Umgaqo wokuSebenza we-Pneumatic Cylinder kwi-Medium Frequency Inverter Spot Welding Machines

Eli nqaku lichaza umgaqo wokusebenza we-pneumatic cylinder kumatshini wokuwelda we-inverter ophakathi. I-cylinder ye-pneumatic licandelo elibalulekileyo eliguqula umoya ocinezelweyo ube yintshukumo yomatshini, ukubonelela ngamandla ayimfuneko kwintshukumo ye-electrode kunye nokufezekisa imisebenzi ye-welding yendawo echanekileyo kunye nelawulwayo. Ukuqonda ukusebenza kwe-cylinder ye-pneumatic kubalulekile ekwandiseni ukusebenza kunye nokusebenza kakuhle kwezixhobo ze-welding.

1. Umgaqo-siseko wokuSebenza we-Pneumatic Cylinder: I-pneumatic cylinder isebenza ngokusekelwe kule migaqo ilandelayo: a. Ubonelelo loMoya oXhathiweyo: Umoya ocinezelweyo unikezelwa kwi-cylinder ye-pneumatic ukusuka kumthombo womoya, ngokuqhelekileyo ngevalve yokulawula. Umoya ungena kwigumbi le-cylinder, udala uxinzelelo.

   b. I-Piston Movement: I-cylinder ye-pneumatic iqukethe ipiston edityaniswe kwi-electrode holder okanye i-actuator. Xa umoya ocinezelweyo ungeniswa kwi-cylinder, ityhala ipiston, ivelise intshukumo yomgca.

   c. Ukulawulwa kolwalathiso: Isalathiso sokuhamba kwepiston silawulwa ngokusebenza kwevalve yokulawula, elawula ukuhamba komoya ocinezelweyo kumagumbi ahlukeneyo e-cylinder. Ngokulawula ukunikezelwa komoya, i-cylinder inokwandisa okanye ihoxise ipiston.

   d. Ukunyanzeliswa kweSizukulwana: Umoya ocinezelweyo udala amandla kwipiston, ethunyelwa kwisibambi se-electrode okanye i-actuator. Lo mandla wenza uxinzelelo oluyimfuneko loqhagamshelwano lwe-electrode kunye ne-workpiece ngexesha lenkqubo ye-welding.

2. Ulandelelwano lokuSebenza: I-cylinder ye-pneumatic isebenza ngolandelelwano olulungelelanisiweyo ukwenza imisebenzi ye-spot welding: a. Ukulayishwa kwangaphambili: Kwinqanaba lokuqala, i-cylinder isebenzisa amandla okulayisha kwangaphambili ukuqinisekisa uqhagamshelwano olufanelekileyo lwe-electrode kunye ne-workpiece ngaphambi kokuqalisa inkqubo ye-welding. La mandla okulayisha kwangaphambili anceda ukuseka uqhagamshelo oluzinzileyo noluzinzileyo lombane kunye ne-thermal.

   b. I-Welding Stroke: Nje ukuba ukulayishwa kwangaphambili kufezekisiwe, inkqubo yokulawula ibangela i-welding stroke. I-cylinder ye-pneumatic yandisa, isebenzisa i-welding force efunekayo ukudala ukudibanisa okuqinileyo kunye nokuthembekileyo.

   c. Ukurhoxiswa: Emva kokugqitywa kwe-stroke ye-welding, i-cylinder ihoxisa, ikhuphe i-electrodes kwi-workpiece. Oku kuhoxiswa kuvumela ukususwa ngokulula kwendibano edibeneyo kwaye ilungiselela inkqubo yokusebenza kwe-welding elandelayo.

Icylinder yepneumatic kumatshini wokuwelda we-inverter spot ophakathi idlala indima ebalulekileyo ekufezekiseni imisebenzi ye-welding echanekileyo kunye nelawulwayo. Ngokuguqula umoya oxinyiweyo kwintshukumo yomatshini, i-cylinder ivelisa amandla afunekayo okunyakaza kwe-electrode kwaye iqinisekisa uqhagamshelwano olufanelekileyo lwe-electrode kunye ne-workpiece. Ukuqonda umgaqo wokusebenza kunye nokulandelelana kwe-cylinder ye-pneumatic kunceda ukwandisa ukusebenza kunye nokuthembeka kwezixhobo ze-welding, ezikhokelela kwii-welds ezisemgangathweni kwizicelo ezahlukeneyo zoshishino.