I-Ksd 301 Setha Kabusha I-Bimetal Thermostat I-Electronic Elements Shintsha I-Thermostat
Ipharamitha Yomkhiqizo
Igama Lomkhiqizo | I-Ksd 301 Setha Kabusha I-Bimetal Thermostat I-Electronic Elements Shintsha I-Thermostat |
Sebenzisa | Ukulawula izinga lokushisa/ukuvikela ukushisa ngokweqile |
Setha kabusha uhlobo | Okuzenzakalelayo |
Izinto eziyisisekelo | Melana nesisekelo se-resin yokushisa |
Isilinganiso sikagesi | 15A / 125VAC, 10A / 240VAC, 7.5A / 250VAC |
Izinga Lokushisa Lokusebenza | -20°C~150°C |
Ukubekezelelana | +/-5°C ngesenzo esivulekile (Ngokuzithandela +/-3 C noma ngaphansi) |
Isigaba sokuvikela | IP00 |
Izinto zokuxhumana | Isiliva Eliqinile Kabili |
Amandla e-Dielectric | I-AC 1500V iminithi elingu-1 noma i-AC 1800V isekhondi elingu-1 |
I-Insulation Resistance | Ngaphezu kuka-100MΩ ku-DC 500V ngomhloli we-Mega Ohm |
Ukumelana Phakathi Kwezikhumulo | Ngaphansi kuka-50MΩ |
Ububanzi be-bimetal disc | Φ12.8mm(1/2″) |
Izimvume | UL/TUV/VDE/CQC |
Uhlobo lwetheminali | Ngokwezifiso |
Ikhava/Ubakaki | Ngokwezifiso |
Izinhlelo zokusebenza
Abenzi Bekhofi Abazenzakalelayo, Izifudumezi Zamanzi, Amathosta ESandwich, Amawasha Izitsha, Amaboiler, Izishisi, Izifudumezi Kagesi, Imishini Yokuwasha, Iziqandisi, Ohhavini BeMicrowave, Izihlanzi Zamanzi, I-Bidet, njll.
Ukufakwa:
Indlela yomhlaba: Ngenkomishi yensimbi ye-thermostat exhunywe engxenyeni yensimbi yomhlaba.
I-thermostat kufanele isebenze endaweni enomswakama ongekho ngaphezu kuka-90%, engenawo igesi ebangela ukusha, igesi evuthayo kanye nothuli oluhambisayo.
Lapho i-thermostat isetshenziswa ukuzwa izinga lokushisa lezinto eziqinile, ikhava yayo kufanele ibambelele engxenyeni yokushisisa yezinto ezinjalo. Ngaleso sikhathi, amafutha e-silicon aqhuba ukushisa, noma enye imidiya yokushisa yemvelo efanayo, kufanele ifakwe endaweni yekhava.
Uma i-thermostat isetshenziselwa ukuzwa izinga lokushisa loketshezi noma isitimu, kunconywa kakhulu ukuthi usebenzise inguqulo enenkomishi engenazinsimbi ezingenasici. Ngaphezu kwalokho, kufanele kuthathwe izinyathelo zokuqapha ukuze kuvinjelwe uketshezi ukuthi lungene/lungene ezingxenyeni ze-thermo stat.
Ingaphezulu lenkomishi akumele licindezelwe ukuze lizike, ukuze kugwenywe umphumela omubi ekuzweleni kwezinga lokushisa le-thermostat noma eminye imisebenzi yayo.
Uketshezi kufanele lugcinwe ngaphandle kwengxenye engaphakathi ye-thermostat! Isisekelo kufanele sivuse noma yimaphi amandla angaholela ekuqhekekeni; kufanele igcinwe icacile futhi ikude nokungcoliswa kwezinto zikagesi ukuze kuvinjwe ukuba buthakathaka kwe-insulation okuholela ekulimaleni kwe-short-circuit ed.
Amatheminali kufanele agotshwe, noma-ke, ukuthembeka kokuxhumeka kukagesi kuzothonywa.
