Precision ahlomisa i-D LINE sekungamashumi eminyaka emelela ukusebenza kokugcina, ukuphatha amandla okuphezulu kakhulu, kanye nobuchwepheshe obuthuthuke kakhulu embonini yobungcweti neyokuvakasha. I-woofer enamandla amakhulu iletha i-punchy bass enembe ngokwedlulele futhi umshayeli wokucindezela owenziwe ngokwezifiso unikeza i-midrange esobala nokwethembeka okwedlulele.

Amandla e-RCF Class-D ampubuchwepheshe be-lifier bupakisha ukusebenza okukhulu okusebenza kahle kakhulu kusixazululo esingasindi. I-D-LINE ampama-lifiers aletha ukuhlasela okusheshayo, impendulo yesikhashana engokoqobo, nokusebenza komsindo okuhlaba umxhwele. I-DSP ehlanganisiwe ilawula i-crossover, i-equalization, i-soft limiter, i-compressor, kanye ne-dynamic bass boost. Amakhabethe e-D LINE abunjwe phezu kwezinto ezikhethekile eziyinhlanganisela ye-polypropylene eklanyelwe ukwenza dampen ukudlidliza phansi ngisho nakuzilungiselelo zevolumu ephezulu. Ukusuka ekubumbeni kuya ekuthunjweni kokugcina, i-D LINE inikeza ukuthembeka okukhulu namandla okusetshenziswa kakhulu emgwaqeni.

I-HDL20-A ne-HDL10-A amamojula esikhulisazwi esinendlela engu-2 ahlangene kakhulu, asebenza ngokwawo. I-700-watt Class-D amp amamojula afanisa ngokunembile amabhodi okufakwayo wesignali yedijithali yekhwalithi ephezulu enezimpendulo zokuhlunga ezinembile, eziyinkimbinkimbi eziphumela ekukhiqizeni okungokwemvelo, okunemininingwane kwemiklamo engcono kakhulu yokukhipha imisebe eqondile. Ziyinketho ekahle uma ukusebenza kohlu lomugqa kudingekile kodwa usayizi wendawo awudingi izici zokuphonswa isikhathi eside zemigqa emikhulu futhi ukusetha okusheshayo nokulula kuyadingeka. Izipikha ziletha ukuphatha kwamandla angavamile, ukucaca, ukuguquguquka, nomsindo omuhle ngephakheji elihlangene, eliphatheka kalula, nelithengekayo.

ISIQEPHU SOKUFAKA SIYAHLINZEKA

  • Izixhumi ze-XLR;
  • KU-XLR Jack combo
  • ukulawula umthamo wesistimu;
  • 5 ukushintsha ukumisa;
  • 4 isimo LEDs.

I-HDL20-A IYAQHUBEKA UHLELO OLUSEBENZA LWEZINDLELA ezimbili

  • 10” neo woofer, 2,5” ikhoyili yezwi ekucushweni okulayishwe uphondo;
  • 2” phuma, 3” umshayeli wokucindezela ikhoyili yezwi neo;
  • 100° x 15°, i-engeli yokufakwa kokuqondisa okungashintshi.

I-HDL10-A IYAQHUBEKA UHLELO OLUSEBENZA LWEZINDLELA ezimbili

  • 8” neo woofer, 2,0” ikhoyili yezwi ekucushweni okulayishwe uphondo;
  • 2” phuma, 2,5” umshayeli wokucindezela ikhoyili yezwi neo;
  • 100° x 15°, i-engeli yokufakwa kokuqondisa okungashintshi.

THE AMPLIFIER ISIGABA IZICI

  • 700 Watt ukushintsha amandla module;
  • 500 Watt digital-frequency ephansi ampi-lifier module;
  • 200 Watt high-frequency digital ampi-lifier module;
  • ibhasi ye-capacitor eyengeziwe ekwazi ukusekela i-voltage ye-100 ms amasignali aqhumayo.

Isamba samandla okunikezwa kwamandla atholakalayo singama-watts angu-700 futhi singasatshalaliswa kowamanqamu angu-2 ampizingxenye ze-lifier. Ngamunye ampingxenye ye-lifier inamandla aphezulu aphezulu okukhipha amandla okuhlinzeka, uma kunesidingo, ukuqhuma okuphezulu okukhiphayo ebangeni elithile lefrikhwensi.

I-HDL20-A, HDL10-A AMAMODULE OKULUNGILEYO OKUSEBENZA

RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (1)

IZIDINGO ZAMANDLA NOKUSETHA
I-HDL line array Systems yakhelwe ukusebenza ezimeni ezinobutha nezifunayo. Noma kunjalo, kubalulekile ukunakekela ngokwedlulele amandla kagesi e-AC futhi usethe ukusatshalaliswa kwamandla okufanele. I-HDL line array Systems yakhelwe ukuthi IGROUNDED. Njalo sebenzisa uxhumano olusekelwe phansi. Idatha ye-HDL ampama-lifiers aklanyelwe ukusebenza ngaphakathi kwe-AC Voltage imikhawulo: 230 V NOMINAL VOLTAGE: ubuncane bevolumutage 185 V, umthamo omkhulutage 260 V 115 V NOMINAL VOLTAGE: ubuncane bevolumutage 95 V, umthamo omkhulutage 132 V. Uma i-voltage ingena ngaphansi kwevolumu encane evunyelwetage uhlelo luyeka ukusebenza Uma i-voltagu-e uya phezulu kunomthamo omkhulu owamukelwetage uhlelo lungalimala kakhulu. Ukuze uthole ukusebenza okuhle kakhulu ohlelweni voltage kumele yehle ngokusemandleni.

