Don tabbatar da ci gaba, kwanciyar hankali da inganci na samar da kayan aikin baturi, Lambao Sensor don masana'antar photovoltaic a tsawon shekaru na ci gaba da bincike na aikace-aikacen aikace-aikacen da aka yi amfani da su, wanda aka kafa don maganin gano kayan aiki na kayan aiki na atomatik, na iya saduwa da nau'ikan kayan aiki na atomatik. sassa daban-daban na tsari na kowane nau'in buƙatun samar da kamfanoni na photovoltaic.A cikin wannan takarda, za mu tattauna buƙatun ganowa a cikin tsarin samar da baturi da takamaiman aikace-aikacen firikwensin LANBAO.
Domin firikwensin ya taka mafi girman matsayi wajen gano kayan aikin batir na atomatik, firikwensin ya kamata ya cika waɗannan buƙatu:
Babban daidaito
Dole ne firikwensin ya cika daidaitattun buƙatun don tabbatar da daidaiton gano gaban ko rashin kayan.
Babban kwanciyar hankali
Tsayayyen fitarwa na firikwensin ya kamata ya zama mai kyau don guje wa shafar sufuri da sarrafa baturin.
Babban abin dogaro
Yin amfani da na'urori masu auna firikwensin a gano baturi yana da dogon lokaci, wanda ke buƙatar ingantaccen aminci da dorewa na na'urori masu auna sigina.
Babban aiki
A cikin ƙayyadaddun tsari na amfani, firikwensin ya kamata ya dace da buƙatun yanayin aiki masu rikitarwa, don ƙarin kammala aikin ganowa.
Dangane da buƙatun aikace-aikacen masana'antu na sama, Lambault Sensor yana bin saurin masana'antar, yana mai da hankali kan mafitacin aikace-aikacen masana'antar firikwensin, yana ba da ingantaccen, dacewa da bambance-bambancen samfuran samfuran don gano baturi, kuma yana taimaka wa masana'antun cikin sauƙin gane gano baturi ko a wurin yayin. tsarin samarwa, ta yadda za a inganta samar da batir.
Shawarar Samfurin Sensor LANBAO:
CE05 Series Capacitive Proximity Sensor
• Lokacin amsawa mai sauri, mitar har zuwa100Hz
•IP67sa ƙura da hana ruwa
• Nisan ganowa da yawa zaɓi ne
•5mm kuultra-bakin ciki siffa zane
Maimaita kuskure≤3%, babban ganewa daidai
• Shigar da dunƙulewa da shigar da igiyar igiya zaɓi ne
• Yana iya gano abubuwa biyu na ƙarfe da waɗanda ba ƙarfe ba, kewayon aikace-aikace da yawa
• juriya na vibration, insulation impedance, short circuit, overload, reverse polarity da sauran mahara kariya, abin dogara kuma barga.
CE34 Series Capacitive Proximity Sensor
• Lokacin amsawa mai sauri, mitar har zuwa100Hz
•IP67sa ƙura da hana ruwa
• Nisan ganowa da yawa zaɓi ne
• Screw shigarwa, dace da sauri
Maimaita kuskure≤3%, babban ganewa daidai
• Yana iya gano abubuwa biyu na ƙarfe da waɗanda ba ƙarfe ba, kewayon aikace-aikace da yawa
• juriya na vibration, insulation impedance, short circuit, overload, reverse polarity da sauran mahara kariya, abin dogara kuma barga.
CR12 Series Cylindrical capacitance firikwensin
•IP67 sa ƙura da hana ruwa
• Screw shigarwa, dace da sauri
•1 ku 2xNisan ganowa zaɓi ne
Maimaita kuskure≤3%, babban ganewa daidai
• MadallaEMCfasahar zane-zane, samfurori mafi tsayi
• Yana iya gano abubuwa biyu na ƙarfe da waɗanda ba ƙarfe ba, kewayon aikace-aikace da yawa
• juriya na vibration, insulation impedance, short circuit, overload, reverse polarity da sauran mahara kariya, abin dogara kuma barga.
PSV-SR Series Micro photoelectric firikwensin
• Ƙananan girma, mai sauƙin shigarwa da amfani
• Girman bakin ciki mai girman gaske, dace da shigarwa a cikin m Sarari
• Kyakkyawan juriya ga tsangwama haske da babban kwanciyar hankali na samfur
• Saurin amsawa mai sauri, dacewa don gano ƙananan abubuwa masu motsi a babban gudu
• Share haske mai nuna launi biyu tare da ƙirar tushen haske ja don daidaitawa cikin sauƙi
PSE-YC Series Photoelectric Sensor
• Tabo mai haske, mai sauƙin shigarwa da cirewa
•IP67m, dace da matsananci yanayi
• Gidajen duniya, kyakkyawan maye gurbin na'urori masu yawa
• Nau'in danne bayanan baya, na iya saduwa da gano abubuwa masu launi da yawa
Baya ga jerin samfuran da ke sama, firikwensin Lambao ya kasance koyaushe yana bin ka'idar "abokin ciniki na farko", don samarwa abokan ciniki samfuran inganci masu inganci.Idan kuma kuna son amfani da firikwensin don gane baturin a wurin ko kuma ganowa, don tabbatar da ingancin batirin, maraba da tuntuɓar mu.
Lokacin aikawa: Afrilu-24-2023