Ƙwaƙwalwar faɗaɗa don aikace-aikacen kankare a cikin gine-gine da lif
DIN 6923 Hexagon Flange Nut
Lambar wasiƙa don tsayin anka da matsakaicin kauri na tfix
Nau'in | HSA, HSA-BW, HSA-R2, HSA-R, HSA-F | |||||
Girman | M6 | M8 | M10 | M12 | M16 | M20 |
hba[mm] | 37/47/67 | 39/49/79 | 50/60/90 | 64/79/114 | 77/92/132 | 90/115 / |
Wasika tgyara | tfix,1/tfix,2/tfix,3 | tfix,1/tfix,2/tfix,3 | tfix,1/tfix,2/tfix,3 | tfix,1/tfix,2/tfix,3 | tfix,1/tfix,2/tfix,3 | tfix,1/tfix,2/tfix,3 |
z | 5/-/- | 5/-/- | 5/-/- | 5/ -/- | 5/-/- | 5/-/- |
y | 10/-/- | 10/-/- | 10/-/- | 10/-/- | 10/-/- | 10/-/- |
x | 15/5/- | 15/5/- | 15/5/- | 15/-/- | 15/-/- | 15/-/- |
w | 20/10/- | 20/10/- | 20/10/- | 20/5/- | 20/5/- | 20/-/- |
v | 25/15/- | 25/15/- | 25/15 | 25/10/- | 25/10/- | 25/-/- |
u | 30/20/- | 30/20/- | 30/20/- | 30/15/- | 30/15/- | 30/5/- |
t | 35/25/5 | 35/25/- | 35/25/- | 35/20/- | 35/20/- | 35/10/- |
s | 40/30/10 | 40/30/- | 40/30/- | 40/25/- | 40/25/- | 40/15/- |
r | 45/35/15 | 45/35/5 | 45/35/5 | 45/30/- | 45/30/- | 45/20/5 |
q | 50/40/20 | 50/40/10 | 50/40/10 | 50/35/- | 50/35/- | 50/25/10 |
p | 55/45/25 | 55/45/15 | 55/45/15 | 55/40/5 | 55/40/- | 55/30/15 |
o | 60/50/30 | 60/50/20 | 60/50/20 | 60/45/10 | 60/45/5 | 60/35/20 |
n | 65/55/35 | 65/55/25 | 65/55/25 | 65/50/15 | 65/50/10 | 65/40/25 |
m | 70/60/40 | 70/60/30 | 70/60/30 | 70/55/20 | 70/55/15 | 70/45/30 |
l | 75/65/45 | 75/65/35 | 75/65/35 | 75/60/25 | 75/60/20 | 75/50/35 |
k | 80/70/50 | 80/70/40 | 80/70/40 | 80/65/30 | 80/65/25 | 80/55/40 |
j | 85/75/55 | 85/75/45 | 85/75/45 | 85/70/35 | 85/70/30 | 85/60/45 |
i | 90/80/60 | 90/80/50 | 90/80/50 | 90/75/40 | 90/75/35 | 90/65/50 |
h | 95/85/65 | 95/85/55 | 95/85/55 | 95/80/45 | 95/80/40 | 95/70/55 |
g | 100/90/70 | 100/90/60 | 100/90/60 | 100/85/50 | 100/85/45 | 100/75/60 |
f | 105/95/75 | 105/95/65 | 105/95/65 | 105/90/55 | 105/90/50 | 105/80/65 |
e | 110/100/80 | 110/100/70 | 110/100/70 | 110/95/60 | 110/95/55 | 110/85/70 |
d | 115/105/85 | 115/105/75 | 115/105/75 | 115/100/65 | 115/100/60 | 115/90/75 |
c | 120/110/90 | 120/110/80 | 120/110/80 | 125/110/75 | 120/105/65 | 120/95/80 |
b | 125/115/95 | 125/115/85 | 125/115/85 | 135/120/85 | 125/110/70 | 125/100/85 |
a | 130/120/100 | 130/120/90 | 130/120/90 | 145/130/95 | 135/120/80 | 130/105/90 |
aa | - | - | - | 155/140/105 | 145/130/90 | - |
ab | - | - | - | 165/150/115 | 155/140/100 | - |
ac | - | - | - | 175/160/125 | 165/150/110 | - |
ad | - | - | - | 180/165/130 | 190/175/135 | - |
ae | - | - | - | 230/215/180 | 240/225/185 | - |
af | - | - | - | 280/265/230 | 290/275/235 | - |
ag | - | - | - | 330/315/280 | 340/325/285 | - |
Menene Faɗawa Bolt?
