Yi aiwatar da matakan gyara matsala don ƙwaƙwalwar shiga

(1) Bincika cewa zaɓaɓɓen tushen wutar lantarki da injin kashe wuta suna cikin yanayi mai kyau kuma suna aiki akai-akai.

(2) Installation Install the positioning fixture or top, the sensor, the workpiece and the quenching pipeline.

(3) Fara sigogin gwajin na’urar

Musamman 1. Ruwan ruwa: fara famfo mai sanyaya kayan aiki da famfo mai kashewa, duba kwararar bututun, da daidaita matsa lamba.

2. Tuning: Connect the appropriate quenching transformer turns ratio and capacitance to make the power supply oscillate and prepare for output quenching power.

3. Frequency modulation: Bayan wutar lantarki ta fara rawar jiki, ƙara daidaita juzu’i da capacitance don yin abin da ke kashewa na yanzu, kuma kula da rabon ƙarfin lantarki da na yanzu.

4. Power adjustment: increase the voltage. Call up the required heating power for workpiece quenching.

5. Adjust the heating temperature: adjust the heating time, the distribution of the magnetic conductor, the gap (or moving speed) between the inductor and the heating part, and determine the quenching heating temperature.

6. Daidaita yanayin zafin jiki: daidaita lokacin sanyaya kuma ƙayyade yawan zafin jiki. (An zaɓa don amfani a lokacin zafin jiki, ko da ba a yi amfani da zafin kai ba, dole ne a bar wani saura zafin jiki don hana sassa daga fashewa).

7. Gwajin gwajin gwaji da dubawa mai inganci: Bayan an ƙayyade sigogi na quenching, ana yin gwajin gwajin gwajin, kuma ana duba saman samfurin da aka kashe a gani bisa ga ƙayyadaddun hanyar. Ya kamata a rubuta sakamakon gwajin a kan lokaci.

8. Yi rikodin sigogi na quenching: Cika a cikin induction hardening da tempering tsarin siga rikodin rikodin cikin lokaci bayan gwajin quenching don amfani daga baya.

9. Submit for inspection: The samples that pass the self-inspection will be sent to the metallographic laboratory for further surface quality inspection, and an inspection report will be issued.