Gear Type Electric Curtains Motor 36V 10000RPM Brush DC Electric Window Motor

Electric Curtains Motor 36V 10000RPM Brush DC Electric Window Motor

Major details

Speed(RPM): 6000-10000RPM

Continuous Current(A): 1.5A

Efficiency: 80%

Product Name: Electric Curtains Motor DC Motor

Motor type: DC Motor

Certification: CCC Ce RoHS

Rated Voltage: 6-36V/custom Made

Keywords: Blind Motor

Noise: Low

Material: Cooper Wire

Warranty: 3years

Place of Origin: Guangdong, China

Brand Name: Go-Gold

Model Number: KG-2450DC36

Usage: Electric Window Electric Curtain

Type: Gear Motor

Torque: 90 mN.m

Commutation: DC

Protect Feature: Totally Enclosed

Performance specification

Picture

Motor Application

What is the composition structure of a DC motor?

1. The stator of a DC motor consists of components such as the frame, main magnetic pole, reversing magnetic pole, front and rear end caps, and brush holder. The main magnetic pole is the main component that generates the air gap magnetic field of the DC motor, and is composed of permanent magnets or laminated iron cores with DC excitation windings.

2. The rotor of a DC motor is composed of components such as an armature, a commutator (also known as a commutator), and a shaft. The armature is composed of two parts: an armature iron core and an armature winding. The armature iron core is made of silicon steel sheets stacked together, with teeth evenly distributed at its outer circle, and the armature winding is embedded in these grooves.

The advantages of DC motors

1. Wide speed range: The speed range of DC motors is very wide, ranging from a few revolutions per minute to thousands of revolutions per minute. This makes DC motors widely used in different types of equipment.

2. High starting torque: DC motors can provide a large torque at the moment of starting, allowing them to quickly start various devices.

3. Wide speed adjustment range: The speed of a DC motor can be adjusted by changing the power supply voltage or changing the armature current. This enables DC motors to adapt to different working environments and requirements.

4. Sensitive response: DC motors have a very fast response speed, so they can respond to changes in a very short time. So in industries that require rapid response, such as automated production lines and robotics, DC motors are widely used.

5. Stable speed: When the load changes, the motor speed usually changes, but compared to AC motors, DC motors have smaller speed changes. This makes DC motors particularly suitable for applications that require metering and control.

6. Low noise: Due to the simple rotor structure of DC motors, the noise generated during operation is relatively small. For applications that require low noise, such as medical equipment and stage lighting, DC motors are the preferred choice.