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Solutions of DC Motor in Electric Screwdriver

Whether you need to tighten screws tightly during home renovations or efficiently complete assembly work in workshops, Kinmore Motor can meet your needs. We are committed to providing customers with the highest quality products and services, helping you easily complete various tasks, saving time and energy.

Project Background

With the development of modern industry, electric screwdrivers have become widely used tools for assembly and repair work due to their high efficiency and convenience. Among the components, the DC motor is one of the core components of electric screwdrivers, and the RS-380SH from Kinmore Motor is favored by many due to its outstanding performance and stability. This article will delve into the working principle, characteristics, and application of the RS-380SH DC motor in electric screwdrivers.

Working Principle of RS-380SH DC Motor in Electric Screwdrivers

The DC motor in electric screwdrivers operates by electric power to achieve the rotational movement of the screwdriver. Powered by batteries, the electric current is delivered to the DC motor in the electric screwdriver. As the current passes through the armature of the DC motor, a magnetic field is generated, causing the armature to rotate. This rotational motion is transmitted to the head of the electric screwdriver, driving the screwdriver head to rotate. The rotation of the armature is directly transmitted to the screwdriver head, allowing the tightening or loosening of screws. The speed and direction of the electric screwdriver can be controlled by adjusting the voltage and current of the power source and controlling elements in the motor control circuit (such as resistors, transistors, etc.).

The RS-380SH DC motor has several notable characteristics, making it widely used in electric screwdrivers:

  1. High Efficiency: The RS-380SH motor adopts high-quality magnetic materials and conductors, as well as precise manufacturing processes, resulting in a high efficiency and energy conversion rate.
  2. High Torque: Due to its reasonable design, the RS-380SH motor can generate sufficient torque at low voltage and current, ensuring stability and reliability in various working conditions.
  3. Low Noise: Utilizing optimized magnetic circuit design and noise reduction technology, the RS-380SH motor effectively reduces noise and vibration during operation, enhancing user experience.
  4. Long Lifespan: Components of the RS-380SH motor are made of wear-resistant materials and advanced manufacturing processes, ensuring a long service life and good reliability to meet long-term work demands.

Kinmore Motor Provides Optimal Motor Solutions

The DC motor in electric screwdrivers operates by electric power to achieve the rotational movement of the screwdriver. Powered by batteries, the electric current is delivered to the DC motor in the electric screwdriver. As the current passes through the armature of the DC motor, a magnetic field is generated, causing the armature to rotate. This rotational motion is transmitted to the head of the electric screwdriver, driving the screwdriver head to rotate. The rotation of the armature is directly transmitted to the screwdriver head, allowing the tightening or loosening of screws. The speed and direction of the electric screwdriver can be controlled by adjusting the voltage and current of the power source and controlling elements in the motor control circuit (such as resistors, transistors, etc.).

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