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Basic information of servo feeder


Release time:

2024-02-04

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The servo feeder can meet the various requirements of the stamping process, especially for products with high processing accuracy requirements, and overcomes the defects of large punch vibration, unstable accuracy, and short mold life. Of course, as a mechanical device, there are many places to pay attention to when using it. First of all, safety zone signs or safety fences should be set up around the servo feida, and non-operators are not allowed to enter without authorization.

Technology is becoming more and more developed, and we use more and more equipment in production with complete functions. Here is to introduce the basic information of the servo feeder. Servo feeders can also be seen in many places. Of course, it also has many functions and advantages. The servo feeder can meet the various requirements of the stamping process, especially for products with high processing accuracy requirements, and overcomes the defects of large punch vibration, unstable accuracy, and short mold life. Of course, as a mechanical device, there are many places to pay attention to when using it. First of all, safety zone signs or safety fences should be set up around the servo feida, and non-operators are not allowed to enter without authorization. In addition to these places you have to pay attention. Before starting up, it is also necessary to confirm that there are no people and things that hinder the operation of the machine in the safe area. It is also recommended that you remove all debris on the workbench and various moving parts before starting the machine. Of course, it is not allowed to press hot-rolled plates with severe corrosion or severe oxide skin, and it is strictly forbidden to process plates with bite edges or severe burrs around the plates.

  

In fact, the servo feeder needs to know a lot of relevant information when it is in use. For example, the servo feeder can process metal or non-metal plates with a thickness of 6mm or less, which will not cause pollution to the machine tool, and its flatness should be less than 5mm. The processing of hot-rolled steel plates should be leveled in advance. It is recommended that you also pay attention to cleaning rusty and oily plates during operation. Otherwise, it will affect the quality of the workpiece and the life of the machine. Therefore, during the operation, we suggest that the small metal sheet can be clamped with two clamps. In order to ensure the accuracy of the workpiece, the straightness of the sheet edge clamped by the fixture is better, and the verticality of the two positioning edges is better. The exact requirements depend on the pair. Artifact requirements. Of course, when you use it, you will also encounter some problems. It's like you can't start. Then the reason for it: the power is not connected. Countermeasures: check whether the power supply is connected properly. There is also a more common. That is, its servo feeder pressure is not enough. In fact, this is because its hydraulic oil is insufficient; whether the motor is working properly; the filter screen is blocked; the sealing ring is damaged.

Servo feeder working principle: Servo feeder can only transport coil. The feeder controls and adjusts the width of the material through the feed port adjustment seat, enters the servo-driven roller, and extrudes under the mountain to realize the material leveling function. After the coil enters the leveling machine for leveling, it can reach the feeding port of the servo feeder. Then, after adjusting the width of the material through the adjustable edge, the servo drive roller moves through the eccentric balance wheel, which is smooth and orderly. According to the set stamping production cycle time, the stamped coil is sent to the stamping production area. That is, after the stamping coil is fed into the high and low feeding rollers, its height and the distance before and after the feeding roller are adjusted by the eccentric wheel. After adjusting to the specified position, the servo drive motor runs through the drive connecting rod to drive the drive shaft to rotate back and forth. The drive shaft acts on the upper and lower rollers to rotate step by step through a one-way transmission accessory, and the lower roller and the upper roller rotate synchronously, thereby driving the coil to move forward and forming continuous operation.