Jagorar Shigar da Robot Mai Sauri a Axis Uku

Jagorar Shigar da Robot Mai Sauri a Axis Uku

Gabatarwa: Babban Muhimmancin Shigarwa da Bin Ka'idoji da Sauri Ga masana'antun yin allurar allura, shigarwa mai inganci uku-Robots na Axis kai tsaye yana ƙayyade ingancin aiwatar da haɓaka aiki ta atomatik. Bin ƙa'idodin aminci na duniya (ISO 10218-1/2) da ƙa'idodin masana'antu na Turai da Amurka (ANSI/RIA R15.06) na iya rage zagayowar shigarwa, rage asarar lokacin aiki, da kuma tabbatar da dorewar aikin kayan aiki na dogon lokaci. Wannan labarin zai raba tsarin shigarwa cikin sauri don robot masu aiki uku waɗanda suka dace da yanayin samarwa na Turai da Amurka, daidaita sauƙin aiki da bin ƙa'idodi, tabbatar da shigarwa mai inganci.

#Robot mai axis uku, jagorar shigarwa cikin sauri#Injin ƙera allura Matakan shigarwa na robot mai axis uku#ISO 10218-1 ƙayyadaddun shigarwa na robot mai axis uku#Tsarin aiwatar da aikin robot mai axis uku na Turai da Amurka na yau da kullun#injin ƙera allura Robot Electricdabarun haɗin al

I. Shiri Kafin Shigarwa: Shirye-shiryen da aka tsara a cikin Minti 30

1. Tabbatar da Wurin da Yanayin Aiki
Tabbatar cewa an ajiye hanyar gyara ta ≥80cm a kusa da injin ƙera allura, yankin shigarwa ba shi da cikas kuma ya cika ƙarfin ɗaukar kaya don guje wa tsangwama ga motsi. Dole ne a daidaita wutar lantarki da matakai uku na 380V/50Hz (magudanar wutar lantarki) da kuma matakai ɗaya na 220V (magudanar wutar lantarki), kuma tsarin ƙasa dole ne ya cika buƙatar juriyar ƙasa ≤4Ω. A lokaci guda a shirya busasshen iska mai matsewa wanda ba shi da mai tare da matsin lamba mai ƙarfi na 0.5-0.7MPa don samar da wutar lantarki ga sassan iska.

2. Kayan Aiki da Kayayyakin Haɗi
Duba jikin robot mai axis uku, kabad ɗin sarrafawa, mai sarrafa ƙarshen aiki (gripper/tsotsa kofin), maƙallin hawa, kebul mai kariya, da sauran abubuwan haɗin kai a kan jerin kayan haɗin, tabbatar da babu lalacewar sufuri kuma cewa manyan abubuwan haɗin kamar injin servo da layin jagora suna nan lafiya. Kula da hankali na musamman don tabbatar da dacewar sigar firmware tare da samfurin injin gyaran allura don guje wa matsalolin daidaito da ke shafar jadawalin shigarwa.

3. Tabbatar da Maganin Fasaha
Tantance hanyar shigarwa (wanda aka ɗora a gefe, wanda aka ɗora a sama, ko kuma wanda aka tsaya a ƙasa), kuma tabbatar da babu tsangwama a cikin kewayon motsi na axis uku (X/Y/Z), la'akari da girman mold da hanyoyin cire sassan. Sanin buƙatun aminci na ISO 10218-1 a cikin littafin jagorar kayan aiki kafin lokaci, kuma fayyace wurin shigarwa da dabarun haɗin maɓallin tsayawa na gaggawa da labulen hasken aminci.

II. Matakan Shigarwa na Musamman: Ingantaccen Aiki a cikin Awa 4 (Aikin Mataki-mataki-mataki)

1. Shigar da Inji: Daidaito da Gyaran Sauri
Gyara tushen bisa ga nau'in shigarwa: Don shigarwar da aka ɗora a gefe, yi amfani da ƙusoshin ƙarfi masu ƙarfi don ɗaurewa zuwa samfurin injin ƙera allura, tare da karkacewar tsaye ≤0.5mm/m; don shigarwar da aka ɗora a saman, sanya a kan katakon jikin injin; don shigarwar da ke tsaye a ƙasa, gyara kai tsaye zuwa saman mai ɗaukar kaya, yana buƙatar maki 4 kawai don cika buƙatun kwanciyar hankali.

Haɗa Jiki: Bayan ɗaga ginshiƙai da sandunan, yi amfani da matakin laser don daidaita daidaiton da daidaiton gatari X/Y/Z. Sanya layin jagora, sukurori na jagora, da injinan servo a jere, don tabbatar da daidaiton haɗin haɗin abubuwan watsawa. Ana gyara mai aiki na ƙarshe ta hanyar flange, kuma ana daidaita matsin lamba na buɗewa da rufewa ko kuma matsi na tsotsa na kofin tsotsa bisa ga halayen samfurin.

Shigar da na'urar iyakancewa: Ana sanya tubalan iyaka na injina da makullan daukar hoto a wurare masu tsauri na motsi. Rataye-tsaren kariya da na'urori masu auna haske suna rufe yankin motsi, suna biyan buƙatun kariyar tsaro na masana'antu na Turai da Amurka.

