RCF HDL 30-A Active Two Way Line Array Module

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INCWADI YOMNINI

I-HDL 30-A HDL 38-AS

IMODYULI ESEBENZAYO YEINDLELA EZIMBINI YOMGCA I-SUBWOOFER
ULUHLU LWEMODULI

INTSHAYELELO

Iimfuno zeenkqubo zanamhlanje zokuqinisa isandi ziphezulu kunangaphambili. Ngaphandle kokusebenza okucocekileyo - amanqanaba aphezulu oxinzelelo lwesandi, ukuqondisa ngokuthe rhoqo kunye nomgangatho ovakalayo wezinye iinkalo zibalulekile kwiinkampani eziqashisayo kunye nemveliso ezifana nokunciphisa ubunzima kunye nokulula kokusetyenziswa ukunyusa ukuthutha kunye nexesha lokukhwabanisa. I-HDL 30-A itshintsha ingqikelelo ye-compact arrays, ibonelela ngokusebenza okuphambili kwimarike eyandisiweyo yabasebenzisi abaqeqeshiweyo.

UKHUSELEKO NGOKUBANZI UMYALELO NEZILUMKISO

INQAKU OLUBALULEKILEYO Phambi kokudibanisa usebenzisa okanye ukurhwasha isistim, nceda ufunde le ncwadana yomyalelo ngononophelo kwaye uyigcine isesandleni ukuze uyisebenzise kwixesha elizayo. Le ncwadana kufuneka ithathelwe ingqalelo njengenxalenye yemveliso kwaye kufuneka ikhaphe inkqubo xa itshintsha ubunini njengesalathiso sofakelo oluchanekileyo nokusetyenziswa kunye nemiqathango yokhuseleko. I-RCF SpA ayizukuthatha naluphi na uxanduva lofakelo olungachanekanga kunye/okanye ukusetyenziswa kwemveliso.
ISILUMKISO · Ukuthintela umngcipheko womlilo okanye umothuko wombane, ungaze usibeke esichengeni esi sixhobo kwimvula okanye ukufuma. · Inkqubo yoluhlu lwemigca ye-HDL kufuneka ikhutshelwe kwaye iqhutywe ngabakhuseli abaziingcali okanye abasebenzi abaqeqeshiweyo ngaphantsi
ukongamela abaqheli beengcali. · Phambi kokurhwaphiliza inkqubo funda ngononophelo le ncwadana.
IMIQATHANGO YOKHUSELEKO 1. Yonke imiqathango yokhuseleko, ngakumbi eyezokhuseleko, mayifundwe ngengqalelo eyodwa, njengoko inika ingqalelo ebalulekileyo.
ulwazi.
Ubonelelo lwamandla oluvela kwii-mains. Iintsika voltage iphezulu ngokwaneleyo ukubandakanya umngcipheko wokubanjwa ngumbane; fakela kwaye uqhagamshele le mveliso phambi kokuyiplaga. Phambi kokunika amandla, qiniseka ukuba lonke uqhagamshelo lwenziwe ngokuchanekileyo kunye nomthamotage yakho engundoqo ihambelana voltage iboniswe kwipleyiti yokulinganisa kwiyunithi, ukuba akunjalo, nceda uqhagamshelane nomthengisi wakho we-RCF. Amalungu esinyithi eyunithi afakwe emhlabeni ngentambo yamandla. Isixhobo esinolwakhiwo lwe-CLASS I siyakuqhagamshelwa kwindawo yokuphuma engundoqo enoqhagamshelo lomhlaba olukhuselayo. Khusela intambo yamandla kumonakalo; qinisekisa ukuba ibekwe ngendlela engenakunyathelwa okanye icunyuzwe zizinto. Ukuthintela umngcipheko wokutshatyalaliswa kombane, ungaze uvule le mveliso: akukho malungu ngaphakathi apho umsebenzisi kufuneka afikelele khona.
Lumka: ngokudibeneyo kwi-POWERCON iziqhagamshelo chwetheza i-NAC3FCA (amandla-ngaphakathi) kunye ne-NAC3FCB (umbane wokuphuma kombane) onikezelwe ngumenzi, ezi ntambo zamandla zilandelayo zithobela umgangatho wesizwe ziya kusetyenziswa:
I-EU: uhlobo lwentambo H05VV-F 3G 3 × 2.5 mm2 - Standard IEC 60227-1 JP: uhlobo lwentambo VCTF 3 × 2 mm2; 15Amp/ 120V~ - Standard JIS C3306 US: uhlobo lwentambo SJT / SJTO 3 × 14 AWG; 15Amp/ 125V~ – Umgangatho we-ANSI/UL 62
2. Qinisekisa ukuba akukho zinto okanye ulwelo unokungena kule mveliso, njengoko oku kunokubangela isekethe emfutshane. Esi sixhobo asiyi kuboniswa ukuvuza okanye ukuvuza. Akukho zinto zizaliswe ngolwelo, njengeevazi, ziya kubekwa kwesi sixhobo. Akukho mithombo yendalo (enjengamakhandlela alayitiweyo) kufuneka ibekwe kwesi sixhobo.
3. Ungaze uzame ukwenza nayiphi na imisebenzi, uhlengahlengiso okanye ulungiso olungachazwanga ngokucacileyo kule ncwadana. Qhagamshelana neziko lakho lenkonzo eligunyazisiweyo okanye abasebenzi abaqeqeshiweyo ukuba kuye kwakho nayiphi na kwezi zilandelayo: – imveliso ayisebenzi (okanye ayisebenzi ngendlela engaqhelekanga). – intambo yombane yonakele. – izinto okanye ulwelo lufunyenwe kwiyunithi. - imveliso ixhomekeke kwimpembelelo enzima.
4. Ukuba le mveliso ayisetyenziswanga ixesha elide, qhawula intambo yamandla.
5. Ukuba le mveliso iqala ukukhupha naliphi na ivumba elingaqhelekanga okanye umsi, yicime ngoko nangoko kwaye uqhawule intambo yombane.
6. Musa ukudibanisa le mveliso nakwesiphi na isixhobo okanye izixhobo ezingabonwanga kwangaphambili. Ufakelo olumisiweyo, sebenzisa kuphela iindawo ezizinikezeleyo zokubambelela kwaye ungazami ukuxhoma le mveliso ngokusebenzisa izinto ezingafanelekanga okanye ezingachanekanga kule njongo. Khangela kwakhona ukufaneleka kwendawo yenkxaso apho imveliso igxininiswe khona (udonga, isilingi, isakhiwo, njl.), kunye namacandelo asetyenziselwa ukudibanisa (i-screw

iiankile, izikrufu, izibiyeli azibonelelwanga yi-RCF njl.njl.), ekufuneka iqinisekise ukhuseleko lwenkqubo / ufakelo ekuhambeni kwexesha, kwakhona kuqwalaselwe, kuba example, ukungcangcazela koomatshini okuqhele ukwenziwa ziitransducers. Ukuthintela umngcipheko wezixhobo eziwayo, musa ukupakisha iiyunithi ezininzi zale mveliso ngaphandle kokuba oku kunokwenzeka kuchazwe kwincwadana yomsebenzisi.
7. I-RCF SpA icebisa ngamandla ukuba le mveliso ifakwe kuphela ngabafaki abaqeqeshiweyo abaqeqeshiweyo (okanye iifemu ezikhethekileyo) abanokuqinisekisa ukufakela okuchanekileyo kwaye baqinisekise ngokuhambelana nemimiselo esebenzayo. Yonke inkqubo yomsindo kufuneka ihambelane nemigangatho yangoku kunye nemimiselo malunga neenkqubo zombane.
8. Iinkxaso kunye neetroli. Isixhobo kufuneka sisetyenziswe kuphela kwiitroli okanye kwiinkxaso, apho kukho imfuneko, ezicetyiswa ngumenzi. Isixhobo / inkxaso / indibano yetroli kufuneka ihanjiswe ngononophelo olukhulu. Ukuma ngesiquphe, ukutyhala ngamandla kunye nemigangatho engalinganiyo inokubangela ukuba indibano ibhukuqe.
9. Kukho izinto ezininzi zoomatshini kunye nombane ekufuneka ziqwalaselwe xa kufakwa isixokelelwano somsindo oqeqeshiweyo (ukongeza kwezo zine-acoustic ngokungqongqo, njengoxinzelelo lwesandi, ii-engile zokugubungela, ukuphendula rhoqo, njl.).
10. Ukulahlekelwa kwindlebe. Ukuvezwa kumanqanaba aphezulu esandi kunokubangela ukungeva okusisigxina. Inqanaba loxinzelelo lwe-acoustic olukhokelela ekulahlekelweni kokuva luhluke kumntu ukuya kumntu kwaye luxhomekeke kwixesha lokuvezwa. Ukuthintela ukuvezwa okunokuba yingozi kumanqanaba aphezulu oxinzelelo lwe-acoustic, nabani na ochatshazelwe kula manqanaba kufuneka asebenzise izixhobo zokhuseleko ezaneleyo. Xa i-transducer ekwazi ukuvelisa amanqanaba aphezulu esandi isetyenziswa, ngoko ke kuyimfuneko ukunxiba iiplagi zendlebe okanye ii-earphone ezikhuselayo. Jonga i-manual yenkcazo yobugcisa ukuze wazi inqanaba eliphezulu loxinzelelo lwesandi.
Ukuthintela ukubakho kwengxolo kwiintambo zomqondiso, sebenzisa iintambo ezikhuselweyo kuphela kwaye uthintele ukuzibeka kufutshane: -Isixhobo esivelisa amasimi ombane aphezulu. – Iintambo zombane – iintambo zesandisi-lizwi.
IZIQINISEKISO ZOKUSEBENZA - Beka le mveliso kude kuyo nayiphi na imithombo yokushisa kwaye uhlale uqinisekisa ukujikeleza komoya okwaneleyo ngeenxa zonke. – Musa ukulayisha ngaphezulu le mveliso ixesha elide. - Ungaze unyanzelise izinto zolawulo (izitshixo, amaqhosha, njl. njl.). – Musa ukusebenzisa izinyibilikisi, utywala, benzene okanye ezinye izinto eziguquguqukayo ukucoca amalungu angaphandle ale mveliso.
IZIQINISEKISO ZOKUSEBENZA JIKELELE
• Musa ukuthintela iigrile zokuphefumla zeyunithi. Beka le mveliso kude kuyo nayiphi na imithombo yobushushu kwaye uhlale uqinisekisa ukujikeleza komoya okwaneleyo malunga neegrille zokungenisa umoya.
· Musa ukuyilayisha kakhulu le mveliso ixesha elide. · Ungaze unyanzelise izinto zolawulo (izitshixo, amaqhina, njl. njl.). Musa ukusebenzisa izinyibilikisi, utywala, benzene okanye ezinye izinto eziguquguqukayo ukucoca amalungu angaphandle ale mveliso.
ILUMKO Ukuthintela ingozi yokothuka kombane, musa ukuqhagamshela kubonelelo lwamandla ombane ongundoqo ngelixa igrile isusiwe
AMANQAKU e-FCC Esi sixhobo sivavanyiwe saza safunyanwa sithobela imida yesixhobo sedijithali soDidi A, ngokungqinelana neCandelo le-15 leMithetho yeFCC. Le mida yenzelwe ukubonelela ngokhuseleko olufanelekileyo ekuphazamisekeni okuyingozi xa isixhobo sisebenza kwindawo yorhwebo. Esi sixhobo sivelisa, sisebenzisa, kwaye sinokusasaza amandla erediyo yerediyo, kwaye ukuba asifakwanga kwaye asisetyenziswanga ngokuhambelana nencwadana yemiyalelo, sinokubangela uphazamiseko oluyingozi kunxibelelwano lukanomathotholo. Ukusebenza kwesi sixhobo kwindawo yokuhlala kunokubangela uphazamiseko oluyingozi, kwimeko apho umsebenzisi kuya kufuneka alungise uphazamiseko ngeendleko zakhe.
Uhlengahlengiso: Naluphi na ulungiso olwenziwe kwesi sixhobo olungavunywanga yi-RCF lunokutshitshisa igunya elinikwe umsebenzisi yi-FCC lokusebenzisa esi sixhobo.

