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  • SIMBA High Quality Electric DC Generator Armature Motor Stator Rotor Professional Factory Manufactured Motor Accessories
  • SIMBA High Quality Electric DC Generator Armature Motor Stator Rotor Professional Factory Manufactured Motor Accessories
  • SIMBA High Quality Electric DC Generator Armature Motor Stator Rotor Professional Factory Manufactured Motor Accessories
  • SIMBA High Quality Electric DC Generator Armature Motor Stator Rotor Professional Factory Manufactured Motor Accessories
  • SIMBA High Quality Electric DC Generator Armature Motor Stator Rotor Professional Factory Manufactured Motor Accessories
  • SIMBA High Quality Electric DC Generator Armature Motor Stator Rotor Professional Factory Manufactured Motor Accessories
SIMBA High Quality Electric DC Generator Armature Motor Stator Rotor Professional Factory Manufactured Motor Accessories

SIMBA High Quality Electric DC Generator Armature Motor Stator Rotor Professional Factory Manufactured Motor Accessories

  • 30 - 499 Pieces
    $15.80
  • 500 - 999 Pieces
    $10.50
  • 1000 - 1999 Pieces
    $8.75
  • >= 2000 Pieces
    $5.80

Customization:

Customized packaging（Min.Order: 100 pieces）
Customized logo（Min.Order: 100 pieces）
Graphic customization（Min.Order: 100 pieces）
View product details

SIMBA High Quality Electric DC Generator Armature Motor Stator Rotor Professional Factory Manufactured Motor Accessories

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Electric Power Generation & Transmission: Designed to serve as a core component in DC generators and motors, enabling efficient conversion of electrical energy into mechanical motion (rotor) or vice versa (stator).
  • High-Performance Stator/Rotor Assembly: The metallic outer housing and precision-wound copper coils ensure optimal magnetic field generation and heat dissipation, critical for maintaining operational efficiency in demanding applications.

Key features

  • 1. Advanced Material Technology

    • With a corrosion-resistant metallic outer housing and high-conductivity copper coils, ensure durability in harsh environments while maintaining optimal electrical performance. The reinforced structural design withstands mechanical stresses, extending the component’s lifespan.

  • 2. Modular Interactive Design

    • With a separable outer housing and inner winding structure, customize the component to fit diverse motor systems. This adaptability simplifies integration into various electrical applications, from industrial machinery to consumer appliances.

  • 3. High-Performance Parameters

    • With tightly wound copper coils and precision-engineered insulation, achieve efficient heat dissipation and stable power output. The design minimizes energy loss, delivering reliable performance under continuous operation.

  • 4. Versatile Scenario Solutions

    • Designed for commercial and industrial use, this component supports continuous operation in demanding environments. Its robust construction ensures compatibility with high-load applications, such as electric generators or heavy-duty motors.

  • 5. Certified Safety & Quality

    • With UL and TUV certifications, meet global safety and quality standards. These certifications guarantee compliance with electrical safety protocols, ensuring safe and reliable performance in critical systems.

Product details

SIMBA High Quality Electric DC Generator Armature Motor Stator Rotor Professional Factory Manufactured Motor Accessories

The SIMBA High Quality Electric DC Generator Armature Motor Stator Rotor is a precision-engineered component designed for durability and efficiency. Crafted with metallic outer housings (aluminum/steel) and tightly wound copper coils, it offers robust thermal management and electrical safety. Certified to UL and TUV standards, this modular component adapts to diverse applications, from industrial machinery to renewable energy systems.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialOuter Housing: Aluminum/SteelHigh-temperature environments
Inner Coils: CopperEfficient power generation systems
InsulationWhite binding wires (Class H)High-voltage applications
CertificationsUL, TUVCompliance-driven industrial projects
Coil DesignTightly wound, precision-machinedMotors requiring low energy loss

Customization guide

Adjustable parameters include:

  • Material: Swap aluminum for steel to enhance load-bearing capacity.
  • Coil Density: Modify winding ratios for tailored torque output.
  • Insulation Class: Upgrade to Class F/H for extreme voltage environments.

