Fault analysis and elimination method of high mita quenching inji kayan aiki

Binciken kuskure na gama gari da kawar da gajerun da’irori na firamare da sakandare na manyan injina na kashe kayan aikin wuta:

(1) Sanadin bincike na babban mitar quenching inji kayan aikin

da inductive load circuits. Idan irin wannan kuskuren ya faru, akwai wuta tsakanin firamare da sakandare na taransfoma, kuma a lokuta masu tsanani, zubar ruwa yana faruwa a matakin farko ko sakandare. Tun da gajerun kewayawa suna bayyana a sassa daban-daban na firamare da sakandare, da zarar an kunna babban mai tuntuɓar, janareta mai aiki mai lankwasa na iya bayyana a wurare daban-daban na inductive, don haka martanin kayan aikin ya bambanta, amma ainihin G yana da yawa. rage, /> Cos Xu yana da fahimta, faduwa, kuma duka 1GL da 1GJ2 suna aiki.

(2) Gano kuskuren manyan kayan aikin injin kashe mitoci

Ruwan na firamare ko na sakandare na na’urar ba su da santsi ko toshewa, wanda hakan kan sa iskar ta yi zafi, sai insulation na firamare ya karye, sannan a samu gajerun da’irori na firamare da sakandare.

Irin wannan kuskuren yana da sauƙin ganowa daga iska mai ƙonewa ko wurin ɗigo, sannan ana iya tantance shi ta hanyar auna juriya na hasken lantarki ko multimeter.

(3) Removal method of high frequency quenching machine tool

①Idan rugujewar farko, ana iya magance ta ta hanyar gajeriyar hanya ta tsaka-tsaki.

②If there is a secondary fault, you can remove the secondary welding leak, and then paint the red paint. Example 7 The sensor collides with the workpiece. The fault is mostly caused by the mechanical system, especially the rotary heating and quenching mechanism.

Gyara wurin sakawa ko ƙirƙira da’ira don hana firikwensin yin karo da kayan aikin, ta yadda yana da ayyuka masu zuwa:

①Cara kafin dumama, ba zai iya aika tashin hankali ba, kuma ba zai iya yin matsakaicin mitar janareta ya haifar da wutar lantarki ba.

②Cara yayin dumama, dakatar da tashin hankali nan da nan kuma yanke matsakaicin wutar lantarki.