Gabatarwa
A cikin yanayi kamar sabon fakitin baturin makamashi da walƙiya da ingantaccen kayan aikin lantarki, kurakurai a cikin aiki. low makamashi capacitor sallama waldina iya haifar da manyan al'amura masu inganci. Kididdigar masana'antu sun nuna cewa kashi 65% na gazawar kayan aiki ana haifar da su ta hanyar ingantattun ingantattun bincike, yayin da ayyukan da ba su dace ba ke haifar da juzu'in samfurin da ya kai kashi 12%. Wannan labarin a tsanake yana zayyana pre{5}}jerin binciken aiki da daidaitattun hanyoyin aiki (SOP) don low makamashi capacitor sallama waldi, rufe cikakken - gudanar da tsari daga shirye-shiryen farawa zuwa yanayin tafiyar da al'amuran da ba na al'ada ba, yana taimaka wa kamfanoni samun tabbacin aminci da inganci.
I. Kafin -Jerin Tabbatar da Aiki (Tsarin Tabbatar da Mataki na Uku-)
1. Mataki na 1 Dubawa: Tabbatar da Tsarin Lantarki
- Tsarin Capacitor:
Yi amfani da keɓaɓɓen voltmeter don bincika ragowar ƙarfin lantarki na masu ƙarfin ajiyar makamashi (dole ne<36V safe voltage).
Inspect capacitor bank appearance: no bulging or leakage (stop immediately if electrolyte leakage >5ml ku).
- Tsarin ƙasa:
Gwada juriya na ƙasa (daidaitaccen ƙimar<4Ω, recommended use of ground resistance tester).
Tabbatar da yanki - yanki na waya na ƙasa (wayar jan ƙarfe Ta fi ko daidai da 16mm², waya ta aluminum Ta fi ko daidai da 25mm²).
2. Mataki na 2 Dubawa: Tabbatar da Tsarin Injini
- Kayan aikin Electrode:
Measure electrode tip wear (replace if diameter loss >20%, misali, Φ8mm lantarki<φ6.4mm is="">
Check electrode coaxiality (recalibrate if deviation >0.05mm).
- Tsarin Matsi:
Babu{0}}gwajin gwaji na injin matsi na servo: ainihin sauyin fitarwa<±5% when set to 300N.
Duba saurin amsawar motar Silinda/servo (jinkirin aiki<50ms).
3. Mataki na 3 Dubawa: Na'urorin Kariya
- Interlock Na'urorin:
Tabbatar da lokacin amsawar tasha gaggawa<15ms when safety light curtain is triggered.
Gwada aikin kulle-kulle tsakanin maɓalli na ƙofar majalisar da babban da'irar wutar lantarki{0} (yanke babban ƙarfin lantarki cikin daƙiƙa 0.5 bayan buɗe kofa).
- Keɓaɓɓen Kariya:
Duba juriyar ƙarfin safar hannu mai rufi (Mafi girma ko daidai da 10kV, dole ne a gwada kowane watanni 6).
Verify protective face shield light transmittance (>89%, mai yarda da ma'aunin EN166).
II. Daidaitaccen Tsarin Aiki (SOP)
1. Tsarin Shirye-shiryen farawa
- Tabbatar cewa mai sarrafa wutar lantarki ya dawo sifili kafin haɗa babban wutar lantarki (hana yawan cajin capacitor).
- Fara tsarin sanyaya, tabbatar da zafin ruwa<35℃ (excessive temperature difference causes capacitor capacity decay).
- Yi babu{0}} gwajin fitarwa don tabbatar da kwanciyar hankali na fitarwa (sauyi da aka yarda<±3%).
2. Ka'idojin Saitin Tsarin walda
| Matsayin siga | Saita Maɓallin Maɓalli | Misalin Ƙimar Hankali |
|---|---|---|
| Yin Cajin Wuta | Saita gradient dangane da kauri (± 25V ta 0.1mm) | 0.5mm aluminum farantin karfe: 350-400V |
| Lokacin Fitowa | Daidaita dangane da thermal conductivity (gajeren jan karfe, tsayin ƙarfe) | 1mm karfe farantin karfe: 8-12ms |
| Matsi na Electrode | Bi dabara F=K×T² (T: kauri farantin) | 0.8mm farantin karfe: 220-260N |
| Tazarar fitarwa | Mafi girma ko daidai sau 2 lokacin fitarwa (hana yawan zafi na capacitor) | 12ms fitarwa yana buƙatar tazara 24ms |
3. Dokokin Tsaron Aiki
- Biyu - Ƙa'idar Aiki ta Hannu:
Fara tazarar maɓalli Yafi ko daidai da 300mm (hana farawar hannu ɗaya- ta bazata).
