Mai Gwajin Ma'aunin Iskar Oxygen YY-JF3

I.Faɗin aikace-aikacen:

Ana amfani da shi ga robobi, roba, zare, kumfa, fim da kayan yadi kamar auna aikin konewa

 II. Sigogi na fasaha:                                   

1. Na'urar firikwensin iskar oxygen da aka shigo da ita, yawan iskar oxygen na dijital ba tare da lissafi ba, daidaito mafi girma da kuma daidaito, kewayon 0-100%

2. Ƙimar dijital: ±0.1%

3. Daidaiton auna dukkan na'urar: 0.4

4. Tsarin daidaita kwararar ruwa: 0-10L/min (60-600L/h)

5. Lokacin amsawa: < 5S

6. Silinda mai siffar ma'adini: Diamita na ciki ≥75㎜ tsayi 480mm

7. Yawan kwararar iskar gas a cikin silinda mai ƙonewa: 40mm±2mm/s

8. Mita mai kwarara: 1-15L/min (60-900L/H) mai daidaitawa, daidaito 2.5

9. Yanayin gwaji: Yanayin zafi: zafin ɗaki ~ 40℃; Danshin da ya dace: ≤70%;

10. Matsin shigarwa: 0.2-0.3MPa (lura cewa ba za a iya wuce wannan matsin lamba ba)

11. Matsin Aiki: Nitrogen 0.05-0.15Mpa Oxygen 0.05-0.15Mpa Haɗin iskar oxygen/nitrogen: gami da mai daidaita matsin lamba, mai daidaita kwarara, matatar iskar gas da ɗakin haɗawa.

12. Ana iya amfani da samfuran ƙulle-ƙulle don robobi masu laushi da tauri, yadi, ƙofofin wuta, da sauransu.

13. Tsarin kunna propane (butane), tsawon harshen wuta 5mm-60mm za a iya daidaita shi kyauta

14. Iskar gas: nitrogen na masana'antu, iskar oxygen, tsarki > 99%; (Lura: Tushen iska da kan mahaɗin mai amfani da shi).

Nasihu: Lokacin da aka gwada na'urar gwajin ma'aunin iskar oxygen, ya zama dole a yi amfani da aƙalla kashi 98% na iskar oxygen/nitrogen na matakin masana'antu a kowace kwalba a matsayin tushen iska, saboda iskar gas ɗin da ke sama samfurin jigilar kaya ne mai haɗari sosai, ba za a iya samar da ita azaman kayan haɗi na na'urar gwajin ma'aunin iskar oxygen ba, ana iya siyan ta ne kawai a tashar mai ta gida ta mai amfani. (Domin tabbatar da tsarkin iskar gas, da fatan za a saya a tashar mai ta yau da kullun ta gida)

15.Bukatun Wutar Lantarki: AC220 (+10%) V, 50HZ

16. Ƙarfin iko mafi girma: 50W

17. Mai kunna wuta: akwai bututun ƙarfe da aka yi da bututun ƙarfe mai diamita na ciki na Φ2±1mm a ƙarshe, wanda za'a iya sakawa cikin silinda mai ƙonewa don kunna samfurin, tsawon wutar: 16±4mm, girman yana daidaitawa.

18Samfurin samfurin kayan da ke ɗaukar kansa: ana iya gyara shi a matsayin shaft na silinda mai ƙonewa kuma yana iya manne samfurin a tsaye

19Zaɓi: Mai riƙe samfurin kayan da ba sa ɗaukar kansu: yana iya gyara ɓangarorin samfurin guda biyu a tsaye a kan firam ɗin a lokaci guda (ya dace da fim ɗin yadi da sauran kayan aiki)

20.Ana iya inganta tushen silinda mai ƙonewa don tabbatar da cewa zafin iskar gas ɗin da aka haɗa yana da 23℃ ~ 2℃

III. Tsarin Chassis:                                

1. Akwatin sarrafawa: Ana amfani da kayan aikin injin CNC don sarrafawa da samarwa, ana fesa wutar lantarki mai tsauri ta akwatin fesa ƙarfe, kuma ana sarrafa ɓangaren sarrafawa daban da ɓangaren gwaji.

2. Silinda mai ƙonewa: juriya mai zafi mai ƙarfi, bututun gilashin quartz mai inganci (diamita na ciki ￠ 75mm, tsawon 480mm) Diamita na fitarwa: φ40mm

3. Samfurin kayan aiki: kayan aiki mai ɗaukar kai, kuma yana iya riƙe samfurin a tsaye; (Zaɓin firam ɗin salo mara ɗaukar kai), saitin tsare-tsare guda biyu don biyan buƙatun gwaji daban-daban; Nau'in yanke zane, mafi sauƙin sanya tsari da yanke zane

4. Diamita na ramin bututu a ƙarshen dogon mai kunna sandar shine ￠2±1mm, kuma tsawon wutar mai kunna shine (5-50) mm

IV. Cika ƙa'idar:                                     

Tsarin ƙira:

GB/T 2406.2-2009

Cika ka'idar:

ASTM D 2863, ISO 4589-2, NES 714; GB/T 5454;GB/T 10707-2008;  GB/T 8924-2005; GB/T 16581-1996;NB/SH/T 0815-2010;Tarin fuka/T 2919-1998; IEC 61144-1992 ISO 15705-2002;  ISO 4589-2-1996;

Bayani: Na'urar firikwensin iskar oxygen

1. Gabatar da na'urar firikwensin iskar oxygen: A cikin gwajin ma'aunin iskar oxygen, aikin na'urar firikwensin iskar oxygen shine mayar da siginar sinadarai ta konewa zuwa siginar lantarki da aka nuna a gaban mai aiki. Na'urar firikwensin daidai yake da batir, wanda ake cinyewa sau ɗaya a kowane gwaji, kuma gwargwadon yawan amfani da mai amfani ko kuma girman ƙimar ma'aunin iskar oxygen na kayan gwajin, mafi girman na'urar firikwensin iskar oxygen zai sami ƙarin amfani.

2. Kula da na'urar firikwensin iskar oxygen: Banda asarar da aka saba samu, waɗannan abubuwa biyu a cikin kulawa da kulawa suna taimakawa wajen tsawaita rayuwar na'urar firikwensin iskar oxygen:

1)Idan kayan aikin ba sa buƙatar a gwada su na dogon lokaci, ana iya cire na'urar firikwensin iskar oxygen kuma ana iya ware ajiyar iskar oxygen ta wata hanya a ƙaramin zafin jiki. Ana iya kare hanyar aiki mai sauƙi da kyau ta amfani da na'urar rufe filastik sannan a sanya ta a cikin injin daskarewa.

2)Idan ana amfani da kayan aikin a wani lokaci mai tsawo (kamar lokacin zagayowar aiki na kwana uku ko huɗu), a ƙarshen ranar gwajin, ana iya kashe silinda na iskar oxygen na tsawon minti ɗaya ko biyu kafin a kashe silinda na nitrogen, ta yadda za a cika nitrogen da wasu na'urorin haɗawa don rage tasirin rashin inganci na na'urar firikwensin iskar oxygen da hulɗar iskar oxygen.

V. Teburin yanayin shigarwa: Masu amfani sun shirya