DDG-GY Inductive Inductive Conductivity/TDS Featured Image

DDG-GY Inductive Inductive Conductivity/TDS Sensor

Takaitaccen Bayani:

★ Ma'auni: 0-2000ms/cm

★ Protocol: 4-20mA ko RS485 fitarwa sigina

★ Features: Strong anti-tsangwama, High daidaito

★ Aikace-aikace: Chemical, Sharar gida, Ruwan kogi, Wutar Lantarki

Aika mana imel

Cikakken Bayani

Fihirisar Fasaha

Menene Conductivity?

Manual

Siffofin

1. Aiki a cikin mahallin sinadarai masu tsauri yana da kyau, kayan juriya da sinadarai ke ƙera ta hanyar lantarki ba tsangwama ba ne, don guje wa datti, ƙazanta har ma da shafar abubuwan da ke rufe fuska kamar matalauci, mai sauƙi da sauƙi don shigarwa don haka yana da fa'ida sosai. na aikace-aikace.Na'urori masu ƙira da aka yi amfani da su zuwa babban taro na acid (kamar fuming sulfuric acid).

2. Turanci acid maida hankali mita amfani, high daidaito, da kuma high kwanciyar hankali.

3. Fasaha na firikwensin haɓakawa yana kawar da kurakurai da kurakurai.Yin amfani da shi a duk wuraren da aka haɗa na'urorin lantarki na iya haifar da toshewa wanda ke da babban aiki.

4. Babban firikwensin budewa, kwanciyar hankali na dogon lokaci.

5. Haɗa nau'i-nau'i masu yawa kuma yi amfani da tsarin hawan dutse na kowa, shigarwa mai sauƙi.

Na baya: DDG-GY Inductive Inductive Conductivity/TDS Sensor

Na gaba: DDG-10.0 Sensor Haɓaka Masana'antu

1. Matsakaicin matsa lamba: 1.6MP
2. Electrode jiki kayan: PP, ABS, PTFE na zaɓi
3. Ma'auni: 0 ~ 20ms / cm, 0-200ms / cm, 0-2000ms / cm
4. Daidaitacce (cell akai):.± (+25 mu don auna darajar 0.5%)
5. Shigarwa: kwarara-ta, bututun, nutsewa
6. Abubuwan shigarwa na bututu: zaren bututu 1 ½ ko ¾ NPT
7. Siginar fitarwa: 4-20mA ko RS485

Gudanarwama'auni ne 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.Ruwan da aka narkar da shi ko narkar da ruwa na iya aiki azaman insulator saboda ƙarancinsa (idan ba sakaci ba) ƙimar tafiyar da aiki.Ruwan teku, a gefe guda, yana da ƙarfin aiki sosai.

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