Can a 1000w motor use a 3500w controller?

1000W motor can use 3500W controller, the motor is the load, and the controller is like contactor, air open, inverter, etc.

Controller (English name: controller) refers to the main command device that changes the wiring of the main circuit or control circuit and changes the resistance value in the circuit to control the start, speed regulation, braking and reverse of the motor in a predetermined order. Composed of program counters, instruction registers, instruction decoders, timing generators, and operation controllers, it is the "decision-making body" that issues commands, that is, completes the coordination and directs the operation of the entire computer system.

Electromagnetic chuck controller: AC voltage 380V after the transformer step-down, through the rectifier rectification into 110V DC, through the control device into the suction cup, at this time the suction cup is magnetized, demagnetization into the reverse voltage line, the controller to achieve the demagnetization function.

Access Controller: The access controller works in two modes. One is the inspection mode, and the other is the recognition mode.

In patrol mode, the controller continuously sends queries to the card reader and receives reply commands from the card reader. This pattern is maintained until the card reader senses the card. When the card reader senses the card, the card reader produces different replies to the inspection command of the controller, and in this reply command, the card reader transmits the read proximity card internal code data to the access control controller, so that the access control controller enters the recognition mode.

In the recognition mode of the access controller, the access controller analyzes the internal code of the induction card, compares it with the card data stored in the device, and implements follow-up actions. After the access controller completes the action of receiving data, it will send a command to reply to the card reader, so that the card reader can restore the state, and at the same time, the access control controller will return to the inspection mode.

Yes, the motor is the load, and the controller is like the contactor, air open, inverter, etc.

It's like a 10A load, with a 4 flat cable. If you have the conditions, you can also use a 10 flat cable. The 10 flat here is like the same meaning as your 3500w controller. Larger can be selected, but smaller is not selected.

Hello, the rated power of the 1500w controller is 1500 watts, the rated power of the 1000w motor is 1000 watts, when the 1500 watt controller drives the 1000 watt motor to run, because the rated power of the 1500 watt controller is greater than the rated power of the 1000 watt motor, so it will make the driving speed relatively fast, and the fastest can reach 60 kilometers to 70 kilometers per hour. If my answer is helpful to you, please give a thumbs up (comment in the lower left corner), look forward to your like, your efforts are very important to me, and your support is also the motivation for my progress. Finally, I wish you good health and a happy mood! ’

Kiss Glad to answer for you, my answer is as follows: A 600w motor can fit a 1000 controller, but it is not recommended! First of all, the discharge speed of the battery will increase roughly, so that the current from the controller to the motor becomes larger, and the motor is only 600W, which cannot convert these excess currents into mechanical energy, so as to convert the excess current into heat energy and accelerate the heating of the motor (including wires).

The second is that the brushless motor generally has the function of energy feedback, when the motor does not use such a large current, it will be a part of the current feedback to the controller, if there is no constant current function on the controller, it is very easy to burn the end of the power rock such as the balance tube. In short, increasing the current will cause less damage to the motor and greater damage to the controller and battery.

Summary. Hello dear! The 1200W motor with the 1000W controller can run 50 kilometers per hour.

Hello dear! The 1200W motor with the 1000W controller can run 50 kilometers per hour.

How much faster can a 1O00W motor with a 1200W controller be than a 1000W one?

It is much faster to use a 1200W controller with an 1OO0W motor than with a 1000W controller. Because Netsc uses a 1200W controller with a 1000W motor, it can make better use of the energy of the motor, increase the power of the motor, increase the speed, and obtain a faster rotation speed from the pants.

Running the same distance, how much power is consumed.

The power consumption of a 1000W motor with a 1200W controller will be more than that of a 1000W motor with a 1000W controller, because the 1200W controller can provide higher control posture and safer driving effect, so it will consume more power than a 1000W controller. In addition, since a 1000W motor with a 1200W controller can provide more control and integrity, it is possible to increase the motor's track or speed, resulting in higher power consumption for a given distance.

