Ijenereyitha yeOxygen kuShishino lweOzone

1~200 Nm³/h, Uxinzelelo 0.3 - 0.5 MPa，Ucoceko lweOxygen 93%

Ukunikezelwa kweoksijini ephezulu

I-Voltage: 220V / 380V

I-PLC Kulula ukuyisebenzisa, ukucofa okukodwa qala Ukusetyenziswa kwamandla aphantsi

uphando

NGEZEKHARITYHULAM

Isixhobo sokuvelisa i-oxygen swing swing (PSA) sisebenzisa umoya oxinanisiweyo ococekileyo njengemathiriyeli ekrwada kunye nesefo yemolekyuli ye-zeolite njenge-adsorbent yokufumana ioksijini kwiqondo lobushushu begumbi ngokusekwe kumgaqo woxinzelelo lwe-swing adsorption. Ngokuxhaphaza umahluko kumthamo we-oksijini kunye ne-nitrogen kumphezulu we-zeolite ye-molecular sieve kunye namazinga ahlukeneyo okusasazwa kwe-oksijini kunye ne-nitrogen ngaphakathi kwesisefo, umlawuli ocwangcisekileyo ulawula ukuvulwa kunye nokuvalwa kwevalve ye-pneumatic ukufezekisa iinkqubo zoxinzelelo lwe-adsorption kunye ne-decompression desorption, ngaloo ndlela ukwahlula i-nitrogen yokucoca kunye nokwahlula ioksijini.

Ijenereyitha yeoksijini inomthamo wokuvelisa igesi:	1~200 Nm³/h,
Ukucoceka kweoksijini:	70-95%,
Uxinzelelo olusuka kwi	0.3 ukuya ku-0.5 MPa,
Ulawulo lwe-PLC, iqhosha-linye lokuqala/ukumisa	Ukuhlolwa kwe-intanethi kokucoceka kokuhamba Ukusetyenziswa kwamandla aphantsi, izinga lokungaphumeleli eliphantsi, kunye neendleko eziphantsi zokugcinwa.

IZICELO

1. Ukusebenzisa i-adsorbent ye-molecular sieve yasekuqaleni yaseJamani eyenzelwe ngokukodwa ukuveliswa kwe-oksijini, ukuphumeza isivuno esiphezulu se-adsorption kunye nesantya sokubuyisela i-oxygen.

2. Ukusebenzisa itekhnoloji yoyilo olulodwa lokuhambisa umoya kunye neteknoloji ye-molecular sieve anti-pulverization, iqinisekisa ukuba i-molecular sieve ayicoli kwaye ingasetyenziselwa ixesha elide, ukuya kwi-10 iminyaka okanye ngaphezulu.

3. Zonke iivalve zolawulo lwe-pneumatic zingeniswa ngaphandle, ziqinisekisa ukhuseleko, ukuthembeka, ukusebenza kakuhle kokutywinwa, kunye nobomi benkonzo ende.

4. Isixhobo esiphambili sokulawula sithathwe kwiimpawu zamazwe ngamazwe eziphezulu, ezibonisa ulawulo oluzenzekelayo kunye nemisebenzi ebanzi yokukhusela ukhuseleko.

5. Uyilo lwenkqubo yokwazisa itekhnoloji esele ikhulile nephucukileyo

6. Ukusetyenziswa kwamandla aphantsi, kunye nokunciphisa ngokubanzi malunga ne-20 ~ 30% ekusebenziseni amandla

7. Kulula ukusebenza, qala ngokucofa-kanye

8. Ijeneretha ye-oxygen isebenza kwimodi ezenzekelayo. Kwiimeko apho iiyunithi ezininzi zisebenza, inokulawulwa yikhompyuter yokulawula ukutshintshela ngokuzenzekelayo, kwaye inokulawulwa ngokudibeneyo kunye nezinye izixhobo zokusebenza,

9. Ukusebenza okuzinzileyo kunye nokuthembeka okuphezulu

10. Ukugcinwa okuphantsi kunye neendleko zokugcina

11. Ulwakhiwo olubambeneyo, unyawo oluncinci, imodeli yekhabhinethi enokwenziwa ngokwezifiso eziphezulu ze-oxygen generator