IINKQUBO

I-HDL 30 SYSTEM
I-HDL 30-A ngamandla okwenyaniso asebenzayo aphezulu alungele ukusebenzisa inkqubo yokukhenketha ukusuka kwiziganeko ezincinci ukuya kweziphakathi, ngaphakathi nangaphandle. Ixhotyiswe nge-2 × 10 ″ woofers kunye nomqhubi omnye we-4 ″, inika umgangatho obalaseleyo wokudlala kunye namanqanaba aphezulu oxinzelelo lwesandi kunye ne-2200 W enamandla yedijithali. ampi-lifier ehambisa i-SPL ephezulu, ngelixa inciphisa imfuno yamandla.
Icandelo ngalinye, ukusuka kunikezelo lwamandla ukuya kwibhodi yokufaka kunye neDSP, ukuya kwimveliso stages to woofers nabaqhubi, iye yaphuhliswa ngokungaguquguqukiyo kwaye ngokukodwa ngamaqela obunjineli beRCF abanamava ukuze kuphunyezwe inkqubo ye-HDL 30-A, kunye nawo onke amacandelo ahambelana ngononophelo. Oku kudityaniswa okupheleleyo kwawo onke amacandelo akuvumeli kuphela ukusebenza okuphezulu kunye nokuthembeka okuphezulu kokusebenza, kodwa ikwabonelela abasebenzisi ukuphatha ngokulula kunye neplagi kunye nokudlala ukuthuthuzela.
Ngaphandle kwale nyaniso ibalulekileyo, izithethi ezisebenzayo zibonelela nge-advan ebalulekileyotagES Esi siphumo asibonakali kwizithethi ezinikwe amandla apho i ampI-lifier ikumgama weesentimitha ezimbalwa ukusuka kwi-transducer. Isebenzisa imagnethi ye-neodymium ephucukileyo kunye nendlu entsha eyakhiwe ngepolypropylene ekhaphukhaphu, inobunzima obuphantsi ngokumangalisayo bokuphatha nokubhabha.
I-HDL 38 SYSTEM
I-HDL 38-AS yeyona nto ifanelekileyo yokuncedisa i-bass ye-HDL 30-A. Ibonisa i-4.0 "ikhoyili yelizwi 18" i-Neodymium woofer yokusingatha i-138 dB SPL Max ukusuka kwi-30 Hz ukuya kwi-400 Hz kunye nomgca ophezulu kunye nokuphazamiseka okuphantsi. I-HDL 38-AS igqibelele ukwenza iinkqubo ezibhabhayo kwiimfuno zethiyetha kunye nezangaphakathi. Eyakhelwe ngaphakathi 2800 W iklasi-D ampI-lifier inika ingcaciso ebalaseleyo yokudlala. Ngenxa yokuhambelana kwayo kunye ne-RDNet esweni kunye nokulawula okude, i-HDL 38-AS yinxalenye yeNkqubo ye-HDL yobuchwephesha.

IIMFUNO ZAMANDLA NOKUSEKWA

ISILUMKISO
· Inkqubo yenzelwe ukusebenza kwiimeko ezinobutshaba nezifuna ngamandla. Nangona kunjalo kubalulekile ukukhathalela kakhulu unikezelo lombane lwe-AC kwaye usete usasazo lwamandla olufanelekileyo.
· Inkqubo yenzelwe ukuba iGQINWE. Ngalo lonke ixesha sebenzisa uqhagamshelwano olusekelwe phantsi. · I-PowerCon appliance coupler sisixhobo sokuqhawula umbane ongundoqo we-AC kwaye kufuneka ifikeleleke lula ngexesha kunye
emva kofakelo.

UMQULUTAGE
I-HDL 30-A ampi-lifier yenzelwe ukusebenza ngaphakathi kwezi zilandelayo AC Voltage imida: ubuncinane voltage 100 Volt, ubuninzi voltage 260 Volt. Ukuba voltage iya ngaphantsi komthamo ophantsi owamkelweyotage inkqubo iyeka ukusebenza. Ukuba voltage iya phezulu kunowona mthamo uphezulu wamkelweyotage inkqubo inokonakala kakhulu. Ukufumana eyona midlalo ibalaseleyo kwinkqubo kubaluleke kakhulu ukuba ivoltage ukuwisa kuphantsi kangangoko.

NGOKU
Oku kulandelayo lixesha elide kunye nencopho yeemfuno zangoku kwimodyuli nganye ye-HDL 30-A:

UMQULUTAGE 230 Volt 115 Volt

IXESHA ELIDE 3.2 A 6.3 A

Iyonke imfuno yangoku ifunyenwe ngokuphindaphinda imfuno enye yangoku ngenani leemodyuli. Ukufumana owona msebenzi ugqwesileyo qinisekisa ukuba imfuno epheleleyo yangoku yenkqubo ayenzi mthamo ubalulekileyotage drop on the cables.

UKUPHATHA
Qinisekisa ukuba yonke inkqubo isekelwe ngokufanelekileyo. Zonke iindawo zokumisa ziya kudityaniswa kwindawo enye. Oku kuya kuphucula ukunciphisa i-hums kwinkqubo yomsindo.

I-HDL 30-A, I-AC CABLES DAISY CHAINS

I-POWERCON IN POWERCON OUT

Imodyuli nganye ye-HDL 30-A ibonelelwa nge-Powercon outlet ukuya kwi-daisy chain ezinye iimodyuli. Elona nani liphezulu leemodyuli ezinokwenzeka kwitsheyini yedaisy yile:
I-230 VOLT: Iimodyuli ezi-6 zizonke 115 VOLT: Iimodyuli ezi-3 zizonke
ISILUMKISO – UMNGCIPHEKO WOMLILO Inani eliphezulu leemodyuli kwityathanga ledaisy liya kudlula umlinganiselo we-Powercon connector ratings kwaye kudala imeko enokuba yingozi.

AMANDLA UKUSUKA KWIZIGABA ESITHATHU
Xa inkqubo inikwe amandla ukusuka kwisigaba sesithathu sokusasazwa kwamandla kubaluleke kakhulu ukugcina ibhalansi elungileyo kumthwalo wesigaba ngasinye samandla e-AC. Kubaluleke kakhulu ukubandakanya ii-subwoofers kunye neesathelayithi ekubalweni kokuhanjiswa kwamandla: zombini ii-subwoofers kunye neesathelayithi ziya kuhanjiswa phakathi kwezigaba ezithathu.

