Njengoko imfuno yezithuthi ezintsha zamandla isanda, ubunzima obukhaphukhaphu kunye nebhetri enamandla eqinileyo nayo iya kwanda. Kunjalo nangemfuno yokuwelda nge-laser.
Kuqikelelwa ukuba kwiminyaka emininzi edlulileyo, izithuthi ezintsha zamandla ziya kuthatha indawo yezithuthi zepetroli kancinci kancinci kumazwe amaninzi. Oko kuthetha ukuba izithuthi zombane kunye nebhetri yazo yamandla ziya kungena kwimarike enkulu. Okwangoku, izithuthi eziphambili zisezizithuthi zepetroli kwaye akunakwenzeka ukuzikhupha ngexesha elifutshane. Nangona kunjalo, ubuncinane into enye iqinisekile - izithuthi zombane zikhula ngesantya esimangalisayo.
Njengoko imfuno yezithuthi ezintsha zamandla isanda, ubunzima obulula kunye nebhetri enamandla eqinileyo nayo iya kwanda. Kunjalo nangemfuno yokuwelda nge-laser.
Ngophuhliso lwebhetri yamandla, imfuno yokudibanisa iyanda. Ishishini lezithuthi zombane kunye nababoneleli balo bakhangela indlela enamandla nesebenzayo yokudibanisa ibhetri yamandla ngobuninzi kunye nezihlanganisi zekopolo kunye ne-aluminium ezizezona zinto ziphambili kwibhetri.
Ukuwelda nge-laser yefayibha kwenze inkqubela phambili enkulu kwezobuchwepheshe kwiminyaka embalwa edlulileyo kwaye kunegalelo ekuzameni kwayo ukwenza izithuthi zombane zibe lula kwaye zenze iibhetri zamandla. Kuyoyisa ngempumelelo ubunzima obujongene nobuchwepheshe bendabuko bokuwelda nge-laser, njengokuwelda nge-copper, isinyithi esahlukileyo kunye ne-foil yesinyithi esincinci.
Indlela yokuwelda nge-fiber laser inokubonelela nge-welding esemgangathweni ophezulu kwibhetri yesithuthi sombane, nto leyo enegalelo kwixabiso eliphantsi lezithuthi kunye nokuthembeka kwebhetri.
Xa kuthelekiswa nokuwelda kwelaser ye-CO2 yendabuko kunye nokuwelda kwe-YAG, i-fiber laser inomgangatho ongcono wokukhanya kwelaser, ukukhanya okuphezulu, amandla aphezulu okukhupha i-laser kunye nokusebenza okuphezulu kokuguqula i-photoelectric. Ezi mpawu zenza i-fiber laser ibe yeyona ifanelekileyo ekuphuculeni ukusebenza kakuhle kokucubungula kunye nokunciphisa iindleko. Kwaye konke oku ngenxa yenyani yokuba isinyithi sinomlinganiselo ophantsi wokukhanya kwelaser yefayibha onamaza aphezulu angama-1070nm. I-fiber laser enamandla aphezulu igqwesile ekuwelda iintsimbi ezinomlinganiselo ophezulu wokukhanya okufana nobhedu kunye ne-aluminium. Ukusetyenziswa ngakumbi kokuwelda kufuna ulawulo oluchanekileyo oluphezulu, ukufakelwa kobushushu okuphantsi kunye nokusetyenziswa kwamandla okuphantsi. Kwaye indlela yokuwelda yelaser yefayibha ene-continuous wave yitekhnoloji enokuhlangabezana nezo mfuno. Ke ngoko, ukuwelda kwelaser yefayibha kuya kuthandwa ngakumbi kubavelisi bezithuthi zombane kunye nababoneleli bayo.
Njengoko sonke sisazi, ukuwelda ngentsimbi kufuna ubuchule bokuwelda ngefayibha enamandla aphezulu. Kwaye okukhona amandla elaser ephezulu, kokukhona ubushushu obungakumbi buya kuveliswa ngumthombo welaser yefayibha kunye nentloko yokuwelda. Ukuze kuthintelwe ubushushu obugqithisileyo kwezi zinto, ukongeza i-closed loop water chiller KULUNGILE kwaye kufuna ulawulo lobushushu olunzima.
Ukuze kuhlangatyezwane nophuhliso olukhawulezileyo, i-S&A Teyu iyile kwaye yavelisa i-CWFL series closed loop water chiller ene-dual circuit configurations. Ineenkqubo ezimbini ezizimeleyo zokulawula ubushushu ezisetyenziswa ukupholisa umthombo we-fiber laser kunye ne-welding head. Ezinye iimodeli zixhasa i-Modbus 485 communication protocol, enokwenza unxibelelwano phakathi kweenkqubo ze-laser kunye ne-chiller. Ukuze ufumane ulwazi oluthe kratya malunga ne-S&A Teyu CWFL series dual temperature closed loop water chiller, cofa ku -https://www.teyuchiller.com/fiber-laser-chillers_c2
