Operation explanation

Operation explanation

REPOSAL® Winder Releases Coded Teach Winder Control System

REPOSAL® Winder Releases Coded Teach Winder Control System

                     REPOSAL® Winding Machine Releases Code-Type Teaching Winding Machine Control System

 

        REPOSAL® Winding Machine, a domestic coil intelligent manufacturing solution provider, has launched its new generation of code programming teaching type winding machine control system that is more open, intelligent and highly autonomous for coil winding enterprises - REPOSAL® Winding machine SP500-R5 system. Compared with the traditional dialog-type winding machine control system, the SP500-R5 system has achieved major breakthroughs in operation logic, technical architecture, and function implementation. Features.

                  

                    

        The SP500-R5 system adheres to the concept of "openness and intelligence". Based on the functions of the traditional dialog-based winding machine control system, it integrates the actual needs of the winding factory, and is committed to realizing the coil winding process programming process from the traditional parameter dialog. A major innovation and upgrade from control to code teaching programming.

Operation video of belt loop coil winding machine-controller setting

Operation video of belt loop coil winding machine-controller setting

Operation video of belt loop coil winding machine-controller setting

     Now we focus on the use of the controller of the toroidal coil winding machine. The controller is very mature. It is divided into several functional areas. This one is the status area. For example, the indicator light before the standby character is on, which is standby. Status, the red light in front of the standby is on. For example, when we press Start, the running light will turn on, indicating that it is currently running. This is a status area.

      This is a numeric parameter. When we want to set the parameters of the toroidal coil winding machine, for example, the parameters such as the diameter of the outer diameter and the diameter of the enameled wire, there is still a cable angle for the ring-shaped product. From this position to this position slowly, this involves a range. We use the winding angle and the cable angle to control the cable range on the controller interface, after the specified cable angle , He went back to the line, before and after the set winding angle and line angle.

     The other is the speed. The high-speed and low-speed reference on the controller interface of the loop coil winding machine. The high-speed refers to the normal winding speed. The low-speed is the speed at the beginning and the end, and then the number of slow-down laps. Specify a specific number, such as slow speed, you need to specify a lap speed of one lap, two laps and three laps, according to your needs.

       Here is a switch parameter area, such as the direction of the winding, such as the storage ring on this toroidal coil winding machine, we can let him turn clockwise or counterclockwise, and then the direction of the cable, the cable The direction is the process of winding the product. We can also let him turn clockwise or counterclockwise. This is the direction of the cable. Whether to start automatically between different programs, this can also be set.

Research and development background and characteristics of precision current transformer winding machine

Research and development background and characteristics of precision current transformer winding machine

               Research and development background and characteristics of precision current transformer winding machine

              The precision of coil in current transformer is very important, because it directly affects the accuracy of current measurement and the reliable operation of power system. The specific importance of coil accuracy is reflected in the following aspects.

              Electrical energy metering: In a power system, accurate measurement of current is the key to calculating energy consumption. If the coil in the current transformer is not accurate, it will lead to an error in the measurement of electrical energy, which can lead to a miscalculation of energy costs, with possible financial implications for both the utility and the consumer.

              Fault detection: The current transformer is used to monitor the current level to detect abnormal conditions in the power system, such as short circuit and overload. If the accuracy of the coil is not high, it may lead to false positives or neglect of potential faults, which affects the reliability of the power system.

              Overcurrent protection: Current transformers play a key role in overcurrent protection devices, detecting overcurrent events and triggering circuit breakers or other protective devices. The accuracy of the coil directly affects whether the overcurrent can be accurately detected to ensure the safety of the power system.

              Load management: The load management of a power system requires accurate measurement of current in order to make reasonable load distribution and adjustment. If the precision of the coil is not high, it may lead to unbalanced load distribution, affecting the efficiency and stability of the power system.

              Automated control: In modern power systems, automated control systems rely on accurate current measurement data for real-time adjustment and control. The precision of the coil is critical to the response speed and performance of the system.

              Waveform analysis: Current transformers are also used for power quality analysis, including harmonic analysis. The precision of the coil determines the accurate analysis of the current waveform, which helps to solve the power quality problem.