UKUBAMBA INKQUBO

I-RCF iphuhlise inkqubo epheleleyo yokuseka kunye nokuxhoma i-HDL 30-A inkqubo yomgca we-array eqala ukusuka kwidatha yesofthiwe, i-enclosures, i-rigging, i-accessories, iintambo, kude kube ngukufakwa kokugqibela.
IZILUMKISO JIKELELE ZOKUGQIBELA KUNYE NEMIQATHANGO YOKHUSELEKO
· Ukuxhoma imithwalo kufuneka kwenziwe ngononophelo olukhulu. · Xa uhambisa inkqubo soloko unxiba izigcina-ntloko ezikhuselayo kunye nezihlangu. · Ungaze uvumele abantu ukuba badlule phantsi kwesistim ngexesha lenkqubo yofakelo. · Ungaze ushiye isistim ingajongwanga ngexesha lofakelo. · Ungaze uyifakele isistim kwiindawo ezifikeleleka uluntu. · Ungaze uqhoboshele eminye imithwalo kwisixokelelwano soluhlu. · Ungaze unyuke inkqubo ngexesha okanye emva kofakelo · Ungaze uveze inkqubo kwimithwalo eyongezelelweyo eyenziwe ngumoya okanye ikhephu.
ISILUMKISO
· Inkqubo kufuneka iqhekezwe ngokuhambelana nemithetho nemimiselo yelizwe apho inkqubo isetyenziswa khona. Kuluxanduva lomnini okanye isixhobo sokukhangela isixhobo sokuqinisekisa ukuba inkqubo igqwethiwe ngokufanelekileyo ngokuhambelana nemithetho nemigaqo yeLizwe neyengingqi.
· Ngalo lonke ixesha khangela ukuba onke amalungu enkqubo yoku rigging engabonelelwanga kwi-RCF zezi: – zisilungele isicelo – zivunyiwe, ziqinisekisiwe kwaye zimakishwa – zibekwe ngokufanelekileyo – zikwimeko egqibeleleyo.
· Ikhabhinethi nganye ixhasa umthwalo opheleleyo wenxalenye yenkqubo engezantsi. Kubaluleke kakhulu ukuba ikhabhinethi nganye yenkqubo ihlolwe ngokufanelekileyo

⇥“RCF SHAPE DESIGNER” SOFTWARE NOKHUSELEKO FACTOR
Inkqubo yokunqunyanyiswa yenzelwe ukuba ibe neyona nto ikhuselekileyo yokhuseleko (ixhomekeke kuqwalaselo). Ukusebenzisa i-software ye-"RCF Easy Shape Designer" kulula kakhulu ukuqonda iimeko zokhuseleko kunye nemida yoqwalaselo oluthile ngalunye. Ukuqonda ngcono ukuba loluphi uluhlu lokhuseleko oomatshini abasebenza kulo isingeniso esilula sifunekayo: I-HDL 30-A ii-arrays 'mechanics zakhiwe nge-UNI EN 10025 Steel eqinisekisiweyo. Isoftware yokuqikelela i-RCF ibala amandla kwindawo nganye egxininisiweyo yendibano kwaye ibonisa eyona nto incinci yokhuseleko kuyo yonke ikhonkco. Intsimbi yolwakhiwo inoxinzelelo loxinzelelo (okanye i-Force-Deformation elingana negophe) njengoku kulandelayo:

Ijika libonakaliswe ngamanqaku amabini abalulekileyo: i-Break Point kunye ne-Yield Point. Olona xinzelelo luphezulu lolona xinzelelo luphezulu olufunyenweyo. Uxinzelelo lokugqibela lwe-tensile luqhele ukusetyenziswa njengomgaqo wamandla esixhobo kuyilo lolwakhiwo, kodwa kufuneka kuqatshelwe ukuba ezinye iipropathi zamandla zihlala zibaluleke kakhulu. Enye yezi ngokuqinisekileyo Amandla Okuvelisa. Umzobo we-stress-strain we-structural iron diagram ibonisa ikhefu elibukhali kuxinzelelo olungaphantsi kwamandla okugqibela. Kolu xinzelelo lunzima, izinto eziphathekayo zikhula kakhulu ngaphandle kotshintsho olubonakalayo kuxinzelelo. Uxinzelelo olwenzeka kulo lubizwa ngokuba yiNqaku leSivuno. Ukuguqulwa okusisigxina kunokuba yingozi, kwaye imboni yamkele i-0.2% yoxinzelelo lweplastiki njengomda ongekho mthethweni othathwa njengowamkelekileyo kuzo zonke ii-arhente ezilawulayo. Uxinzelelo kunye noxinzelelo, uxinzelelo oluhambelanayo kolu hlobo lwe-offset luchazwa njengesivuno.

Kwisoftware yethu yokuqikelela iMiba yoKhuseleko ibalwa ngokuqwalasela uMda woxinzelelo olukhulu olulingana noBume beSivuno, ngokuhambelana nemigangatho nemithetho yamazwe ngamazwe.
Isiphumo soKhuseleko lweFactor bubuncinane bazo zonke izinto ezibaliweyo zokhuseleko, kwikhonkco okanye ipini nganye.

Apha kulapho usebenza khona ngeSF=7

Ngokuxhomekeke kwimimiselo yokhuseleko lwendawo kunye nemeko, into efunekayo yokhuseleko inokuhluka. Kuluxanduva lomnini okanye isixhobo sokukhangela isixhobo sokuqinisekisa ukuba inkqubo igqwethiwe ngokufanelekileyo ngokuhambelana nemithetho nemigaqo yeLizwe neyengingqi.

Isoftware “ye-RCF yoMyili weMilo” inika iinkcukacha ezithe vetshe zokhuseleko kuqwalaselo ngalunye oluthile. Iziphumo zihlelwe ngokweendidi ezine:

LUHLAZA

UKHUSELEKO FACTOR

THULU 4 > UKHUSELEKO

ORENDI 1.5 > UKHUSELEKO

BOMVU

UKHUSELEKO FACTOR

> 7 ICEBISIWE > 7 > 4 > 1.5 UNGAZE WAMKELWA

ISILUMKISO
· Umba wokhuseleko sisiphumo samandla asebenza kwiibhari zempukane kunye neekhonkco zenkqubo zangaphambili nangasemva kunye nezikhonkwane kwaye zixhomekeke kwizinto ezininzi eziguquguqukayo: – inani leekhabhathi – ii-engile zebhabha – ii-engile ukusuka kwiikhabhathi ukuya kwiikhabhathi. Ukuba enye yezinto eziguquguqukayo ezikhankanyiweyo zitshintsha into yokhuseleko MIFANEKILE iphinda ibalwe kusetyenziswa isoftware phambi kokuringa inkqubo.
· Kwimeko apho i-fly bar ithathwa kwiimotor ezi-2 qinisekisa ukuba i-angle bar ye-fly bar ichanekile. I-engile eyahlukileyo kwi-engile esetyenziswe kwi-software yokuqikelela inokuba yingozi. Ungaze uvumele abantu ukuba bahlale okanye badlule phantsi kwesistim ngexesha lenkqubo yofakelo.
· Xa i-fly bar ikekele ngokukodwa okanye uluhlu lugobe kakhulu umbindi womxhuzulane unokuhamba usuka kumakhonkco angasemva. Kule meko amakhonkco angaphambili akuxinzelelo kwaye amakhonkco angasemva axhasa ubunzima obupheleleyo benkqubo kunye noxinzelelo lwangaphambili. Ngalo lonke ixesha ujonge ngononophelo kakhulu ngesoftware ye-"RCF Easy Shape Designer" zonke ezi meko (nokuba nenani elincinci leekhabhathi).

Inkqubo ithambekile ngokukodwa

Inkqubo igophe kakhulu

ISIQINISEKISO SOFTWARE IMILO IMILO
I-RCF Easy Shape Designer sisoftwe sexeshana, esiluncedo ekusekweni koluhlu, koomatshini kunye neengcebiso ezifanelekileyo zokuseta. Isetingi echanekileyo yoluhlu lwesandisi-lizwi alunakungahoyi iziseko ze-acoustics kunye nokwazi ukuba izinto ezininzi zinegalelo kwisiphumo se-sonic esihambelana nokulindelweyo. I-RCF ibonelela umsebenzisi ngezixhobo ezilula ezinceda ukusetwa kwenkqubo ngendlela elula nethembekileyo. Le software kungekudala iza kutshintshwa yisoftware epheleleyo yee-arrays ezininzi kunye nokulinganisa indawo entsonkothileyo kunye neemephu kunye neegrafu zeziphumo. I-RCF icebisa ukuba le software isetyenziswe kuhlobo ngalunye lwe-HDL 30-A uqwalaselo.

UKUFAKWA KWESOFTWARE
Isoftware yaphuhliswa ngeMatlab 2015b kwaye ifuna amathala eencwadi enkqubo yeMatlab. Kufakelo lokuqala lomsebenzisi kufuneka abhekisele kwiphakheji yofakelo, efumaneka kwiRCF webindawo, equlathe iMatlab Ixesha lokuSebenza (ver. 9) okanye upakisho lofakelo oluya kukhuphela usetyenziso lweXesha lokuSebenza kwi web. Nje ukuba iilayibrari zifakwe ngokuchanekileyo, kulo lonke uhlobo olulandelayo lwesoftware umsebenzisi unokukhuphela ngokuthe ngqo usetyenziso ngaphandle kweXesha lokuSebenza. Iinguqulelo ezimbini, i-32-bit kunye ne-64-bit, ziyafumaneka ukuba zikhutshelwe. OKUBALULEKILEYO: IMatlab ayisayixhasi iWindows XP kwaye kungoko iRCF ELULA uMyili weMilo (i-32 bit) ayisebenzi ngolu guqulelo lwe-OS. Unokulinda imizuzwana embalwa emva kokucofa kabini kwisifakeli kuba isoftware ijonga ukuba iiLayibrari zeMatlab ziyafumaneka. Emva kweli nyathelo ufakelo luqala. Cofa kabini isifakeli sokugqibela (jonga ukukhutshwa kokugqibela kwindawo yokukhuphela yethu website) kwaye ulandele amanyathelo alandelayo.