Qiniseka ukuthi wonke amasistimu asekelwe kahle. Wonke amaphuzu aphansi azoxhunywa endaweni efanayo ye-ground node. Lokhu kuzothuthukisa ukunciphisa ama-hums kusistimu yomsindo. Imojula ihlinzekwa nge-Powercon outlet yokuhlanganisa amanye amamojula. Inombolo enkulu yamamojula angenzeka ku-daisy chain ngu-16 (ISHUMI LESITHUPHA) NOMA 4 HDL 18-AS + 8 HDL 20-A MAXIMUM OF 8 HDL18-A.

Inani eliphakeme lamamojula ochungechungeni lwedaisy lizodlula izilinganiso eziphezulu zesixhumi se-Powercon futhi lidale isimo esingaba yingozi. Uma amasistimu omugqa we-HDL enikwa amandla kusukela ekusabalaliseni amandla kwezigaba ezintathu kubaluleke kakhulu ukugcina ibhalansi enhle ekulayisheni kwesigaba ngasinye samandla e-AC. Kubaluleke kakhulu ukufaka ama-subwoofers namasathelayithi ekubalweni kokusabalalisa amandla: womabili ama-subwoofers namasathelayithi azosatshalaliswa phakathi kwezigaba ezintathu.

AMAKHEBILI E-AC AMAKHETHA E-DAISY

RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (2)

IPHANSI LASEMUVA

RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (3)

  1. I-XLR INPUT (BAL/UNBAL). Isistimu yamukela izixhumi zokufaka ze-XLR/Jack zesilisa ezinamasignali zeleveli asuka ku-mixing console noma omunye umthombo wesiginali.
  2. Xhumanisa Okukhiphayo kwe-XLR. Isixhumi sowesilisa se-XLR esiphumayo sinikeza i-loop trough yezikhulumi ze-daisy chaining.
  3. UMQULU. Ilawula ivolumu yamandla ampi-lifier. Izinga lokulawula lisukela ku- - (ukunciphisa ubuningi) kuye ezingeni le-MAX ∞ (umphumela omkhulu).
  4. INKOMBA YAMANDLA. Amandla kusikhombi. Uma intambo yamandla ixhunyiwe futhi iswishi yamandla ivuliwe le nkomba ikhanyisa ngokuluhlaza.
  5. INkomba. Isikhombi sesignali sikhanyisa ngokuluhlaza uma kukhona isignali ekhona kokokufaka kwe-XLR enkulu.
  6. ISIKHOMBI SOKUKHAWULA. I ampI-lifier inomjikelezo okhawulelwe owakhelwe ngaphakathi ukuvimbela ukunqunywa kwe- ampama-lifiers noma ukushayela ngokweqile ama-transducer. Uma i-peak clipping circuit isebenza i-LED icwayiza ngokusawolintshi. Kulungile uma umkhawulo we-LED ucwayiza ngezikhathi ezithile. Uma i-LED icwayiza njalo noma ikhanya ngokuqhubekayo, yehlisa izinga lesignali. I ampI-lifier inomkhawulo owakhelwe ngaphakathi we-RMS. Uma isikhawuli se-RMS sisebenza izibani ze-LED zibomvu. Umkhawulo we-RMS unenjongo yokuvimbela ukulimala kuma-transducer. Isipikha ngeke sisetshenziswe nesibonisi somkhawulo esibomvu, ukusebenza okuqhubekayo ngokuvikelwa kwe-RMS okusebenzayo kungabangela ukulimala kusipika.
  7. HF. Iswishi inika ithuba lokusetha ukulungiswa kwe-high-frequency kuye ngebanga eliqondiwe (ukulungiswa kokumuncwa komoya):
    • EDUZE (isetshenziselwa izinhlelo zokusebenza ze-pole mount noma insimu eseduze)
    • FAR (yenkambu ekude kakhulu).
  8. I-CLUSTER. Inhlanganisela yamaswishi angu-2 inikeza amathuba angu-4 okulungiswa kwefrikhwensi yamaphakathi nephansi kuye ngosayizi weqoqo.
    • Amamojula angu-2-3 (asetshenziselwa izinhlelo zokusebenza zokukhweza kanye nokupakishwa komhlabathi)
    • Amamojula angu-4-6 (amasistimu amancane andizayo)
    • Amamojula angama-7-9 (amasistimu andizayo amaphakathi)
    • Amamojula ayi-10-16 (ukumiswa okuphezulu okundiza).
  9. UKUGOBUKA OKUPHEZULU. Iswishi inika ithuba elengeziwe lokukhulisa amaza amaphakathi kuye ngokucushwa kweqoqo eligobile eliphezulu lezingcezu ezimbalwa.
    • KUVALIWE (ukulungisa okungasebenzi)
    • VULIWE (okwezinhlu eziphezulu ezigobile zezingcezu ezimbalwa ze-HDL20-A noma i-HDL10-A).
    •  NGAPHAKATHI. Iswishi inikeza ithuba elingeziwe lokusetha ukulungiswa kwefrikhwensi ephansi kuye ngokusetshenziswa kwangaphakathi/kwangaphandle, ukunxephezela ukuzumeka kwegumbi ekuncipheni.
    • VALIWE (ukulungiswa okusebenzayo) |
    • VULIWE (ukulungiswa kwamagumbi angaphakathi anomsindo).
  10. I-AC POWERCON RECEPACLE. I-RCF D LINE isebenzisa i-POWERCON yokukhiya amapayipi amakhulu we-AC angu-3. Ngaso sonke isikhathi sebenzisa intambo yamandla ethile ehlinzekwe kuphakheji. I-AC POWERCON LINK RECEPACLE. Sebenzisa lesi sisetshenziswa ukuxhuma iyunithi eyodwa noma ngaphezulu. Ngaso sonke isikhathi qiniseka ukuthi umkhawulo wemfuneko yamanje aweqi umkhawulo wamanje owamukelwe we-POWERCON. Uma ungabaza shayela i-RCF SERVICE CENTRE eseduze kakhulu.
  11. UKUSHINTSHA KWAMANDLA OKUKHULU. Iswishi yamandla ivula futhi UVALE amandla e-AC. Qiniseka ukuthi i-VOLUME isethwe ukuze ithi - uma uvula isipikha. I-FUSE.
    Izixhumi ze-XLR zisebenzisa izinga elilandelayo le-AES:
    • I-PIN 1 = PHANSI (ISIHLALO)RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (4)
    • I-PIN 2 = ISHISILE (+)
    • I-PIN 3 = IBANDA (-)

