Chuck fanovana haingana ho an’ny inductor famonoana

Ny fifandraisana eo amin’ny inductor and the quenching transformer requires strong electrical connection, low resistance, and reliability. The early design of the inductor and the transformer contact plate are connected with bolts and nut washers: the intermediate frequency sensor has two rows of M12 bolts, a total of 10 bolts; the high frequency sensor also has M8 or M10 bolts, a total of 4 bolts. It is time-consuming and laborious to load and unload the sensor once, and the cooling water inlet and outlet pipes need to be connected to the sensor, which increases the auxiliary time.

Fiovana haingana ho an’ny sensor

Ny sary dia mampiseho chuck fanovana haingana ho an’ny sensor iray, izay ahitana vatana takelaka fifandraisana, tahony fanerena, bozaka fanerena, peratra famehezana ary valva fampidirana rano. Eo afovoan’ny anoloana dia ny seranan-tsambo fampidirana ny sensor, ary ny peratra famehezana roa dia ny fampidirana rano sy ny fivoahan’ny sensor. Rehefa miditra ao amin’ny seranan-tsambo fampidirana ny sensor miaraka amin’ny rafitra manara-penitra amin’ny seranan-tsambo, manodinkodina ny tahony 3, ny bakelite press block dia manindry ny sakana fifandraisana mankany amin’ny farany ambany amin’ny seranana fampidirana, ary ny fifandraisana amin’ny rano sy ny herinaratra dia vita amin’ny fotoana iray. Rehefa manolo ny sensor dia azo hikatona ny valva fidirana rano 5. Miaraka amin’io rafitra io, mila 10 segondra eo ho eo ny fanoloana sensor iray, izay manatsara ny fahombiazan’ny asa ary mamonjy asa. Ity chuck ity dia efa nampiasaina betsaka tamin’ny famokarana ary mety kokoa amin’ny herinaratra avo lenta ambany 60kW.

Figure Sensor chuck fanovana haingana sy sensor

a) Fanovana haingana b) Fanovàna haingana miaraka amin’ny sensor

1 peratra famehezana 2-vato fanerena 3-tanana 4 vata fametahana tombo-kase 5 valva fidirana rano