Emva kokukhethwa kweefolda zesoftware yeHDL30 yoMyili weMilo (Umfanekiso 2) kunye neMatlab Libraries Runtime isifakeli sithatha imizuzu embalwa kwinkqubo yokufakela.

UKUYILA INKQUBO
I-software ye-RCF Easy Shape Designer ihlulwe ibe ngamacandelo amabini amakhulu: inxalenye ekhohlo ye-interface inikezelwe kwiinguqu zeprojekthi kunye nedatha (ubungakanani babaphulaphuli ukugubungela, ukuphakama, inani leemodyuli, njl.), inxalenye echanekileyo ibonisa iziphumo zokucubungula. Ekuqaleni umsebenzisi kufuneka azise idatha yabaphulaphuli ekhetha imenyu efanelekileyo ye-pop-up ngokuxhomekeke kubukhulu babaphulaphuli kunye nokwazisa idatha yejometri. Kwakhona kunokwenzeka ukuchaza ubude bomphulaphuli. Isinyathelo sesibini yinkcazo yoluhlu olukhetha inani leekhabhinethi kuluhlu, ukuphakama kokuxhoma, inani leendawo zokuxhoma kunye nohlobo lweeflybars ezikhoyo. Xa ukhetha iindawo ezimbini zokuxhoma qwalasela loo manqaku abekwe kwi-flybar extremes. Ukuphakama koluhlu kufuneka kuthathelwe ingqalelo ekubhekiselwe kwicala elingezantsi le-flybar, njengoko kuboniswe kumfanekiso ongezantsi.
UBUDE
Emva kokufaka yonke igalelo ledatha kwindawo ekhohlo yojongano lomsebenzisi, ngokucinezela iqhosha le-AUTOSPLAY isoftware iya kwenza:
-Indawo yokuxhoma yekhonkco ene-A okanye i-B yendawo ebonisiwe ukuba kukhethwe indawo yokupakisha enye, umva kunye nomthwalo wangaphambili ukuba iindawo ezimbini zokupakisha zikhethiwe.
-I-angle yokuthambeka kwe-Flybar kunye ne-splays zekhabhathi (ii-engile ekufuneka sizibeke kwikhabhathi nganye ngaphambi kokuba siphakamise imisebenzi). -Ukuthambekela ukuba ikhabhinethi nganye iya kuthatha (ukuba kukho indawo yokuchola enye) okanye kuya kufuneka sithathe ukuba besinokuthambeka iqela.
ngokusetyenziswa kweenjini ezimbini. (amabini athathe amanqaku). Ubalo lulonke lomthwalo kunye noKhuseleko lweFactor: ukuba useto olukhethiweyo aluniki iFactor yoKhuseleko > 1.5 umyalezo obhaliweyo
ibonisa ngombala obomvu ukungaphumeleli ukuhlangabezana neemeko ezincinci zokhuseleko lomatshini. -Useto lweFrequency ephantsi (ukusetha kwangaphambili okukodwa kulo lonke uluhlu) kusetyenziso lwe-RDNet okanye kwiphaneli yangasemva yokusetyenziswa kweqhosha lokujikeleza ("Indawo"). -Ukuseta okuPhakamileyo okuPhakamileyo (ukusetwa kwangaphambili kwayo yonke imodyuli yoluhlu) kusetyenziso lwe-RDNet okanye kwiphaneli yangasemva yokusetyenziswa kweqhosha lokujikeleza ("Indawo").

Ngalo lonke ixesha umsebenzisi etshintsha i-flybar tilt, i-splay angles, ukufuma, ubushushu okanye ukuphakama koluhlu, isoftware iphinda ibalase iiseti zangaphambili. Kuyenzeka ukugcina kunye nokulayisha iprojekthi yoMyili weMilo usebenzisa imenyu ethi "Setup". I-algorithm ye-autosplay yaphuhliswa ukugubungela ubungakanani babaphulaphuli. Usebenziso lwalo msebenzi lucetyisiwe ukulungiselela ugcino olujongisiweyo. I-algorithm ephindaphindayo ikhetha kwikhabhinethi nganye eyona angle ilungileyo ekhoyo kubuchwephesha. Kukwakhona ukuthunyelwa ngaphandle njengesicatshulwa file uqwalaselo olusetwe kwangaphambili lokufakwa komoya kunye nokufuma kwi-RDNet usebenzisa imenyu ethi "Seti kwangaphambili".
Jonga kwisahluko esilandelayo okanye kwi-RD-Net manual ngolwazi oluthe kratya malunga nalo msebenzi.
UMSEBENZI WOKUSEBENZA OKUCETYIWEYO – KULULA UKUJONGA 3
Kusalindelwe isoftware yokulinganisa esemthethweni kunye neqinisekileyo, i-RCF incoma ukusetyenziswa kweRCF Easy Shape Designer kunye ne-Ease Focus 3. Ngenxa yesidingo sokusebenzisana phakathi kwesoftware eyahlukileyo, ukuhamba komsebenzi okucetyiswayo kuthatha la manyathelo alandelayo kuwo onke amanqwanqwa kwiprojekthi yokugqibela: 1. I-RCF Easy Shape Designer: abaphulaphuli kunye ne-array setup. Ukubala kwimowudi "yokudlala ngokuzenzekela" ye-flybar tilt, ikhabhathi, i-splays,
Ukuseta iFrequency ePhantsi kunye nokusetha kwangaphambili okuPhakamileyo. 2. Gxininisa 3: ingxelo apha ii-engile, i-tilt ye-flybar kunye ne-presets eyenziwe nguMyili weMilo. 3. RCF Easy Shape Designer: manual modified of splay angles ukuba ukulinganisa kwiFocus 3 ayiniki ngokwanelisayo.
iziphumo. 4. Gxininisa 3: ingxelo apha ii-engile ezintsha, i-tilt ye-flybar kunye ne-presets eyenziwe nguMyili weMilo. Phinda inkqubo de kube iziphumo ezilungileyo zifunyenwe. QAPHELA: imodeli ye-3D ngaphakathi kwe-GLL file iimvume ngaphakathi AFMG Gxininisa ukhetho lwe "Local" presets. Oku kuthetha ukusetyenziswa kwe-4 ye-15 yokusetha kwangaphambili ukulinganisa. Lo mda uya koyiswa ngokukhululwa kwe-software ye-RCF yokulinganisa esemthethweni.
ULAWULO LOKUQHUBEKA OKUPHANTSI KWAYE KUPHEZULU
LOW FREQUENCY PRESETS In the low frequency range the interaction between the sound of single cabinets produces an increase of sound level in low frequencies proportional to the number of loudspeakers that make up the cluster. This effect unbalances the global equalization of the system: the interaction between the loudspeakers decreases, increasing the frequency (they become more directive). For the control of the displacement described above it is necessary to reduce in the global equalization the level of the low frequencies progressively reducing the gain if the frequency decreases (low shelf filter). The RCF Easy Shape Designer software helps the user to give a recommended cluster preset. The preset is suggested by the software considering the number of the cabinets in the cluster: the final tuning of the system should be done with measurements and listening sessions, considering the environmental conditions.
UKUSETYENZISWA OKUPHANTSI OKUPHANTSI UKUSETYENZISWA KWE-RD-NET Kwi-software ye-RDNet iiseti zangaphambili ezilithoba ziyafumaneka: ukusuka kwi-Shape Designer kuyenzeka ukuba uthumele ngaphandle iqela elicetyiswayo lokuseta kwangaphambili kwaye ingangeniswa ngokuthe ngqo kwi-RDNet. Inkqubo yokuthumela ngaphandle / yokungenisa iyafana kwiiFrekhwensi eziPhezulu okanye eziPhantsi kwaye iya kuchazwa kule mihlathi ilandelayo. Ukulungiswa kwesixokelelwano (utshintsho olulungisiweyo) kufuneka lwenziwe kwi-RDNet ukukhetha zonke iikhabhinethi kwiqela kunye nokusebenzisa amaqhosha afanelekileyo (iintolo eziphezulu nasezantsi) ukwandisa okanye ukunciphisa inani lokuseta kwangaphambili.