The advantages of Type R transformer and the status quo of type R transformer winding machine

The advantages of Type R transformer and the status quo of type R transformer winding machine

Although R type transformer is widely used, but in fact the production of manufacturers are not many, the reason is limited by the R-Core transformer winding machine, so far, there are many R-Core transformer winding machine is the principle of manual wiring, so its winding production efficiency is relatively low, Up to now, many factories are using manual winding in the winding of R-shaped transformers.

In response to this situation, we have launched an automatic R-Core transformer winding machine with high precision, complete functions, easy to use, stable and cost advantages, which has been widely recognized by customers since its launch. Our R type transformer winders have the following features:

1. R-Core transformer winding machine special controller, high precision, stable and reliable, easy to operate, computer (single chip microcomputer) control, full key operation, working state digital display.

2. 1000 sets of process data can be stored and called, and it has the function of button and foot start and stop, and the speed can be increased and decreased during the winding process.

3. Handle built-in start-stop switch, which can improve efficiency, especially convenient for debugging.

4. The configuration of a first-line brand laser amplifier, long life, high precision, low failure rate, stable and reliable counting, laser amplifier installation structure optimization, can be far away from the coil skeleton end face accurate and reliable detection of the number of turns, fundamentally solve the probe collision roller and skeleton movement brought about by the count unreliable problem.

5. R-Core transformer winding machine press wheel adopts step bearing design, which can effectively control the axial movement of the skeleton in the rotation process.

6, the controller has complete functions: abnormal alarm function, such as overload, reverse wiring direction, speeding and so on.

7. Linear acceleration and deceleration function can be set at the beginning and end of winding, which can eliminate the sudden acceleration and deceleration effect and avoid disorderly or broken lines.

Toroidal coil winding machine operation video-Machine operation

Toroidal coil winding machine operation video-Machine operation

       Below we introduce the structure of this toroidal coil winding machine. This part is the controller and this part is the clamping base. We control the product clamping by opening and closing the handle. This position is the storage ring. The enameled wire is stored on the storage ring first, and then wound around this product. This position is a manual winding handle. Turn this handle. The steel plate can be driven manually. The steel ring has an opening. This position is an opening. The opening is opened and closed by sliding the handle up and sliding to the left. . This position is called the crimping plate, and this position is called the baffle. After the line is removed, its degree of tightness is determined by the tension of the belt. The tension of the belt is adjusted by the tension adjustment knob. When adjusting the tension of the belt, first loosen this And then rotate the handle. When rotating the handle, there is an idler wheel. When the idler wheel goes in, the tension of the belt will increase, so that the winding of the enameled wire will become tighter.

Assembly-of-high-frequency-transformer-winding-machine

Assembly-of-high-frequency-transformer-winding-machine

Assembly-of-high-frequency-transformer-winding-machine

Continuous-execution-of-multiple-programs-of-the-winding-machine

Continuous-execution-of-multiple-programs-of-the-winding-machine

The company's CNC winding machine allows storage of 1000 sets of process data, and supports continuous execution of multiple sets of process data. The number of consecutive execution groups can be set from 2 to 1000 groups. This function is more complicated for the process and requires multiple external The intervention product provides great convenience and flexibility. The following winding machine operation video introduces the specific setting method.

Below we explain the two procedures of the Xiepu winding machine,

        Or continuous automatic execution between multiple programs,

        In other words, after bypassing the first program,

        Then the second program is executed automatically,

        No need for you to press the start button in the middle,

        Let's demonstrate,

        How the settings are set,

        First "step sequence setting" "input"

        In the second program,

        We put "autostart"

        Is now open,

        Then the "autostart" of the first program we have to close it,

        Because if this is the "autostart" of the first program,

        It will become an infinite loop,

        Turn it off now,

        Then press "Enter" and press "Reset"

        All right,

        Then we pay attention to the "" light in the lower left corner to turn on,

        Then we press start.

Gear type ring coil wrapping tape machine

Gear type ring coil wrapping tape machine

Gear type ring coil wrapping tape machine

Compared with the belt-type loop coil tape belt machine, the gear-type loop coil tape belt machine has a larger processing range and more storage capacity. Our company's gear-type loop coil belt tape machine can be coated with polyester film and polymer Imide, cloth tape, glass fiber tape, etc.

