What is the model of gearbox on the transformer winding machine Thank you

<> gearbox, if it is a Xiepp winding machine, there are 3:1 5:1 10:1 20:1 are available, but in order to facilitate replacement, the installation size is the same.

Model Spindle center height Faceplate diameter Tail adjustment range Spindle maximum torque Rated power Speed range Dimensions Maximum load S9-01 Horizontal winding machine (1T) 900mm 450mm 500-1500mm 0-100R min 2800*690*1300 10kN S9-03 Horizontal winding machine (3T) 1000mm 650mm 1000-2000mm 0-63R min 3600*690*1500 36kN S9-05 Horizontal Winding Machine(5T) 1200mm 800mm 1400-2500mm 0-45r min 4000*700*1600 50kN

Generally, it is enough to read the manual while the inverter, and the automaton is complicated, and it is generally necessary to have the manual to jump, otherwise you can't do it.

This kind of coil requires neat arrangement, if there is indeed such a quality requirement, you can find Xiep and send a typical case to show you, the requirements are higher than yours

There is no feeling of starlight

Autocoupling, with a ring winding machine, a wide bar, cheap and big bowl.

1. Do you want to design your own transformer winding machine? Square peg! It doesn't cost much to buy one, there are manual, electric, manual about 30 yuan, electric about 100 yuan.

2. The key is to know the core area when winding: length x width x height, calculate the primary and secondary wire diameters according to your own needs after making this skeleton, prepare the insulating material and then wind it layer by layer, and the edge that needs to be paid attention to cannot collapse, so that it is horizontal and vertical, otherwise the silicon steel sheet cannot be inserted into the ......If the transformer has never been wound, it is estimated that it is difficult.

3. It must be reminded that enameled wire is very expensive, a cylinder will cost hundreds of yuan, you can't buy a cylinder, a transformer must have 2 cylinders, this ** will cost about 700 yuan, less is not sold, the more you buy, the cheaper, unless you are doing business processing transformers and processing motor winding, otherwise it is not suitable for personal ......

Press "Step Setting" and "Input" to enter the setting interface.

Press "Input" to switch parameters Press the " " sign to return to the previous parameter.

Press "Enter" "Reset" to confirm the parameters and exit.

After the step sequence setting is completed, press "Step Setting" and "Input" to set the step sequence data, and press "Input" to enter the next parameter after setting the corresponding settings.

1.Setting the starting point is to set the position of the beginning of the winding.

2.The width is the width of the line.

3.The wire diameter can be determined according to the width and number of turns, or it can be slightly smaller according to the actual wire diameter, and the wire will be tighter.

4.The number of turns is the number of turns that need to be wound according to the requirements of the document.

5.The rotational speed of the normal winding at high speed.

6.The low speed needs to be set to start and stop the slow train.

Check it out pro, if you don't understand, just put it forward Thank you.

Question: How to look at the high-frequency transformer winding drawing.

Before making a high-frequency transformer, we must first determine its parameters, draw drawings according to his parameters, and then choose one of the two to make, what to do with those high-frequency transformer drawings. How do we analyze this drawing? Let me give you a brief explanation, as shown in the figure below:

In the structure diagram below, at first glance, we should know that it has three layers. The bottom layer is not n1, the top layer is n3Several windings mean the same thing as the schematic diagram above.

A red space in the middle indicates that retaining tape has been used. And tell you which model you are using and the number of laps. The 2t and 3t on the right indicate the number of tape turns used in the winding, respectively, and indicate that the tape is wound 2 times before winding.

If you don't understand, you can send it.

If you have answered, remember to like it.

Calculate the corresponding data according to the height of the inner and outer diameters of the product, and then set whether to store wire, the number of coils stored, the acceleration and deceleration, the number of coils winding, the speed, the number of slow turns, etc.

Many years ago, the ring winding machine was to wind a small spool on the line, and then install the small spool on a large ring, and then produce a ring product through the gap of the large ring put in, and then rotate the big ring, the line of the small spool on the big ring is wound to the ring product, because the small spool also has a certain volume, so this can not be a small product, now it is slotted on the big ring, the wire is wound into the groove of the big ring, and then winds back to the ring product. Send a physical machine for your reference.

Now a lot of such devices are bought. It's not expensive to buy a table!!

According to the number of turns specified in the process, the CNC winding machine will automatically slow down before the set number of turns, if there is no such function, you can only rely on experience.

For the winding machine, it is the person standing in front of the machine, and the winding machine is the line is from the upper side of the wire wrap that is the positive winding, because this can well observe the details of the winding.

To put it simply: (for a company, it is also a matter of habit) the first layer of the transformer coil is the right spiral, we usually think that this coil is the right winding, and many people are used to saying that the right winding is the positive winding. That is:

The wire reel is behind the person (behind the machine). The first layer starts around the left side of the person. At this time, the machine rotates in a clockwise direction, and the wire is walked from the top of the winding die, which is usually defined as the right winding direction in the industry (if it is a cylindrical coil, the second layer is the left winding direction, and the winding direction of the coil is subject to the first layer).

I think I should go into more detail.

Of course, if your company defines it the other way around (left winding is positive winding), it doesn't matter, as long as it is consistent with the drawings (note the eponymous end of each coil) and the process document. The technical requirements of the coil drawing will indicate whether the coil is right-winding or left-winding. Therefore, everyone is concerned about the problem of whether the coil is left or right, not forward or backward, and your company's drawings will not say that it is forward or reverse.

Just follow the instructions.