UKUSETYENZISWA KWEFREQUENCY OKUPHANTSI UKUSEBENZISA IPANELI YEROTARY KNOB Ekhoyo Ukusetha kwangaphambili okukhoyo kwiphaneli yangasemva yesandisi-lizwi, esibizwa ngokuba "Indawo" kwisoftware, zine kuphela kwezilithoba ezikhoyo kwi-RDNet. Amanani alungelelaniswa, ngokwenzuzo, ekuncitshisweni okusetyenziswe kwiifrikhwensi ezisezantsi zawo onke amaqela.
UKUSETYENZISWA KWEFREQUENCY ELIPHEZULU Ukusasazwa kwesandi, ngakumbi iifrikhwensi eziphezulu (1.5 KHz nangaphezulu), kuxhomekeke ngokukodwa kwiimeko zomoya esihamba kuwo. Singaqinisekisa ngokubanzi ukuba umoya ufunxa amaza aphezulu kwaye ubungakanani bokufunxa buxhomekeke kwiqondo lobushushu, ukufuma kunye nomgama emawuwuthwale isandi. Ukuhla kwe-decibel kumodareyithwe kakuhle yifomula yemathematika edibanisa iiparamitha ezintathu (ubushushu, ukufuma kunye nomgama) enika iprofile yokufunxa emsebenzini wokuphindaphinda. Kwimeko yoluhlu lwesandisi-lizwi injongo kukubona abaphulaphuli ngeyona ndlela ifanayo, efumaneka kuphela ngokubuyekeza ukufunxwa ngomoya. Kulula ukuqonda ukuba ikhabhinethi nganye kufuneka ihlawulwe ngokwahlukileyo kwezinye iikhabhinethi zoluhlu kuba imbuyekezo kufuneka ithathele ingqalelo umgama apho ikhabhinethi ijolise kuwo: ikhabhinethi engaphezulu kweqela iya kuba nembuyekezo enkulu kunale ingezantsi, eya kuthi iphinde ibuyekeze ngaphezu kwaleyo ingezantsi, njl njl. Kubalulekile ukuqaphela ukuba ifomyula inika ukufunxwa okunyuka kakhulu ngokunyuka kwamaxesha: kwiimeko ezithile imbuyekezo icela inzuzo ephezulu kakhulu ampisihlanguli. Cinga njengomzekeloampLe miqathango ilandelayo: i-20°C yobushushu, i-30% yokufuma kunye ne-70m yomgama wokugquma. Kule miqathango imbuyekezo efunekayo, ukusuka kwi-10 KHz ukuya phezulu, iqala ukusuka kwi-25 dB ukuya kwi-42 dB ephezulu kwi-20 KHz (Umfanekiso 5). I-headroom yenkqubo ayinakuvumela iinzuzo eziphezulu. Ukuqwalasela yonke into echazwe, amanqanaba embuyekezo ye-15 akhethwe ukwenzela ukuba kuqikelelwe ngokugqwesileyo inani elingapheliyo leejika zembuyekezo ezivela kwifomula yemathematika. Isihluzo sokupasa esisezantsi saziswa ngokuqhubekayo ngokunyuka kwenzuzo yembuyekezo: inkqubo ayifuni kuvelisa kwakhona amaza anokuthi angakwazi ukufikelela kumgama ofunekayo kwaye okunokukhokelela kwinkcitho yamandla aluncedo. Umfanekiso ongezantsi (Umfanekiso 6) ubonisa ukuziphatha kweefilitha ze-15. Ezi zihluzo ziyilelwe njengeFIR encinci kakhulu (impendulo yempembelelo engapheliyo) ukuze kugcinwe ukuhambelana kwesigaba senkqubo.
I-algorithm ye-RCF yoMyili weMilo eLula ibala igophe elilingana kakuhle naleyo inokubonwa kwihlabathi lokwenyani. Ukuqwalasela ukuba luqikelelo, iiseti zokucoca ezenziweyo kufuneka ziqinisekiswe ngemilinganiselo okanye ukuphulaphula kwaye ekugqibeleni zitshintshwe ukuze zifikelele kumava okuphulaphula afunwayo.

UKUSETYENZISWA KWEFREQUENCY OKUPHEZULU UKUSEBENZISA i-RDNet Ukusuka kwi-RCF Easy Shape Designer kunokwenzeka ukuthumela ngaphandle izihluzo eziphakanyisiweyo ezibekwe kwi-RDNet; emva kokukhethwa kwazo zonke iikhabhinethi kwiqela, ngokucinezela i Load Presets iqhosha kwipropathi yepropathi "yeqela", umsebenzisi unokukhetha ".txt" file yenziwe yiRCF ELULA uMyili weMilo. Kumthwalo ofanelekileyo wezihluzi, iqela kufuneka liqulunqwe libeka njengesandisi-lizwi sokuqala seqela le-RDNet elokuqala ngezantsi kwe-flybar kwaye emva koko bonke abanye. Ikhabhinethi nganye kufuneka ilayishe ukusetha kwangaphambili kwe-HF kwaye lonke iqela kufuneka lilayishe ukusetha kwangaphambili kweLF efanayo. Nje ukuba ukusetha kwangaphambili kulayishiwe, i-icon yemodyuli nganye kwiqela ibonisa ibha eluhlaza enobubanzi ngokuthe ngqo ngokomlinganiselo wenani lokuseta kwangaphambili elilayishwe kwikhabhinethi (inani liboniswa ngaphandle komzobo).

Ukusetha kwangaphambili kwe-HF

Ubungakanani beCluster Preset
Njengoko kuchaziwe kwiiFrekhwensi eziPhantsi, umsebenzisi unokufuna ukunyuka okanye ukuhla kwe-presets esetyenzisiweyo ukugcina umlinganiselo wembuyekezo phakathi kwazo zonke iikhabhinethi. Lo msebenzi wokulinganisa unokwenziwa ngeqhosha letolo kwiqela lethebhu. Nangona uhlengahlengiso olusetwe kwangaphambili lunokwenzeka kwisandisi-lizwi ngasinye, utshintsho lwehlabathi jikelele ngokusebenzisa ithebhu yeempawu zeqela luyacetyiswa ngamandla ukuze kugcinwe unikezelo lwembuyekezo yokufunxa komoya lonke ixesha kubaphulaphuli.
UKUSETYENZISWA OKUPHAKAMILEYO OKUPHAKAMILEYO UKUSEBENZISA IPANELI YEROTARY KNOB Ukusuka kwi-RDNet umsebenzisi unokufikelela kuzo zonke iiseti zangaphambili ezilishumi elinesihlanu kodwa, esebenzisa iqhosha elijikelezayo lephaneli yesandisi-lizwi esingasemva, unokusebenzisa ezine kuphela kwezo zihluzi. Ukongeza, ezi zihluzo "zeNdawo" zicetyiswa yi-RCF Easy Shape Designer software.

RDNet 15 14 13 12 11 10 9

I-HF yendawo

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I-HDL 30-A IPHANELI YOKUFAKA

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I-1 IMFAZI YE-XLR IINGXELO (BAL/UNBAL). Isixokelelwano samkela izihlanganisi zegalelo le-XLR.
2 ISIPHUMO SOMQONDISO WE-XLR. Isidibanisi se-XLR esiphumayo sibonelela nge-loop kwizithethi ze-daisy chaining. Isidibanisi esilungeleleneyo sidityaniswe ngokunxuseneyo kwaye singasetyenziselwa ukuthumela isignali ye-audio kwenye ampizithethi eziqinisekisiweyo, abarekhoda okanye ezongezelelweyo ampabaphilayo.
3 UKUSEKWA KWENKQUBO I-ENCODER. Tyhila i-encoder ukukhetha umsebenzi (ukufumana unciphiso, ukulibaziseka, ukuseta kwangaphambili). Jikelezisa i-encoder ukukhetha ixabiso okanye ukusetha kwangaphambili.
4 AMANDLA e-LED. Oku kuluhlaza kwakhokelela ON xa isithethi siqhagamshelwe kunikezelo lwamandla oluphambili.
5 UMQONDISO WE-LED. Isalathisi somqondiso sikhanyisa ngokuluhlaza ukuba kukho isignali ye-audio ekhoyo kwi-main
6 ISETHIWA NGAPHAMBILI I-LED. Ukutyhala i-encoder kathathu isalathisi esisetwe ngaphambili kukhanyisa eluhlaza. Emva koko jikelisa i-encoder ukulayisha ukusetha kwangaphambili kwisithethi.
LIMITER LED. I ampI-lifier inesekhethi eyakhelweyo kwi-limiter ukuthintela ukunqunyulwa kwe ampii-lifiers okanye ukuqhuba kakhulu ii-transducer. Xa i-soft clip clip circuit iyasebenza i-LED idanyaza RED. Kulungile ukuba umda we-LED uyadanyaza ngamaxesha athile. Ukuba izibane ze-LED ngokuqhubekayo, yehlisa umgangatho wesignali.
7 INKQUBO YENZA Umboniso. Bonisa amaxabiso ocwangciso lwesixokelelwano. Kwimeko yoqhagamshelwano olusebenzayo lwe-RDNet icandelo elijikelezayo liya kukhanya.
8 I-RDNET USEKO LOCANDELO/NGOKUBHALELA. Xa kukhutshwa ukuseta kwendawo ilayishiwe kwaye i-RDNet inokubeka iliso kuphela isithethi. Xa itshintshiwe ukuseta i-RDNet ilayishwa kwaye igqithe nakuphi na ukusetwa kwangaphambili kwendawo yesithethi.
9 I-RDNET IN/OUT PLUG ICANDELO. I-RDNET IN/OUT PLUG ICANDELO ineziqhagamshelo ze-etherCON zeRCF RDNet protocol. Oku kuvumela umsebenzisi ukuba alawule ngokupheleleyo isithethi esebenzisa isoftware ye-RDNet.