Dole ne a ci gaba da danna hannu har sai an gama walda (dakatar da fitarwa idan an katse).
- Tsarin Gudanar da Rashin Al'ada:
Danna maballin tsayawar gaggawa nan da nan idan akwai rashin daidaituwa (yanke babban kewaye<0.1 seconds).
Kunna tsarin shaye-shaye a cikin daƙiƙa 30 bayan ƙararrawar hayaki (gudun iska Yafi ko daidai da 8m/s).
III. Matsayin Ayyukan Yanayin Aiki na Musamman
1. Multi-Layer Daban-daban iri-iri na walda
- Mabuɗin Ayyuka:
Ɗauki yanayin fitarwa na mataki: ƙananan ƙarfin lantarki na farko don karya Layer oxide (200-300V/3ms).
Saita shirin gradient matsa lamba: pre-matsi (50N) → matsa lamba walda (300N) → riƙe matsa lamba (150N).
Harka: Kamfanin batir ya inganta daidaiton diamita na nugget da kashi 40% zuwa uku{1}} sarrafa matsa lamba yayin walda 0.2mm aluminum + 0.15mm nickel.
2. Babban Hannun Abun Hannu
- Daidaita Tsari:
Yi amfani da filaye - roughened electrodes (Ra0.8→Ra3.2, lamba jure rage da 60%).
Ƙara kuzarin fitarwa da 10% -15% don rama asarar tunani.
- Gargadin Tsaro: Dole ne ya sa garkuwar fuska mai ƙyalli{0} (lambar inuwa Ta fi ko daidai da 12).
IV. Hanyoyin Kulawa
1. Abubuwan Kulawa Kullum
- Kulawar Electrode:
Tufafin na'urar lantarki a kowane waldi 2000 (cire Layer oxide, kiyaye siffar R{1}}).
Aiwatar da manna na yau da kullun mako-mako (rage juriyar lamba, tsawaita rayuwar lantarki da 30%).
- Maintenance Capacitor:
Monthly capacitance test (replace if decay rate >5%).
Kulawa mai zurfi na kwata kwata (saki ragowar cajin, hana crystallization electrolyte).
2. Zagayen Maɓallin Maɓallin Maɓalli
| Sunan bangaren | Matsayin Maye gurbin | Rayuwa ta al'ada |
|---|---|---|
| Canjawar fitarwa | Action count >100,000 or contact resistance >50mΩ | 6-12 watanni |
| Capacitor Ajiye Makamashi | Capacity decay >15% or ESR >200% ƙimar farko | 3-5 shekaru (dangane da mita) |
| Sensor Matsi | Linearity error >1% FS | 2-3 shekaru |
V. Shirin Amsar Gaggawa
1. Gudanar da Mutuwar Lantarki
- Nan da nan yanke babban ƙarfin kayan aiki (kada a taɓa waɗanda suka ji rauni kai tsaye).
- Use insulated hook to move electrodes away (safe distance >1m).
- Yi CPR (zurfin matsawa 5-6cm, mita 100-120 sau / minti).
- Ci gaba da saka idanu na ECG yayin sufuri (kauce wa kama bugun zuciya na biyu).
2. Gudanar da Gaggawa na Wuta
- Wuta ta farko: Yi amfani da na'urar kashe wuta ta carbon dioxide (an haramta tushen ruwa).
- Fashewar Capacitor: Kunna tsarin kashewa (saki perfluorohexanone extinguisher a cikin daƙiƙa 0.5).
- Evacuation route: Ensure safety passage width ≥1.2m, signage visible distance >15m.
Kammalawa
Daidaitaccen aiki na low makamashi capacitor sallama waldiita ce hanyar haɗin yanar gizon da ke tabbatar da amincin samarwa da ingancin walda. Ta aiwatar da tsarin dubawa uku{1}}, daidaitattun hanyoyin aiki, da kiyaye kariya, ana iya rage yawan kuskuren aiki zuwa ƙasa da 0.5%. Tare da haɓaka fasahar firikwensin wayo, kayan aiki na gaba za su cimma rufaffiyar{4}} sarrafa madauki na kai{5}} dubawa, faɗakarwa da wuri, da gyarawa, tare da haifar da sabon zamani na sarrafa hankali ga low makamashi capacitor sallama waldiaminci aiki.
