The three-in-one feeder is widely used in various industries. More and more manufacturers in today's society use mechanized equipment to transport. This method will be a substitute for human labor, which has high precision, and saves time and effort. Provincial data has also greatly reduced labor intensity, reduced costs and saved resources. The three-in-one feeder has achieved real low cost and high return. The following is a description of the main structure of the three-in-one feeder.
1. The rack part:
The hydraulic expansion system is adopted to actively tighten and loosen the data. The reliability is high and the labor intensity is low. The pressure arm adopts frequency conversion speed regulation and one-way clutch transmission, so that the data will not be relaxed. The photoelectric sensing system is used for discharging, and the material is discharged actively. The feeding guide rail adopts the pneumatic lifting data, and the pneumatic feeding plate pressing device is arranged at the feeding port, and the material head is pressed down to be actively fed into the leveling machine.
2. Leveling part:
GCr15 rolling bearing steel is selected by high-frequency quenching and hard chrome plating. The hard plating on the surface can reach above HRC 62 degrees. There is adjustable reinforcing equipment in the middle of the drum to increase the rigidity of the drum. The upper roller adopts 2-point fine-tuning structure and uses worm gear Adjust the amount of pressing, light and labor-saving precision, and use the pneumatic arm linkage mechanism for the relaxation part, which has high flexibility and self-locking. The flattening and relaxation adopts the eccentric structure, and the electrical signal given by the punching machine relaxes and presses the powerful and positive data accurately.
3. Feeding part:
The Japanese Yaskawa servo motor, high-precision, worm gear reducer, metal corrugated pipe coupling made in Germany, no transmission gap, no corner error, and the upper and lower feed rollers are selected to have no gap rotation structure. The encoder is used together to control the feeding precision, and the active compensation is provided when the delivery is small, the feeding is accurate, and the error is extremely low.
4, the nose part:
The discharge height is selected by the worm wheel lifting system, so that the feeding height can be adjusted within a certain range, and the height can be adjusted according to the punching die line, the range can reach 150mm, and the adjustment is convenient and labor-saving.
