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Hair Dryer Motor 0-24V 2970-3630RPM 0-35mA DC Brush Motor Go-Gold

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Hair Dryer Motor 0-24V 2970-3630RPM 0-35mA DC Brush Motor Go-Gold

Name: Hair Dryer Motor 024V 29703630RPM 035mA DC Brush Motor GoGold
Brand: Go-Gold
Price: 1 USD

China Hair Dryer Motor 0-24V 2970-3630RPM 0-35mA DC Brush Motor Go-Gold wholesale

Brand Name : Go-Gold

Model Number : KG-2513DC24

Certification : ISO

Place of Origin : China

MOQ : 1000pcs

Price : Negotiation

Payment Terms : L/C, T/T, Paypal

Supply Ability : 10000pcs-30 days

Delivery Time : 7 Days for samples

Packaging Details : Packing in boxes

Continuous Current : 0-35mA

Speed of Revolution : 2970-3630RPM

Rated Voltage : 0-24V

Torque : 122-174g.cm

Efficiency : IE 1

Output Power : 0.2-2.0W

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Hair Dryer Motor 0-24V 2970-3630RPM 0-35mA DC Brush Motor For Go-Gold

Lead Time

Quantity(pieces)	1-1000	1001-10000	>10000
Lead time (days)	15	30	To be negotiated

Essential Details

Warranty: 3 Years

Model Number: KG-2513DC24

Rated Voltage: 0-24V

Rated Speed: 2970-3630RPM

Output Power: 0.2-2.0W

Continuous Current: Customizable

Place of Origin: Guangdong, China

Type: Brush DC Motor

Application: Hair dryer

Rated Torque: 122-174g.cm

Performance Specifications

Continuous Current	≤35mA	Output Power	0.2-2.0W
Rated Voltage	0-24V	Torque	122-174g.cm

Drawings

Hair Dryer Motor 0-24V 2970-3630RPM 0-35mA DC Brush Motor Go-Gold

Motor Picture

Hair Dryer Motor 0-24V 2970-3630RPM 0-35mA DC Brush Motor Go-Gold

Brush DC Motors introduction:

Brushed DC motors are one of the most simple types of DC motors. Frequently driven by batteries, they are a low-cost and easy-to-drive electric option that works well in extreme operating environments. A brushed DC motor features permanent magnets inside its outer body, as well as an armature inside that rotates.

The armature coil sits between the permanent magnets and is powered by brushes to create a magnetic field. The electric current through the brush to the armature coil drives the rotor. The density and number of coils wound around the motor determine the motor's properties. Compared to brushless DC motors, a brushed motor is significantly more simple in design and cost-effective to produce.

Brush DC Motors Work:

All brush DC motors operate in the same way. First, an electric current is applied to the rotor, causing it to spin 180 degrees. To travel beyond this, the poles of the motor's electromagnet must switch. As the rotor spins, its attached carbon brushes come into contact with the stator, switching the magnetic field and allowing the rotor to rotate 360 degrees.

Brush DC motors typically operate at low speeds. They can be driven by a simple pulse width modulation (PWM) controller to vary the voltage supplied to the motor. This controls the speed in one direction and provides the torque needed for the motor to drive.

One of the biggest advantages of brushed DC motors is that they offer simple speed control without the need for complicated electronics. Instead, the speed is controlled using variable supply voltage. The voltage is applied proportionally to the rotational speed, while torque is proportional to the current. To achieve more precise and accurate operation, electronic speed controls have been developed. Changing the rotational direction can be achieved by reversing the armature connections or magnetic field.

Applications:

Brush DC motors are used throughout many diverse applications, from home appliances to consumer electronics, and especially industrial applications. Their popularity is partially due to how easy it is to vary their speed-to-torque ratio. Additionally, due to the simplicity of their design, they are inexpensive to manufacture and purchase. For this reason, they are used in many applications where the host device will likely fail before the motor.

Despite the widespread shift from brushed to brushless motors, there are still many situations where a brush motor is the best choice. In applications that require low cost, sufficient reliability, and adequate performance, brush DC motors are a good option. Some of the most common applications of brushed DC motors include:

Inexpensive toys
Automatic car windows
Power tools
Paper machines
Car seat adjustment controls
Cranes
Steel rolling mills

Many industrial applications use brush DC motors for both low and high-power purposes as well as fixed and variable-speed electric drives.

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