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ZYT series brush permanent magnet 300w dc motor has excellent motor performance: simple to operate, easy to maintain, low noise, low vibration. 300 watt dc motor has the characteristics of good starting torque, good fixed speed characteristics, easy speed control, self-adjustment, and small speed changes. The motor is generally used for acceleration, deceleration or constant speed driving of industrial machinery with constant output,constant torque and square torque loads. The motor can be used as fiber machinery, packing machinery, conveying machinery, feeder, grinder, flour milling machine etc.
Product Feature
Motor Type: 300w dc motor
Output Power: 150/200/370/500/750W
Rated Voltage(V.DC): 220
Torque(KG*CM): 9 / 11 / 20 / 27 / 40
Rated Current(A): 1.3 / 1.5 / 3 / 3.7 / 4.5
Duty: S1
Cooling Method: IC411
Adjustable Speed Range: 30-1800RPM
Insulation Class: B/F
Temperature: -5℃-70℃
Product Parameter (specification)
Production Details
Motor 12v 300w and 40v dc motor and 48v dc motor and 50v dc motor and 60v dc motor and 72v dc motor and 90v dc motor and 96v dc motor and 100v dc motor and 110v dc motor
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FAQ
What is DC motor control method ?
The brushless DC motor is developed on the basis of the brushless DC motor. It has the advantages of wide speed range, strong overload capacity, good linearity, long service life, small size, light weight, and large output. It solves the problem of A series of problems existing in brushed DC motors are widely used in industrial equipment, instruments and households. Electrical appliances, robots, medical equipment and other fields. Since the brushless motor has no brushes for automatic commutation, it is necessary to use an electronic commutator for commutation. The brushless DC motor driver realizes the function of an electronic commutator.
The brushless DC motor is developed on the basis of the brushless DC motor. It has the advantages of wide speed range, strong overload capacity, good linearity, long service life, small size, light weight, and large output. It solves the problem of A series of problems of brush DC motors are widely used in industrial equipment, instrumentation and households, electrical appliances, robots, medical equipment and other fields. Since the brushless motor has no brushes for automatic commutation, it is necessary to use an electronic commutator for commutation. The brushless DC motor driver realizes the function of an electronic commutator.
There are currently three main control methods for brushless DC motors: FOC (also known as vector frequency conversion, field vector oriented control), square wave control (also known as trapezoidal wave control, 120-degree control, six-step commutation control) and sine wave control So, what are the advantages and disadvantages of these three control methods?
The square wave control uses Hall sensors or non-inductance estimation algorithms to obtain the position of the motor rotor, and then performs six commutations (one commutation every 60 degrees) according to the position of the rotor in the 360-degree electrical cycle. Each commutation position motor outputs force in a specific direction. It can be said that the position accuracy of square wave control is 60kHz.
