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How should the servo feeder be debugged?


Release time:

2024-02-04

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When manufacturing the servo feeder, it mainly uses pneumatic clamps connected with dovetail grooves to clamp the steel plate. The clamps are convenient to move and reduce the bending deformation of the material. Therefore, it is also very good to reduce the processing dead zone. Here is how to debug the servo feeder?

  Servo feederWhen it is manufactured, it mainly uses pneumatic clamps connected with dovetail grooves to clamp the steel plate. The clamps are easy to move and reduce the bending deformation of the material. Therefore, it is also very good to reduce the processing dead zone. The following is an introduction to how the servo feeder should be debugged?

The servo feeder adopts hollow type, which makes it light weight, small rotary inertia, surface hardness HRC60 ° hard chrome plating, wear resistance and long life. And it is durable and has few breakdowns. Due to its structure, most of Youyi servo feeders are produced independently and of reliable quality. Therefore, it is said that some high-energy precision electronic, electrical and drive motors use imported original components during operation. What we also need to know here is that it starts the straightening machine or the material rack to slowly release the material. Then adjust the position of the two stop wheels according to the width of the material, so as not to hinder the operation of the material. After all these tasks are completed, the next thing you need to do is to put the relaxation handle on the stage, put the material between the upper and lower rollers, then put down the relaxation handle, loosen the fixing screw of the material thickness adjustment handle, and adjust the handle up and down. At this time, the relaxation bracket can have a swing gap of about 5mm, and then lock the fixing screw of the handle. If you don't know enough about these, it is suggested that everyone can read the content of the article well. Maybe it will help you in the future. Through technical cooperation between China and Japan, we mainly produce 15T-1000T various specifications of open and closed precision punching machines, especially 400T-800T closed double-point gantry medium speed precision punching machines and gantry double-point.

The function of the pressing spring of the servo feeder is to apply pressure to the upper roller so that the upper roller can press the material and send the material out. Then its pressure should be based on the principle that the material will not slip, and the pressure should be increased when the material is thick. Therefore, after setting the length of its feeder, we should look at the actual situation and set the speed of the feeder accordingly. What we are talking about here is also what we must do when adjusting. Of course, when the tip of the guide pin in the mold enters the guide pin hole, it is suggested that everyone can adjust the loosening screw rod to touch the bearing of the loosening bracket at this time until the material is loosened, and lock the screw nut (for the pneumatic loosening feeder, the loosening angle should be adjusted, I .e. about ± 15o. In addition, when using, the staff must also understand that the adjustment of the feeder is started by the rotating cam of the punch. The so-called feeder start signal, then at this time we suggest that everyone should start the feeder at which angle of the crankshaft of the punch. The recommended angle of the feeder of this machine is 9 to 3 o'clock (240o-90o). After the setting is completed, the single-punch test mold should be first, and the continuous production can only be carried out after adjustment.