Iindlela zokulawula ukufudumeza koomatshini bokuwelda bendawo yokuchasa

I-Resistance spot welding bubuchule obusetyenziswa ngokubanzi kumashishini ahlukeneyo, afana neenqwelo-mafutha kunye ne-aerospace, yokudibanisa amacandelo esinyithi. Enye inkalo ebalulekileyo yale nkqubo kukulawula into yokufudumeza, edlala indima ebalulekileyo ekufezekiseni i-welds eqinile kunye engaguqukiyo. Kweli nqaku, siza kuphonononga iindlela ezahlukeneyo zokulawula ukufudumeza koomatshini bokuwelda indawo yokumelana.

1. Ulawulo Lwexesha: Le yenye yeendlela ezilula apho into yokufudumeza inikwe amandla kwixesha elimiselweyo. Umsebenzisi ubeka ixesha lokuthunga, kwaye umatshini usebenza ngoku kwi-electrodes ngelo xesha. Ngelixa le ndlela ithe ngqo, isenokungalungelanga zonke izinto kunye nobukhulu, njengoko ingathatheli ngqalelo ukwahluka kokumelana okanye ezinye izinto ezinokuchaphazela umgangatho we-weld.
2. Ulawulo lwangoku rhoqo: Kule ndlela, umatshini we-welding ugcina i-current current yonke inkqubo ye-welding. Le ndlela isebenzayo kwi-welds engaguqukiyo, ngakumbi xa ujongana nezinto ezinokumelana nokwahluka. Nangona kunjalo, ifuna ulawulo oluchanekileyo lokuthintela ukushisa okanye ukufudumala, okunokunciphisa i-weld.
3. Ulawulo oluguquguqukayo: Iinkqubo zokulawula i-adaptive zisebenzisa i-sensor ukujonga ukuchasana ngexesha lenkqubo ye-welding. Ezi zinzwa zibonelela ngengxelo yexesha langempela kumatshini, ukuvumela ukuba uhlengahlengise okwangoku kunye nexesha njengoko kufuneka ukufezekisa umgangatho ofunekayo we-weld. Le ndlela isebenza kakhulu ukugcina ukuhambelana kwe-weld kunye nomgangatho.
4. Ulawulo lwePulse: Ukulawulwa kwe-Pulse yindlela eguquguqukayo ebandakanya ukutshintshwa phakathi kwamanqanaba aphezulu kunye aphantsi ngoku ngendlela elawulwayo. Oku kunokunceda ukunciphisa ukwakheka kobushushu, ukunciphisa ukugqwetheka, kunye nokulawula umgangatho uwonke we-weld. Ulawulo lwe-Pulse luluncedo kakhulu kwizinto ezibhityileyo kunye naxa udibanisa iintsimbi ezingafaniyo.
5. Ulawulo lwe-Loop evaliweyo: Iinkqubo zokulawula i-loop evaliweyo zidibanisa ii-sensor ezahlukeneyo, ezifana neqondo lokushisa kunye ne-displacement sensors, ukujonga ngokuqhubekayo kunye nokulungelelanisa iiparitha ze-welding. Ezi nkqubo zinika ulawulo oluchanekileyo kwaye zihlala zisetyenziswa kwiinkqubo ze-welding automated ukuqinisekisa iziphumo ezihambelanayo.
6. Ukufudumeza kwe-Induction: Kwezinye izicelo ezikhethekileyo, oomatshini be-welding bafaka ukufudumeza kwe-induction ukutshisa izinto ngaphambi kwenkqubo ye-welding. Le ndlela inokuphucula umgangatho we-weld ngokunciphisa uxinzelelo lwe-thermal kunye nokuphucula ukuhamba kwezinto ngexesha le-welding.
7. Ukulinganisa kunye neModeli: Iinkqubo zokuwelda ezikwinqanaba eliphezulu zinokusebenzisa ukulinganisa kwekhompyuter kunye nemodeli ukuqikelela kunye nokwandisa inkqubo yokufudumeza. Ezi zifaniso ziqwalasela izinto ezahlukeneyo, ezinjengeepropathi zezinto eziphathekayo, ijometri ye-electrode, kunye nokuhamba kwangoku, ukunyusa iiparamitha ze-welding kwiziphumo ezilungileyo.

Ukuqukumbela, ukhetho lwendlela yokulawula ukufudumeza kwindawo yokumelana nomatshini we-welding ixhomekeke kwizinto ezifana nezixhobo ezidityanisiweyo, umgangatho we-weld ofunekayo, kunye nenqanaba lokuzenzekelayo elifunekayo. Ngokuqonda kunye nokukhetha indlela efanelekileyo yokulawula ukufudumeza, abavelisi banokuqinisekisa ukuba i-welds ehambelanayo kunye nekhwalithi ephezulu kwiinkqubo zabo zokuvelisa.