Isithombe Esifakiwe Senzwa ye-pH yedijithali ye-CS1797D

Inzwa ye-pH yedijithali ye-CS1797D

Incazelo emfushane:

I-Digital pH Sensor iyithuluzi lokuhlaziya eliku-inthanethi lokulinganisa okuqhubekayo komsebenzi we-hydrogen ion (pH) emanzini. Iqukethe i-electrode eqinile ehlanganisiwe enebhalbhu yokuzwa yengilazi ephansi kanye ne-electrode yokubhekisela ehlanganisiwe. I-sensor ikhipha ngqo idatha yedijithali nge-RS‑485 (Modbus RTU) ene-automatic temperature compensation (ATC), iletha ukufundwa okunembile kububanzi obuphelele be-pH obungu-0–14. Indlu yayo eqinile, engangeni manzi (IP68) kanye nomklamo wayo wokunakekelwa okuphansi kufanelekile ezindaweni ezidinga kakhulu njengokwelashwa kwamanzi amdaka, ukulawulwa kwenqubo yezimboni, ukufuywa kwezinhlanzi, kanye nokuqapha amanzi okuphuza. Ngokungafani nezinzwa ze-analog pH, inguqulo yedijithali isusa ukuphazamiseka kwesignali, isekela ukulinganiswa okukude kanye nokuzixilonga, futhi ivumela ukuxhumana kwe-plug‑nokudlala ngaphandle kwemikhawulo yobude bekhebula. Ngokuhlinzeka ngedatha ye-pH eqhubekayo, yangempela, isiza ukuthuthukisa ukulinganisa kwamakhemikhali (i-asidi/i-alkali), ukuqinisekisa ukuthobela imithetho, kanye nokugcina izimo ezifanele zezinqubo zebhayoloji nezamakhemikhali. Inzwa ye-pH yedijithali iyithuluzi elibalulekile lokuqapha ikhwalithi yamanzi okunganakwa, okuqhubekayo, okunikeza ukuzinza kwesikhathi eside, impendulo esheshayo, kanye nezindleko zokusebenza ezincishisiwe nezokugcinwa. Umphumela wayo ungahlanganiswa ngqo kumapulatifomu e-SCADA noma e-IoT, okwenza kube kuhle kakhulu kokubili ukusetshenziswa komasipala kanye nezimboni.

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Imininingwane Yomkhiqizo

Amathegi Omkhiqizo

Isingeniso:

Ibhalbhu yengilazi esanda kuklanywa iyakhulaindawo yebhalbhu, ivimbela ukukhiqizwa kwamabhamuza aphazamisayo ku-buffer yangaphakathi, futhi yenza ukulinganisa kuthembeke kakhudlwana. Sebenzisa igobolondo le-PP, intambo yepayipi ye-NPT3/4” ephezulu nephansi, okulula ukuyifaka, asikho isidingo se-sheath, kanye nezindleko zokufaka eziphansi. I-electrode ihlanganiswe ne-pH, ireferensi, isisekelo sesisombululo, kanye nesinxephezelo sokushisa.

1. Ukusebenzisa ijeli kanye nesakhiwo esiqinile se-dielectric double liquid interface, ingasetshenziswa ngqo ekumisweni okuphezulu kwe-viscosity, i-emulsion, equkethe amaprotheni nezinye izingxenye zoketshezi zenqubo yamakhemikhali ezivinjiwe kalula;

2. Ijoyinti elingangeni manzi, lingasetshenziswa ukuthola amanzi ahlanzekile;

3. Akunasidingo sokwengeza i-dielectric, ukulungiswa okuncane;

4.Isokhethi yentambo ye-Adopt BNC noma ye-NPT3/4”, ingasetshenziswa ekushintsheni kwe-electrode yangaphandle;

5. Ubude be-electrode obungu-120, 150, 210mm bungakhethwa ngokuya ngesidingo;

6. Isetshenziswa nge-316L stainless steel sheath noma i-PPS sheath.

Amapharamitha obuchwepheshe:

Inombolo Yemodeli	CS1797D
Ugesi/Indawo Yokuphuma	9~36VDC/RS485 MODBUS RTU
Kala izinto	Ingilazi/isiliva+ i-chloride yesiliva; i-SNEX
Izindluizinto	PP
Ibanga elingangeni manzi	I-IP68
Ububanzi bokulinganisa	0-14pH
Ukunemba	±0.05pH
Ingcindezi rukuzibamba	0~0.6Mpa
Isinxephezelo sokushisa	I-NTC10K
Ibanga lokushisa	0-80℃
Ukulinganisa	Ukulinganiswa kwesampula, ukulinganiswa okujwayelekile koketshezi
Izindlela zokuxhuma	Ikhebula eliyinhloko eli-4
Ubude bekhebula	Ikhebula elijwayelekile elingu-10m, linganwetshwa lifike ku-100m
Intambo yokufaka	I-NPT3/4''
Isicelo	Izinto eziphilayo