594 I-Potentiometer Elawulwa kude
Umhlahlandlela Womsebenzisi
UBUNZIMA BOMHLANGANO
I-AVT3135 Electronic Bird Scare
PDF KHIPHA
https://serwis.avt.pl/manuals/AVT3135_EN.pdf
Ukwethuka okwethulwe kuyindlela ephumelela kakhulu futhi enobungani bemvelo yokuvimbela izinyoni. Kuyinguqulo esekelwe ku-microprocessor yokwethusa izinkanyezi. Umsindo okhishiwe, onevolumu engaphezu kuka-100 dB, ngeke ukhiphe izinyoni kuphela kodwa namagundane amancane engadini noma endaweni yokugcina impahla.
Izici
- ibhiphu eyenziwe yasebenza ngokungahleliwe
- ukulungiswa okubushelelezi kwe-siren kumafrikhwensi
- i-twilight switch ehlanganisiwe
- ukuphakela voltagisheke lezinga le-e - LED
- ukuhlolwa komsebenzi wenzwa yokukhanya - i-LED
- amandla kagesi 12 V / 1 A (ibhethri)
- amasayizi webhodi: 40×62 mm
Incazelo yesifunda
Ukuxosha izinyoni ezindaweni ezithile ngezinye izikhathi kuba yimfuneko. Ngaphezu kwakho konke, ukwenzeka kwezinkanyezi eziningi kungabhubhisa umsebenzi wezinyanga eziningi owenziwa abalimi bezithelo. Isethuso sezinyoni esenziwe nge-microprocessor-based saklanyelwe ukulawula ngempumelelo izinambuzane zezinyoni. Kwanele njengesivikelo esiyisisekelo ezinyonini ezidla isithelo esitshalweni. Isixosha idivayisi ekhipha umsindo wethoni eyodwa ngokungahleliwe ngevolumu ephezulu kakhulu. Ngenxa yokushintsha kwe-twilight, isignali yomsindo izosebenza kuphela emini futhi, kungakhathaliseki ukuthi yiziphi izilungiselelo ezikhethiwe, umsebenzisi angaqiniseka ukuthi ukwesaba ngeke kuvuleke ebusuku.
Umdwebo wohlelo lokusabisa uboniswa kuMfanekiso
- Isekhethi kufanele inikwe amandla ebhethri engu-12 V, isb. ibhethri yejeli noma ugesi ozinzile kanye ne-12 VDC kanye namandla aphumayo acishe abe ngu-1 A.
I-D1 diode ochungechungeni olunikezwa amandla ivikela isekethe ku-voltage yokufaka engalungiletage polarity. Ama-Capacitor C1…C4 asebenza njengesihlungi sokuhlinzeka. Ivolumu yokufakatagi-e isuka kusixhumi esikulufa i-X1 iya kusiqinisi se-US2. I-stabilizer ye-LDO yasetshenziselwa ukunciphisa ukusetshenziswa kwamanje. Umsebenzi wokwethusa ulawulwa isilawuli esincane se-US1 ATtiny25 esivalwa isignali yewashi yangaphakathi. I-Resistive divider eyenziwe ngama-resistors i-R3 ne-R4 exhunywe ku-port PB3 ivumela uhlelo kusilawuli esincane ukukala ivolumu yebhethri.tage ngaphandle kwengozi yokuyilimaza ngevolumu ephezulu kakhulutage. Ukwenza umsebenzi wesifunda kancane futhi emini kuphela, kwasetshenziswa i-photoresistor PH1, okuthi, kanye ne-resistor R5, yakha esinye isihlukanisi sokumelana. VoltagIsignali ye-e, incike ekukhanyeni, iya echwebeni le-PB4 le-microcontroller.
Ukuze kube lula ukusebenza, isifunda sisebenzisa isici esisodwa kuphela sokusetha. Lena i-potentiometer PR1, esetshenziselwa ukusetha i-siren switch on frequency. Izikhathi zokulungisa zisukela kumizuzu emi-5 kuye kwengama-30. Ukuze idivayisi ikhiqize isivimbeli imisindo ngokungahleliwe, uhlelo lwakhiwe ngendlela yokuthi kusetshenziswa inani elibekwe i-potentiometer, luphinde lubale kanye nesignali evela ku-photoresistor. Ukuklanywa kohlelo kuphinde kucabangele inani lamasignali kanye nobude be-siren ngesikhathi esimisiwe. Lokhu kungaba kusuka kumasiginali angu-3 kuye kwayi-8 athatha imizuzwana emi-2 kuye kwemi-5. Umfanekiso 2 ubonisa i-LED
Ukukhweza nokuqalisa
Faka isiyingi ebhodini umklamo walo ukhonjiswe kuMfanekiso 3. Izithombe nazo zizosiza lapho ukhwezwa. Zonke izingxenye zifakwe ebhodini lesifunda eliphrintiwe elilodwa elinosayizi 40 x 62 mm. Qala ukukhweza isekethe kusuka kuma-solder resistors nezinye izinto ezinosayizi omncane bese ugcina ngezixhumi zesikulufu nokufakwa kwesekethe ehlanganisiwe ye-US1 kusokhethi. Uma isifunda siphakanyisiwe, udinga ukuhlola ngokucophelela ukuthi izingxenye azizange zithengiswe ngendlela engafanele noma ezindaweni ezingalungile nokuthi akukho ama-short-circuits of the soldering points okwenzekile ngesikhathi sokudayiswa. Iphutha kulokhutagi-e yomsebenzi wokukhweza ingaholela ekulimaleni kwezingxenye noma ngisho nokuqhuma.
