The equipment adopts three-phase power input with high working frequency. , The transformer loss is small, and the energy saving effect is remarkable. Preheating current, welding current and tempering current can be set, which effectively solves the problem of spatter during welding and work quenching after welding. The three discharge pulses can be set individually and used individually or in any combination. For 1.5mm thick panels and 4-5 solder joints, about 6,000 products can be produced in an average of 10 hours (data provided by cooperative customers).
The panel rack adopts a hand-crank structure, which greatly shortens the adjustment time. The panel claws are alloyed by vacuum quenching, and the panel pushing mechanism adopts SC-type cylinders. The pushing distance and position can be adjusted arbitrarily to enhance the usable range.
The conductive box adopts end-face friction type conduction, and is also equipped with a manual oiling system to improve the maintenance cycle of the point friction parts. The mold clamping adopts a hydraulic clamping system, which can improve the clamping degree and ensure that the ribs will not be smashed during the welding process. Board burns.
Three-phase power input, high operating frequency, small transformer loss, and significant energy-saving effect. The preheating current, welding current and tempering current can be set, which effectively solves the problem of spatter during welding and work quenching after welding. The three discharge pulses can be used individually or in any combination.