IZIXHUMANO

Kuleli qophelo, ungakwazi ukuxhuma ikhebula lokuphakela amandla kanye nekhebula lesignali, kodwa ngaphambi kokuvula isipika qinisekisa ukuthi isilawuli sevolumu sisezingeni eliphansi (ngisho nokuphuma kwe-mixer). I-mixer kufanele ibe isivele IVULIWE ngaphambi kokuvula isipikha. Lokhu kuzogwema ukulimala kwezipikha kanye “namabhampa” anomsindo ngenxa yokuvula izingxenye zeketango lomsindo. Kungumkhuba omuhle ukuthi uhlale uvule izipikha ekugcineni futhi uzicime ngokushesha ngemva kombukiso. Manje UNGAVULA isipikha futhi ulungise isilawuli sevolumu sibe sezingeni elifanele.
ISEXWAYISO: Ngaso sonke isikhathi qiniseka ukuthi umkhawulo wemfuneko yamanje aweqi umkhawulo wamanje owamukelwe we-POWERCON. Uma ungabaza shayela i-RCF SERVICE CENTRE eseduze kakhulu.

  • 230 Volt, 50 Hz UKUSETHA: FUSE VALUE T3,15A – 250V
  • 115 Volt, 60 Hz UKUSETHA: FUSE VALUE T6, 30A – 250V

I-VOLTAGUKUSETHA (KUGCINWE I-RCF SERVICE CENTRE)
Isignali yomsindo ingaboshwa ngeketango kusetshenziswa iluphu ye-XLR yesilisa ngezixhumi. Umthombo womsindo owodwa ungashayela amamojula esipikha amaningi (njengesiteshi esigcwele kwesokunxele noma kwesokudla esenziwe ngamamojula esipikha angu-8-16); qiniseka ukuthi idivayisi yomthombo ingashayela umthwalo we-impedance owenziwe ngamasekethe okokufaka wemojuli ngokuhambisana. Isekhethi yokufaka yomugqa we-HDL iphrezenta okokufaka okungu-100 KOhm. Isamba se-impedance yokokufaka esibonwa njengomthwalo ovela kumthombo womsindo (isb. isihlanganisi somsindo) kuzoba:

  • i-impedance yokufaka yesistimu = 100 KOhm / inombolo yamasekhethi okokufaka ngokuhambisana.
  • Ukuphazamiseka kokukhiphayo okudingekayo komthombo womsindo (isb. isihlanganisi somsindo) kuzoba:
  • i-impedance yokuphuma komthombo> I-impedance yokufaka yesistimu eyi-10;
  • njalo uqinisekisa ukuthi izintambo ze-XLR ezisetshenziselwa ukondla isignali yomsindo ohlelweni yilezi:
  • izintambo zomsindo ezilinganiselwe;
  • izintambo esigabeni.
  • Ikhebula elilodwa elinesici lingathinta ukusebenza kohlelo lonke!

POLE NE-TRIPOD SAFETY

RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (5)RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (6)

IZIXWAYISO
I-HDL iyisistimu eguquguqukayo engasetshenziswa ezinhlelweni ezisekelwa phansi noma ezimisiwe. Ulwazi olulandelayo luzokusiza ukuthi usethe isistimu yakho ye-HDL ngokuphepha nangempumelelo. Uma usebenzisa izitendi noma izigxobo, qiniseka ukuthi ulandela izinyathelo zokuphepha ezilandelayo:

  • Bheka ukuma kwestendi noma kwepali ukuze uqiniseke ukuthi idivayisi yakhelwe ukuxhasa isisindo sesipika. Bheka zonke izindlela zokuphepha ezichazwe ngumenzi.
  • Qiniseka ukuthi indawo lapho isistimu izobekwa khona iyisicaba, izinzile, futhi iqinile.
  • Hlola isitendi (noma isigxobo kanye nezingxenyekazi zekhompuyutha ezihambisanayo) ngaphambi kokusetshenziswa ngakunye futhi ungasebenzisi izinto ezisetshenziswayo ezinezingxenye ezigugile, ezilimele, noma ezingekho.
  • Ungazami ukubeka izipika ezingaphezu kwezimbili ze-HDL esitendi noma esigxotsheni.
  • Uma ukhweza izipikha ezimbili ze-HDL esigxotsheni noma esigxotsheni sezintathu, izingxenyekazi zekhompuyutha ezihlanganisiwe kufanele zisetshenziselwe ukuvikela izipikha kwesinye.
  • Hlala uqaphile lapho uphakela isistimu ngaphandle. Imimoya engalindelekile ingase iwise uhlelo. Gwema ukunamathisela izibhengezo noma izinto ezifanayo kunoma iyiphi ingxenye yesistimu yesipikha.
  • Okunamathiselwe okunjalo kungasebenza njengeseyili futhi kuwise isistimu. I-HDL eyodwa ingase isetshenziselwe isitendi se-tripod (AC S260) noma esigxotsheni (AC PMA) phezu kwe-D yayo.
  • LINE Uchungechunge subwoofers. Ukusetshenziswa kwe-subwoofer kuyatuswa ezinhlelweni ezidinga amandla amaningi efrikhwensi ephansi kanye nesandiso futhi kudinga isigxobo (PN 13360110).

