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  • Power Tools Spare Parts Armature Rotor for GA5010 GA6010 GA6020 M9003
  • Power Tools Spare Parts Armature Rotor for GA5010 GA6010 GA6020 M9003
  • Power Tools Spare Parts Armature Rotor for GA5010 GA6010 GA6020 M9003
Power Tools Spare Parts Armature Rotor for GA5010 GA6010 GA6020 M9003

Power Tools Spare Parts Armature Rotor for GA5010 GA6010 GA6020 M9003

  • 100 - 299 Pieces
    $7.03
  • >= 300 Pieces
    $6.50

Customization:

Customized packaging（Min.Order: 500 pieces）
Customized logo（Min.Order: 500 pieces）
View product details

Power Tools Spare Parts Armature Rotor for GA5010 GA6010 GA6020 M9003

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Torque Generation: Designed to convert electrical energy into mechanical rotation via electromagnetic interaction between the rotor and stator, enabling power transmission in electric motors.
  • Gear-Driven Motion: Features an integrated gear structure to efficiently translate rotational force for applications requiring precise mechanical output.

Key features

  • 1. Material Technology

    • With a high-grade steel core and copper windings, ensure optimal magnetic efficiency and durability. Steel provides superior magnetic permeability compared to aluminum rotors*, while copper ensures minimal energy loss due to its high conductivity.

  • 2. Interactive Design

    • With an integrated plastic gear transmission system, easily transmit rotational motion without requiring additional components. This streamlined design reduces assembly complexity and improves operational smoothness compared to systems with separate gears*.

  • 3. Performance Parameters

    • With customizable rotor dimensions and slot configurations, tailor performance to specific power requirements. Adjustable slot spacing and core thickness enable up to 20% better torque output in high-load scenarios versus standard off-the-shelf rotors*.

  • 4. Scenario Solutions

    • Designed for seamless compatibility with GA5010/GA6010 series tools, ensuring precise fitment and reduced downtime. This specificity addresses the unique needs of professional users compared to generic aftermarket parts*.

  • 5. Industrial Compliance

    • With material selection adhering to industrial motor standards (steel for structural integrity, copper for conductivity), guarantee reliability in demanding environments. This meets or exceeds baseline requirements for commercial-grade power tools*.

Product details

Power Tools Spare Parts Armature Rotor for GA5010 GA6010 GA6020 M9003

Power Tools Spare Parts Armature Rotor for GA5010/GA6010/GA6020/M9003 is a high-performance component designed to enhance the efficiency and durability of power tool motors. Crafted from a robust steel core and copper windings, this rotor ensures optimal magnetic interaction and heat dissipation. Its modular design allows seamless integration into various power tool models, providing reliable rotational torque and smooth operation.

Technical specifications

FeatureSpecificationBenefit
MaterialSteel core, copper windingsHigh magnetic permeability and conductivity
DesignCylindrical with gearEfficient torque transmission and compatibility with power tools
SlotsPrecisely cut slotsSecure winding placement for consistent power output
Rotational Speed3000 RPM (Base Model)Ensures reliable operation in standard applications
Torque Capacity5 Nm (Base Model)Meets requirements for medium-duty power tools
Heat DissipationCopper windingsReduces thermal buildup for prolonged use

Customization guide

Adjustable parameters such as rotor diameter, length, slot count, and material thickness can be customized to meet specific power requirements, torque demands, or space constraints. For instance, increasing slot density enhances power output, while thinner cores reduce weight for high-speed applications.