Ƙwaƙwalwar faɗaɗa abin ɗamara ne na inji da ake amfani da shi don gyara abubuwa zuwa ƙaƙƙarfan kayan tushe kamar siminti, tubali, da duwatsu. Mai zuwa shine cikakken gabatarwa:
1. Tsarin tsari
Fadada bolts gabaɗaya sun ƙunshi sukurori, bututun faɗaɗa, wanki, goro, da sauran sassa.
● Skru:Yawanci sandar karfe mai cikakken zaren zaren, ana amfani da ƙarshensa ɗaya don haɗa abin da za a gyara, kuma ɓangaren zaren ana amfani da shi don ƙara goro don haifar da tashin hankali. Abubuwan da ke cikin dunƙule shine mafi yawa carbon karfe, gami karfe, da dai sauransu don tabbatar da isasshen ƙarfi.
● Bututun faɗaɗawa:Gabaɗaya, tsarin tubular ne da aka yi da filastik (kamar polyethylene) ko ƙarfe (kamar zinc gami). Diamita na waje ya ɗan ƙarami fiye da diamita na rami mai hawa. Lokacin da aka ƙara goro, bututun faɗaɗa zai faɗaɗa cikin rami kuma ya manne wa bangon ramin.
● Masu wanki da goro:Ana sanya masu wanki tsakanin goro da madaidaicin abu don ƙara wurin hulɗa, watsar da matsa lamba, da hana lalacewa daga saman abin da aka gyara; Ana amfani da kwayoyi don ƙarfafawa, kuma ana haifar da tashin hankali akan dunƙule ta hanyar juya goro don faɗaɗa bututun faɗaɗa.
2. Ƙa'idar Aiki
● Da farko, haƙa rami a cikin kayan tushe (kamar bangon kankare a cikinlif shaft). Diamita na ramin ya kamata ya zama ɗan ƙaramin girma fiye da diamita na waje na bututun faɗaɗa. Gabaɗaya, ana ƙaddara diamita mai dacewa bisa ga ƙayyadaddun kullin faɗaɗawa.
● Saka ƙwanƙolin faɗaɗa cikin ramin da aka haƙa don tabbatar da cewa an shigar da bututun faɗaɗa gaba ɗaya cikin ramin.
● Lokacin da aka ƙara goro, dunƙule za ta ja waje, yana haifar da bututun faɗaɗawa waje a ƙarƙashin matsi na radial. Ana haifar da rikici tsakanin bututun faɗaɗa da bangon rami. Yayin da ake ci gaba da danne goro, jujjuyawar ta karu, kuma a karshe an kafa kullin fadadawa a cikin kayan tushe, ta yadda zai iya jure wani karfi mai karfi, karfi da sauran lodi, ta yadda abu (kafaffen sashi) an haɗa zuwa ɗayan ƙarshen dunƙule an gyara shi.
Nau'o'in Faɗaɗɗen Bolts
1. Karfe fadada kusoshi
Ƙarfe na fadada kusoshi galibi ana yin su ne da gariyar zinc ko bakin karfe, kuma bututun fadada su suna da ƙarfi da ƙarfi da ƙarfin ɗaukar kaya. Ya dace da lokuttan da suke buƙatar jure wa manyan makamai masu ƙarfi da ƙarfi, irin su gyara kayan aiki mai nauyi, shingen tsarin ƙarfe, da dai sauransu Bakin ƙarfe ba kawai yana ba da juriya mai ƙarfi ba, amma kuma ana iya amfani dashi na dogon lokaci a waje ko a cikin yanayi mai laushi. tabbatar da kwanciyar hankali da dorewa na shigarwa.
