Tare da haɓaka biranen, kula da ruwa na birane yana fuskantar ƙalubale da ba a taɓa gani ba. A matsayin wani muhimmin sashi na tsarin magudanar ruwa na birane, kula da rijiyar cellar na matakan ruwa yana da mahimmanci don hana zubar ruwa da tabbatar da tsaron birane.
Hanyar lura da matakin ruwan cellar na gargajiya yana da gazawa da yawa, kamar ƙarancin aunawa, rashin aiki na ainihin lokaci, da tsadar kulawa. Sabili da haka, kasuwa yana da ƙara buƙatar gaggawa don ingantaccen, daidaito, da kuma hanyoyin sa ido kan matakin ruwan rami mai hankali.
A halin yanzu, samfuran da ke kasuwa don saka idanu kan matakin ruwan rijiyar sun haɗa da na'urori masu auna matakin shigar ruwa, firikwensin radar microwave da na'urori masu auna firikwensin ultrasonic. Koyaya, na'urar firikwensin matakin ruwa mai nutsewa yana da matukar tasiri ta hanyar sediments / abubuwa masu iyo kuma yana da babban tarkace; Ƙunƙarar ƙasa yayin amfani da firikwensin radar microwave yana da wuyar yin kuskure kuma ruwan sama ya yi tasiri sosai.
Na'urori masu auna firikwensin Ultrasonic sannu a hankali sun zama mafita da aka fi so don saka idanu kan matakin ruwa na rami saboda fa'idodin su kamar ma'aunin da ba na lamba ba, daidaito mai tsayi, da kwanciyar hankali.
Kodayake na'urori masu auna firikwensin ultrasonic a kasuwa sun balaga cikin aikace-aikacen, har yanzu suna da matsalolin natsuwa. Don magance matsalar tari, kamfaninmu ya ɓullo da DYP-A17 anti-lalata bincike da anti-condensation ultrasonic firikwensin, da anti-condensation yi amfani da ya wuce 80% na ultrasonic firikwensin a kasuwa. Hakanan firikwensin na iya daidaita sigina gwargwadon yanayi don tabbatar da daidaiton aunawa.
DYP-A17 ultrasonic jeri firikwensin firikwensin ultrasonic bugun jini ta hanyar ultrasonic bincike. Yana yaduwa zuwa saman ruwa ta iska. Bayan tunani, yana komawa zuwa binciken ultrasonic ta iska. Yana ƙayyade ainihin nisa tsakanin saman ruwa da bincike ta hanyar ƙididdige lokacin watsiwar ultrasonic da nisan liyafar.
Shari'ar aikace-aikacen firikwensin DYP-A17 a cikin saka idanu matakin ruwa a cikin ramuka!
Lokacin aikawa: Agusta-28-2024