Ngokuvamile, iswishi yeqoqo kuphaneli yokufaka kufanele isethelwe endaweni engu-2-3 kanye ne-HF ibe DUZE lapho kusetshenziswa isipikha esisodwa. Ukusetshenziswa kweswishi endlini kuncike ekubekweni kwesipika. Beka isipikha esigxotsheni noma i-tripod usebenzisa ihadiwe yaso IBHA LIGHT LIGHT HDL20-A (PN 13360229) noma IBHATHI LOKUKHANYA HDL10-A (PN 13360276) njengoba kuboniswe esithombeni esilandelayo.

  • Ukumisa imithwalo kufanele kwenziwe ngokuqapha okukhulu.
  • Lapho ukhipha isistimu hlala ugqoke izigqoko zokuzivikela nezicathulo.
  • Ungalokothi uvumele abantu ukuthi badlule ngaphansi kwesistimu phakathi nenqubo yokufaka.
  • Ungalokothi ushiye isistimu ingagadiwe phakathi nenqubo yokufaka.
  • Ungalokothi ufake isistimu ezindaweni lapho umphakathi ungafinyelela khona.
  • Ungalokothi unamathisele eminye imithwalo kusistimu yamalungu afanayo.
  • Ungalokothi ugibele isistimu ngesikhathi noma ngemva kokufakwa.
  • Ungalokothi uveze isistimu emithwalweni eyengeziwe edalwe umoya noma iqhwa.
  • ISEXWAYISO: Uhlelo kumele luqiniswe yimithetho neziqondiso zezwe lapho uhlelo lusetshenziswa khona. Kungumsebenzi womnikazi noma isisetshenziswa sokusebenzisa imishini ukwenza isiqiniseko sokuthi uhlelo lukokotelwe ngendlela efanele yimithetho yezwe kanye nemithetho yendawo.
  • ISEXWAYISO: Ngaso sonke isikhathi hlola ukuthi zonke izingxenye zesistimu yokugebenga ezingahlinzekwa yi-RCF yilezi:
    • efanele isicelo;
    • kugunyazwe, kugunyazwe, futhi kumakwe;
    • kulinganiswe kahle;
    • esimweni esiphelele.
  • ISEXWAYISO: Ikhabhinethi ngayinye isekela umthwalo ogcwele wengxenye yesistimu engezansi. Ikhabethe ngalinye elilodwa lesistimu kufanele lihlolwe kahle.

Isistimu yokumiswa iklanyelwe ukuthi ibe Nezici Zokuphepha ezifanele (kuncike ekulungiseni). Ukusebenzisa isofthiwe "ye-RCF Shape Designer" kulula kakhulu ukuqonda izici zokuphepha nemikhawulo ekucushweni ngakunye ngakunye. Ukuze uqonde kangcono ukuthi yiluphi uhla lokuphepha oomakhenikha abasebenza kulo isingeniso esilula esidingekayo: Oomakhenikha be-HDL bakhiwe nge-UNI EN 10025-95 S 235 JR ne-S 355 JR Steel eqinisekisiwe. I-S 235 JR iyinsimbi yesakhiwo futhi ine-stress-strain (noma i-Force-Deformation) ijika elifana nalokhu okulandelayo.

Ijika libonakala ngamaphuzu amabili abalulekile: i-Break Point kanye ne-Yield Point. Ukucindezeleka kokugcina kumane kuwukucindezelwa okukhulu okufinyelelwe. Ukucindezelwa kokuqina kokugcina kuvame ukusetshenziswa njengenkomba yamandla wento yokwakheka kwesakhiwo, kodwa kufanele kuqashelwe ukuthi ezinye izici zamandla zingase zibaluleke kakhulu. Enye yalezi ngokuqinisekile Amandla Okukhiqiza. Umdwebo wokucindezeleka we-S 235 JR ubonisa ikhefu elibukhali ekucindezelekeni okungaphansi kwamandla okugcina. Kulokhu kucindezeleka okubalulekile, okubalulekile kunwebeka kakhulu ngaphandle koshintsho olubonakalayo ekucindezelekeni. Ukucindezeleka okwenzeka lapho lokhu kubizwa ngokuthi iphoyinti lokukhiqiza.

