Raba karatun asali kan yadda ake amfani da darussan lantarki na lithium

Abin da muke kira sau da yawa "harbin lithium na lantarki mai caji" kayan aikin wutar lantarki ne mai ɗaukar nauyi na DC. Siffar tana kama da hannun QIANG, wanda ke da sauƙin riƙewa. Ta hanyar riƙe nau'ikan ramuka daban-daban a gaba, ana iya aiwatar da ayyuka daban-daban, gami da ramukan hakowa a cikin kayan daban-daban dasukudirebaga daban-daban iri sukurori.

Bangaren gaba na rawar lantarki na lithium an sanye shi da chuck na duniya mai muƙamuƙi uku. Wannan kayan haɗi ne na duniya kuma ana iya maye gurbinsa da sauƙi idan ya lalace. Ana yiwa ma'auni a gefen collet. Alal misali, 0.8-10mm 3/8 24UNF ne da aka saba amfani da 10mm rawar soja chuck. 0.8-10mm yana nuna kewayon clamping, 3/8 shine diamita na zaren, 24 shine adadin zaren, UN shine ma'aunin Amurka, kuma F yana da kyau. Bincika sigogi a hankali lokacin siye kuma za ku iya shigar da shi lafiya.

Lokacin shigar da workpiece (drill bit), da farko sassauta farata uku ta hanyar juya agogo baya, sanya workpiece (drill bit) a ciki, sa'an nan kuma ƙara chuck a agogo. Motar mara gogewa tana ba da damar ƙarfafa kai tsaye da hannu ɗaya. Bayan clamping, yana da kyau a duba don ganin ko kayan aikin yana mai da hankali.

Ya kamata a lura da cewa mafi yawan na'urorin lantarki na lithium na cikin gida ba su da ayyuka masu tasiri, don haka yana da wuya a yi ramuka mai zurfi a cikin ganuwar kankare. Idan kuna da tunanin hakowa a ciki, ƙila kun kutsa cikin rufin rufin da ke bangon. Ee, ainihin simintin ƙasa ba a shigar da shi ba.

Bayan ƙwanƙwasa rawar jiki akwai ƙoƙon jujjuyawar shekara-shekara wanda aka zana shi da lambobi da alamomi, wanda ake kira zoben daidaita ƙarfi. Lokacin da kuka murɗa shi, yana yin sautin dannawa. Saita juzu'i daban-daban don rawar wutan lantarki ta hanyar murɗa shi don tabbatar da cewa lokacin da aka ɗaure sukurori, kama zai fara kai tsaye bayan jujjuyawar jujjuyawar ta kai ƙimar da aka saita don guje wa lalata skru.

Kayan aiki a kan zoben daidaitawa, mafi girma lambar, mafi girma da karfin juyi. Matsakaicin kayan aiki shine alamar rawar soja. Lokacin da aka zaɓi wannan kayan aiki, kama ba ya aiki, don haka kuna buƙatar daidaita shi zuwa wannan kayan lokacin hakowa. Lokacin shigar da kayan daki, dunƙule Yi amfani da sukurori 3-4. A saman rawar sojan lantarki na lithium, akwai alamar ma'auni mai kusurwa uku a bayan zoben daidaita karfin juyi, yana nuna kayan aiki na yanzu.

An ƙera saman rawar lantarki na lithium gabaɗaya tare da toshewar turawa don zaɓi mai girma/ƙananan gudu. Ana amfani da shi don zaɓar ko saurin aiki na rawar lantarki yana da babban gudu sama da 1000r/min ko ƙananan gudu a kusa da 500r/min. Danna maɓallin zuwa gunkin don babban gudun, kuma tura shi baya don ƙananan gudu. Idan har lithium na lantarki ba shi da wannan dial ɗin, mukan kira shi rawar lantarki mai sauri guda ɗaya, in ba haka ba ana kiran shi da lantarki mai sauri biyu.

Ƙunƙarar da ke kan ƙananan hannun shine sauyawa na lithium lantarki rawar soja. Latsa maɓalli don fara rawar lantarki. Dangane da zurfin latsawa, motar za ta fitar da gudu daban-daban. Bambanci a nan daga babban bugun kira da ƙananan sauri shi ne cewa bugun kira yana ƙayyade saurin aiki na gabaɗayan na'ura, yayin da maɓallin farawa ya fi daidaita saurin lokacin amfani da shi. Hakanan akwai shingen turawa sama da maɓalli wanda za'a iya matsawa hagu da dama don zaɓar gaba da jujjuya rawar wutar lantarki. Juyawa zuwa hagu (latsa dama) juyawa ne na gaba, kuma akasin haka shine jujjuyawa. Wasu maɓallan gaba da baya maɓallan bugun kiran laima ne. Ka'idar ita ce: juya shi zuwa hagu kuma juya shi gaba.

A ƙarshe, haifuwar kayan aiki ta nuna mafarin ƙwarewar ɗan adam na iya samarwa da kuma shiga zamanin wayewa. A halin yanzu, akwai nau'ikan kayan aikin wuta da yawa, musamman kayan aikin lithium, tare da farashi daban-daban. Masu kera na yau da kullun suna da ƙaƙƙarfan buƙatu akan batirin lithium, injina, da tafiyar matakai. Idan aka kwatanta da samfurori masu rahusa, kuna samun abin da kuke biya. Ina fatan wannan labarin zai iya zama taimako ga abokai waɗanda ke da tambayoyi game da siyan kayan aikin lantarki na lithium.