Helautomatisk 2-stasjons Stator Intern Viklemaskin

NAVN:GW-IN200-2 Helautomatisk dobbeltstasjon intern statorviklingsmaskin

GREWIN  manufacturing production of this slot stator needle motor winding machine, used for winding all kinds of BLDC brushless motor stator, internal stator winding machine. Brushless motor stator winding machine combined with advanced needle winding technology (needle winding technology) , known for its production speed and stability. This machine is a high-speed stator winding machine, suitable for BLDC brushless motor stator winding. Manual loading and unloading, automatic clamping die, automatic wire winding, automatic wire cutting, automatic wire clamping; wire winding process can be set through the screen to achieve multiple taps, slot number, number of turns can be set through the human-machine interface. The device has remote diagnosis function. brushless motor control principle motor drive control is to control the motor rotation or stop, as well as the speed of rotation. The motor drive control part is also called the governor, or electronic speed controller (ESC) . Electrical adjustment corresponding to the use of different motor, sub-brushless adjustment and brush adjustment. Brush Motor work can do not need electricity, direct power to the motor can work, but this can not control the speed of the motor. Brushless motor work must have electric adjustment, otherwise it can not be turned. The DC current must be converted to three-phase electric power by a brushless motor to turn it.

Brushless tuning, input is DC, through a filter capacitor to stabilize the voltage. Then it is divided into two ways. One way is the use of the BEC, which is used to power the receiver and the SCM itself. The power line output to the receiver is the red line and the black line on the signal line. The other way is the use of the MOS transistor, when the power is switched on, the single-chip microcomputer starts to drive the MOS tube to vibrate, making the motor produce the sound of dripping. After starting up standby, some electric adjustment has the throttle calibration function, before entering the standby will monitor the throttle position is in the high or the low or the middle, the high then enters the electric adjustment stroke calibration, the middle then starts to send out the alarm signal, the electrical machinery will drip the sound, if it's low, it'll go back to normal. When everything is ready, the single-chip computer in the electric modulation will drive the speed and turn of the motor according to the signal on the PWM signal line, which decides the output voltage and frequency, the driving direction and the angle. This is the principle of brushless adjustment. During the operation of the motor, there are 3 groups of MOS transistors, each group has 2 Poles, one controls the positive pole output, the other controls the negative pole output. When the positive pole output, the negative pole does not output, when the negative pole output, the positive pole does not output, this creates an alternating current, and again, all three groups work this way, at a frequency of 8,000 hz. Speaking of which, the brushless tuning is also equivalent to a factory motor used on the frequency converter or governor.

FUNKSJONER FORDELER:

1. I henhold til start- og kjøremodus kan den deles inn i kondensatorstartende en-fase asynkronmotor, kondensator som kjører en-fase asynkronmotor, kondensatorstart en-fase asynkronmotor og delt -fase enfaset-asynkron motor.

2.  Can Be divided by purpose: drive motor and Control Motor.

3. 1) drivmotorer kan deles inn i motorer for elektriske verktøy (inkludert boring, polering, polering, sporing, kutting, rømme, etc.), motorer for husholdningsapparater (inkludert vaskemaskiner, elektriske vifter, kjøleskap, klimaanlegg, båndopptakere, videoopptakere, DVD-spillere, støvsugere, kameraer, hårfønere, elektriske barbermaskiner, etc.) og motorer for annet mindre mekanisk utstyr til generell bruk (inkludert ulike små verktøymaskiner, små maskiner, medisinske instrumenter, elektroniske instrumenter osv.).

   2) kontrollmotorer er delt inn i trinnmotor og servomotorer.

   3) I henhold til rotorstrukturen kan deles inn: Cage-induksjonsmotor (gammel standard kalt Squirrel cage-induksjonsmotor) og viklet rotorinduksjonsmotor (gammel standard kalt viklet asynkronmotor).

   4)I henhold til driftshastigheten kan den deles inn i: høy-hastighetsmotor, lav-motor, konstanthastighetsmotor, hastighetsmotor. Lav-motor er delt inn i girreduksjonsmotor, elektromagnetisk reduksjonsmotor, momentmotor og klopolsynkronmotor, etc. .

   
   

   5) I henhold til type arbeidskraft: kan deles inn i DC-motor og AC-motor.

   5.1 DC-motor kan klassifiseres etter struktur og prinsipp: DC-motor og DC-motor. Det er DC-motorer tilgjengelig: permanent magnetisk DC-motor og elektromagnetisk DC-motor. Elektromagnetisk DC-motor: DC-motor, DC-motor, DC-motor og DC-motor. Permanent Magnet DC-motor: sjeldne jordarters permanentmagnet DC-motor, ferritt permanentmagnet DC-motor og aluminium-nikkel-kobolt DC-motor med permanentmagnet.

   5.2 AC-motoren kan deles inn i en-fasemotor og tre-motor.

4.  According to the structure and principle can be divided into: can be divided into DC motor, asynchronous motor, synchronous motor.

   1) Synkronmotor kan deles inn i børsteløs elektrisk motor, reluktanssynkronmotor og hysteresesynkronmotor.

   2) Asynkronmotor kan deles inn i induksjonsmotor og AC-kommutatormotor. Induksjonsmotor kan deles inn i: tre-fase induksjonsmotor, en-fase induksjonsmotor og deksel-polet induksjonsmotor. AC-kommutatormotorer kan deles inn i: Universalmotor, AC/DC-motor og frastøtningsmotor.

5. I henhold til start- og kjøremodus kan den deles inn i kondensatorstartende en-fase asynkronmotor, kondensator som kjører en-fase asynkronmotor, kondensatorstart en-fase asynkronmotor og delt -fase enfaset-asynkron motor.
   

The use and characteristics of the inner stator winding machine, because the brushless motor can be compared in its larger rotating force (Torque) under continuous rotation. In contrast, a brush motor can only provide relatively high torque at certain points of rotation. While a brush motor can provide the same torque as a brushless motor, a brush motor requires greater magnetism, which means that a smaller brushless motor can provide considerable power. The efficiency of the general brushless DC motor can reach more than 96 percent , while the efficiency of the traditional DC motor is generally around 75 percent ; high efficiency leads to high energy conversion, and the conversion of electrical energy into mechanical energy of the motor is high, the direct performance is energy saving, compared to the traditional motor energy saving 20 percent -60 percent , if it is a long-term operation of the motor, the use of brushless DC motor one year can save a motor's electricity cost, long-term use cost-effective higher, although the purchase price of DC brushless motor is higher than traditional motor at the beginning, the energy saving effect is very obvious. Brushless motor another big advantage is long life: General Brush Traditional Motor, due to the wear and tear of carbon brush, to be replaced every once in a while, frequent maintenance, and DC brushless motor, the general life of more than 20,000 hours, under normal operating conditions, the use of more than 5 years, the basic will not be damaged, so the DC brushless motor life is 5 times the traditional motor.

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