I-HDL 38-AS INPUT PANEL

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I-1 IMFAZI YE-XLR IINGXELO (BAL/UNBAL). Isixokelelwano samkela izihlanganisi zegalelo le-XLR.
2 ISIPHUMO SOMQONDISO WE-XLR. Isidibanisi se-XLR esiphumayo sibonelela nge-loop kwizithethi ze-daisy chaining. Isidibanisi esilungeleleneyo sidityaniswe ngokunxuseneyo kwaye singasetyenziselwa ukuthumela isignali ye-audio kwenye ampizithethi eziqinisekisiweyo, abarekhoda okanye ezongezelelweyo ampabaphilayo.
3 UKUSEKWA KWENKQUBO I-ENCODER. Tyhila i-encoder ukukhetha umsebenzi (ukufumana unciphiso, ukulibaziseka, ukuseta kwangaphambili). Jikelezisa i-encoder ukukhetha ixabiso okanye ukusetha kwangaphambili.
4 ZUZA UKUNCIPHISWA kwe-LED. Ukutyhala i-encoder nje ukuba isalathisi sokunciphisa inzuzo sikhanyise luhlaza. Emva koko jikelisa i-encoder ukunciphisa inzuzo ukuya kwinqanaba elifanelekileyo.
AMANDLA e-LED. Oku kuluhlaza kwakhokelela ON xa isithethi siqhagamshelwe kunikezelo lwamandla oluphambili.
5 UKULIBAZISA i-LED. Ukutyhala i-encoder kabini isalathisi sokulibaziseka kukhanyisa eluhlaza. Emva koko jikelisa i-encoder ukulibazisa isithethi. Ulibaziseko lubonakaliswa ngeemitha.
I-LED enguMQONDISO. Isalathisi somqondiso sikhanyisa ngokuluhlaza ukuba kukho isignali ye-audio ekhoyo kwi-main
6 ISETHIWA NGAPHAMBILI I-LED. Ukutyhala i-encoder kathathu isalathisi esisetwe ngaphambili kukhanyisa eluhlaza. Emva koko jikelisa i-encoder ukulayisha ukusetha kwangaphambili kwisithethi.
LIMITER LED. I ampI-lifier inesekhethi eyakhelweyo kwi-limiter ukuthintela ukunqunyulwa kwe ampii-lifiers okanye ukuqhuba kakhulu ii-transducer. Xa i-soft clip clip circuit iyasebenza i-LED idanyaza RED. Kulungile ukuba umda we-LED uyadanyaza ngamaxesha athile. Ukuba izibane ze-LED ngokuqhubekayo, yehlisa umgangatho wesignali.
7 INKQUBO YENZA Umboniso. Bonisa amaxabiso ocwangciso lwesixokelelwano. Kwimeko yoqhagamshelwano olusebenzayo lwe-RDNet icandelo elijikelezayo liya kukhanya.
8 I-RDNET USEKO LOCANDELO/NGOKUBHALELA. Xa kukhutshwa ukuseta kwendawo ilayishiwe kwaye i-RDNet inokubeka iliso kuphela isithethi. Xa itshintshiwe ukuseta i-RDNet ilayishwa kwaye igqithe nakuphi na ukusetwa kwangaphambili kwendawo yesithethi.
9 I-RDNET IN/OUT PLUG ICANDELO. I-RDNET IN/OUT PLUG ICANDELO ineziqhagamshelo ze-etherCON zeRCF RDNet protocol. Oku kuvumela umsebenzisi ukuba alawule ngokupheleleyo isithethi esebenzisa isoftware ye-RDNet.

I-RIGING COMONES
Inkcazo 1 FLYBAR HDL 30-A. Ibha yokunqunyanyiswa ukubhabha ubuninzi beemodyuli ezingama-20 2 isibiyeli sangaphambili ukuhuka imodyuli yokuqala 3 UKUNYUKA KIT FL-B PK HDL 30. Isibiyeli sokuhuka kunye ne-shakle yekhonkco lokhuseleko 4 Mount bracket inclinometer 5 SPARE PINS FRONT 4x HDL20-HDL18. I-Pin yokuhuka kwi-bracket yangaphambili 6 I-SPARE PINS REAR 4x HDL20-HDL18. I-Pin yokuhuka kwisibiyeli esingasemva 7 I-SPARE PINS 4X FLY BAR HDL20- HDL18. I-Pin yokuhuka isiqhoboshi sokupakisha izicelo 8 Isibiyeli sokupakisha izicelo

Isincedisi p/n 13360380
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13360219 13360220 13360222

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HOIST SPACING chain. Ivumela indawo eyaneleyo yokuxhoma uninzi lwezikhongozeli ezi-2 zekhonkco lemoto kwaye inqanda nayiphi na impembelelo kwibhalansi ethe nkqo yoluhlu xa inqunyanyisiwe kwindawo yokuchola enye AC 2X AZIMUT PLATE. Ivumela ulawulo lwenjongo ethe tye yeqela. Inkqubo kufuneka ihogwe ngeenjini ezi-3. I-1 yangaphambili kunye ne-2 eqhotyoshelweyo kwi-azimuth plate MOUNTING KIT FL-B PK HDL 30 KART NGE-WHEELS KRT-WH 4X HDL 30. Kuyimfuneko ukuthwala kunye nokukhwela i-4 HDL 30-A STACKING KIT STCK-KIT 2X HDL 30. Ukukhwela i-30 kwi-Sub 8006-9006 kunye ne-9007 ye-HDL 3-A kwi-38 3-A 38-XNUMX-A I-KART NGAMAvili I-KRT-WH XNUMXX HDL XNUMX. Kuyimfuneko ukuthwala kunye nokuriga XNUMX HDL XNUMX-AS

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PHAMBI KOKUFAKISHWA – UKHUSELEKO – UKUHLOLWA KWECANDELO
UKUHLOLWA KOOMATSHINI, IZIXHOBO KUNYE NEZIXHOBO ZOKHUSELEKO LWELINE
Kuba le mveliso yenzelwe ukuphakanyiswa ngaphezulu kwezinto kunye nabantu, kubalulekile ukunikela ngononophelo oluthile kunye nengqalelo ekuhlolweni komatshini wemveliso, izincedisi kunye nezixhobo zokhuseleko ukuze kuqinisekiswe ukuthembeka okuphezulu ngexesha lokusetyenziswa.
Phambi kokuba uphakamise i-Line Array, jonga ngononophelo bonke oomatshini ababandakanyekayo ekuphakamiseni kubandakanya amagwegwe, izikhonkwane zokutshixa ngokukhawuleza, amatyathanga kunye neendawo ze-ankile. Qinisekisa ukuba zichanekile, zingenazo iindawo ezilahlekileyo, zisebenza ngokupheleleyo, zingenazo iimpawu zomonakalo, ukuguga okugqithisileyo okanye ukubola okunokuphazamisa ukhuseleko ngexesha lokusetyenziswa.
Qinisekisa ukuba zonke ii-accessories ezibonelelweyo ziyahambelana noLuhlu lweMila kunye nokuba zifakwe ngokuchanekileyo ngokwemiyalelo enikwe kwincwadana. Qinisekisa ukuba benza umsebenzi wabo ngokugqibeleleyo kwaye bayakwazi ukuxhasa ubunzima besixhobo ngokukhuselekileyo.
Ukuba unawo nawaphi na amathandabuzo malunga nokhuseleko lwezixhobo zokunyusa okanye izincedisi, musa ukuyiphakamisa i-Line Array kwaye uqhagamshelane nesebe lenkonzo yethu ngoko nangoko. Ukusetyenziswa kwesixhobo esonakeleyo okanye kunye nezixhobo ezingafanelekanga kunokubangela ukulimala kakhulu kuwe okanye kwabanye abantu.
Xa uhlola oomatshini kunye nezixhobo, nikela ingqalelo enkulu kuzo zonke iinkcukacha, oku kuya kunceda ekuqinisekiseni ukusetyenziswa okukhuselekileyo nokungenangozi.
Ngaphambi kokuba uphakamise inkqubo, zonke iindawo kunye namacandelo ahlolwe ngabasebenzi abaqeqeshiweyo nabanamava.
Inkampani yethu ayinaxanduva lokusetyenziswa ngokungalunganga kwale mveliso kubangelwa kukungaphumeleli ukuthobela iinkqubo zokuhlola kunye nokugcina okanye nakuphi na ukusilela.

PHAMBI KOKUFAKISHWA – UKHUSELEKO – UKUHLOLWA KWECANDELO
UKUHLOLWA KWEMIBANDELA YOOMATSHINI NEZIXEKO · Hlola ngokubonakalayo bonke oomatshini ukuze uqiniseke ukuba akukho ndawo zichithakeleyo okanye ezigobileyo, iintanda okanye umhlwa. · Hlola yonke imingxuma koomatshini; jonga ukuba azikhubazekanga kwaye akukho zintanda okanye umhlwa. · Qwalasela zonke izikhonkwane zecotter namakhamandela kwaye uqinisekise ukuba zenza umsebenzi wazo ngokuchanekileyo; buyisela la malungu ukuba akunjalo
kunokwenzeka ukuwafaka kwaye uwatshixe ngokuchanekileyo kwiindawo zokulungisa. · Hlola nawaphi na amatsheyina okunyusa kunye neentambo; khangela ukuba akukho deformations, corrored okanye iindawo ezonakeleyo.
UKUHLOLWA KWEZIKHONDO ZOKUSHIXA OKUKHAWULEZAYO · Khangela ukuba izikhonkwane azichanekanga kwaye azinaziphene · Vavanya ukusebenza kwephini uqinisekisa ukuba iqhosha kunye ne-spring zisebenza ngokufanelekileyo · Jonga ubukho bamaqonga omabini; qinisekisa ukuba zikwindawo yazo echanekileyo kwaye zirhoxa kwaye ziphuma ngokuchanekileyo xa iqhosha licofa kwaye likhululwa.

