Intshayelelo

Iimpompo ezincinci ze-DC ze-diaphragm ziye zaba yimfuneko kunyango, kwimizi-mveliso, nakwizicelo ezizisebenzelayo ngenxa yobungakanani bazo obubambeneyo, ulawulo oluchanekileyo lolwelo, kunye nokusebenza kakuhle kwamandla. Ukusebenza kwezi mpompo kuxhomekeke kakhulu kuboiteknoloji yolawulo lokuqhuba, elawula isantya, uxinzelelo, kunye nokuchaneka kokuhamba. Eli nqaku liphonononga inkqubela phambili yamva nje kwiimpompo encinci ye-DC diaphragmqhuba ulawulo, kubandakanywa i-PWM, iinkqubo zempendulo zenzwa, kunye nokuhlanganiswa kwe-IoT ehlakaniphile.

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1. Ulawulo lwe-Pulse Width Modulation (PWM).

Ingaba isebenza kanjani

I-PWM yeyona ndlela iqhelekileyo yokulawula iimpompo ze-DC diaphragm ezincinci. Ngokuvula nokucima amandla ngokukhawuleza kwimijikelo eyahlukeneyo yomsebenzi, i-PWM ihlengahlengisa amandla ombane asebenzayo anikezelweyo kwinjini yempompo, eyenza:

• Ummiselo ochanekileyo wesantya(umzekelo, i-10% -100% yesantya esiphezulu sokuhamba)

• Ukusebenza kakuhle kwamandla(ukunciphisa ukusetyenziswa kwamandla ukuya kuthi ga kwi-30%)

• Ukuqala okuthambileyo/ukumisa(ukuthintela iziphumo zehamile yamanzi)

Usetyenziso

• Izixhobo zonyango(iimpompo zokufakelwa, oomatshini bokucofa igazi)

• Ukukhupha ulwelo oluzenzekelayo(ithamo lwekhemikhali, i-lab automation)

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2. Ulawulo lweeNgxelo ezivaliweyo

Ukudityaniswa koluvo

Iimpompo ze-diaphragm ezincinci zanamhlanje zibandakanyaabenzi boluvo boxinzelelo, iimitha zokuqukuqela, kunye neekhowudi zeekhowudiukubonelela ngengxelo yexesha lokwenyani, ukuqinisekisa:

• Amazinga okuqukuqela rhoqo(±2% ukuchaneka)

• Imbuyekezo yoxinzelelo oluzenzekelayo(umzekelo, iiviscosities zolwelo oluguquguqukayo)

• Ukukhuselwa kokugqithiswa(cima ukuba kukho imiqobo)

Umzekelo: Impompo ye-Pinmotor's Smart Diaphragm

I-Pinmotor yamva njeImpompo enikwe amandla yi-IoTisebenzisa aI-PID (i-Proportional-Integral-Derivative) i-algorithmukugcina ukuhamba okuzinzile naphantsi koxinzelelo lwangasemva oluguquguqukayo.

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3. I-Brushless DC (BLDC) Abaqhubi beMoto

Izinto eziluncedo Phezu kweeMotor ezixutyiweyo

• Ukusebenza okuphezulu(85% -95% vs. 70% -80% yokubrashwa)

• Ubomi obude(iiyure ezingama-50,000+ vs. 10,000 iiyure)

• Ukusebenza okuthe cwaka(<40 dB)

Iindlela zokulawula

• I-FOC engenazinzwa (i-Field-Oriented Control)-Yandisa itorque kunye nesantya

• Inyathelo elithandathu lokuhamba-Ilula kodwa ingasebenzi kakuhle kuneFOC

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4. I-Smart kunye ne-IoT-Enabled Control

Ezona mpawu

• Ukubeka iliso kudengeBluetooth/Wi-Fi

• Ugcino oluqikelelweyo(uhlalutyo lokungcangcazela, ukubona ukunxitywa)

• Ukulungiswa kokusebenza okusekwe kwilifu

Imeko yokusetyenziswa kweshishini

Umzi-mveliso usebenzisaIimpompo ezincinci zediaphragm ezilawulwa yi-IoTixesha lokuphumla lincitshisiwe45%ngokusebenzisa ukufumanisa iimpazamo ngexesha lokwenyani.

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5. IiTekhnoloji zokonga amandla

Iteknoloji	Ugcino lwamandla	Engcono Kwi
PWM	20%-30%	Izixhobo ezisebenza ngebhetri
I-BLDC + FOC	25%-40%	Iinkqubo ezikumgangatho ophezulu
Iindlela zokulala/ukuvuka	Ukuya kuthi ga kwi-50%	Ukusetyenziswa kwamaxesha ngamaxesha

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Ukuqukumbela

Ukuqhubela phambili kwiimpompo encinci ye-DC diaphragmqhuba ulawulo-njengeI-PWM, ii-motor ze-BLDC, kunye nokudityaniswa kwe-IoT-Baguqula ukuphathwa kwamanzi kumashishini ukusuka kukhathalelo lwezempilo ukuya kwi-automation. Ezi teknoloji ziqinisekisaukuchaneka okuphezulu, ukusebenza kakuhle kwamandla, kunye nokuthembekakunanini na ngaphambili.

Ngaba ujonge izisombululo zempompo ze-diaphragm eziphambili? Phonononga Pincheng motor kaThixo rUmsindo weiimpompo ezilawulwa ngobuchulekwiprojekthi yakho elandelayo!