Incazelo yezobuchwepheshe ye-CT110 Series Inverter
I-CT110 frequency converter isekelwe ohlelweni lokulawula i-DSP futhi yamukela ubuchwepheshe bokulawula i-vector yamahhala be-PG obuhamba phambili ekhaya, obuhlanganiswe nezindlela eziningi zokuvikela, ezingasetshenziswa kumamotho asynchronous futhi zinikeze ukusebenza okuhle kakhulu kokushayela. Umkhiqizo uthuthukise kakhulu ukusebenziseka kwamakhasimende kanye nokuvumelana nezimo zemvelo ngokuya ngedizayini yepayipi lomoya, ukucushwa kwehadiwe, nokusebenza kwesoftware.
● Izici zobuchwepheshe
1. Umqondo ozinikele wokuhlinzekwa kwamanzi: Ngokusekelwe ezimeni zokusebenza zasendaweni, indlela yokuhlinzeka ngamanzi ihlinzeka ngokusebenza okuzinzile okuqhubekayo kokulawula ingcindezi.
2. Ukuzifundela okunembile kwepharamitha yemoto: Ukuzifundela okunembile kwemingcele yemoto ejikelezayo noma emile, ukulungisa iphutha kalula, ukusebenza okulula, ukuhlinzeka ngokunemba kokulawula okuphezulu kanye nesivinini sokuphendula.
3. Ukulawulwa kwe-Vectorized V/F: isinxephezelo se-othomathikhi se-stator voltage drop, ukulawulwa kwe-VF kungaqinisekisa futhi izici ezinhle kakhulu ze-torque ephansi.
4. Umsebenzi wokunciphisa i-Software wamanje kanye ne-voltage: i-voltage enhle nokulawula kwamanje, kwehlisa ngempumelelo inani lezikhathi zokuvikela zesiguquli sefrikhwensi.
5. Izindlela zokubhuleka eziningi: Inikeza izindlela eziningi zokubhuleka zokupaka okusheshayo.
6. Idizayini enokwethenjelwa okuphezulu: Ngephuzu eliphezulu lokushisa eliphelele kanye nezinga elihle lokuvikela, ifaneleka kakhulu indawo yokusetshenziswa kwemboni yokuphakela amanzi.
7. Umsebenzi wokuqalisa kabusha ukulandelela isivinini: Finyelela isiqalo esibushelelezi samamotho ajikelezayo ngaphandle komthelela.
8. Umsebenzi wokulungisa i-voltage ezenzakalelayo: Lapho i-voltage yegridi ishintsha, ingagcina ngokuzenzakalelayo i-voltage ephumayo engashintshi.
9. Ukuvikelwa kwamaphutha okuphelele: imisebenzi yokuvikela ye-overcurrent, overvoltage, undervoltage, overtemperature, ukulahlekelwa kwesigaba, overload, njll.
Isiphetho
Ukusebenzisa ubuchwepheshe bokuguqula imvamisa ezinhlelweni zesimo somoya ezimaphakathi kubaluleke kakhulu ekuthuthukiseni izinga lokuzenzakalela kwesimo somoya esimaphakathi, ukunciphisa ukusetshenziswa kwamandla, ukunciphisa umthelela kugridi yamandla, nokwelula impilo yesevisi yemishini namapayipi.
I-CT110 Water Supply Logic Incazelo
Uchungechunge lwe-CT110 oluzinikele lwe-frequency converter lunomqondo owakhelwe ngaphakathi wokuphakelwa kwamanzi kanye nokulawula kwe-PID okulungiselelwe ukuqinisekisa ukucindezela kwamanzi okungaguquki. Ngesikhathi esifanayo, icubungula ngokuzenzakalelayo i-logic yokwengeza nokukhipha amaphampu, futhi ilungisa ngokuzenzakalelayo imvamisa ngesikhathi sokufakwa kwepompo kanye nezigaba zokususa ukuze kuqinisekiswe ukuthi umfutho wamanzi uhlala uzinzile futhi uyalawuleka phakathi nenqubo yokwengeza nokukhipha impompo. I-logic yokuphakelwa kwamanzi ichazwa kanje:
1. I-logic yokwengeza iphampu: Uma umfutho wamanzi uqhubeka nokuba ngaphansi kunomfutho obekiwe, isiguquli semvamisa siyasheshisa futhi sisebenze. Lapho isiguquli semvamisa sisheshisa endaweni yokufaka imvamisa yephampu (F13.01), uma ingcindezi yamanzi isengaphansi (setha iphesenti lokucindezela kwamanzi) - (iphesenti lokubekezelela ingcindezi yephampu F13.02), kubhekwa ukuthi inani lamanje lamaphampu amanzi alanele ukusebenzisa, futhi amaphampu amanzi adinga ukukhushulwa ekusebenzeni. Ngemuva kokuthi isikhathi sokulibaziseka sokwengezwa kwepompo sesifinyelelwe, i-relay eyisiza izosebenza, futhi iphampu izosebenza ngalesi sikhathi.
2. I-Pump axiliary logic: Iphampu esanda kufakwa iyiphampu yefrikhwensi yamandla, engase ibangele ukwanda okusheshayo komfutho wamanzi phakathi nenqubo yokumpompa. Ngakho-ke, iphampu yefrikhwensi eguquguqukayo izonciphisa ngokuzenzakalelayo imvamisa yayo phakathi nenqubo yokumpompa ukuze igweme ukucindezela kwamanzi okweqile. Isikhathi sokuncishiswa sephampu yefrikhwensi eguquguqukayo ngalesi sikhathi sinqunywa ngu-F08.01.