Ukuguqulwa okuhlala njalo kungase kube yingozi, futhi imboni yamukela u-0.2% we-plastic strain njengomkhawulo ongekho emthethweni obhekwa njengowamukelekayo yizo zonke izikhungo ezilawulayo. Ngokucindezela nokucindezelwa, ingcindezi ehambisanayo kulolu hlobo lwe-offset ichazwa njengesivuno. S 355 J kanye no-S 235 JR amanani esici angu-R=360 [N/mm2] kanye no-R=510 [N/mm2] ukuze Amandla Aphelele futhi Rp0.2=235 [N/mm2] kanye no-Rp0.2=355 [N/ mm2] Yamandla Esivuno. Kusofthiwe yethu yokubikezela, I-Safety Factors ibalwa ngokucabangela Umkhawulo Wokucindezeleka Okukhulu olingana namandla Okukhiqiza, ngokuya ngezindinganiso nemithetho yamazwe ngamazwe. Umphumela we-Safety Factor ubuncane bazo zonke izici zokuphepha ezibaliwe, kusixhumanisi ngasinye noma iphinikhodi. Lapha yilapho usebenza nge-SF=4:

Kuya ngemithetho yezokuphepha yendawo kanye nesimo isici sokuphepha esidingekayo singahluka. Kungumsebenzi womnikazi noma isisetshenziswa sokusebenzisa imishini ukwenza isiqiniseko sokuthi uhlelo lukokotelwe ngendlela efanele yimithetho yezwe kanye nemithetho yendawo. Isofthiwe "ye-RCF Shape Designer" inikeza ulwazi oluningiliziwe mayelana nesici sokuphepha ekucushweni ngakunye ngakunye. Isici sokuphepha siwumphumela wamandla asebenza kumabha wokundiza kanye nezixhumanisi zesistimu zangaphambili nangemuva namaphini futhi kuncike ezintweni eziningi eziguquguqukayo: – inani lamakhabethe;

I-RCF SHAPE DESIGNER” SOFTWARE NEQINISO LOKUPHEPHA

RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (7)

  • fly bar angles
  • ama-engeli ukusuka emakhabetheni kuya emakhabetheni. Uma okuhlukile okukhonjiwe kushintsha isici sokuphepha

KUMELE ibalwe kabusha kusetshenziswa isoftware ngaphambi kokuqola uhlelo. Uma kwenzeka i-fly bar ithathwa kumamothoni angu-2 qiniseka ukuthi i-engeli ye-fly bar ilungile. I-engeli ehlukile kune-engeli esetshenziswe kusofthiwe yokuqagela ingaba yingozi kakhulu. Ungalokothi uvumele abantu ukuthi bahlale noma badlule ngaphansi kwesistimu phakathi nenqubo yokufaka. Uma ibha yokundiza itshekile ikakhulukazi noma uhlu lugobile kakhulu isikhungo samandla adonsela phansi singasuka kuzixhumanisi ezingemuva. Kulokhu, izixhumanisi zangaphambili zicindezelwe futhi izixhumanisi zangemuva zisekela isisindo esiphelele sesistimu kanye nokucindezelwa kwangaphambili. Ngaso sonke isikhathi hlola ngokucophelela nge-software "ye-RCF Shape Designer" yazo zonke lezi zinhlobo zezimo (ngisho nenani elincane lamakhabethe).

INANI ELININGI LEZIKHULUMI ANGASE ZIMISELWE UKUSETSHENZISWA
UHLAKA I-HDL20-A yilo:

  • n° 16 HDL20-A;
  • n° 8 HDL18-AS;
  • n° 4 HDL 18-AS + 8 (ESISHIYAGALOMBILI) HDL 20-A UKUSEBENZISA ISIXHUMANO ESIYISISEKELO IBHA HDL20-HDL18-AS

INANI ELININGI LEZIKHULUMI ANGASE ZIMISELWE UKUSETSHENZISWA
UHLAKA I-HDL10-A yilo:

  • n° 16 HDL10-A;
  • n° 8 HDL15-AS;
  • n° 4 HDL 15-AS + 8 (ESISHIYAGALOMBILI) HDL 10-A UKUSEBENZISA ISIXHUMANO ESIYISISEKELO IBHA HDL10-HDL15-AS

I-HDL FLY BAR

RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (8)RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (9)

IZICI ZE-HDL FLY BAR:

  1. IBAKA ELINDIZA PHAMBILI. Ukukhweza ngaphambili.
    I-PINHOLE ESHESHAYO. Ukukhweza ngaphambili (okuzosetshenziselwa ukukhiya ubakaki wangaphambili ngaphambi kokufakwa). UBAKASHI PHAMBILI – IZIMBOBO ZOKUTHUTHA. AMAPHUZU OKUPHAKATHI OKUTHATHA. Indawo yokuthatha i-asymmetric futhi ingalingana ezindaweni ezimbili (A no-B).
    • Indawo iletha iketanga ngaphambili.
    • Ukuma kwe-B kuvumela isinyathelo esimaphakathi kusetshenziswa izimbobo zokulungisa ezifanayo.
    • Hambisa ubakaki wokuthatha uwuyise endaweni ephakanyiswe Umklami Womumo we-RCF.
    • Lungisa i-pickup bracket ngezikhonkwane ezimbili ku-lanyard yabakaki ukuze ukhiye i-pickup
  2. Hlola ukuthi zonke izikhonkwane zivikelekile futhi zikhiyiwe.
    • Ukwehliswa kwesistimu kulandela inqubo:
    • I-RIGING CHAIN ​​HOIST.
    • ISHACKLE ESIQINISEKILE.RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (10)RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (11)RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (12)
    • INDIZA IBHA.
  3. Xhuma ifly-bar F ku-chain hoist H (o motors) usebenzisa iketango eqinisekisiwe.
    • Vikela intambo.
    • Xhuma iphinikhodi yesibili kubakaki bangaphambili ukuze uqinisekise ukuthi abakaki abaxhumayo bame mpo.
    • Xhuma ubakaki wangaphambili kukhabethe lokuqala le-HD usebenzisa izikhonkwane zokukhiya ezisheshayo ezingu-2.
    • UKUSEBENZISA I-FLY BAR HDL 20 LIGHT (PN 13360229) KUVUMELEKILE UKUXHUMANA AMA-MODULES APHEZULU KA-4 HDL 20-A.
    • UKUSEBENZISA I-FLY BAR HDL 10 LIGHT (PN 13360276) KUVUMELEKILE UKUXHUMANA AMA-MODULES APHEZULU KA-6 HDL 10-A.
  4. Buyela emuva bese uxhuma ubakaki ongemuva ongu-1 kubha yokundiza usebenzisa izikhonkwane zokukhiya ezisheshayo ezi-2. I-HDL yokuqala kufanele ilungiswe njalo iqala ku-0° mayelana nohlaka. Awekho amanye ama-engeli avunyelwe.RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (13)RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (14)
  5. Xhuma ikhabethe lesibili kweyokuqala njalo uqale kubakaki abangaphambili abangu-2.
  6. Hlehlisa futhi uxhume ubakaki ongemuva wekhabethe lesibili usebenzisa imbobo ye-engeli efanele.
  7. Xhuma wonke amanye amakhabethe ngokulandela inqubo efanayo futhi uxhume ikhabethe elilodwa isikhathi ngasinye

