Instructions for use of magnetic damping tensioner for winding machine

heading_title

Let's take a look at the thread of the tensioner. From this position, pass the wool felt. If you press here, it will bounce off here, then pass the wheel once, then pass the anti-jumper, and then come back, and then there is Tension. This is a process of going online. Then adjust him in two parts, the first part is the adjustment of the damping wheel, that is to say it is actually a force pulling back. For example, if I now adjust the scale to the state where the tensioner is at its maximum, the pulling force behind it becomes very large, and the pulling force behind it becomes very large.


If I were to turn it down, his stroke would be higher than before. I adjusted it smaller. This seems to be similar to the previous one, and it has risen a little bit. Our ideal situation is horizontal.

How do we adjust this time? We adjusted the pulling force just now, and there is still a rebound force here. We adjusted the rebound force up. This situation is an ideal situation. We now look at it from this side, we are now for example horizontal, and then this position has a scale, 0 is the smallest. Just small.

For example, if we spin from this direction, here is the maximum. The scale of 9 represents the maximum tension of this tensioner, which maximizes the pulling force of the opposite wheel. The wheel pulling force is large, and the carbon fiber rod's rebound force is relatively small, so the carbon fiber rod will come down. We adjusted it back to the position just now, very smooth. For example, if my rebound force is small, it will naturally be level. So it ’s probably clear to see here, so the adjustment of the tensioner is actually a balance between a pulling force and a rebound force

Related Post

Instructions for use of standard winding machine tensioner

Instructions for use of standard winding machine tensioner

Instructions for use of standard winding machine tensioner

Winding machine installation: sp-d102-b-6

Winding machine installation: sp-d102-b-6

Install sp-d102-b-6:

   Economical winding machines are divided into different specifications according to the size of the power, according to the different winding machine motors, divided into DC brushless motors and AC variable frequency motors, but according to the different applications, they are divided into the following types:

   The first type is a transformer winding machine, which is characterized by being able to wind several different enameled wires at the same time, but there is no better tension controller, and its tension control is only controlled by the degree of compression of the wool felt.

           The second type is the general coil winding machine, which is mainly used for the general coil of a single enameled wire. The standard tension controller is used. Its standard tensioner has a larger range. In the occasions where the tension requirement is not high, as far as the tensioner is concerned, it The diameter of the enameled wire can range from 0.2-1.4mm.

        The third type is a magnetic damping wire frame winding machine, which is also suitable for the general coil of a single enameled wire, but its tensioner uses a magnetic damping tensioner, from 0.03mm diameter enameled wire to 0.5mm diameter enameled wire, which is divided into There are many specifications. The advantage is that it has relatively stable tension and can be used to wind thin enameled wires. The disadvantage is that enameled wires with a diameter of 0.03mm-0.5mm require a variety of tensioners.

   The fourth type is the motor coil winding machine, which is mainly used for winding the motor coil. The torque of the winding machine is large. The tensioner uses a standard mechanical tensioner, but it is equipped with a wire die.

   The following video shows the installation of a general coil winding machine.

Setting-of-technological-parameters-of-winding-machine

Setting-of-technological-parameters-of-winding-machine

           The company's CNC winding machine controller has been continuously improved, with complete functions and stable performance. It can accurately set the main parameters such as starting point, wire diameter, width, high speed, low speed, etc., and also include such as start slow speed, stop Auxiliary parameters such as slow speed, stop at both ends, these commonly used parameters are designed in the user parameter setting area. The following video explains the parameter setting process of our company's CNC winding machine in more detail:

          Now we introduce the setting of process parameters of Xiepu winding machine.

          The controller of Xiepu winding machine is divided into these major functions.

          This part is called the digital parameter area.

          It represents the current state of the machine.

          For example, the red light here corresponds to the standby state.

          It means that this machine is in standby state.

          The following states are running, slowing, positioning, speeding.

          This is a status area to monitor the current status of the machine.

          This is a numeric parameter area.

          The digital parameters need to be some numbers that we need to set.

          at this place.

          This is a switch parameter.

          For example, when the cable direction starts.

          Whether from left to right or right to left.

          This is the cable direction.

          There is also the winding direction.

          For example, when we are standing on the right side of the machine.

          See if the spool is rotating clockwise or counterclockwise.

          Then choose the direction.

          Then there are some special functions.

          For example, parking at both ends, automatic stopping, automatic homing, etc.

          These functions may need to be turned on.

          This is a parameter of the nature of the switch.

          So this is a switch parameter area.

          This part is an editing area.

          It is our numbers and clear, copy, confirm, etc.

          This is in the editing area.

          Then this is an interrupt area outside the interrupt area.

          For example, we need to specify the automatic mode.

          Or retreat, jump, stop, start.

 

Storage-and-recall-of-winding-machine-process-parameters

Storage-and-recall-of-winding-machine-process-parameters

         The company's CNC winding machine supports the storage of 1000 sets of winding process data. After you complete the winding process data of a coil, it will be automatically saved. When you debug the next product, you only need to start the setting from the next program number The parameters are enough. When you need to produce the original product, you can also call it very conveniently. The video below illustrates the storage and recall of the company's winding machine process data.

         Let's introduce the process program of REPOSAL automatic winding machine.

         Store and recall.

         It can be stored in Xiepu's automatic winding machine controller.

         1000 different process procedures.

         How do we switch.

         Press the starting step.

         Press 1 and press enter.

         Then press the end order.

         Press 1 to enter and press to reset.

         Then we set the order by part and press the input.

         We will find that we continue to press enter.

         Press the words after entering.

         It will be set within the scope of Procedure 1.

         Starting point means to start from where.

         We can specify by this arrow.

         We can also enter numbers directly.

         For example, this is 36.5.

         We can enter 37.

         This is the starting point.

         Then we can specify the width for him.

         The width we are talking about is how big the line is.

         Winding back and forth within a range.

         Then we can set his enameled wire diameter.

         For example, the diameter of the enameled wire is 0.4 mm.

    

 Electromagnetic coil precision winding machine for winding machine

Electromagnetic coil precision winding machine for winding machine

         Winding machine, when people talk about it, usually refers to a machine that uses enameled wire as a material to form a coil. In the impression, this should be a very simple machine or even some people's printing should be summarized as a simple Power tools. But in fact, this is an industry with a very wide variety, a wide range of coverage, and complex technical characteristics.

        From the processed products, such as the single-axis CNC winding machine for processing high-frequency transformer coils, the winding axis rotates, and the winding axis moves accordingly according to the set pitch. This is a relatively simple winding machine. For example, ordinary relays are characterized by the small diameter of the enameled wire and the relatively large number of turns, so the rotation time of the main shaft of the winding machine is long.The ordinary electromagnetic coil does not have too high requirements for the accuracy of the wiring, so the main requirement for the machine is the speed High and stable tension.

        Then there is the precision electromagnetic coil, which is also an electromagnetic coil, but because this coil has temperature resistance requirements, response speed requirements, wire package volume requirements, and product consistency requirements, it is required that the winding machine be wound during winding. Each wire is neatly arranged, so to achieve this accuracy, there are strict requirements for all process factors in the winding process.

        There is the rotation accuracy of the winding spindle of the winding machine. The control accuracy of the winding machine controller, the repeating positioning accuracy of the wire screw, the roundness of the enameled wire, the diameter of the enameled wire, the rotation of the tooling behind the main shaft of the winding machine Accuracy, tension control of the enameled wire, parallelism of the two ends of the cable cavity during winding, dimensional accuracy, and also includes the structural design of the cavity during cable routing, and the design of stripping after winding. It is directly related to the success of the winding accuracy.