Umlingiswa kanye nohlelo lokusebenza
I-ROC-860 isikrini esithinta umbala esithinta umbala wesistimu yokulawula i-RO iyisilawuli semisebenzi eminingi esinenhlanganisela yohlobo lwesikrini sokuthinta + sokulawula uhlelo lwe-PLC kanye ne-inline conductivity yokukala, yakhelwe ukulawula uhlelo nokuhlolwa kwekhwalithi yamanzi yohlelo lwe-osmosis ehlehlayo.
Okuqukethwe okubonisiwe kokusetshenziswa kubonwa ikakhulukazi: Isixhumi esibonakalayo sokuqapha inani le-Conductivity, ukuqapha isignali yokufaka isistimu, isibonisi sesimo sokuphumayo, ishadi lenqubo yesistimu eguqukayo, isixhumi esibonakalayo sokulawula mathupha, isixhumi esibonakalayo sokusetha njll. ukulandela isimo senqubo yesistimu ngesikhathi sangempela, okwenza abantu bakwazi ukulawula ngokuphelele lonke uhlelo lula kakhulu.
Ithuluzi litholakala ngezinguqulo ezimbili, uhlelo olulodwa lokulawula isiteji kanye nesistimu yokulawula isiteji esiphindwe kabili, isilawuli se-RO singaqapha ukuqhutshwa kwamanzi aluhlaza, amanzi okukhiqiza esiteji sokuqala, amanzi okukhiqiza amanzi esibili ngesikhathi esifanayo.Ngokuphuma kwe-4-20mA kanye nohlelo lokuxhumana lwe-RS232 (i-RS232 yamukela isivumelwano sokuxhumana se-MDBUS RTU), okwenza ukuxhumana phakathi kwethuluzi nekhompyutha, ukuxhumana okukude kwe-PLC ne-inthanethi.
Uhlelo lokulawula lwe-RO okwenza uhlelo oluphelele lubone ukulawula okuzenzakalelayo nokuqapha okungagadiwe.Ingase isetshenziselwe kabanzi imishini yamanzi ahlanzekile, ukususa usawoti emanzini olwandle, uhlelo lwe-osmosis ehlehlayo ezimbonini eziningi.
I-Main Technique Specifications
| Imodeli Yomsebenzi | I-ROS-8600 |
| Ibanga Lokulinganisa | Ukuhanjiswa kwamanzi aluhlaza: 0～20mS/cm, 0～2000μS/cm,Isigaba esisodwa se-RO conductivity: 0～200μS/cm (i-electrode engu-1.0cm-1), conductivity yezigaba ezimbili ze-RO: 0～20μS/cm (1.0cm-1 electrode), Izinga lokushisa: 0~60℃ |
| Layisha umthamo wokuxhuma okukhiphayo | 5A/250V AC 3A/24V DC; |
| Ukunikezwa kwamandla kagesi | Amandla angaphandle DC24V+/-2V/1A |
| I-Electrode | 1.0cm-1 |
| Lawula okukhiphayo | Indlela eyi-10 yokulawula okukhiphayo, indlela engu-1 yokushintsha okuphumayo okungu-4-20mA |
| Ingcindezi yokusebenza kokuziphatha | 0 ~ 0.5Mpa |
| Izinga lokushisa lemidiya | 0 ~ 50℃ |
| Isinxephezelo sezinga lokushisa | Isinxephezelo sedijithali esizenzakalelayo esingu-25℃ njengezinga lokushisa eliyinkomba |
| Ibanga lokulinganisa | Hhayi ngaphezu kwama-30m |
| Ukunemba | 1.5 izinga |
| Isixhumi esibonakalayo sokuxhumana | I-RS232(Isivumelwano sokuxhumana esijwayelekile se-MDBUS) |
| Amandla | ≤ 3KW |
| Indawo yokusebenza | I-Ambient Temp.0～50℃, Umswakamo Ohlobene ≤85% |
| Ubukhulu | 163mm×226.5mmx 80mm(HXWXD) |
| Usayizi wembobo | 152×215mm (HXW) |
| Ukufakwa | Iphaneli ifakwe |
ⅡIdatha yobuchwepheshe
I-Singe stage reverse osmosis system