3. I-logic yokunciphisa iphampu: Uma umfutho wamanzi uqhubeka uba phezulu kunokucindezela okumisiwe, isiguquli semvamisa sisebenza ngesivinini esincishisiwe. Lapho isiguquli sefrequency sehla siye endaweni yokuvama ukuncishiswa kwephampu (F13.04), uma ingcindezi yamanzi isengaphansi (setha iphesenti lokucindezela kwamanzi) + (iphesenti lokubekezelela ingcindezi yokunciphisa iphampu F13.05), kubhekwa ukuthi inani lamanje lamaphampu amanzi liningi kakhulu futhi umsebenzi wepompo udinga ukuncishiswa. Ngemuva kokuthi isikhathi sokulibaziseka sokunciphisa iphampu sifinyelelwe, i-relay eyisizayo izosebenza, futhi iphampu izosebenza ngalesi sikhathi.
4. I-logic eyinsiza yokunciphisa iphampu: Ipompo esanda kuncishiswa iyiphampu yefrikhwensi yamandla, engase ibangele ukwehla ngokushesha kokucindezela kwamanzi phakathi nenqubo yokunciphisa iphampu. Ngakho-ke, phakathi nenqubo yokunciphisa iphampu, ipompo yemvamisa eguquguqukayo izokwandisa ngokuzenzakalelayo imvamisa ukuze igweme ukucindezela kwamanzi okuphansi lapho ingeza iphampu. Isikhathi sokusheshisa sephampu yefrikhwensi eguquguqukayo ngalesi sikhathi sinqunywa ngu-F08.00.
5. Indlela yokusebenza yokulala: Uma amaphampu asizayo emile futhi nomfutho wamanzi usephezulu, isiguquli semvamisa sizosebenza ngesivinini esincishisiwe. Uma imvamisa yesiguquli sefrikhwensi iphansi kunephuzu lokuvama kokunciphisa iphampu, isiguquli sefrikhwensi sizolala ngokuzenzakalelayo futhi ikhibhodi izobonisa isimo sokuthi "LALA".
6. Ingqondo yokulala nokuvuka: Esimeni sokulala sesiguquli sefrikhwensi, lapho umfutho wamanzi uphansi, imvamisa esethiwe ebalwa yi-PID iphakeme kunesethingi yefrikhwensi yokuvuka, futhi ingcindezi yamanje ingaphansi (setha iphesenti lokucindezela kwamanzi) - (iphesenti lokubekezelela ingcindezi yokuvuka F13.02), kucatshangwa ukuthi iphampu yokuguqula imvamisa idinga ukusebenza. Ngemuva kokulibaziseka kokuvuka, iphampu yokuguqula imvamisa izolala futhi ivuke.
7. Okubalulekile kokulawulwa kwepompo yamanzi: Okubalulekile kokubamba iqhaza kwepompo yamanzi ekusebenzeni yilokhu: iphampu ye-frequency eguquguqukayo>ipompo elisizayo 1>ipompo elisizayo 2. Okusho ukuthi, uma kudingekile ukwengeza iphampu, okokuqala wengeze iphampu yefrikhwensi eguquguqukayo, bese kuba i-axiliary pump 1, futhi ekugcineni i-axiliary pump 2; Uma kudingekile ukunciphisa iphampu, qala unciphise ipompo elisizayo 2, bese unciphisa ipompo elisizayo 1, futhi ekugcineni unciphise isiguquli semvamisa ukuze ulale nokulinda.
Izici Zesistimu Yokonga Amandla Eshintshashintshayo
1. I-interface yesiguquli se-frequency isibonisi se-LED, esinamapharamitha wokuqapha acebile; Ukuhlelwa kwekhibhodi kulula futhi kulula ukuyisebenzisa;
2. Inzwa yokuhluka kwezinga lokushisa/izinga lokushisa iyisibonisi se-LED sesikrini esimbaxambili sedijithali, esinokulungiselelwa kwepharamitha yokushisa elula nokuqapha okulula;
3. Isiguquli se-frequency sinezisetshenziswa ezihlukahlukene zokuvikela zikagesi ezifana ne-overcurrent, overload, overvoltage, kanye nokushisa ngokweqile, futhi linomsebenzi ocebile wokukhipha i-alamu yamaphutha, engavikela ngempumelelo ukusebenza okuvamile kwesistimu yokuphakelwa kwamanzi;
4. Ngemva kokufaka i-converter ye-frequency, i-motor inesiqalo esithambile kanye nemisebenzi yokulawula isivinini esingenasinyathelo, enganciphisa kakhulu ukuguga kwemishini yepompo yamanzi kanye ne-motor futhi yandise impilo yesevisi yeqembu lamapayipi;
5. I-frequency converter ifakwe i-capacitor enkulu yokuhlunga umthamo ngaphakathi, engathuthukisa ngokuphumelelayo isici samandla wemishini kagesi;
6. Isistimu ibona ukulawulwa kwezinga lokushisa kwe-PID evaliwe, iqinisekisa izinguquko ezinzile zasendlini futhi inikeze umuzwa okhululekile womzimba womuntu.