Precision Servo DC Motor 46S/220V-8A
Iimpawu eziphambili ze-servo DC motor: (ezinye iimodeli kunye nokusebenza kungenziwa ngokwezifiso)
| 1. Ixabiso lombane: | I-DC 7.4V | 5. Isantya sesantya: | ≥ 2600 rpm |
| 2.Uluhlu lwamandla okusebenza: | I-DC 7.4V-13V | 6. Ukuvala okwangoku: | ≤2.5A |
| 3. Amandla alinganisiweyo: | 25W | 7.Layisha okwangoku: | ≥1A |
| 4. Umkhombandlela wokujikeleza: | Ishaft yemveliso yeCW ingentla | 8. Ukususwa kweShaft: | ≤1.0mm |
Umzobo wembonakalo yemveliso
Ixesha lokuphelelwa lixesha
Ukususela kumhla wokuvelisa, ixesha lokusetyenziswa ngokukhuselekileyo kwemveliso yiminyaka eyi-10, kwaye ixesha eliqhubekayo lokusebenza ≥ iiyure ezingama-2000.
Iimpawu zemveliso
1.I-Compact, uyilo olugcina indawo;
2.Ubume bebhola;
3.Ubomi benkonzo ende yebrashi;
4.Ukufikelela kwangaphandle kwiibhrashi kuvumela ukutshintshwa okulula ukuze kwandiswe ubomi bemoto;
5.Itorque yokuqala ephezulu;
I-6.Dynamic braking ukuyeka ngokukhawuleza;
7.Ujikelezo olubuyiselwa umva;
8.Uqhagamshelwano olulula lweengcingo ezimbini;
I-9.I-Class F insulation, ukushisa okuphezulu kwe-welding commutator.
Usetyenziso
Isetyenziswa kakhulu kwimimandla yekhaya elihlakaniphile, izixhobo zonyango ezichanekileyo, i-automobile drive, iimveliso ze-electronics zabathengi, i-massage kunye nezixhobo zokhathalelo lwempilo, izixhobo zokukhathalela umntu, ukuhanjiswa kwerobhothi ehlakaniphile, i-automation ye-industrial, izixhobo ezizenzekelayo, iimveliso zedijithali, njl.
DC servo motor hlela
1.General DC servo motor
2.Slotless izixhobo ze-DC servo motor
3.DC servo motor enekomityi enomgongxo
I-4.DC servo motor ene-printing winding
I-5.Brushless DC servo motor (Inkampani yethu isebenzisa le moto)
Umzobo wokusebenza
Iimpawu ze-DC servo motor:
Umatshini ojikelezayo wombane ogalelo okanye imveliso ingamandla ombane eDC.Inkqubo yokulawula isantya se-analog ngokuqhelekileyo yenziwe ngamacandelo amabini avaliweyo, oko kukuthi isantya esivaliweyo kunye ne-loop evaliweyo yangoku.Ukuze wenze ezi zimbini zilungelelanise kunye kwaye zidlale indima, abalawuli ababini babekwe kwinkqubo yokulungelelanisa isantya kunye nekhoyo ngoku ngokulandelanayo.Iilophu ezimbini ezivaliweyo zithatha isakhiwo esinendlwane seluphu enye kunye nelophu enye kwisakhiwo.Le yinkqubo ebizwa ngokuba yinkqubo yokulawula isantya se-loop evaliweyo.Ineenzuzo zokuphendula ngokukhawuleza okuguquguqukayo kunye nekhono elinamandla lokuchasana nokuphazamiseka, ngoko lisetyenziswa ngokubanzi.Ngokuqhelekileyo, i-PI okanye i-PID yesekethe yenziwe nge-analog amplifier yokusebenza;ukulungiswa kophawu kukucoca kunye nokwandisa umqondiso wengxelo.Ukuqwalasela imodeli yemathematika yemoto ye-DC, linganisa ubudlelwane obuguquguqukayo bomsebenzi wokutshintshwa kwenkqubo yokulawula isantya Ngexesha lenkqubo yokulungiswa kweempazamo yenkqubo yokulawula isantya esifanisiweyo, kuba iiparamitha zemoto okanye iimpawu zomatshini zomthwalo zahluke kakhulu kwithiyori. amaxabiso, kudla ngokufuneka rhoqo ukubuyisela R, C Kunzima kakhulu ukutshintsha iparameters zesekethe ngamanye amacandelo ukufumana isalathisi sokusebenza esilindelekileyo.Ukuba isixhobo se-analog esicwangcisiweyo sisetyenziselwa ukwenza isiphaluka somlawuli, iiparamitha zenkqubo ezifana nenzuzo, i-bandwidth kunye nesakhiwo sesekethe sinokuguqulwa ngesofthiwe kwaye ihlaziywe.Iluncedo kakhulu.
