I-GDYB-S6 Ibhentshi Lokuhlola Imitha Yemitha Yamandla Ezintathu
Ibhentshi Lokuhlola Amamitha angu-6 (Three Phase)
●Idizayini ehlangene, irekhi yamamitha yemishini yokuhlola kanye nohlaka lwedeski konke kwenziwa ngengxube ye-aluminium ekhethekile futhi ipuleti lobuso bedeski lenziwe ngezinto ezingashi nokushisa.
●Kulula ukuyisebenzisa, kokubili ukusebenza kwekhibhodi ne-PC kuyatholakala.
●I-automation ethuthukisiwe.Umsebenzisi udinga kuphela ukufaka amamitha, alungise isampula ye-photoelectric bese usetha imingcele isesimweni esihle, bese zonke izinto zokuhlola, okuhlanganisa ukushisisa kwangaphambili, i-actuation kanye nokuhlolwa kwe-actuation okungamanga, ukuhlolwa kokuchezuka okujwayelekile, ukuhlolwa kwephutha okuyisisekelo kulawulwa yi-PC eyodwa. test.Inqubo yokulinganiswa kwamamitha ingachazwa ngabasebenzisi.
●Isampula ye-Photoelectric ingabona ukulungiswa kwezinhlangothi ezintathu.Ayikwazi nje ukwamukela isignali ye-turn-plate yemitha ejikelezayo kodwa futhi yamukele isignali ye-strobe yemitha kagesi.
●Isistimu yokucubungula iphutha ingathola isignali kusuka kusampula yezithombe kanye ne-pulse ephumayo yohlobo lokufaka imitha ye-electronic, kanye nesignali ye-high frequency pulse yemitha evamile.
●Amamitha ohlotsheni olufanayo(umugqa wesigaba esifanayo, i-voltage elinganiselwe, yamanje elinganisiwe) kodwa okungaguquguquki okuhlukile (ubuningi bezinhlobo ezi-3) angahlolwa ngesikhathi esifanayo.
●Hlola umsebenzi wokuxhumana we-RS485 wemitha esebenza ngezindlela eziningi, iphutha elidingekayo kanye nephutha lewashi uyazikhethela (Ukukhipha isignali yesikhathi kuyadingeka).
●Thola indawo yokumaka imitha ye-rotary ngokuzenzekelayo, okuvumela ukuhlolwa kwe-actuation yamanga okulula.
●Ukuphakamisa ama-harmonics angu-2 kuye kwangama-21 kumagagasi ayisisekelo wemvamisa yamandla, i-harmonic amplitude nesigaba kungasethwa ngokuya ngezidingo.Futhi ukuhlaziywa kwe-harmonic kanye ne-waveform yokudweba kungenziwa ezingxenyeni eziphumayo.
●Ukuhlola okuzenzakalelayo kuwo wonke amayunithi kagesi, amanje, ukuqina kwamandla kanye nenani eliphelele lezigaba ezintathu ukuqina kwamandla.
●Ukuzinza okuphezulu nokuthembeka, okunganikeza amandla anamandla okukhipha.Iluphu ye-voltage (yamanje) ingathatha umthwalo wanoma yiluphi uhlobo.
●Imishini yokuhlola ihlinzekwa ngokusebenza okuphelele kokuhlola, ukuthola, ukuvikela kanye nemisebenzi ethusayo ukuze kugwenywe ukulinyazwa kwebhentshi okubangelwa izintambo ezingalungile ezenziwa ngesandla noma ukusebenza.
●Isofthiwe ye-PC inikeza imisebenzi ephelele, njengokuphrinta umbiko, ukubala inani nokugcinwa kwempahla
●Izinga lokunemba: 0.05%
●Amandla okukhipha amandla: 3*100V/57.7VY 3*100V ∆
3*380V/220V Y 3*380V ∆
Ibanga elilawulayo: 0-120% liyalungiseka ngokulandelana
Ukulawula ukunemba: okungcono kuno-0.01%
* Uhla lwe-voltage olukhethekile lungasethwa ngokuya ngokuhleleka kwangempela.
●Ibanga lamanje: 0.1A, 0.25A, 0.5A, 1A, 2.5A, 5A, 10A, 20A, 50A, 100A
Ibanga elilawulayo: 0-120% liyalungiseka ngokulandelana
Ukulawula ukunemba: okungcono kuno-0.01%
●Amandla okukhiphayo: (iluphu yevoltage) GDYB-S6 100VA
(iluphu yamanje) GDYB-S6 150VA
●Ukuzinza kwe-voltage ephumayo, yamanje namandla:
≤0.02%/120S PF=1 (Ikilasi 0.05)
≤0.05%/120S PF=1 (Ikilasi 0.1)
●Ukuhlanekezelwa kwegagasi kwe-voltage ephumayo neyamanje: ≤0.5%
●I-Symmetry yezigaba ezintathu: kangcono kuno-120°+0.3°
●Ibanga lemvamisa: 45Hz-65Hz okulawula ukunemba: 0.01 Hz
●Ububanzi bokushintsha kwesigaba: -180.0°-180.0° ukunemba kokulawula: 0.1°
●Ukuzinza kwe-crystal oscillator okujwayelekile: ≤10-7/s
●Ikhombisa isigaba sezinsimbi
Ukunemba kwe-Voltmeter ne-ammeter: ileveli ±0.2%
Ukunemba kwemitha yesigaba: ±0.5°
Ukunemba kwemitha yemvamisa: ±0.01Hz
●Umkhawulo wamamitha wokuhlola: 6
●Ukunikezwa kwamandla: 3*220V±10%, 50Hz (noma 120V±10%, 60Hz)
●Ukusetshenziswa kwamandla okuphezulu: 1500VA
●Izinga lokushisa elisebenzayo: 20 ± 5℃ umswakama ohlobene: ≤85%
●Ubukhulu nesisindo:
2000mm*720 mm*1550mm 280Kg
