Electric Tools Motor 36V 0.4A 80% 20000RPM Used in Electric Drill

Performance Specification

Lead Time

Essential Detials

Warranty: 3Years

Place of Origin: Guangdong, China

Brand Name: Go-Gold

Model Number: KG-4266DC36

Usage: Electric Drill

Type: DC Motor

No-load Speed: 20000RPM

No-load Current: 0.4A

Product Name: Electric Drill Motor DC Motor

Certification: ISO

Rated Voltage: 36V

Keywords: Electric Drill Motor

Noise: Low

Drawing

Motor Application

Motor Picture

5 Major Categories of DC Motors

• Permanent Magnet DC Motor

A permanent magnet DC Motor or Permanent Magnet Motor uses permanent magnets to generate magnetic field flux. They have excellent starting torque and strong speed control, but are limited in torque and are therefore typically found in low horsepower applications.

• Universial DC Motor

A Universial DC Motor, or series wound DC motor, has a magnetic field wrapped by several large coils of wire to carry the entire armature current. Generally, series-wound DC motors have large starting torque, but their speed cannot be controlled, and running without load will cause damage to the motor. These limitations mean that they are not a reliable choice if a variable speed drive is required.

• Parallel DC Motor

The magnetic field of a shunt DC Motor is connected in parallel with the armature windings. "Triage" is another term in this field. These motors offer high-speed regulation because the shunt field can be excited separately from the armature winding, which also provides simplified commutation control. Shunt DC motors are divided into long and short types. If the shunt field winding is connected in parallel with the armature winding but not in parallel with the series field winding, it is called a short shunt DC Motor. If the shunt field winding is connected in parallel with both windings, it is called a long shunt DC motor.

• Composite DC Motor

Composite DC Motors, like shunt DC motors, have separately excited parallel magnetic fields. The Xi'an Taifusima motor connects the armature and field winding in parallel and series combinations, giving it the characteristics of parallel and Universial DC Motors. Compound DC motors have strong starting torque but may experience control problems in variable speed drive applications. Motors are connected in two different ways: cumulative and differential. Cumulative compound motors connect a series field to a parallel field, which results in higher starting torque but less speed regulation. Differential compound DC motors have high-speed regulation capabilities and typically operate at a constant speed.

• BLDC Motor

BLDC Motors have one or more permanent magnets in the rotor and electromagnets on the stator motor housing. Cima motor controller converts DC power into AC power. This design eliminates the complexity of transmitting power from outside the motor to the spinning rotor. Motor controllers sense the position of the rotor through sensors and can precisely control the timing and phase of current in the rotor coils to optimize torque, save power, regulate speed and apply braking. Brushless motors are long-lasting, require little or no maintenance, and are highly efficient. They do have some disadvantages, including high initial cost and more complex motor speed controllers.