Gabatarwa
A cikin 2023, wani sabon mai kera batirin makamashi ya sami karuwar kashi 12% a cikin ɓangarorin tab ɗin mara kyau saboda 0.5kN kawai a cikin saitunan matsa lamba na lantarki akan su.capacitor fitarwa tabo walda. Sabanin haka, wani kamfanin sararin samaniya ya sami daidaiton ƙimar cancantar walda da kashi 99.99% ta daidaitattun hanyoyin aiki. Waɗannan al'amurra suna nuna cewa aikin da ya dace na acapacitor fitarwa tabo waldaba wai kawai yana rinjayar ingancin walda ba amma kuma kai tsaye yana tasiri dadewar kayan aiki da amincin samarwa. Kamar yadda madaidaicin kayan aiki masu ƙarfi na millise seconds{2}} sarrafa fitarwa na matakin (±0.1ms) da kiloampere{4}} madaidaicin magudanar ruwa (mai girma a 80kA), aikin sa dole ne ya bi ka'idoji guda uku:daidai gwargwado daidai, daidaitattun matakai, kumasa ido na gaske{0}. Wannan labarin yana ba da rugujewar tsari na ƙayyadaddun ƙa'idodin aiki guda shida da mahimman kariyar guda bakwai doncapacitor fitarwa tabo waldatsarin.
1. Daidaitaccen Tsarin Farawa da Kashewa
1.1 Pre{1}Fara Lissafin Bincike
Abubuwan duba kayan aiki:
| Abun dubawa | Daidaitaccen Bukatun | Kayan Gwaji |
|---|---|---|
| Capacitor Bank Voltage | Kasa da ko daidai da 1% na ƙimar ƙima | Multimeter na dijital (aji 0.1) |
| Daidaita Electrode | Kasa da ko daidai da karkacewar 0.05mm | Laser jeri kayan aiki |
| Matsayin sanyaya | ± 5mm daga layin matakin | Nuni matakin gani |
Injin sassa na kera ya rage gazawar farawa da kashi 82 cikin ɗari ta amfani da tsarin "duba guda uku-tabbatacce" (kai -duba, takwarori - duba, ƙwararre - duba).
1.2 Daidaitaccen Tsarin Farawa
Wutar -on预热 (minti 10) → Kai-tsarin gwaji → Loading Parameter → A'a{3}}gwajin kaya (zagaye 3) → Farko-tabbacin labari
Mahimman sigogi:
Yanayin zafin jiki: 25± 2 digiri (bankin capacitor)
Babu -nauyi ƙarfin lantarki: 30% na ƙimar ƙima
2. Welding Siga Kafa Standards
2.1 Core Matching Model
| Siga | Tsarin Lissafi | Girman Mataki Mataki |
|---|---|---|
| Yin Cajin Wuta | V = √(2E/C) | ±5V |
| Lokacin Fitowa | t = K × (T1 + T2) | ± 0.1ms |
| Matsi na Electrode | P = σ × A × 1.2 | ±50N |
(E: makamashin walda, C: capacitance, T: kauri, σ: ƙarfin amfanin kayan abu, A: yanki lamba)
2.2 Material -Table Madaidaicin Ma'auni
| Haɗin Abu | Nasihar Voltage (V) | Lokacin Matsi (ms) | Lokacin Riƙe (ms) |
|---|---|---|---|
| Aluminum -Aluminum | 450–600 | 12–18 | 30–40 |
| Karfe mai Galvanized -Copper | 800–1000 | 15–20 | 40–50 |
| Titanium - Bakin Karfe | 1200–1500 | 25–30 | 60–80 |
3. Mahimmancin Kula da Lokaci na Gaskiya{{1}
3.1 Ma'aunin Kula da Ayyuka
| Abun Kulawa | Rage Na Al'ada | Ƙarfin ƙararrawa | Ayyukan Kariya |
|---|---|---|---|
| Nan take Yanzu | ± 5% na maras muhimmanci | ±10% | Tasha gaggawa |
| Zazzabi Electrode | Kasa da ko daidai da 180 digiri | Mafi girma ko daidai da digiri 200 | tilasta sanyaya |
| Canjin Matsi | Kasa da ko daidai da ± 3% | Yafi ko daidaita ± 8% | Dakatar da matsi |
3.2 Hanyoyin Binciken Inganci
Gwajin mara lalacewa:
Gwajin Ultrasonic (ƙudurin lahani na 0.1mm)
Infrared thermal Hoto (binciken daidaiton yanayin yanayin yanayi)
Masana'antun tsaro suna yin samfurin ƙarfe kowane waldi 50 (Mafi girma ko daidai da yarda da diamita na nugget 95%).