INKQUBO YOKUGQIBELA
Ufakelo kunye nolungiselelo kufuneka lwenziwe kuphela ngabasebenzi abaqeqeshiweyo nabagunyazisiweyo abajonga iMithetho esebenzayo yesizwe yoThintelo lweeNgozi (RPA). Kuluxanduva lomntu ofaka indibano ukuqinisekisa ukuba ukumiswa / ukumiswa kwamanqaku afanelekile ukusetyenziswa okujoliswe kuyo. Hlala usenza uhlolo olubonakalayo kunye nokusebenza kwezinto phambi kokusetyenziswa. Kwimeko apho kukho ukuthandabuza ngokusebenza ngokufanelekileyo kunye nokhuseleko lweempahla, ezi zinto mazirhoxiswe ekusebenziseni ngokukhawuleza.
ISILUMKISO Iingcingo zetsimbi phakathi kwezikhonkwane zokutshixa iikhabhinethi kunye namacandelo okubamba azenzelwanga ukuthwala nayiphi na imithwalo. Ubunzima bekhabhinethi kufuneka buthwalwe kuphela yi-Front kunye ne-Splay / ikhonkco yangasemva ngokubambisana nemigca yangaphambili kunye neyomva yokurhweba kwiikhabhathi zesandisi-lizwi kunye neFlying frame. Qinisekisa ukuba zonke izikhonkwane zokutshixa zifakwe ngokupheleleyo kwaye zitshixiwe ngokukhuselekileyo phambi kokuba uphakamise nawuphi na umthwalo. Kwimeko yokuqala sebenzisa i-software ye-RCF Easy Shape Designer ukubala ukuseta okufanelekileyo kwenkqubo kunye nokujonga ipharamitha yokhuseleko.
LASER
I-INCLINOMETER BRACKET BACKET 1. KHULULA ZOMBINI M6 IZIKURU “A” KUNYE NO “B” 2. SETHA UTHEKELEKO OLUFANELEKILEYO UNGAKWEHLI OKANYE UBHEKE IQHUBHO: UKUKHOMBISA I-LASER EKUBENI, UMDA PHAKATHI KOMHLABA KUNYE NE-LASER 147 mm BIGHT. IZIKURU “A” KUNYE “B”
Qaphela ukuba usebenzisa i-Rd-Net ukuseta inkqubo, kuya kubakho ithuba lokubeka iliso kwii-engile ze-flybar kunye nesithethi ngasinye kwaye kwimeko usebenzisa i-1 pick-up point, ibalwa ngokufanelekileyo yi-RCF Easy Shape Designer, i-cluster iya kuthatha injongo efanelekileyo kunye nee-engile ngaphandle kwesidingo se-inclinometer.

UKULUNGISWA KWEFLYBAR Beka i-flybar kwaye ususe izikhonkwane zecala kwindawo yokuthutha. Isibiyeli sangaphambili siya kujikeleza, ngoko sitshixe. Lungisa izibiyeli zangaphambili kwindawo ethe nkqo ukutshixa izikhonkwane kwindawo yesi-2. Phinda ujonge iphini lokutshixa litshixiwe ngokukhuselekileyo ngokutsalela iphini lokutshixa kuwe ngokufutshane.
I-PICK UP POINT POSITIONING I-pickup i-asymmetric kwaye inokungena kwiindawo ezimbini (A kunye no-B). Indawo A izisa iqhina eliya ngaphambili. Isikhundla se-B sivumela inyathelo eliphakathi usebenzisa imingxuma yokulungisa efanayo. Lungisa isibiyeli esinezikhonkwane ezibini kwilanyadi yesibiyeli ukutshixa ilori. I-RCF Easy Shape Designer iya kubonelela ngexabiso le-3: - INANI ukusuka ku-1 ukuya ku-28, ebonisa indawo ye-pin yokuqala (ecatshangelwa ukusuka kwi-flybar front) - A okanye B, ebonisa ukuqhelaniswa kwendawo yokuthatha - F, C okanye i-R ebonisa indawo yokujija ikhonkco. F (Phambili) C (Embindini) R (Ngasemva) Kuba umzampLe: Uqwalaselo "14 BC": isikhonkwane sokuqala kumngxunya wenombolo 14, indawo yokupakisha kwindawo "B", intambo ijijwe emngxunyeni "C".

UKUSEBENZA KWEPICKPOINT ENYE (icetyiselwe iimodyuli ezisi-8 ubuninzi) Faka ipiki kwinombolo yendawo efanelekileyo, (ecetyiswe yiRCF Easy Shape Designer), kwaye ulungise isibiyeli sepikiphu ngezikhonkwane ezimbini. Indawo yokuthatha ichaza injongo ethe nkqo yalo lonke uluhlu. Khangela ukuba zonke izikhonkwane zikhuselekile kwaye zitshixiwe
UKUSEBENZA KWE-PICKPOINT OKUMBINI “Ngokusebenza kwe-Pickpoint eMabini” ukujongwa okuthe nkqo koluhlu kusetwa ngokucheba iinjini zokunyusela emva kokuba uluhlu ludityaniswe ngokupheleleyo kwaye luphakanyiselwe kwindawo yalo yokusebenza.
Hook i-flybar kwikhonkco kwaye uphakamise i-flybar kumphakamo ofanelekileyo kwikhabhinethi yokuqala.
I-PRESET OF SPLAY ANGLES 1. Susa zonke izikhonkwane zokuvala ngasemva zeekhabhinethi ezijika i-bracket yangasemva kwimodyuli ephezulu kwaye ifake izikhonkwane kwindawo efanelekileyo. 2. Seta kwangaphambili ii-angles ze-splay zazo zonke iikhabhathi, ngokusekelwe kwi-software ye-RCF Easy Shape Designer

UKUXHALALELA I-FLYBAR KWI-SPEAKERS Hambisa ikarati ngeemodyuli ezi-4 zokuqala phantsi kwe-flybar. Qhoboshela iflybar kwikhabhinethi yokuqala yendibano de amakhonkco angaphambili angene kwiindawo zokubeka phambi kwesakhelo kwaye uyilungise ngephini lokutshixa ngokukhawuleza elinikwe nesithethi.
Yehlisa iflybar ide iphumle kwisithethi sokuqala.

AA

Phakamisa isibiyeli sangemva sekhabhathi ephezulu. Faka i-pin yokutshixa ekhawulezayo kumngxuma "wokumiswa" "A" we-flybar.

Qalisa ukuphakamisa i-flybar, kwaye xa iqhubeka kwi-traction kwimodyuli yokuqala, faka iphini lokutshixa emngxunyeni "B".

B

B

Ngalo lonke ixesha ulandela ulandelelwano "ukumiswa" kunye "nokutshixa" kwaye ungaze usebenzise iphini lokutshixa kuphela kuba ayisiyiyo.

yenzelwe ukulayisha ubunzima benkqubo. Ikhusela kuphela

inkqubo ukusuka ekungeneni kuxinzelelo isusa i-tilt

yeqela.

C Qhubeka uphakamisa iqela kwaye ii-engile zezithethi ziya kuzitshintshela ngokuzenzekelayo kwindawo echanekileyo.

I-PIN ye-ANGLE yokuxhoma 5 °

Misa ukuphakamisa kwaye ufake kwaye utshixe okwesibini izikhonkwane zokutshixa (Izikhonkwane zoKhuseleko) ukuthintela inkqubo ekungeneni kuxinzelelo lokutshintsha ukuthambeka kwemodyuli, kwaye ngenxa yoko yeqela.
I-PIN YOKUTSHA I-PIN YOKUMNISWA 5°

KHUSELA I-ANGLES NGE-PIN YABO YOKUTSHA

Faka izikhonkwane zokutshixa ngaphambili kumngxuma ofanelekileyo. Ezi zikhonkwane ezi-2 ezongezelelweyo azilayishi ubunzima benkqubo kodwa zikhonza ukugcina i-angle esisigxina phakathi kweemodyuli ngakumbi ukuba zingena kuxinzelelo kwiinkqubo ezigobile kakhulu.
Khupha umphambili kunye nephini elingasemva kwinqwelo kwaye uyisuse
Susa zonke izikhonkwane zokutshixa iikhabhathi zenqwelo yesibini kwaye usete kwangaphambili ii-engile ze-splay zazo zonke iikhabhathi ezisekelwe kwi-RCF Easy Shape Designer software ejika isibiyeli esingasemva kwimodyuli ephezulu kwaye ifake iphini kwindawo efanelekileyo.
Lungisa iphini lokukhiya ngokukhawuleza elinikwe nesithethi kumngxunya ofanelekileyo ngaphambili kwisithethi sokugqibela emva koko uthobe umphakamo wenkqubo ukuze unciphise i-engile phakathi kwezithethi de zidibanise.

KHETHA I-ANGLE YOKUTHEKELELA

Ukusebenza ngenqaku elinye lokuchola oku kuphunyezwa ngokutyhalela phambili iqela kwaye kwangaxeshanye kwehlisa umphakamo wenkqubo. Ngoku lungisa kwaye utshixe iphini lokutshixa elikhawulezayo phakathi kwesithethi sokuqala seqela eliphantsi kunye nelokugqibela leqela elijingayo.
Qhubeka uphakamisa i-cluster kunye nee-angles zezithethi ziya kutshintshela ngokuzenzekelayo kwindawo echanekileyo. Misa ukuphakamisa kwaye ufake kwaye utshixe okwesibini izikhonkwane zokutshixa (Izikhonkwane zoKhuseleko) ukuthintela inkqubo ekungeneni kuxinzelelo lokutshintsha ukuthambeka kwemodyuli, kwaye ngenxa yoko yeqela. Faka izikhonkwane zokutshixa ngaphambili kumngxuma ofanelekileyo. Ezi zikhonkwane ezi-2 ezongezelelweyo azilayishi ubunzima benkqubo kodwa zikhonza ukugcina i-angle esisigxina phakathi kweemodyuli ngakumbi ukuba zingena kuxinzelelo kwiinkqubo ezigobile kakhulu.
Khupha umphambili kunye nephini elingasemva kwinqwelo kwaye uyisuse. Phinda inkqubo yeemodyuli ezi-4 zokugqibela kuzo zonke ezi modyuli zilandelayo.
ISILUMKISO Nangona nge-pick up point enye inokwenzeka ukuqulunqa iimodyuli ze-cluster 20, kukhuthazwa kakhulu ukusebenzisa indawo yokuthatha enye kunye neemodyuli ezingaphezu kwesibhozo. Ukuxhoma kunye nokuphakanyiswa kweemodyuli zokugqibela kuya kuba yingozi kwaye kunzima.

