How does the super audio frequency закалочное оборудование для станков работают направляющие рельсы?

Направляющая станка – важная часть станка, которая свободно перемещается. Непрерывное движение станка определяет, что направляющая планки станка должна иметь достаточную твердость и ее нельзя будет легко повредить. Следовательно, закалка направляющей шины станка неизбежна. Направляющий рельс закаливается для увеличения собственной твердости и обеспечения нормальной работы станка.

What are the operating modes of the super-audio frequency quenching equipment for machine tool rails?

В оборудовании для закалки на сверхзвуковой частоте для направляющих рельсов станков используется метод непрерывной закалки. Обычно используемую конструкцию станка можно разделить на две структурные формы: движение станины или движение датчика.

When the machine bed is used for moving, the machine tool has a long moving guide rail, the transformer is fixedly installed, and the cable and cooling water circuit do not need to be moved.

When the transformer/inductor is used to move, the quenching bed does not need to be moved, the parts are fixed and installed, and the area is small. The cable and cooling waterway need to move with the transformer. Due to the integrated design structure of the transformer and the capacitor bank, the movement of the cable will not increase. Large power output loss.

When we use the inductor moving structure for quenching, the bed of the machine tool is fixed, and the inductor moves along the quenching direction of the guide rail to perform continuous quenching. Taking into account the quenching of the two sides of the guide rail and the forward and backward movement of the inductor, the quenching transformer should have With the functions of lateral movement and up and down movement, when one rail is quenched, the inductor automatically moves to the other rail for continuous induction hardening, thereby completing the entire quenching process.

Метод работы оборудования для закалки ультразвука направляющей шины станка:

1. First, put all the buttons on the operation panel in the on position.

2. Ручку регулировки мощности можно сначала установить в среднее положение.

3. The equipment is adjusted to one end of the workpiece (bed), and the inductor is aligned with the quenching surface. If the sensor sprays water to the left, the sensor moves to the left end of the workpiece, and the equipment moves to the right for quenching. If the spray direction of the sensor is to the right, the sensor will move to the right end of the workpiece and move from the right end to the left end for quenching.

4. The preparations have been completed, turn on the water spray switch, and then press the heating button to start heating. Then press the left forward or right backward button to move the device.

5. Observe the heating temperature. When the temperature is low, you can slowly adjust the power knob to a suitable temperature.

6. When the quenching temperature cannot be reached when the power is adjusted to the upper limit, the longitudinal movement speed should be appropriately reduced.

7. Выключите питание после завершения закалки.