I-ARRAY SYSTEMS DESIGN

I-HDL ivumela abasebenzisi ukuthi bakhethe ekulungiseni okuhlukile kobuso nobuso ukuze bakhe amalungu afanayo ane-curvature ehlukahlukene. Ngakho-ke, abaklami bangakha ama-arrays ahambisana ngokwezifiso nochwepheshe wendawo ngayinyefile.
Indlela eyisisekelo yokuklama uhlu incike ezintweni ezintathu:

  • Inombolo Yezinto Eziwuhlu;
  • Ama-engeli wokudlala aqondile;
  • Ukumbozwa Okuvundlile.

Ukunquma inani lezinto okufanele zisetshenziswe kubalulekile: inani lama-elementi lithinta kakhulu i-SPL etholakala ohlelweni kanye nokufana kokufakwa kuzo zombili i-SPL kanye nempendulo yemvamisa. Inani lama-elementi lithinta kakhulu ukuqondisa kumaza aphansi. Isibalo esilandelayo esilula sisebenza njengesilinganiso sezindiza zokulalela eziyisicaba. Ukumboza (x) ≈ 8n (m) Ibanga lokumboza liyadingeka = x (amamitha). Ukushintsha ama-engeli e-splay phakathi kwamakhabethe kunomthelela obalulekile ekumbozweni okuqondile kwamafrikhwensi aphezulu, okuholela ekutheni ama-engeli anciphile aqondile akhiqiza i-beamidth ephezulu eqondile engu-Q, kuyilapho i-splay ebanzi yehlisa i-Q kumafrikhwensi aphezulu. Ngokuvamile, ama-engeli e-splay awathinti ukumbozwa okuqondile kumafrikhwensi aphansi.

Idizayini yesistimu yohlu olugobile ingafingqwa kanje:

  • I-HDL eyisicaba yezingxenye zokujikijela isikhathi eside;
  • ukwandisa ukugoba njengoba ibanga lincipha;
  • engeza ezinye izivalo ukuze uthole okukhiphayo okwengeziwe.

Le ndlela igxilisa ama-transducer amaningi afakwe ezimpondweni zokujikijela isikhathi eside esihlalweni esikude kakhulu, kancane kancane egxila kuma-transducer ambalwa njengoba ibanga lincipha. Inqobo nje uma umthetho wokungabi negebe usagciniwe, amalungu afanayo akhiwe ngokwale migomo azohlinzeka ngisho ne-SPL kanye nomlingiswa we-sonic ongashintshi kuyo yonke indawo ngaphandle kokudinga ukucubungula okuyinkimbinkimbi. Le ndlela, lapho inani elifanayo lamandla e-acoustic lisakazwa phezu kwe-engeli enkulu noma encane eqondile kuye ngokujikijela okudingekile, ngokuvamile inezinjongo ezilandelayo:

  • ngisho ukumbozwa okuvundlile nokuma mpo;
  • i-SPL efanayo;
  • impendulo yefrikhwensi efanayo;
  • I-SPL eyanele yohlelo lokusebenza.

Le ngxoxo imele, yebo, indlela eyisisekelo nje. Ngokunikezwa ngezinhlobonhlobo ezingapheli zezindawo nabadlali, abasebenzisi bazozithola bedinga ukuxazulula izinkinga ezithile ezimeni ezithile. Isofthiwe ye-RCF Shape Designer iklanyelwe ukusiza ukubala ama-engeli aphelele wokusplay, ama-engeli ahlosiwe, namaphoyinti okukhethwa kwebha yokundiza (okubalulekile ekuqondiseni amalungu afanayo) wendawo ethile, okuzochazwa kamuva kulo mhlahlandlela.

