I-IGBT Rectifier yokutshintsha i-Electroplating DC Power Supply 50V 1000A 50KW

Ingcaciso yeMveliso:

I-GKD50-1000CVC IGBT rectifier ine-voltage yokuphuma eyi-50 volts kunye ne-output current eyi-1000 amperes, olu mbane lwenzelwe ukunika amandla angama-50kw. I-voltage iphezulu kunezinye izixhobo zamandla ezikwimarike. Isetyenziswa kwicandelo le-electrolysis ukunceda abasebenzisi ukunciphisa iindleko kunye nokwandisa ukusebenza kakuhle.

Ubungakanani bemveliso: 61*45*54cm

Ubunzima obupheleleyo: 74kg

Thumela i-imeyile kuthi

Inkcazo
Uhlobo lweFaucet	Iifaucets zegumbi lokuhlambela,
Uhlobo loFakelo	Iseti yeZiko,
Imingxunya yoFakelo	Umngxuma omnye,
Inani leeHandles	Isibambo esinye,
Gqibezela	I-Ti-PVD,
Isitayile	Ilizwe,
Umgangatho wohambo	1.5 GPM (5.7 L/min) ubuninzi,
Uhlobo lweValve	Ivalvu yeSeramiki,
Utshintsho olubandayo nolushushu	Ewe,
Ubukhulu
Ubude obupheleleyo	240 mm (9.5"),
Ukuphakama kweSpout	155 mm (6.1"),
Ubude beSpout	160 mm (6.3"),
Iziko lempompo	Umngxuma omnye,
Izinto eziphathekayo
Izinto zoMzimba weFaucet	Ithusi,
Izinto zoMbhobho weFaucet	Ithusi,
Izinto zokuphatha iFaucet	Ithusi,
Ulwazi lweZixhobo
Ivalvu ifakiwe	Ewe,
Umsele wokuhambisa amanzi ubandakanyiwe	Hayi,
Ubunzima
Ubunzima obupheleleyo (kg)	0.99,
Ubunzima bokuThunyelwa (kg)	1.17,

Iiparameter zokufaka

Igalelo le-AC 415V Isigaba esiThathu
Iiparameter zeziphumo

I-DC 0~50V 0~1000A ihlengahlengiswa rhoqo
Amandla okuphuma

50KW
Indlela Yokupholisa

Ukupholisa umoya ngokunyanzelwa
I-Analog ye-PLC

0-10V/ 4-20mA/ 0-5V
Ujongano

RS485/ RS232
Imo yoLawulo

Ulawulo LWERIMOTHI
Umboniso wesikrini

Umboniso wesikrini sedijithali
Ukhuseleko oluninzi

Ukhuselo lwe-OVP, OCP, OTP, kunye ne-SCP
Indlela yoLawulo

I-PLC/ Isilawuli esincinci (umsebenzi onganyanzelekanga)

Imodeli kunye neDatha

Inombolo yomzekelo	I-ripple yemveliso	Ukuchaneka kwesiboniso sangoku	Ukuchaneka komboniso weVolt	Ukuchaneka kwe-CC/CV	Ukunyuka nokwehla	Ukudubula ngaphezulu
I-GKD50-1000CVC	I-VPP≤0.5%	≤10mA	≤10mV	≤10mA/10mV	0~99S	No

Izicelo zeMveliso

I-Electrolysis yinkqubo yeekhemikhali equka ukubola kwento ngokusebenzisa umbane.

I-Electrolysis

Le nkqubo idla ngokuvela kwisisombululo esinee-ion, kwaye xa kusetyenziswa umbane, ii-ion ziyahamba ziye kwii-electrodes ezifanelekileyo, zibangele ukusabela kweekhemikhali.

Umbane we-DC yinxalenye ebalulekileyo kwiinkqubo ze-Wireless kunye ne-RF (Radio Frequency), ebonelela ngamandla ombane afunekayo kwiindawo ezahlukeneyo kunye nezixhobo ezingaphakathi kwezi nkqubo. Izixhobo zombane ze-DC ezisetyenziswa kwizicelo ze-Wireless kunye ne-RF zenzelwe ukuhlangabezana neemfuno ezithile zezi nkqubo zonxibelelwano olusebenzisa i-frequency ephezulu.

I-Wireless kunye ne-RF
Umbane we-DC (Direct Current) osetyenziswa kuvavanyo lwe-Electromagnetic Compatibility (EMC) sisixhobo esikhethekileyo esenzelwe ukubonelela nge-voltage ye-DC ezinzileyo nechanekileyo yokuvavanya izixhobo ze-elektroniki kunye neenkqubo phantsi kweemeko ze-EMC. Uvavanyo lwe-EMC luqinisekisa ukuba izixhobo ze-elektroniki azikhuphi ukuphazamiseka kwe-electromagnetic (EMI) okugqithisileyo kwaye zinokumelana nokuphazamiseka kwe-electromagnetic yangaphandle ngaphandle kokungasebenzi kakuhle. Umbane we-DC osetyenziswa kuvavanyo lwe-EMC udlala indima ebalulekileyo ekugcineni iimeko ezilawulwayo nezizinzileyo ngexesha lezi vavanyo.

Uvavanyo lwe-EMC
Umbane we-DC osetyenziswa kuvavanyo oluzenzekelayo kunye nokulungisa iimpazamo sisixhobo esibalulekileyo esibonelela nge-voltage ye-DC echanekileyo necwangcisiweyo kwizixhobo ze-elektroniki ezivavanywayo (ii-DUT). Olu hlobo lombane luyilwe ngokukodwa ukuhlangabezana neemfuno zovavanyo oluzenzekelayo kunye nokulungisa iimpazamo zomsebenzi, apho ukusebenza kakuhle, ukuchaneka, kunye nobuchule bokulawula kude kubalulekile.

Uvavanyo oluzenzekelayo kunye nokulungisa iimpazamo
Umbane we-DC osetyenziswa kwiinkqubo ze-Uninterruptible Power Supply (UPS) yinxalenye ebalulekileyo eqinisekisa utshintsho olungenamthungo phakathi kwamandla ombane kunye nemithombo yamandla exhasayo, njengeebhetri, ngexesha lokucima kombane. Umbane we-DC kwi-UPS udlala indima ephambili ekuboneleleni nge-voltage ye-DC ezinzileyo nelawulwayo yokutshaja iibhetri kunye nokubonelela ngombane kwi-inverter, eguqula i-DC ibe yi-AC (i-Alternating Current) kwizixhobo eziqhagamshelwe ngamandla.

Ubonelelo lwaMandla olungenakunqandeka