Isekhethi ehlanganiswe ngokungenasici ezingxenyeni ezisebenzayo izosebenza ngokushesha.
Umfanekiso wesi-4 ubonisa indlela efanele yokuxhuma i-siren kanye nokunikezwa kwamandla ebhodini. Uma ukwesaba kuzovezwa ezimweni zezulu eziqondile, kungakhelwa endaweni ebiyelwe eyi-Z-54 lapho i-PCB ifakelwe khona. Isithombe 2 sibonisa ibhodi eligcinwe endaweni ebiyelwe ngenhla. Uma usebenzisa i-adaptha ye-AC ukunika amandla ukwesaba, kufanele futhi ivikelwe emvuleni nasemswakameni ukuze kuvinjwe umonakalo ongaba khona noma ugesi kumsebenzisi.
Uhlu lwezingxenye
Iziphikisa:
R1, R2:…………………1 kΩ (nsundu-mnyama-bomvu-igolide)
R3: …………………….1 MΩ (brown-black-green-gold)
R4, R5:…………………100 kΩ (nsundu-mnyama-ophuzi-igolide)
PR1:……………………..ifaka i-potentiometer 1 MΩ (105)
PH1: ………………….photoreistor
Ama-Capacitors:
C1: ……………………….470 μF !
C2, C3:…………………100 nF (ingaqokwa 104)
C4: ……………………….100 μF !
Ama-semiconductors:
D1, D2: ……………..1N4007 !
LD1:……………………..noma iyiphi i-LED !
US1: ………………….ATtiny25 + isokhethi !
US2: …………………….LM2931 !
T1: …………………….BUZ11 (noma okufanayo) !
Okunye:
F1:………………………..fuse 2 A
X1, X2: …………………izixhumi ezikulufa I-alamu ye-alamu 12 V
Qala ukukhweza ukusuka ekuhlanganiseni izingxenye ebhodini ngosayizi ukusuka kwencane kakhulu kuye kwenkulu. Uma ukhweza izingxenye ezimakwe ngophawu lwesibabazo, naka ukuhlukana kwazo.
Izithombe zekhithi ekhweziwe zingaba usizo.
Ukuze ufinyelele izithombe ezinokulungiswa okuphezulu njengezixhumanisi, landa i-PDF.
PDF KHIPHA
https://serwis.avt.pl/manuals/AVT3135_EN.pdf
Inkampani AVT SPV Sp. z awu
Leszczynowa 11 Street,
03-197 iWarsaw, ePoland
https://sklep.avt.pl/
Lolu phawu lusho ukuthi ungawulahli umkhiqizo wakho nomunye udoti wasendlini. Esikhundleni salokho, kufanele uvikele impilo yomuntu kanye nendawo ezungezile ngokunikeza okokusebenza kwakho kukadoti endaweni eqokiwe yokuqoqa ukuze kugaywe kabusha izinto ezilahlwayo zikagesi neze-elekthronikhi.
I-AVT SPV iyaligodla ilungelo lokwenza izinguquko ngaphandle kwesaziso sangaphambili.Ukufakwa kanye nokuxhunywa kwento esetshenziswayo kagesi ngokungahambisani nemiyalelo, ukuguqulwa okungagunyaziwe kwezingxenye kanye nanoma yikuphi ukuguqulwa kwesakhiwo kungase kubangele ukulimala kumshini futhi kufake engozini abantu abawusebenzisayo. Esimeni esinjalo, umkhiqizi kanye nabameleli bakhe abagunyaziwe ngeke babekwe icala nganoma yimuphi umonakalo ovela ngokuqondile noma ngokungaqondile ngenxa yokusebenzisa noma ukungasebenzi kahle komkhiqizo.
Amakhithi okuzihlanganisa ahloselwe izinjongo zemfundo nemiboniso kuphela. Azihloselwe ukusetshenziswa ezinhlelweni zentengiso. Uma zisetshenziswa ezinhlelweni ezinjalo, umthengi uthatha sonke isibopho sokuqinisekisa ukuthobela yonke imithethonqubo
Amadokhumenti / Izinsiza
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I-AVT 594 I-Potentiometer Elawulwa kude [pdf] Umhlahlandlela Womsebenzisi 594 I-Potentiometer Elawulwa kude, 594, I-Potentiometer Elawulwa kude, I-Potentiometer elawulwayo, i-Potentiometer |
