I-AC kuya ku-DC 0-150V 0-100A I-DC Power Supply Ehlelekayo 15000W
Izici:
• Yamukela idizayini yesikrini esikhulu sombala, isibonisi esinencazelo ephezulu
• Ukuzwakala okuphansi, umsindo ophansi
• I-voltage engaguquki nesimo sokusebenza esingashintshi sishintsha ngokuzenzakalelayo
• Sekela amasampula okude, okukhiphayo okunembe kakhudlwana
• Ukuvikelwa okuzenzakalelayo kwe-OVP/OCP/OPP/OTP/SCP
• Ukulawula abalandeli okuhlakaniphile, ukunciphisa umsindo nokonga amandla
• Umsebenzi wokukhiya iphaneli yangaphambili ukuze uvimbele ukusebenzisa kabi
• Sekela i-RS232/RS485 ne-Ethernet control interface
• Idizayini yesithonjana esiyisicaba sesistimu yokusebenza ye-UI, ukusebenzisana okunethezeka kakhudlwana kwekhompuyutha yomuntu
• Izimbobo zenethiwekhi ezimbaxambili ze-LAN, ezihlanganisiwe zithumela inethiwekhi eyodwa kuze kube sekupheleni
Imininingwane:
Imodeli | HSJ-15000-150 |
I-Voltage yokufaka | Ongakukhetha : Isigaba esingu-1: AC110V±10%,50Hz/60Hz; Isigaba esingu-1: AC220V±10%,50Hz/60Hz; Isigaba se-3: AC380V±10%,50Hz/60Hz; |
I-Output Voltage (Vdc) | 0-150V |
Okukhiphayo Kwamanje (Amp) | 0-100A |
Okukhipha Voltage / Yamanje adjustable | Ibanga elilungisekayo le-voltage ephumayo : 0~I-Voltage Max Okukhiphayo Ibanga lamanje elilungisekayo: 10% wobukhulu bamanje ~ Max Current Uma udinga 0~Max current , sicela uxhumane nefekthri uqinisekise |
Amandla Okukhiphayo | 15000W / 15KW |
Umthethonqubo Womthwalo | ≤0.5%+30mV |
I-Ripple | ≤0.5% + 10mVrms |
Ukuzinza kokunikezwa kwamandla | ≤0.3%+10mV |
Amandla kagesi |Ukunemba Kwamanje Kwesibonisi | Ukunemba kwethebula lamadijithi angu-4 : ±1%+1 igama (isilinganiso esingu-10% -100%) |
Amandla kagesi |Inani lamanje Ifomethi yokubonisa | Ifomethi yokubonisa: 0.000 ~ 9999V;0.00 ~ 99.99V;0.0 ~ 999.9A; |
I-Output Voltage Overshoot | Yakha ku-OVP Protection ngenani elingu-+ 5% |
Operation Temperature|Umswakama | Izinga Lokushisa Lokusebenza : (0~40)℃;Ukusebenza Ukuswakama : 10% ~ 85% RH |
Izinga Lokushisa Lokugcina |Umswakama | Izinga Lokushisa Lesitoreji : (-20~70)℃;Umswakamo Wesitoreji :10% ~ 90% RH |
I-Over-Temperature Protection | (75–85) C. |
Imodi Yokukhipha Ukushisa/ Imodi Yokupholisa | Ukupholisa umoya ngempoqo |
Ukusebenza kahle | ≥88% |
Isikhathi sokusetha i-Output voltage | ≤3S |
Ukuvikelwa | I-voltage ephansi, ngaphezulu kwe-voltage, ngaphezulu kwamanje, isifunda esifushane, Ukuvikelwa kokushisa ngokweqile Kuphawuliwe : uma kunesidingo ukungezwa Ukuxhumeka Okuhlehliswayo kanye nokuvikelwa kokuhlehliswa kwe-Polarity kufanele kube othintana naye ngokwefekthri |
Amandla e-Insulation | Okokufaka kokufaka: AC1500V, 10mA, imizuzu engu-1; Okokufaka - igobolondo lomshini: AC1500V, 10mA, imizuzu engu-1; Okukhiphayo - igobolondo: AC1500V, 10mA, imizuzu engu-1 |
I-Insulation Resistance | Okokufaka-Okukhiphayo ≥20MΩ; Okokufaka-Okukhiphayo ≥20MΩ; Okokufaka-Okukhiphayo ≥20MΩ. |
I-MTTF | ≥50000h |
Ubukhulu/Isisindo Esiphelele | 585*490*550mm, NW: 81.5kg |
Umsebenzi wesilawuli kude se-Analogi (Uma uthanda) | |
Umsebenzi wesilawuli kude (Inketho) | 0-5Vdc /0-10Vdc isignali yokulawula isignali ye-analog voltage & yamanje |
0-5Vdc /0-10Vdc isignali ye-analog yokufunda-back okukhiphayo voltage & zamanje | |
0-5Vdc /0-10Vdc isignali ye-analog Shintsha ukuze ulawule okukhiphayo VULIWE/KUVALIWE | |
I-4-20mA yokulawula isignali ye-analog voltage & yamanje | |
RS232/RS485 Ukulawulwa kwembobo yokuxhumana ngekhompyutha |
Imikhiqizo Ehlobene:
Isingeniso somkhiqizo:
Umsebenzi:
● Ukuvikelwa komjikelezo omfishane: ukuqaliswa kwe-short-circuit noma i-short-circuit kuvunyelwe ngaphansi kwezimo zokusebenza ezahlukene;
● I-voltage engashintshi kanye namandla angashintshi: I-voltage kanye namanani amanje ashintsheka ngokuqhubekayo ukusuka ku-zero kuye kunani elilinganiselwe, futhi i-voltage engaguquki namandla angashintshi aguqulwa ngokuzenzakalelayo;
● Okukhaliphile: Isilawuli se-analogi esingazikhethela kanye noxhumo lwe-PLC ukuze kwakheke ukutholakala kwamandla amanje ahlakaniphile alawulwa kude;
● Ukuzivumelanisa nezimo okuqinile: kulungele imithwalo ehlukahlukene, ukusebenza kuhle kakhulu ngaphansi komthwalo ophikisayo, umthwalo we-capacitive nomthwalo ongenisayo;
● Ukuvikelwa kwe-overvoltage: Inani lokuvikelwa kwamandla kagesi lilungiswa ngokuqhubekayo ukusuka ku-0 kuye ku-120% yenani elilinganiselwe, futhi amandla kagesi aphumayo adlula inani lokuvikela i-voltage yokuvikela uhambo;
● Ukunikezwa kwamandla ngakunye kunesikhala esanele samandla asele ukuze kuqinisekiswe ukuthi ukunikezwa kwamandla kungaqinisekisa ukusebenza okuhle nokuphila isikhathi eside uma kusebenza ngamandla agcwele isikhathi eside.