2. Chemical fadada kusoshi
Abubuwan haɓakar sinadarai ana gyara su ta hanyar sinadarai (kamar resin epoxy). A lokacin shigarwa, ana shigar da wakili a cikin ramin da aka haƙa, kuma bayan an shigar da kullun, wakili zai ƙarfafa da sauri, ya cika rata tsakanin kullun da bangon ramin, samar da haɗin gwiwa mai ƙarfi. Irin wannan nau'in kullin ya dace sosai don lokatai tare da ƙayyadaddun buƙatu akan daidaita daidaito da juriya na rawar jiki, irin su manyan kayan aiki da kayan aiki ko aikace-aikacen ƙarfafa tsarin.
3. Filastik fadada kusoshi
Ana yin ƙwanƙwasa faɗaɗa filastik da kayan filastik, wanda yake da tattalin arziki da sauƙin shigarwa. Ya dace da gyaran abubuwa masu sauƙi, irin su ƙananan pendants, kwandon waya, da dai sauransu. Duk da cewa ƙarfin ɗaukar nauyi yana da ƙananan ƙananan, sauƙi na aiki da fa'idar farashi ya sa ya zama kyakkyawan zaɓi don shigarwar hasken rana.
Maƙallan kusurwa
Kit ɗin Hawan Elevator
Farantin Haɗin Na'urorin haɗi na Elevator
Marufi da Bayarwa
Akwatin katako
Shiryawa
Ana lodawa
Yadda za a shigar da bolts fadada daidai daidai?
1. Hana hakowa
● Matsayi da kusurwa:
Lokacin shigar da kusoshi na faɗaɗa, yi amfani da kayan aiki kamar matakan tef da matakan don tabbatar da ingantattun wuraren hakowa. Don gina hanyoyin gyarawa, kamar tallafin kayan aiki ko shigarwar shiryayye, aikin hakowa yana buƙatar zama daidai da farfajiyar shigarwa don gujewa sassautawa ko gazawar kusoshi na faɗaɗa saboda rashin daidaituwar ƙarfi.
● Zurfi da diamita:
Zurfin hakowa ya kamata ya zama zurfin 5-10mm fiye da tsayin kullin faɗaɗawa, kuma diamita ya kamata ya zama ɗan ƙaramin girma fiye da diamita na waje na bututun faɗaɗa (yawanci 0.5-1mm ya fi girma) don tabbatar da tasirin faɗaɗa na fastener.
● Tsaftace rami:
Cire ƙura da ƙazanta daga ramin da aka haƙa kuma a ajiye bangon ramin bushewa, musamman lokacin shigar da ƙusoshin faɗaɗa a cikin mahalli mai ɗanɗano don hana yin tasiri na bututun faɗaɗa ƙarfe.
2. Zabi kusoshi fadada
● Daidaita ƙayyadaddun bayanai da kayan aiki:
Zaɓi ƙusoshin faɗaɗa masu dacewa gwargwadon nauyi, girma da yanayin amfani da abin da za a gyara. Don muhallin waje ko ɗanɗano, yakamata a yi amfani da ƙullun faɗaɗa bakin karfe don tsayayya da lalata. A cikin ginin gini ko kayan aikin masana'antu, ƙwanƙwasa faɗaɗa tare da manyan diamita da ƙarfi mafi girma sun fi dacewa.
● Binciken inganci:
Bincika madaidaiciyar dunƙule na fastener, amincin zaren, da kuma ko bututun faɗaɗa ya lalace. Faɗawa kusoshi tare da rashin cancantar inganci na iya haifar da sako-sako da gyarawa kuma yana shafar aminci.
3. Shigarwa da dubawa
● Daidaita shigar da matsewa:
Yi hankali lokacin shigar da kullin fadada don guje wa lalata bututun fadadawa; yi amfani da maƙarƙashiyar soket don ƙara goro zuwa ƙayyadadden juzu'i don tabbatar da tasirin ƙarfafawa.
● Dubawa bayan gyarawa:
Tabbatar da ko kullin faɗaɗa yana da ƙarfi, musamman a ƙarƙashin babban yanayin kaya (kamar shigar da manyan kayan aiki), kuma bincika ko ƙayyadadden abu a kwance ko a tsaye don saduwa da tasirin shigarwa da ake sa ran.