Ayyuka | EC | Resistivity | Salinity | TDS |
Ma'auni kewayon | 0.00uS-2000mS | 0.00-20.00 MΩ-CM | 0.00-78.00 g/kg | 0-133000 ppm |
Ƙaddamarwa | 0.01/0.1/1 | 0.01 | 0.01 | 1 |
Daidaito | ± 1% FS | ± 1% FS | ± 1% FS | ± 1% FS |
Temp.diyya | PT 1000/NTC30K | |||
Temp.iyaka | -10.0 zuwa +130.0 ℃ | |||
Temp.iyakar diyya | -10.0 zuwa +130.0 ℃ | |||
Temp.ƙuduri | 0.1 ℃ | |||
Temp.daidaito | ± 0.2 ℃ | |||
Tantanin halitta | 0.001 zuwa 20,000 | |||
Yanayin yanayin yanayi | 0 zuwa +70 ℃ | |||
Yanayin ajiya. | -20 zuwa +70 ℃ | |||
Nunawa | Hasken baya, matrix digo | |||
EC halin yanzu fitarwa1 | Warewa, fitarwa 4 zuwa 20mA, max.nauyi 500Ω | |||
Temp.halin yanzu fitarwa 2 | Warewa, fitarwa 4 zuwa 20mA, max.nauyi 500Ω | |||
Daidaiton fitarwa na yanzu | ± 0.05 mA | |||
Saukewa: RS485 | Mod bas RTU yarjejeniya | |||
Baud darajar | 9600/19200/38400 | |||
Matsakaicin ƙarfin lambobin sadarwa | 5A/250VAC,5A/30VDC | |||
Saitin tsaftacewa | ON: 1 zuwa 1000 seconds, KASHE: 0.1 zuwa 1000.0 hours | |||
Guda guda ɗaya mai aiki mai yawa | ƙararrawa mai tsabta/lokaci/ƙarararrawar kuskure | |||
Jinkirin watsawa | 0-120 seconds | |||
Ƙarfin shigar da bayanai | 500,000 | |||
Zaɓin harshe | Turanci / Sinanci na gargajiya / Sinanci mai sauƙi | |||
Mai hana ruwa daraja | IP65 | |||
Tushen wutan lantarki | Daga 90 zuwa 260 VAC, amfani da wutar lantarki <5 watts | |||
Shigarwa | panel / bango / bututu shigarwa | |||
Nauyi | 0.85Kg |
Ayyuka | EC | Resistivity | Salinity | TDS |
Ma'auni kewayon | 0.00uS-2000mS | 0.00-20.00 MΩ-CM | 0.00-78.00 g/Kg | 0-133000 ppm |
Ƙaddamarwa | 0.01/0.1/1 | 0.01 | 0.01 | 1 |
Daidaito | ± 1% FS | ± 1% FS | ± 1% FS | ± 1% FS |
Temp.diyya | PT 1000/NTC30K | |||
Temp.iyakar diyya | -10.0 zuwa +130.0 ℃ | |||
Temp.Tsari da daidaito | 0.1 ℃, ± 0.2 ℃ | |||
Yanayin ajiya. | -20 zuwa +70 ℃ | |||
Nunawa | Hasken baya, matrix digo | |||
EC halin yanzu fitarwa1 | Warewa, fitarwa 4 zuwa 20mA, max.nauyi 500Ω | |||
Temp.halin yanzu fitarwa 2 | Warewa, fitarwa 4 zuwa 20mA, max.nauyi 500Ω | |||
Saukewa: RS485 | Mod bas RTU yarjejeniya | |||
Baud darajar | 9600/19200/38400 | |||
Matsakaicin ƙarfin lambobin sadarwa | 5A/250VAC,5A/30VDC | |||
Saitin tsaftacewa | ON: 1 zuwa 1000 seconds, KASHE: 0.1 zuwa 1000.0 hours | |||
Guda guda ɗaya mai aiki mai yawa | ƙararrawa mai tsabta/lokaci/ƙarararrawar kuskure | |||
Jinkirin watsawa | 0-120 seconds | |||
Ƙarfin shigar da bayanai | 500,000 |
Gudanarwa shine ma'auni na iyawar ruwa don wuce wutar lantarki.Wannan ikon yana da alaƙa kai tsaye da haɗuwar ions a cikin ruwa
1. Waɗannan ions masu aiki sun fito ne daga narkar da gishiri da kayan inorganic kamar alkalis, chlorides, sulfides da mahadi na carbonate.
2. Abubuwan da ke narkewa cikin ions kuma ana kiran su da electrolytes 40. Yawan ion da ke akwai, mafi girman ƙarfin aiki na ruwa.Hakanan, ƙarancin ions da ke cikin ruwa, ƙarancin tafiyar da shi.Distilled ko deionized ruwa iya aiki a matsayin insulator saboda da low conductivity darajar (idan ba sakaci) 2. Ruwan teku, a daya hannun, yana da matukar high conductivity.
Ions suna gudanar da wutar lantarki saboda cajin su masu kyau da mara kyau
Lokacin da electrolytes suka narke cikin ruwa, sun rabu zuwa cation (cation) da kuma mummunan cajin (anion).Yayin da abubuwan da aka narkar da su suka rabu cikin ruwa, yawan adadin kowane caji mai kyau da mara kyau ya kasance daidai.Wannan yana nufin cewa ko da yake conductivity na ruwa yana ƙaruwa tare da ƙarin ions, ya kasance tsaka tsaki na lantarki 2