①Iphoyinti lokuqoqa lesignali yokufaka
Izinga lamanzi ethangini lamanzi aluhlaza, lokuhlola amanzi noma ngaphandle kwawo
Ukushintsha kwengcindezi ephansi kwesigaba sokuqala
Ukushintsha komfutho ophezulu wesigaba sokuqala
Ukushintshwa kwezinga lamanzi kwethangi lamanzi ahlanzekile
Ukulawula ngesandla noma okuzenzakalelayo
②Iphoyinti lokulawula lokuphumayo
Iphampu yamanzi aluhlaza
Iphampu yengcindezi ephezulu yesigaba sokuqala
Iphampu yengcindezi ephezulu yesigaba sesibili
I-valve yokungena
I-valve yokwelapha
I-valve yokuhlanza
I-valve yokukhipha i-over-limited ye-conductivity yesigaba sokuqala
I-valve yokukhipha i-over-limited yesigaba sesibili
③ Kala iphoyinti lokuqoqa
Iqoqo le-Raw conductivity yamanzi,
Iqoqo le-conductivity yamanzi ahlanzekile,
Iqoqo lokushisa
④Ibanga lokulinganisa
Ukuhanjiswa kwamanzi aluhlaza: 0～2000μS/cm;
Amanzi ahlanzekile RO conductivity: 0～200μS/cm,
Ukuhlolwa kwezinga lokushisa: 0-60℃
Inzwa ye-Conductivity: 1.0cm-1, ubude bekhebula 5m
I-Double stage reverse osmosis system
①Iphoyinti lokuqoqa lesignali yokufaka
Izinga lamanzi ethangini lamanzi aluhlaza, lokuhlola amanzi noma ngaphandle kwawo
Ukushintsha komfutho ophansi wesigaba sokuqala (ngaphambi kwephampu yomfutho ophezulu wesigaba sokuqala)
Ukushintsha komfutho ophezulu wesigaba sokuqala (ngemuva kwephampu yomfutho ophezulu wesigaba sokuqala)
Izinga lamanzi eliphansi lethangi eliphakathi
Izinga eliphezulu lamanzi ethangi eliphakathi (uma lingekho ithangi eliphakathi, itheminali yezinga eliphezulu lamanzi imahhala, izinga lamanzi eliphansi lingathathelwa indawo yiswishi yomfutho ophansi)
Ukushintsha komfutho ophezulu wesigaba sesibili (ngemuva kwephampu yomfutho ophezulu wesigaba sesibili)
Izinga eliphezulu lamanzi lethangi lamanzi ahlanzekile lesigaba sesibili (ukuhlola ukuthi amanzi agcwele)
Ukushintsha kokuxhumana kokwelashwa kwangaphambili (uma ukwelapha kuqala kusebenza, isistimu ilindile.
②Iphoyinti lokulawula lokuphumayo
Iphampu yamanzi aluhlaza
I-valve yokungena
Iphampu yengcindezi ephezulu yesigaba sokuqala
I-valve yokuhlanza
I-valve yokukhipha i-over-limited ye-conductivity yesigaba sokuqala
Iphampu yengcindezi ephezulu yesigaba sesibili
I-valve yokukhipha i-over-limited yesigaba sesibili
Ukudluliselwa kwe-alamu (kungaxhunywa i-alamu ezwakalayo nebonakalayo)
③ Kala iphoyinti lokuqoqa
Iqoqo le-Raw conductivity yamanzi,
isiteji esisodwa sokukhiqiza amanzi ukuqoqwa kwe-conductivity,
izigaba ezimbili zokukhiqiza amanzi ukuqoqwa kwe-conductivity,
iqoqo lokushisa
④Isilinganiso sokwenziwa
I-conductivity yamanzi aluhlaza: 0～2000μS/cm;
I-conductivity ye-osmosis ye-reverse yesigaba sokuqala :0 ~ 200μS/cm;
Ukuqhutshwa kwe-osmosis ehlehlayo yesigaba sesibili :0～20μS/cm
Ukuhlolwa kwezinga lokushisa: 0-60℃
Inzwa ye-Conductivity: 1.0cm-1, ubude bekhebula 5m
Uhlelo lokusebenza lwe-RO