Izici
• Isenzo se-Snap
• Ukusethwa kabusha ngesandla kanye nokuzenzakalelayo
• Idizayini yokuphepha ngokuya ngeZinga le-IEC
• Amatheminali avundlile naqondile ayatholakala
• Uxhumano Lwezintambo Ngokwezifiso Nohlobo Lwabakaki Luyatholakala
• Itholakala Kokubili Oxhumana Nabo Abavamise Ukuvaleka Nabavuliwe
• I-Single Operation Device(SOD): Ivula lapho izinga lokushisa likhuphuka, akukho ukuvalwa ngaphandle uma izinga lokushisa lingu-0℃ noma ngaphansi -35℃
Inzuzo Yomkhiqizo
Impilo ende, ukunemba okuphezulu, ukumelana nokuhlolwa kwe-EMC, akukho ukungqubuzana, usayizi omncane nokusebenza okuzinzile.
Isici Inzuzo
Ukushintsha okuzenzakalelayo kokulawula izinga lokushisa: njengoba izinga lokushisa likhuphuka noma lehla, othintana nabo bangaphakathi bayavulwa futhi bavalwe ngokuzenzakalelayo.
Iswishi yokulawula izinga lokushisa yokusetha kabusha ngokuzenzakalelayo: Uma izinga lokushisa likhuphuka, othintana naye uzovuleka ngokuzenzakalelayo; lapho izinga lokushisa lomlawuli liphola, othintana naye kufanele asethwe kabusha futhi avalwe futhi ngokucindezela ngesandla inkinobho.
Isebenza kanjani i-Thermostat Manuwali?
I-mercury-based manual thermostat iqukethe ishubhu elivaliwe eligcwele igesi ye-mercury. Njengoba izinga lokushisa ekhaya lishintsha, i-mercury iyashisa noma iphole. Ngemva kokuba i-mercury ifinyelele izinga lokushisa elithile, i-thermostat ithumela isignali kuyunithi yokushisisa noma yokupholisa ukuze ivule noma ivale.
Enye yezinhlelo zokusebenza ezisetshenziswa kakhulu ku-thermostat yamanuwali i-bi-metal conductor. Lawa mayunithi aqukethe umucu noma insimbi, engenziwa nge-aluminium, ithini, insimbi noma enye into kuye ngeyunithi. Njengoba igumbi lishisa noma liphola, insimbi isabela ekushintsheni kwezinga lokushisa. Uma isifike endaweni ethile ebekiwe, ithumela isignali kagesi esithandweni noma ku-air conditioner ukuze ikhanyise noma ivale.
I-thermostat eyenziwa ngesandla ingase futhi iqukathe isistimu yokulawula yedijithali, evamise ukuba inembe kakhulu futhi ithembekile kumasistimu amathathu. Nge-thermostat yedijithali, igeji yezinga lokushisa likagesi izwa ukushintsha kwezinga lokushisa ekamelweni. Uma izinga lokushisa ekamelweni liwela ngaphezu noma ngaphansi kwezinga lokushisa elimisiwe, i-thermostat ithumela isignali kagesi kuyunithi yokushisisa noma yokupholisa ukuze ilethe izinga lokushisa legumbi ebangeni elifunekayo.
Umkhiqizo wethu usuphumelele isitifiketi se-CQC, UL, TUV nokunye, ufake isicelo samalungelo obunikazi ngokunqwabelana kwamaphrojekthi angaphezu kuka-32 futhi uthole iminyango yocwaningo lwesayensi ngaphezu kwezinga lesifundazwe nelongqongqoshe amaphrojekthi angaphezu kwe-10. Inkampani yethu iphinde yaphasisa uhlelo lwe-ISO9001 kanye ne-ISO14001 olunesitifiketi, kanye nohlelo lukazwelonke lwempahla yengqondo egunyaziwe.
Ucwaningo lwethu nokuthuthukiswa kanye namandla okukhiqiza izilawuli zokushisa zemishini nezikagesi zikleliswe phambili embonini efanayo ezweni.