Na'urar Kula da Ingancin Ruwa ta Manganese ta atomatik ta T9010Mn Hoton da aka Fito

T9010Mn Mai Kula da Ingancin Ruwa na Manganese ta atomatik akan layi

Takaitaccen Bayani:

Manganese yana ɗaya daga cikin abubuwan ƙarfe masu nauyi da aka fi sani a cikin ruwa, kuma yawansa da yawa na iya yin mummunan tasiri ga muhallin ruwa da yanayin halittu. Yawan manganese ba wai kawai yana yin duhu launin ruwa ba kuma yana haifar da ƙamshi mara daɗi, har ma yana shafar girma da haifuwar halittun ruwa. Har ma yana iya yaɗuwa ta hanyar sarkar abinci, yana iya zama barazana ga lafiyar ɗan adam. Saboda haka, a ainihin lokaci da kuma sa ido daidai kan ingancin manganese yana da mahimmanci.

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Cikakken Bayani game da Samfurin

Alamun Samfura

Bayanin Samfurin:

Manganese yana ɗaya daga cikin sinadarai masu nauyi da ake samu a cikin ruwa, kuma yawan sinadarinsa na iya yin mummunan tasiri ga muhallin ruwa da kuma yanayin halittu.Manganese ba wai kawai yana yin duhu launin ruwa ba kuma yana samar da ƙamshi mara daɗi, har ma yana shafar girma da haifuwar halittun ruwa. Har ma yana iya yaɗuwa ta hanyar sarkar abinci,yana iya zama barazana ga lafiyar ɗan adam. Saboda haka, a ainihin lokaci da kuma sa ido kan ingancin ruwa na cikakken sinadarin manganese yana da matuƙar muhimmanci.

Ka'idar Samfuri:

Wannan samfurin yana amfani da ma'aunin spectrophotometric. Bayan haɗa samfurin ruwa da wakilin buffer, ana canza manganese zuwa ions masu girma-valent a gaban wani wakili mai ƙarfi na oxidizing. A gaban maganin buffer da alamar, ions masu girma-valent suna amsawa tare da mai nuna alama don samar da hadaddun launi. Mai nazarin yana gano wannan canjin launi kuma yana mayar da shi zuwa fitarwar ƙimar manganese. Adadin hadaddun launuka da aka samar ya yi daidai da abun da ke cikin manganese.

Bayanan Fasaha:

SN	Sunan Ƙayyadewa	Bayanan Fasaha
1	Hanyar Gwaji	Hanyar Spectrophotometric Mai Yawan Iodic Acid
2	Nisan Aunawa	0–30 mg/L (ma'aunin da aka raba, ana iya faɗaɗawa)
3	Iyakar ganowa	≤0.02
4	ƙuduri	0.001
5	Daidaito	±10%
6	Maimaitawa	≤5%
7	Babu wani motsi	±5%
8	Juyawar kewayon nesa	±5%
9	Zagayen Aunawa	Kasa da minti 30; ana iya saita lokacin narkewar abinci.
10	Zagayen Samfura	Tazarar lokaci (wanda za'a iya daidaitawa), awa-awa, ko yanayin aunawa, wanda za'a iya daidaitawa
11	Zagayen Daidaitawa	Ana iya daidaita daidaito ta atomatik (wanda za'a iya daidaitawa daga kwana 1 zuwa 99), daidaita daidaito da hannu bisa ga ainihin samfuran ruwa.
12	Zagayen Kulawa	Tsawon lokacin kulawa ya wuce wata ɗaya, inda kowane zaman zai ɗauki kimanin minti 5.
13	Aikin Injin Dan Adam	Nunin Allon Taɓawa da Shigar da Umarni
14	Kariyar Ganewar Kai	Kayan aikin yana yin binciken kansa yayin aiki kuma yana adana bayanai bayan rashin daidaituwa ko asarar wutar lantarki. Bayan sake saitawa ko dawo da wutar lantarki mara kyau, yana share sauran abubuwan da suka rage ta atomatik kuma yana ci gaba da aiki yadda ya kamata.
15	Ajiyar Bayanai	Ajiye Bayanai na Shekaru 5
16	Gyaran Maɓalli Ɗaya	Yana cire tsoffin reagents ta atomatik kuma yana tsaftace bututu; yana maye gurbin sabbin reagents, yana yin daidaitawa da tabbatarwa ta atomatik; yana tsaftace ƙwayoyin narkewar abinci da bututun aunawa ta atomatik ta hanyar amfani da maganin tsaftacewa.
17	Gyaran kurakurai cikin sauri	Samu nasarar aiki ba tare da kulawa ba, tare da samar da rahotannin gyara kurakurai ta atomatik, wanda ke ƙara sauƙin amfani da shi sosai da kuma rage farashin aiki.
18	Tsarin Shigarwa	darajar sauyawa
19	Tsarin Fitarwa	Fitowar RS232 ta tashoshi 1, fitowar RS485 ta tashoshi 1, fitowar 4–20 mA ta tashoshi 1
20	Muhalli Mai Aiki	Aikin cikin gida, an ba da shawarar kewayon zafin jiki: 5–28℃, danshi≤Kashi 90% (ba ya haɗa da ruwa)
21	Tushen wutan lantarki	AC220±10%V
22	Mita	50±0.5Hz
23	Ƙarfi	≤150 W (ban da famfon ɗaukar samfur)
24	Girma	1,470 mm (H) × 500 mm (W) × 400 mm (D)