Get inspired

With SIMBA’s modular design, you can optimize motor performance for specific use cases. Whether you need a lightweight rotor for automotive systems or a high-torque stator for industrial pumps, this component’s adaptable architecture ensures seamless integration into your project.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Thermal Resistance80°C (Standard)+15% (92°C)+30% (104°C)*
Torque Capacity5 Nm6 Nm (Enhanced)7.5 Nm (Premium)
Insulation ClassClass BClass FClass H

Supplier's note

  1. Technical Breakthroughs:

    • The Pro Model’s 104°C thermal resistance (30% above industry benchmarks) enables uninterrupted operation in extreme environments.
    • Advanced insulation (Class F) reduces failure risks in high-voltage applications by 40%.
    • Precision-wound coils minimize energy loss, improving efficiency by 20% compared to conventional designs.

  2. Version Selection Guidance:

    • Base Model: Ideal for standard applications (e.g., household appliances) where cost-efficiency is prioritized.
    • Advanced Model: Suited for industrial machinery requiring moderate thermal and torque demands.
    • Pro Model: Essential for aerospace or heavy-duty systems needing triple the standard chemical resistance and extreme thermal stability.

With the Pro’s triple-insulated coils, you can safely handle corrosive fluids in chemical plants. Pair its Class H insulation with high-temperature materials to ensure zero downtime in critical operations. For automotive engineers, the Base Model’s lightweight aluminum housing reduces energy consumption without compromising reliability.

Frequently asked questions

  • Which SIMBA stator model is best suited for high-load industrial applications?

  • How do I clean and maintain the copper coils in SIMBA stators to prevent short circuits?

  • Why does the SIMBA stator use aluminum/steel for the outer housing instead of plastic?

  • Can SIMBA stators be customized with different insulation types for harsh environments?

  • Are SIMBA stators UL and TUV certified for safety compliance?

  • How does the groove design on the SIMBA stator housing improve heat dissipation?

  • Are SIMBA stators compatible with standard DC motor systems?

  • What makes SIMBA stators more durable than competitors’ products?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionIndustrial machinery, aerospaceAerospace-grade aluminum (5052 alloy, 3mm thickness) vs Standard steel (4mm)▲ Lighter weight (Base: 2.1kg → Advanced: 1.8kg) for easier installationBase: Higher cost than standard steel; Advanced: 30% pricier due to alloying
Insulation QualityHigh-temperature environmentsCeramic-coated insulation (ISO 14052 compliant) vs Standard epoxy insulation▲ Withstands 200°C (Base: 150°C) for harsh industrial useAdvanced: Requires specialized handling during assembly (training needed)
Noise LevelOffice equipment, medical devices40 dBA (IEC 60704) vs Base: 45 dBA vs Industry: 50 dBA▲ Quieter than a whisper (Advanced) for noise-sensitive settingsAdvanced: 20% higher cost due to premium sound-dampening materials
CertificationsGlobal export, medical-grade systemsUL + TUV + CE (Advanced) vs Base: UL + TUV vs Industry: Basic safety certs▲ Full compliance for EU/US markets (Advanced)Base: Limited to regions accepting UL/TUV only; Advanced: Requires retesting
Coil DesignHigh-efficiency motors200 windings/inch + cooling channels (Advanced) vs Base: 150 windings/inch▲ 25% higher power output (Advanced) with reduced overheatingAdvanced: Complex manufacturing increases defect risk by 10%
DurabilityHeavy-duty machinery, continuous use3,000hr stress test (Advanced) vs Base: 2,000hr vs Industry: 1,500hr▲ 50% longer lifespan (Advanced) for 24/7 industrial applicationsBase: Prone to wear in abrasive environments; Advanced: Heavier (20% bulkier)

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