2. Haɗin lantarki da na iska: Wayoyin da aka daidaita don guje wa tsangwama.

Haɗin da'ira: Ƙwararrun ma'aikatan wutar lantarki suna haɗa kebul na wutar lantarki bisa ga ƙa'idodin launi. Dole ne a haɗa kebul na sarrafawa daban da layukan wutar lantarki, kuma an kafa layin kariya a gefe ɗaya don hana tsangwama ta lantarki. Direbobin Servo, masu shigar da bayanai, da kabad na sarrafawa PLC da allon taɓawa an haɗa su daidai, kuma an yi musu lakabi a sarari don sauƙin gyarawa a nan gaba.

Haɗa siginar injin ƙera allura: Cimma haɗin siginar "buɗe mold → cire sassa → rufe mold". Siginar buɗe mold na injin ƙera allurar tana haifar da aikin cire sassan hannun robot. Bayan cire ɓangare, ana aika siginar amsawa zuwa injin ƙera allurar don fara zagaye na gaba, wanda ke tabbatar da daidaito mai kyau.

Haɗin iska: An tsara bututun iska tare da izinin faɗaɗawa. Bayan haɗawa da haɗuwa da bawul ɗin solenoid, ana sanya ma'aunin matsi da matattara. Ana duba bututun don ganin ko yana ɓuɓɓuga, kuma ana daidaita saurin amsawar abubuwan da ke cikin iska.

III. Gyara kurakurai da tabbatarwa: Daidaita Daidaitawa An Kammala a cikin Minti 30

1. Fara Sigogi da Gyaran Axis Guda ɗaya
Bayan kunna, kammala fara sigina akan allon taɓawa, saita nau'in axis, kewayon tafiya, da sigogin injin servo. Yi amfani da axis na X/Y/Z daban-daban, duba duk wani hayaniya ko hayaniya mara kyau. Daidaita matsayin sifili, tabbatar da daidaiton maimaitawa ≤ ±0.1mm, cika buƙatun daidaiton samar da injection stitching.

2. Ƙare Mai kunnawa da Gyaran Hanya
Gwada ƙarfin buɗewa da rufewa da kuma ƙarfin tsotsa kofin. Daidaita matsin lamba don samfuran da suka dace don guje wa lalacewa. Rubuta shirin hanya mai layi don ɗauka da sanya sassa, da farko yana aiki a 50% na saurin da aka ƙididdige. Inganta hanyar don rage tafiye-tafiye marasa aiki da inganta lokacin zagayowar samarwa.

3. Tabbatar da Aikin Tsaro
Gwada maɓallin dakatarwa na gaggawa, makullin ƙofar tsaro, da ayyukan ƙararrawa na kuskure. Yi kwaikwayon ma'aikata da suka shiga wani yanki mai haɗari ba da gangan ba don tabbatar da ikon amsawa nan take na tsarin tsaro. Bayan tabbatar da bin ƙa'idodin aminci na masana'antu na OSHA da rashin haɗarin aminci da ya rage, ci gaba zuwa matakin gwaji.

IV. Gudanar da Gwaji da Karɓa: Shirye-shiryen Samarwa da Aka Kammala Cikin Awa 2

1. Gwajin Gwaji Babu Loda da Lodawa
Da farko, gudanar da haɗin da ba ya buƙatar kaya tsakanin Injin gyaran allura da kuma hannun robot don tabbatar da daidaiton lokacin buɗewar mold, ɗaukar sassa, da rufe mold. Bayan tabbatar da babu tsangwama, ana yin gwajin kaya ta hanyar loda mold ɗin. A ci gaba da aiki na tsawon awanni 2, ana lura da daidaiton riƙe samfurin da daidaiton sanya shi, da kuma yin rikodin sigogin aiki.

2. Karɓar Aiki da Yarda da Dokoki
Manyan alamun gwaji bisa ga yarjejeniyar fasaha: ƙarfin kaya, lokacin zagayowar aiki, da daidaiton maimaitawa dole ne su cika ƙa'idodi. Shirya bayanan shigarwa da aiwatarwa, zane-zanen lantarki, da sauran takardu don tabbatar da bin ƙa'idar haɗakar tsarin ISO 10218-2, wanda ke samar da tushe don kulawa da duba bin ƙa'idodi na gaba.

3. Muhimman Abubuwan Horar da Aiki
Bayyana ayyukan kayan aiki na asali, daidaita sigogi, da hanyoyin magance gaggawa ga masu aiki, tare da mai da hankali kan ƙa'idodin tsaro da hanyoyin duba yau da kullun, tabbatar da cewa ma'aikata sun ƙware a cikin ƙwarewar aiki daidai gwargwado.

Kammalawa: Muhimman Fa'idodi da Kariya daga Shigarwa Cikin Sauri

Bin wannan jagorar yana ba da damar aiwatar da robot mai sassa uku cikin inganci a cikin "awanni 4 na shigarwa + mintuna 30 na gyara kurakurai + awanni 2 na aikin gwaji," yana rage lokaci da kashi 50% idan aka kwatanta da hanyoyin gargajiya. Mabuɗin ya ta'allaka ne da bin ƙa'idodin aminci na duniya, hanyoyin aiki na yau da kullun, da daidaitaccen daidaitawa, tabbatar da saurin shigarwa da kwanciyar hankali da bin ƙa'idodi na dogon lokaci.

Ga shigarwar rukuni ko yanayin aiki mai rikitarwa, ana ba da shawarar ƙwararrun masu fasaha su ba da jagora a wurin don tabbatar da cewa kowane mataki na aikin ya cika ƙa'idodin masana'antu na Turai da Amurka da buƙatun fasaha na kayan aiki, don haɓaka ƙimar sarrafa kansa na robot ɗin servo mai sassa uku.