If the speed is the same as the power consumption, can it be like?

It's definitely different, kiss.

That consumes a lot of power.

The top speed can reach 60km, and if the battery is low, it can run to more than 50.

The power of the controller must be greater than the power consumption of the motor, which consumes too much power. It can speed up a little, but the power consumption increases. If it's too small, the full power of the controller will make the internal electronics.

The temperature soared.

It can be easily damaged. The capacity of the orange regret controller is 1000W larger than the capacity of the load 800W, which is okay, the spare capacity is within a reasonable range, so the capacity selection is appropriate, and the controller should also meet the requirements of 72V.

Motors are an important part of transmission and control systems and play a key role in many motion control functions in industries such as packaging, food and beverage, manufacturing, and more.

Renting orange pro, of course, has an impact! The 500W controller has an impact on the 1000W motor, which will reduce the efficiency a lot. The use of a 1000W motor and a 500W controller is influential.

The reason is that the controller can only provide 500W of power at most, and the 1000W motor needs more power to run, so the controller cannot meet the needs of the motor, which will cause the motor to overheat and cause failure. In addition, because the output of the controller is not enough to meet the needs of the motor, the operation efficiency of the motor will be reduced, which will affect the operation effect of the motor. Therefore, when using the controller, you should choose a motor whose motor power is not greater than the maximum output power of the controller to ensure the normal operation of the keyed royal motor.

Just charge enough power to rush to 60km, low power can run to more than 50, the controller is useless, the motor torque is only that number (pole number), climbing OK!

My motor 1000w control 18 tubes 38a current 4410 field tube 84v speed 65-70 originally 3 constantan, I added another constantan root tin added, and later replaced with 24 tubes 70a current 4115 field tube 5 constantan root tin or 84v speed is the same as the start is stronger than 18 tubes, excuse me! Yuanfang, what do you think.

It's a problem with electric cars again, right? The rotational speed of the DC motor n=(u-ri) cewhere u is the armature voltage, which is the power supply voltage in layman's terms.

R is the resistance of the armature loop, i is the armature current, is the main magnetic flux of the air gap, and CE is the constant, which is related to the structure of the motor. This speed can not be calculated only under these conditions, but it can tell you that the higher the voltage, the faster the speed, provided that the motor allows, if the rated voltage of the motor is exceeded, the motor may be burned.

Upstairs is a bit exaggerated, 60V1000W measured speed at about 55 yards.

If the landlord wants speed, then change to a larger motor and a larger controller, and the problem will appear at the same time, and it will not be able to run far.

I have a 60v motor, a 72v battery, a 72 volt 1000 watt controller. The fastest run is over 70km

In the end, there are too many factors that determine how fast you can run, the weight of the person plus the weight of the car, the width and diameter of the tires, and the rated speed of the motor. But in general, the voltage determines the top speed, how much the controller limits the current, under the premise that the motor can be fed, the larger the current, the faster the speed, and the top speed will not change. The 72V1000W motor is not overpressurized and lasts 45 yards.

No, my 1000w motor and 1000w controller are all on 60+, 60v

The speed can reach 60---80km per hour.

Yes, but it will reduce the service life of the motor.

The relationship between the motor and the controller is like the relationship between a horse and a carriage, the controller is responsible for outputting the current to drive the motor, and the horse is responsible for pulling the cart.

If the controller matches the motor power, it is perfect, if the controller power is greater than the motor, it is like a big horse-drawn trolley.

Under normal circumstances, it is no problem, but in the case of overload and climbing, the controller can output more than the bending power of the motor, and the motor will work in an overload state. This is not good for the life of the motor, such as the aging of the high-temperature insulation layer of the motor coil for a long time.

If the power of the controller is less than that of the motor, just like a small horse-drawn cart, there will be a lack of power. So it's better to match.