We now open the clamping seat of the gear-type ring coil tape belt machine, the storage ring opens, and then put the product on, the storage ring buckles, the clamping seat merges, and then pay attention to the insulating tape must pass through the middle of the scissors, etc. Cut it off with scissors at once, and then go in from any bearing above the storage ring from the outside to fix the tape head behind the storage ring. The first few laps are slow because they are in storage. Ok, the product is finished, now we take it off, and then close the storage ring, the clamping seat is restored.

High and low speed switching of winding machine controller

High and low speed switching of winding machine controller

      Motor winding machine, the early control mode is high and low speed mode, the No. 3 terminal of the controller is connected to the com terminal of the frequency conversion, and the No. 6 line is connected to the segment speed input terminal of the inverter. When the No. 3 terminal is disconnected from the No. 6, the frequency conversion The inverter outputs a set high-frequency power supply. When terminal 3 and terminal 6 are disconnected, the inverter outputs a set low-frequency power supply. After the improvement, the terminal 3 and 6 of the REPOSAL' s winding machine controller The No. terminal will output a 0-10V analog voltage to the inverter according to the value set on a controller, and the No. 3 terminal and No. 6 terminal are connected to the com and Ain terminals of the inverter (Taiwan Dongyuan inverter), the inverter According to the different voltage signals received, output power at different frequencies.

   REPOSAL's  winding machine controller is compatible with two control methods, and can be switched between the two methods according to customer requirements. See the video description for the specific switching direction.

Instructions for use of magnetic damping tensioner for winding machine

Instructions for use of magnetic damping tensioner for winding machine

Instructions for use of magnetic damping tensioner for winding machine

Instructions for use of side-sliding transformer winding machine

Instructions for use of side-sliding transformer winding machine

Instructions for use of side-sliding transformer winding machine

Instructions for use of standard winding machine tensioner

Instructions for use of standard winding machine tensioner

Instructions for use of standard winding machine tensioner

Mechanical Tensioner Guide

Mechanical Tensioner Guide

      Let's now look at the tensioner, a threading process. First, the enameled wire passes through the ceramic ring at the bottom of the tensioner, and then passes through the wool felt above it. The clamping degree of the wool felt can be adjusted by passing the knob on the other side of the tensioner.

      Then go through the anti-jumper, and then go over the damping wheel on the tensioner once again, then pass through an anti-jumper again, and then pass through the guide wheel on the fishing rod, this is the threading process.

      Then how do we adjust to a more appropriate tension?   

       

       Let's take a look at the first one now. This handle is a tension switch. When the tension switch hits the top, the damping wheel doesn't work. When it is turned, it becomes very light. When the tension switch hits the bottom, the tensioner starts to work.

      If we want to increase the tension, we adjust the knob under the bottom of the tensioner, there is a scale in this position. Through this, adjust the damping size of the damping wheel on the tensioner.

      Then the handle at this position is used to adjust the back tension, which is the force of the fishing rod to bounce back. The general principle of our adjustment is that during the winding process, the fishing rod will not become weak under the interaction of the damping wheel. Sagging down, it will not be too strong and only a good swing requires a relatively large swing range, so that it can buffer and at the same time play a role in tensioning the enameled wire.

Ring wrap tape machine

Ring wrap tape machine

Ring wrap tape machine

      We will now demonstrate the operation of the loop coil strapping machine again, take the product, put it in, and then buckle this storage ring. Note that the insulating tape must pass between the two blades of the scissors After the fixed storage coil count is reached, the toroidal coil wrapping machine will rely on it to cut the insulating tape. Then, one end of the tape can be passed through any position of the bearing evenly distributed on the storage ring. After passing through, take the head of the insulating tape and hold it with the head, and then press and start with the right hand. The entire loop coil is covered with insulating tape It's done automatically.

Setting of counting direction of winding machine controller

Setting of counting direction of winding machine controller

Setting of counting direction of winding machine controller:

         The REPOSAL's  winding machine controller has complete functions and a wide range of applications.Some customers have purchased our winding machine controller.As soon as we delivered the counting sensor, users sometimes find that when they are installed in the winding machine, the counting It will start counting from 9999.9 and become smaller and smaller. This is just because when you don't pay attention, install the counter in the opposite direction.At this time, we don't actually need to disassemble the installed machine. We have taken this into consideration. You need to change the counting direction on the controller.The video below shows that if you use our winding machine controller to change the counting direction.

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.

