Inzwa yokushisa nomswakama engangeni manzi ye-IP66 RHT-H3X I2C ±1.5%RH engangeni manzi ye-greenhouse yemifino
I-HENGKO relative humidity sensor probe iyinzwa ye-RHT30 elwa nokugqwala, eqinile, futhi enembile, engakwazi ukulawula izinhlelo zokusebenza zesigaba sebhizinisi kanye nezezimboni. Ingasetshenziswa emikhakheni ehlukahlukene: iziteshi ze-teleport, amakhabethe okulawula kagesi, izindawo zokukhiqiza, izindawo zokugcina impahla, amakamelo omshini, izindawo zokugcina izithombo, ezolimo zezilwane, isitokwe semithi, njll. Iphakheji yensimbi iyenza ikwazi ukubhekana nezimo ezinothuli kakhulu noma ezinye izimo ezinzima. Isitayela sokulenga odongeni senza kube lula ukuyifaka.
Umphumela: IIC
I-voltage yokusebenza: 3.3-5V
Amandla okusebenza: ≤15mA
Ukunemba: ±1.5 %RH, ±0.2 °C
Ububanzi bokulinganisa: 0-100%RH, -40-125 °C
Imininingwane Yomkhiqizo Wokuhlola Umswakama
Kwenziwe ngensimbi engagqwali
Amanzi angangeni manzi futhi angangeni uthuli
Ukushisa okuphezulu nokumelana nokugqwala
Izinhlobo ezahlukene zemishini yokuvikela umswakama ziyatholakala
ukufana okuphezulu
Hlangana nezidingo ezahlukene zokulinganisa
Ukuvikelwa kwe-lP66
Iqinile futhi ayigugi
Amandla aqinile okubekezelela ingcindezi
I-IP66 RHT-H3X I2C engangeni manzi engashintshaniswa ±1.5%RH izinga lokushisa lomoya elinembile kakhulu kanye nesensa yomswakama ehlobene ye-greenhouse yemifino
| Imodeli | Umswakama | Izinga lokushisa (℃) | I-voltage Ukunikezwa (V) | Isixhumi esibonakalayo | Umswakama Olinganiselwe |
| I-RHT-20 | ±3.0 | ±0.3 | 2.1 kuya ku-3.6 | Mina2C | -40 kuya ku-125 ℃ |
| I-RHT-21 | ±2.0 | ±0.3 @ 5-60 ℃ | 2.1 kuya ku-3.6 | Mina2C | -40 kuya ku-125 ℃ |
| I-RHT-25 | ±1.8 @ 10-90% RH | ±0.2 | 2.1 kuya ku-3.6 | Mina2C | -40 kuya ku-125 ℃ |
| I-RHT-30 | ±2.0 @ 10-90% RH | ±0.2 | 2.15 kuya ku-5.5 | Mina2C | -40 kuya ku-125 ℃ |
| I-RHT-31 | ±2.0 | ±0.2 | 2.15 kuya ku-5.5 | Mina2C | -40 kuya ku-125 ℃ |
| I-RHT-35 | ±1.5 @ 0-80% RH | ±0.1 @ 20-60 ℃ | 2.15 kuya ku-5.5 | Mina2C | -40 kuya ku-125 ℃ |
| I-RHT-40 | ±1.8 | ±0.2 | 1.08 kuya ku-3.6 | Mina2C | -40 kuya ku-125 ℃ |
| I-RHT-85 | ±1.5 | ±0.1 (20 kuya ku-50 °C) | 2.15 kuya ku-5.5 | Mina2C | -40 kuya ku-125 ℃ |
Njengomkhiqizo wethu ohamba phambili, inzwa yokushisa nomswakama ye-RHT-3X Series ihlakaniphile, inokwethenjelwa futhi inembile.
● Ukuthembeka okuphezulu kanye nokuzinza kwesikhathi eside
● Ubuchwepheshe obuqinisekisiwe embonini obunomlando weminyaka engaphezu kwengu-15
● Yakhelwe ukukhiqizwa ngobuningi
● Ikhono eliphezulu lenqubo
● Isilinganiso esiphezulu sesignali kuya kumsindo
Isici Esiyinhloko
I-probe yenzwa eshintshaniswayo enezinketho eziningana zokuhlunga
Umklamo ulungele izindawo ezahlukene zokusebenza futhi uvumela ukulungiswa kwensimu okuguquguqukayo. Isihlungi kanye nesici senzwa kungashintshaniswa ensimini kwezinhlelo zokusebenza ezidinga ukushintshwa njalo.
Sebenzisa nge-HT802X lokushisa kanye nomswakama transmitter
I-probe yomswakama ehlobene iyingxenye yesisombululo se-HENGKO IoT, ngakho-ke ingasetshenziswa nama-transmitter ochungechunge lwe-HENGKO HT802X. Ama-transmitter anikeza izinzuzo ezengeziwe ezahlukahlukene njengesibonisi sokubonakala kwedatha, ukufinyelela okulula ekucushweni kwe-probe, kanye nezinketho eziningi zokuxhumeka, i-voltage yokuphakelwa, kanye nokuxhuma izintambo.
