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High Magnetic Bldc Stator Cores Motor Core Of Electric Actuators 50 - 200 Layers

High Magnetic Bldc Stator Cores Motor Core Of Electric Actuators 50 - 200 Layers

  • Highlight

    High Magnetic Bldc Stator Cores

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    Motor Core of Electric Actuators

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    200 layers Bldc Stator Cores

  • Name
    Electric Motor Core
  • Thickness
    0.35-0.5 Mm
  • Application
    Electric Motors, Generators
  • Operating Temperaturerange
    -20 °C To 120 °C
  • Magnetic Properties
    High Permeability, Low Core Loss
  • Material
    Silicon Steel
  • Place of Origin
    China
  • Document
  • Minimum Order Quantity
    1 piece
  • Price
    USD+0.1-10+PCS
  • Packaging Details
    Cartons packaging , boxes packaging
  • Delivery Time
    3-4 weeks
  • Payment Terms
    T/T
  • Supply Ability
    10000 piece / day

High Magnetic Bldc Stator Cores Motor Core Of Electric Actuators 50 - 200 Layers

High Magnetic BLDC Stator Cores for Electric Actuators
Introduction to Motor Core of Electric Actuators
The motor core is a fundamental component of electric actuators, responsible for converting electrical energy into mechanical energy to drive actuator movement. Manufactured from high magnetic permeability silicon steel sheets through lamination, these cores feature excellent magnetic conductivity and low hysteresis loss, significantly enhancing motor efficiency and performance. Electric actuators find extensive applications in industrial automation, smart homes, and medical equipment, where core quality directly impacts precision, stability, and operational lifespan.
Working Principle
Electric actuator motor cores operate on electromagnetic induction principles. When current flows through motor windings, it generates a magnetic field within the core. Magnetic field variations produce magnetic forces that drive rotor rotation. The laminated construction minimizes eddy current losses while maximizing motor efficiency. Precise current control enables accurate motor operation, allowing actuators to perform complex mechanical actions.
Applications
  • Industrial Automation: Precision control of valves, robotic arms, and industrial equipment
  • Smart Home Systems: Driving mechanisms for electric curtains, smart locks, and automated devices
  • Medical Equipment: Precision control in surgical robots, infusion pumps, and medical devices
  • Automotive Industry: Powering electric windows, seat adjustment systems, and vehicle controls
Specification Parameters
Parameter Name Parameter Value
Material High magnetic permeability silicon steel sheet
Core Thickness 0.35mm - 0.5mm
Number of Laminations 50 - 200 layers
Magnetic Permeability 15000 - 20000 H/m
Hysteresis Loss < 1.5 W/kg
Operating Temperature Range -20°C to 120°C
Applicable Motor Type DC motor, stepper motor
Frequently Asked Questions
What is the material of the electric actuator motor core?
The motor core is manufactured from silicon steel sheets with high magnetic permeability, specifically designed to minimize hysteresis loss and maximize operational efficiency.
What is the function of the laminated structure of the core?
The laminated construction effectively reduces eddy current losses, resulting in improved motor efficiency and enhanced performance characteristics.
What is the applicable temperature range of the electric actuator motor core?
These motor cores are designed to operate within a temperature range of -20°C to 120°C, ensuring reliable performance across various environmental conditions.
How to select a suitable electric actuator motor core?
Selection should consider motor type, operational environment, and power requirements to ensure core materials and specifications align with application demands.
What is the service life of the electric actuator motor core?
Service life typically reaches tens of thousands of hours, depending on material quality, operating conditions, and proper maintenance practices.
Through this comprehensive overview, you now have deeper insight into electric actuator motor cores. Whether in industrial automation or smart home applications, these cores play a vital role in system performance. Selecting appropriate core products significantly enhances equipment reliability and operational efficiency.