 

Side-slip toroidal coil winding machine-wire passing method

Side-slip toroidal coil winding machine-wire passing method

Wire passing method of side-slip loop coil winding machine:

         For the side-slip toroidal coil winding machine, the setting method of the controller is basically the same as the belt-type toroidal coil winding machine, the difference is that the winding direction and the storage direction, when a person stands on the right side of the winding machine, The storage direction of the belt loop coil winding machine is counterclockwise, while the storage direction of the side slip loop coil winding machine is clockwise, and when winding, the belt loop coil winding machine and the belt loop The direction of the coil winding machine is the same, which is counterclockwise.

      Generally, in order to facilitate the observation of the winding situation, we can press the "Start" button twice in the winding phase. At this time, when we turn the rotating handle on the left side of the ring coil winding machine stand by hand, we can easily and clearly Observe the winding process of the enameled wire.

Structure-of-high-frequency-transformer-winding-machine

Structure-of-high-frequency-transformer-winding-machine

           This video explains the structure of the high-frequency transformer winding machine. The general simple winding machine structure is roughly divided into several parts. The first part is the winding part, which is the winding shaft, and the second part is the winding part, which is the winding shaft. The mechanism that makes the enameled wire reciprocate while rotating. The third part is the wire passing mechanism, that is, the part between the enameled wire from the original cylinder to the tension mechanism. This part is usually composed of some bracket parts, and the fourth part is the tension part. To provide unequal tension required for winding the enameled wire on the coil, the fifth part is the winding head part, that is, the winding machine has passed the tensioner and obtained tension, and the part of the mechanism that will be wound on the coil. The high-frequency transformer is because of its design. Targeted, compared with the general simple winding machine, because its windings are more, the structure is compact, and the product requirements are not high, so there is no tensioner part, but because high-frequency transformers mostly require wall tape and insulating tape, So compared with the general simple winding machine, these two parts are more.

          Let's briefly introduce the structure of this transformer winding machine.

          Why did he name this winding machine the transformer winding machine?

          Because it can support multiple enameled wires of different specifications at the same time.

          Every enameled wire is from this position to this position.

          Then pass the ceramic circle.

          Then go through wool felt.

          Then there are different holes from small to large.

          Here are 4 such ceramic circles.

          Like this.

          In this way, he can clamp it all at once.

          The skeleton of the transformer is installed in this position.

          It can be wound with 4 enameled wires of different specifications at a time.

          Enameled wires of different specifications.

          This position is used to put the retaining wall tape on both sides of the high-frequency transformer skeleton.

          This position is used to place the insulating tape of the high-frequency transformer.

          So this machine is suitable for winding high frequency transformers.

Switching-and-debugging-between-two-programs

Switching-and-debugging-between-two-programs

Switching-and-debugging-between-two-programs

Video instructions for use of toroidal transformer winding machine

Video instructions for use of toroidal transformer winding machine

          Suzhou REPOSAL Electronic Mechanical Equipment Co., Ltd. specializes in providing: toroidal transformer winding machine, current transformer winding machine, voltage transformer winding machine, ring voltage regulator winding machine, inductance coil winding machine, iron core chamfering machine , Parallel winding machine and other coil processing equipment and winding machine accessories.

       The company has the advantages of R&D and production of the entire plant of electronic transformers and transformers. It is different from many assembly manufacturers in the industry. We have gathered many engineering and technical personnel in the winding machine industry. After many years of research and development and production experience, we have developed a new generation of series winding. Equipment, especially toroidal winding equipment, is widely used in manufacturing industries such as toroidal transformers, transformers, voltage regulators, inductive coils, etc., and has received many praises from the industry; Customers provide more professional and quality products and services.

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.

REPOSAL® Toroidal transformer Taping Machine Instructions

REPOSAL® Toroidal transformer Taping Machine Instructions

 Toroidal transformer Taping Machine Instructions

                 

The choice of the number of turns of the CNC winding machine controller

The choice of the number of turns of the CNC winding machine controller

           Choice of winding number counting unit:

           The winding count unit can be selected. The number of turns on the display is composed of 5-digit digital tubes. When the default turn count unit is 0.1 turns, the maximum number of turns that can be set by this controller is 9999.9 turns. When the counting unit is changed to 1 circle, the maximum number of circles can reach 99999 circles

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