I-SOFTWARE OKULULA UMUMO WOKUQINA
Isofthiwe yathuthukiswa ngeMatlab 2015b futhi idinga imitapo yolwazi yokuhlela yeMatlab. Lapho umsebenzisi wokuqala efaka kufanele abhekisele kuphakheji yokufaka, etholakala ku-RCF webindawo, equkethe i-Matlab Runtime (ver. 9) noma iphakheji yokufaka ezolanda i-Runtime kusuka ku- web. Uma imitapo yolwazi isifakwe kahle, kuzo zonke izinguqulo ezilandelayo zesofthiwe umsebenzisi angadawuniloda ngokuqondile uhlelo lokusebenza ngaphandle kwe-Runtime. Izinguqulo ezimbili, i-32-bit, ne-64-bit, ziyatholakala ukuze zilandwe.
KUBALULEKILE: UMatlab ayisasekeli i-Windows XP futhi yingakho i-RCF Easy Shape Designer (32-bit) ayisebenzi ngale nguqulo ye-OS. Ungalinda imizuzwana embalwa ngemva kokuchofoza kabili kusifaki ngoba isofthiwe ibheka ukuthi iMatlab Libraries iyatholakala yini. Ngemva kwalesi sinyathelo, ukufakwa kuqala. Chofoza kabili isifaki sokugcina (hlola ukukhishwa kokugcina esigabeni sokulanda sethu website) bese ulandela izinyathelo ezilandelayo. Ngemva kokukhethwa kwamafolda esofthiwe ye-RCF Easy Shape Designer (Umfanekiso 2) kanye nesikhathi sokusebenza kweMatlab Libraries, isifaki sithatha imizuzu embalwa ngenqubo yokufaka.

RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (16)RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (17)RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (18)RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (19)RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (20)

Isofthiwe ye-RCF Easy Shape Designer ihlukaniswe yaba izigaba ezimbili ezinkulu: ingxenye engakwesokunxele yesixhumi esibonakalayo inikezelwe eziguquguqukayo zephrojekthi kanye nedatha (ubukhulu bezethameli ukumboza ubude, inani lamamojula, njll.), ingxenye efanele ibonisa imiphumela yokucubungula. Ekuqaleni, umsebenzisi kufanele ethule idatha yezethameli ekhetha imenyu efanele ye-pop-up kuye ngosayizi wezethameli kanye nokwethula idatha yejiyomethri. Kuyenzeka futhi ukuchaza ukuphakama komlaleli. Isinyathelo sesibili incazelo ye-array ekhetha inani lamakhabethe ohlwini, ubude bokulenga, inani lamaphoyinti okulenga, kanye nohlobo lwamabha atholakalayo. Lapho ukhetha amaphuzu amabili alengayo cabanga ngalawo maphuzu abekwe ku-flybar extremes. Ukuphakama kwe-array kufanele kubhekiswe ohlangothini olungezansi lwebha yokundiza, njengoba kuboniswe esithombeni esingezansi.

Ngemva kokufaka konke okokufaka kwedatha engxenyeni engakwesokunxele yesixhumi esibonakalayo somsebenzisi, ngokucindezela inkinobho ethi AUTOPLAY isofthiwe izokwenza:

RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (21)

  • Iphoyinti lokulenga leketango elinendawo engu-A noma engu-B libonisa uma kukhethwa indawo eyodwa yokulandwa, ngemuva, nomthwalo wangaphambili uma kukhethwa amaphuzu amabili wokulandwa.
  • I-engeli yokutsheka kwe-Flybar kanye nama-engeli ekhabhinethi (ama-engeli okufanele siwabeke kukhabethe ngalinye ngaphambi kokuphakamisa imisebenzi).RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (22)
  • Ukuthambekela okuzothathwa yikhabhinethi ngayinye (uma kwenzeka kube nendawo eyodwa yokucosha) noma okuzodingeka sikuthathe uma sizotshekisa iqoqo sisebenzisa izinjini ezimbili. (amaphoyinti amabili wokuqoqa).
  • Isamba somthwalo kanye nesibalo Sesici Sokuphepha: uma ukusetha okukhethiwe kungakunikezi Isici sokuphepha > 1.5 Umyalezo obhaliwe ubonisa ngombala obomvu ukwehluleka ukuhlangabezana nezimo ezincane zokuphepha komshini.
  • I-Low-Frequency Presets (ukusetha ngaphambilini okukodwa kwawo wonke amalungu afanayo) ngokusetshenziswa kwe-RDNet noma ukusetshenziswa kweknob yephaneli engemuva (“Local”).RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (23)
  • I-High-Frequency Presets (ukusetha ngaphambilini kwayo yonke imojuli yamalungu afanayo) yokusetshenziswa kwe-RDNet noma ukusetshenziswa kweknob yephaneli engemuva (“Local”).

UKULUNGISA UHLU

AMASU OKULINGANA OKUPHEZULU KAKHULU
Uma idizayini (inani lezakhi nama-engeli aqondile we-splay) isiklanywe kusetshenziswa isofthiwe ye-Shape Designer, ungakwazi ukuthuthukisa amalungu afanayo ngempumelelo kuye ngendawo ezungezile nohlelo ngokuyishayela usebenzisa ukusetha ngaphambilini okuhlukile kwe-DSP okugcinwe ebhodini. Ngokuvamile amalungu afanayo ahlukaniswa abe izingxenye ezimbili noma ezintathu kuye ngedizayini nosayizi wamalungu afanayo. Ukuthuthukisa kanye ne-EQ yamalungu afanayo, amaqhinga ahlukene asetshenziswa kumafrikhwensi aphezulu (ukuphonswa okude nokuphonswa okufushane) namafrikhwensi aphansi. Uma ibanga lide, kulapho kuncipha khona kumaza aphezulu. Ngokuvamile, amafrikhwensi aphezulu adinga ukulungiswa ukuze anxephezele amandla alahlekayo ngebanga; ukulungiswa okudingekayo kuvame ukulingana nebanga kanye nokumuncwa komoya we-high-frequency. Eduze nenkundla emaphakathi, ukumuncwa komoya akucishe kube bucayi kakhulu; kule ndawo, amaza aphezulu adinga ukulungiswa okwengeziwe okwengeziwe. Isibalo esilandelayo sibonisa ukulingana okuhambisana nezilungiselelo ze-HF ze-NEAR ne-FAR:

RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (24)

Nakuba iziqondiso zamagagasi zihlinzeka ngokulawula okuhlukene ezindaweni ezihlukahlukene ezihlanganisa imvamisa emaphakathi kuya phezulu, ingxenye yefrikhwensi ephansi yohlu lwe-HDL sisadinga ukuhlanganisa ndawonye - ngokulinganayo. ampi-litude nesigaba - ukuzuza isiqondiso esingcono. Ukuqondiswa kwemvamisa ephansi akuncikile kuma-engeli ahlobene we-splay futhi kuncike kakhulu enanini lama-elementi amalungu afanayo. Kumafrikhwensi aphansi, ama-elementi amaningi ohlwini (lapho uhlu lude), yilapho uhlu luba luqonde kakhulu, luhlinzeka nge-SPL eyengeziwe kulobu bubanzi. Ukulawulwa kokuqondisa kwamalungu afanayo kufinyelelwa uma ubude bamalungu afanayo bufana noma bukhulu kunobude begagasi befrikhwensi ekhiqizwa kabusha amalungu afanayo.

Nakuba amalungu afanayo angakwazi (futhi ngokuvamile kufanele) abekwe ukuze kusetshenziswe amajika okulinganisa ahlukene kumafrikhwensi aphezulu, ukulingana okufanayo kufanele kugcinwe kuzo zonke izihlungi zefrikhwensi ephansi. Izilungiselelo ezihlukile zokulinganisa imvamisa ephansi ohlwini olufanayo zizolulaza umthelela wokuhlanganisa ofunekayo. Ngesizathu esifanayo, umehluko wenzuzo awunconyiwe kumalungu afanayo emigqa, njengoba ukulungisa izindawo ezihlukahlukene nge-ovaroli ampUkulawulwa kwe-litude ngayinye kuphumela ekwehleni kwe-headroom ye-Low-frequency kanye nesiqondiso. Kunoma ikuphi, amalungu afanayo olayini ngokuvamile adinga ukulungiswa ukuze anxephezele isamba samandla ekunciphiseni. Isibalo esilandelayo sibonisa ukulingana okuhambisana nezilungiselelo ze-CLUSTER, kubhekiselwa ezinombolweni ezihlukene zezikhulumi ukusuka ku-2-3 kuye ku-10-16. Ukwandisa inani lamakhabhinethi, amajika okuphendula ayehliswa ukuze kunxeshezelwe isigaba esiphansi-imvamisa yokuhlanganisa mutual.

RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (25)

Amamojula e-HDL asengapakishwa phezu kwama-RCF subwoofers kusetshenziswa ibha yokundiza ye-HDL.
I-HDL 20-A i-Subwoofers ehambisanayo:

RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (26)RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (27)RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (28)

  • I-SUB 8004-AS
  • I-SUB 8006-AS
  • I-HDL 18-AS

I-HDL 10-A i-Subwoofers ehambisanayo:

  • I-SUB 8004-ASRCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (29)RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (30)RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (31)RCF-HDL-10-A-Array-Loudspeaker-Modules-fig- (32)
  • I-SUB 8006-AS
  • I-HDL 15-AS
  • I-HDL10-A ne-HDL20-A

UMHLABA USTAKILE

  1. Lungisa ibha yokundiza ye-HDL kwababhalisile njengoba kukhonjisiwe esithombeni.
  2. Ibha yokunqwabelanisa ingeza inani elimisiwe lokutshekela phezulu noma phansi kumamojula e-HDL esitakiselwe phansi, nokunye ukulungisa okungaba khona ngamadigri angu-15 (kusuka ku-+7,5° ukuya -7,5°).
  3. Xhuma ubakaki wangaphambili wekhabethe lokuqala le-HDL usebenzisa izikhonkwane zokukhiya ezisheshayo ezingu-2.
  4. I-baffle yebhokisi elingezansi ohlwini olustakiwe akudingeki ukuthi lihambisane no-s.tage noma uhlaka lwamalungu afanayo. Ingatshekiswa phezulu noma phansi uma uthanda. Ngale ndlela, amalungu afanayo ane-arced angadalwa kalula ukusuka endaweni yesitaki saphansi.
  5. Ibhokisi elingezansi kuhlelo olustakiwe lingatshekiswa ukuze kutholwe amaphethini okumboza afanele (kusuka ku-+7,5 ° kuya ku- -7,5°). Hlehlisa futhi uxhume ibhakhethi yesitaki yangemuva engu-1 endaweni ebiyelwe kuqala usebenzisa imbobo ye-engeli efanele namaphini wokukhiya okusheshayo.
  6. Engeza amakhabethe e-HDL ngalinye ngalinye njengoba kukhonjisiwe ekucushweni okundizayo. Kuze kube nezindawo ezine ze-HDL ezivalekile zingastakwa futhi zixhunywe kusetshenziswa izingxenye ezijwayelekile zokuriga i-D-LINE kanye ne-D-LINE esekelayo njengosekelo lwaphansi.
  7. Kungenzeka ukupakisha izipikha ze-HDL phansi usebenzisa ibha yayo yokundiza njengoba kukhonjisiwe ezithombeni.

IMICIMBI

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Via Raffaello Sanzio, 13
42124 Reggio Emilia – Italy
Ucingo +39 0522 274 411
Ifeksi +39 0522 232 428
i-imeyili: info@rcf.it

Landa i-PDF: I-RCF HDL 10-A Array Imanuwali Yomsebenzisi Wamamojula Wesikhulisazwi

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