Ukuxhuma izintambo
Khetha okufunayo
Kunezinzwa eziningi zomswakama ohlobene ongakhetha kuzo ngokuya ngendawo yokulinganisa.
I-probe yokushisa nomswakama enamapulagi endiza womabili
I-probe yokushisa nomswakama ene-plug eyodwa yokusiza
Izinga lokushisakanye nokuhlolwa komswakama nge-cable gland engangeni manzi (eyi-hexagonal)
Isenzi senzwa yokushisa nomswakama esinesixhumanisi esiqinile
Izinzwa zokushisa nomswakama ezinezindlu zokuhlunga ezine-mesh
I-probe yenzwa yokushisa nomswakama ye-M8 Connector (ebunjwe ngo-L)
I-IP67
Iprobe yokushisa nomswakama enentambo engangeni manzi (i-knurling)
Iphrobhu yokushisa nomswakama ene-sleeve yokuncishiswa
I-probe yokushisa nomswakama ene-tube yokwandisa ye-ss
Awukwazi ukuthola umkhiqizo ohlangabezana nezidingo zakho? Xhumana nabasebenzi bethu bokuthengisa ukuze utholeIzinsizakalo zokwenza ngokwezifiso ze-OEM/ODM!
Imibuzo Evame Ukubuzwa:
Q: Iyini inzwa engangeni manzi ye-RHT-H3X I2C?
A: Inzwa engangeni manzi ye-RHT-H3X I2C iyinzwa yokushisa nomswakama enembe kakhulu eyenzelwe ngqo ukusetshenziswa ezindaweni zokugcina izitshalo zemifino (inqubo yezimboni). Inesilinganiso sokuphepha se-IP66, eqinisekisa ukuqina kwayo ekungeneni kwamanzi nomswakama.
Q: Kuyini ukunemba kwenzwa ye-RHT-H3X I2C?
A: Inzwa ye-RHT-H3X I2C inikeza ukunemba okuphezulu okungu-±1.5%RH kokulinganisa umswakama. Leli zinga lokunemba liqinisekisa ukuqapha okuthembekile nokunembile kwamazinga omswakama ezindaweni zokugcina izitshalo zemifino.
Q: Isebenza kanjani inzwa ye-RHT-H3X I2C?
A: Inzwa ye-RHT-H3X I2C isebenzisa ubuchwepheshe obuthuthukisiwe ukukala amazinga okushisa kanye nomswakama endlini eluhlaza okotshani. Ixhumana kusetshenziswa isikhombimsebenzisi se-I2C, okuvumela ukuhlanganiswa okulula nama-microcontroller noma amanye amadivayisi ahambisanayo.
Q: Ingabe inzwa ye-RHT-H3X I2C ingashintshwa kalula uma kudingeka?
A: Yebo, inzwa ye-RHT-H3X I2C yenzelwe ukuthi ishintshwe kalula. Uma inzwa idinga ukushintshwa nganoma yisiphi isizathu, ingasuswa bese ishintshwa ngentsha ngaphandle kokudinga izinqubo eziyinkimbinkimbi noma ukulinganiswa.
U: Yiziphi izinzuzo zokusebenzisa inzwa ye-RHT-H3X I2C ezindaweni zokugcina izitshalo zemifino?
A: Inzwa ye-RHT-H3X I2C inikeza izinzuzo eziningana zokusetshenziswa kwe-greenhouse yemifino, okuhlanganisa:
- Ukunemba okuphezulu: Ngokunemba komswakama okungu-±1.5%RH, kunikeza izilinganiso ezithembekile nezinembile zezimo zokukhula ezifanele.
- Umklamo ongangeni manzi: Isilinganiso sokuvikela amanzi se-IP66 siqinisekisa ukuvikelwa kwenzwa emanzini kanye nomswakama, okwenza ifaneleke ezindaweni zokugcina izithombo lapho umswakama kanye nokunisela kuvame khona.
- Ukuhlanganiswa okulula: I-interface ye-I2C ivumela ukuhlanganiswa okungenazihibe nabalawuli abahlukahlukene abancane kanye nezinhlelo zokuthola nokuhlaziya idatha okuphumelelayo.
- Inzwa eshintshekayo: Amandla okushintshanisa kalula inzwa enza kube lula ukugcinwa kanye nokufakwa esikhundleni, kunciphisa isikhathi sokungasebenzi kahle ekusebenzeni kwe-greenhouse.
- Ukuphathwa kwezitshalo okuthuthukisiwe: Ukuqapha amazinga okushisa nomswakama ngendlela efanele kuvumela ukulawulwa okungcono kwendawo yokushisa, okuholela ekukhuleni kwezitshalo okuthuthukisiwe, isivuno, kanye nekhwalithi.
Sicela uqaphele ukuthi imiyalelo ethile yokusebenza kanye neziqondiso zenzwa ye-RHT-H3X I2C kufanele zibhekwe kusukela kumadokhumenti omenzi.