4. Hani Mai Muhimmanci Bakwai
Babu kulawa kai tsaye (a kashe wuta na mintuna 5 kuma tabbatar).
Babu na'urorin kullewar aminci da ke wucewa.
No overload operation (>30 hawan keke / min ci gaba).
No non-standard electrode tips (diameter error >0.1mm).
No bare-hand contact with discharge circuits (residual voltage >60V).
No operation in超标 humidity (relative humidity >80%).
Babu canje-canje mara izini (injiniya权限 da ake buƙata).
5. Magance Laifin Gaggawa
5.1 Amsoshin Lambar Laifi gama gari
| Lambar kuskure | Ma'ana | Matakan Aiki |
|---|---|---|
| E101 | Capacitor Overvoltage | 1. Yanke da'irar caji |
| 2. Kunna resistor na fitarwa | ||
| 3. Duba ƙarfin lantarki firikwensin | ||
| E205 | Electrode Ba a danne | 1. Duba firikwensin matsa lamba |
| 2. Tsaftace farfajiyar lantarki | ||
| 3. Calibrate matsa lamba tsarin |
5.2 Tsarin Rufe Gaggawa
Buga tsayawar gaggawa → Yanke babban wutar lantarki → Kunna sanyaya gaggawa → Alamar faɗakarwa → Yi rikodin kuskure.
6. Ka'idojin Kulawa Kullum
6.1 Jadawalin Kulawa na lokaci-lokaci
| Abun Kulawa | Yawanci | Matsayin Fasaha |
|---|---|---|
| Tufafin Tip Electrode | Kowane 5,000 zagayowar | Fuskar saman ƙasa Ko daidai da 0.02mm |
| Binciken Bankin Capacitor | kowane wata | Ƙarfin lalacewa ƙasa da ko daidai da 5% |
| Sauyawa Mai sanyi | Duk wata 3 | Haɓakawa Kasa da ko daidai da 50μS/cm |
6.2 Maɓallin Maɓalli na Rayuwa
| Bangaren | Zane Rayuwa | Alamar Gargaɗi na Maye gurbin |
|---|---|---|
| Canjawar fitarwa | Zagaye 500,000 | Contact resistance >5mΩ |
| Sensor Matsi | Awanni 100,000 |
Linearity deviation >1.5% |
Kammalawa
Gigafactory baturi mai ƙarfi ya rage ƙimar gazawar kayan aiki daga 1.2% zuwa 0.03% ta aiwatar da daidaitaccen tsarin aiki don su.capacitor fitarwa tabo walda, ceton sama da ¥2 miliyan a shekara a cikin farashin kulawa. Madaidaicin kamfanin lantarki ya rage bambance-bambancen ingancin walda da kashi 80 cikin 100 ta hanyar lura da lokaci na gaske.capacitor fitarwa tabo waldatsarin da fiye da 40%. Tare da haɗin fasahar tagwayen IoT da dijital, gaba za ta haifar da zamanin aiki na fasaha wanda ke nuna kai{2}}ingantattun sigogi, kai{3}}gano kurakurai, da tsarin kulawa da kai{4}.