Get inspired

Whether you're repairing a GA5010 drill or upgrading an industrial M9003 motor, our rotors deliver tailored performance. Their modular design ensures compatibility with multiple tools, while customizable features like gear size and slot configuration let you optimize for precision or power.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Rotational Speed3000 RPM+15% (3450 RPM)+30% (3900 RPM)*
Torque Capacity5 NmEnhanced (6.5 Nm)Premium (8 Nm)
EfficiencyStandardImprovedOptimized
Material Thickness2mm2.5mm3mm

Supplier's note

  1. Technical Breakthroughs:

    • Steel Core: Achieves 20% higher magnetic conductivity than aluminum, ensuring consistent torque in harsh environments.
    • Gear Integration: Reduces transmission loss by 20% compared to separate gear systems, enhancing energy efficiency.
    • Slot Optimization: 15% denser copper winding placement boosts power output by 10% over conventional designs.

  2. Version Selection Guidance:

    • Pro Model: Ideal for heavy-duty applications like industrial drills. Its 3mm steel core and 8 Nm torque outperform industry benchmarks, enabling safe handling of high-resistance materials.
    • Advanced Model: Balances performance and cost for mid-range tools, offering +30% rotational speed over Base for faster repairs.
    • Base Model: Perfect for standard repairs where budget constraints are a priority.

*Pro Model’s rotational speed exceeds industry standards by 25%.

Frequently asked questions

  • Which armature rotor model suits power tools like GA5010 or GA6010?

  • How do I clean and maintain an electric motor rotor for long-lasting use?

  • Steel vs Aluminum: Which material is better for rotor cores in power tools?

  • Can this rotor be customized for non-standard motor applications?

  • What makes the copper windings in this rotor superior for heat dissipation?

  • How does the gear integration on the rotor enhance motor functionality?

  • Are these rotors compatible with power tool models outside the GA series?

  • Is the steel core of this rotor certified for industrial durability standards?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionIndustrial motors, heavy-duty toolsIndustry Standard: Aluminum core (1.2mm, 2.5kg/m3)
Our Base: Steel core (1.5mm, ASTM A36)
Our Advanced: Composite core (1.8mm, 50% lighter than steel)		▲ Base: 30% higher tensile strength (410 MPa)
▲▲ Advanced: 40% lighter with 20% improved thermal conductivity		Base: 20% costlier than aluminum
Advanced: Complex manufacturing increases price
Noise LevelOffice tools, medical devicesIndustry Standard: 55 dBA (louder than a normal conversation)
Our Base: 48 dBA (equivalent to a quiet library)
Our Advanced: 42 dBA (quieter than a refrigerator hum)		▲ Base: 13% quieter than standard
▲▲ Advanced: 24% quieter with sound-dampening slots		Advanced: Requires thicker insulation, adding 5% weight
Torque OutputPower drills, sawsIndustry Standard: 4.5 Nm (ISO 6333)
Our Base: 5.2 Nm (▲7% boost)
Our Advanced: 6.0 Nm (▲▲22% over standard)		▲ Base: Handles heavy-duty tasks like metal drilling
▲▲ Advanced: Supports high-torque applications like industrial cutting		Advanced: Higher energy consumption
WeightPortable tools, handheld devicesIndustry Standard: 1.2kg (ISO 8040)
Our Base: 1.0kg (▲17% reduction)
Our Advanced: 0.85kg (▲▲30% lighter)		▲ Base: Easier to handle for prolonged use
▲▲ Advanced: Ideal for ergonomic designs		Advanced: Sacrifices slight durability for lightweight
Temperature ToleranceHigh-heat environments (e.g., welding)Industry Standard: 85°C (ASTM D648)
Our Base: 105°C (▲24°C increase)
Our Advanced: 120°C (▲▲35°C increase)		▲ Base: Operates in harsh environments like foundries
▲▲ Advanced: Withstands extreme heat in aerospace tools		Advanced: Requires specialized cooling systems
Gear IntegrationPrecision machinery, roboticsIndustry Standard: Basic plastic gears (ISO 94)
Our Base: Reinforced nylon gears (▲50% torque capacity)
Our Advanced: Metal gears (▲▲ triple durability)		▲ Base: Reduces slippage in high-load scenarios
▲▲ Advanced: Zero wear in continuous operation		Advanced: 30% heavier gears increase inertia

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