INKQUBO YOKUCINGA
Lahla iqela kwaye ususe zonke izikhonkwane zokutshixa ngelixa lisasebenza kwaye ubeke inqwelo yokuqala phantsi kwayo.
Tshixa izikhonkwane zangaphambili zokutshixa. Nyusa isibiyeli esingasemva semodyuli ngelixa uphakamisa inqwelo. Yiya kwindawo efanelekileyo kunye nenxalenye yangasemva kwaye ufake i-pin yokutshixa ngokukhawuleza kwindawo ehambelana nomngxuma we-1,4 °.
Yehlisa iqela de imodyuli yokugqibela yesine incike ngokupheleleyo enye kwenye.
Susa iphini lokutshixa elingasemva lemodyuli yokuqala yoluhlu olulandelayo lwesine uze ususe iphini lokutshixa elikhawulezayo. Susa izikhonkwane zangaphambili zokukhiya ngokukhawuleza, unakekele kakhulu, kuba iqela eliphezulu liya kukhululeka ukuhamba. Tsala iqela lokuqala kwaye uphinde inkqubo ukusuka ekuqaleni.

I-HDL30-INKQUBO YOKUQINA

Ubuninzi beekhabhinethi ezi-4 x TOP zivumelekile ukuba zisekwe njenge-stack yomhlaba. Indibano ye-HDL 30-A kwi-stacking isebenzisa i-flybar efanayo njengenkqubo yokuxhoma. Qhubeka ngolu hlobo lulandelayo: Susa isibiyeli esingaphambili sokuthatha kwaye ususe isibiyeli selaser/ inclinometer.

Lungisa i-stacking bracket kwinombolo yomngxuma 26 ye-flybar kwaye uyilungelelanise njengoko kubonisiwe kwifig 2.

Beka imodyuli yokuqala yokulungisa i-bracket yangaphambili kwindawo yokulungisa "A" ye-flybar usebenzisa izikhonkwane zokukhiya ngokukhawuleza ze-flybar.
Khusela izibiyeli zangaphambili ngokucinezela.

Jika isibiyeli sokupakisha esingasemva se-flybar kwaye ukhethe i-engile efanelekileyo. Imbalelwano yemingxuma yesibiyeli yile ilandelayo:

Isibiyeli sokupakisha 5 4 3 2 1 0 -1 -2 -3 -4

Isakhelo sokuRhweba ngasemva 1,7
I-Lose Pin yeZindlu EMHLOPHE C 0,7 C 2,7
I-Lose Pin yeZindlu EMHLOPHE C 0,7
iPin eXhelekileyo yeNdlu iPhini eXhekileyo iPhini eGxwelerhekileyo yeZindlu iPhini EMHLOPHE iPhini eJikeleyo

Faka iphini lokutshixa kwindawo efanelekileyo

Lungisa imodyuli elandelayo ngezikhonkwane zangaphambili zokutshixa. Phakamisa indawo yangasemva yemodyuli, faka iphini lokukhiya kwindawo efanelekileyo kwaye ukhulule imodyuli exhomekeke kwi-angle efanelekileyo.
Phinda lo msebenzi kwezi modyuli zilandelayo.

Kwi-subwoofers 8006, 9006 kunye ne-9007 uchungechunge lulungisa i-accessory yokuzikhethela "STACKING KIT STCK-KIT 2X HDL 30" cod. 13360393, ukuya M20 female screw kwindawo engasentla sub.
Beka i-flybar kwi-sub kwaye ufake ikiti yokupakisha phakathi kwemibhobho emibini yecental.
Lungisa iflybar kwikiti yokupakisha usebenzisa izikhonkwane ezibini zokutshixa ngokukhawuleza.
Lungisa iflybar kwikiti yokupakisha usebenzisa izikhonkwane ezibini zokutshixa ngokukhawuleza.

I-HDL38-NJENGENKQUBO YOKUQINA

Qhagamshela isibiyeli sangaphambili kwi-HDL38-Njengekhabhathi yokuqala usebenzisa izikhonkwane ezi-2 zokutshixa ezikhawulezayo (i-1 ngecala ngalinye)

Buyela umva kwaye uqhagamshele isibiyeli sangemva kwibharibha usebenzisa iphini lokutshixa eli-1 elikhawulezayo. I-HDL38-AS ebandayo kufuneka ilungiswe yenze i-engile engu-0 ° nge-flybar. Azikho ezinye ii-engile ezivumelekileyo.

I-HDL38-NJENGOQHAGAMSHELWANO OLUNINZI

Qhagamshela ikhabhinethi yesibini kweyokuqala isoloko iqala kwizibiyeli ezi-2 zangaphambili

C

Buyela umva kwaye uqhagamshele isibiyeli esingasemva sesibini

ikhabhinethi usebenzisa umngxuma "ngasemva ikhonkco".

I-HDL38-AS & HDL30-A Connection
Qhagamshela i-HDL38-AS isibiyeli sangaphambili kwi-HDL30-A umbhobho wangaphambili usebenzisa izikhonkwane zokutshixa ezimbini ezikhawulezayo.
B 3:1
Qhagamshela i-HDL30-A ijika isibiyeli esingasemva kwi-HDL38-AS isakhelo esingasemva usebenzisa i-pin yokutshixa e-1 ekhawulezayo. Faka isikhonkwane kumngxuma wangaphandle (oboniswe ngezantsi)

UKUBEKA I-HDL38-AS KWIKART YAYO
PHAMBILI VIEW
Misa i-HDL38-AS kwaye uqhagamshele esezantsi kwikart usebenzisa izikhonkwane ezi-3 zokutshixa ngokukhawuleza (2 ngaphambili kunye ne-1 ngasemva)
BA
NGEMVA VIEW
AB

6. UKULAHLWA KWENKONZO NOKULHLWA
UKUGCINWA KWEZOTHUTHO
Ngexesha lokuthuthwa qinisekisa ukuba amacandelo okuqhawula awagxininisi okanye abonakaliswe yimikhosi yomatshini. Sebenzisa iimeko zothutho ezifanelekileyo. Sincoma ukusetyenziswa kwe-RCF HDL30 okanye i-HDL38 kart yokutyelela ngale njongo. Ngenxa yonyango lwazo lwangaphandle amacandelo okubamba akhuselwe okwethutyana kumswakama. Nangona kunjalo, qinisekisa ukuba amacandelo akwimeko eyomileyo ngelixa egcinwe okanye ngexesha lokuthuthwa kunye nokusetyenziswa.
IZIKHOKELO ZOKUKHUSELEKA IIMIGCA ye-HDL30 kunye ne-HDL38 KART
Musa ukupakisha ngaphezulu kwe-HDL30-A ezine okanye ezintathu HDL38-AS kwiKart enye. Yiba nononophelo olugqithisileyo xa uhambisa izixa zeekhabhathi ezine ngekart ukunqanda ukuncamathela. Musa ukuhambisa izitaki kwicala langaphambili ukuya ngasemva; soloko uhambisa izitaki emacaleni ukunqanda ukuncamisa.

INGCACISO

Ukuphendula rhoqo kuMax Spl
Ugubungelo oluthe tye i-engile eNgqoyo yoKhuseleko lwe-Engile yokuNxinzelela umqhubi Woofer

HDL 30-A
50 Hz – 20 kHz 137 dB 100° 15° 1.4″, 4.0″vc 2×10″, 2.5″vc

IINTETHO ZOKUFUMANA Igalelo Isidibanisi Isiqhagamshelo segalelo Uvakalelo

XLR, RDNet Ethercon XLR, RDNet Ethercon + 4 dBu

PROCESSOR Crossover Frequency
Umda woKhuseleko
Ulawulo

I-680 Hz thermal, i-RMS soft limiter Preset, i-RDNet Bypass

AMPLIFIER Itotali yaMandla aPhakamileyo iiFrekhwensi eziPhantsi
Ukupholisa uQhagamshelwano

Incopho ye-2200 W 600 W Incopho ye-1600 W Incopho enyanzelweyo ye-Powercon ngaphakathi

INGCACISO YOMZIMBA Ubude Ububanzi Ubunzulu Bobunzima kwiKhabhinethi
Iziphatho zeHardware

293 mm (11.54″) 705 mm (27.76″) 502 mm (19.78″) 25.0 Kg (55.11lbs) I-PP edityanisiweyo yofakelo lweArray 2 icala

HDL 38-AS
30 Hz – 400 Hz 138 dB 18″neo, 4.0″vc
XRL, RDNet Ethercon XRL, RDNet Ethercon + 4 dBu
Iguquguquka ukusuka kwi-60Hz ukuya kwi-400Hz Thermal, i-RMS Soft limiter Volume, i-EQ, isigaba, xover
2800 W Incopho yokuNyanzeliswa kwePowercon ngaphakathi-ngaphandle
502 mm (19.8″) 700 mm (27.6″) 621 mm (24″) 48,7 Kg (107.4 lbs) iBaltic Birch Plywood izifakelo zeArray, ipali yesi-2 kwicala

www.rcf.it
RCF SpA: Via Raffaello, 13 - 42124 Reggio Emilia - Italy tel. +39 0522 274411 – ifeksi +39 0522 274484 – i-imeyile: rcfservice@rcf.it

10307836 RevA

Amaxwebhu / Izibonelelo

RCF HDL 30-A Active Two Way Line Array Module [pdf] Incwadi yoMnini I-HDL 30-A, HDL 38-AS, HDL 30-A Active Two Way Line Array Module, Active Two Way Line Array Module, Two Way Line Array Module, Line Array Module, Array Module

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