For AEG MA2001 Power Tool Spare Parts Armature/Rotor of Angle Grinder

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For AEG MA2001 Power Tool Spare Parts Armature/Rotor of Angle Grinder

Name: For AEG MA2001 Power Tool Spare Parts Armature/Rotor of Angle Grinder
Brand: Nantong Best Plus Trading Co., Ltd.
SKU: 62110466721_1
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

High-Torque Energy Conversion: The MA2001 armature efficiently converts electrical energy into mechanical energy via copper coils wound around a laminated steel core, delivering robust torque for power tools like angle grinders.
Versatile Replacement Component: Designed as a direct replacement part for AEG MA2001 angle grinders, ensuring seamless compatibility and performance restoration for worn or damaged units.

Key features

1. Advanced Material Technology

With copper coils and laminated steel core, you can achieve superior electrical conductivity and reduced heat generation, ensuring sustained performance under heavy loads.

2. Customizable Interactive Design

With modular design parameters, you can tailor the armature’s size, power output, and material composition to meet specific application needs.

3. High-Performance Output

With high-torque capability, you can handle demanding tasks requiring significant mechanical force, such as industrial grinding or heavy-duty drilling.

4. Versatile Scenario Solutions

Designed for angle grinders, this armature provides reliable performance in industrial and construction settings where durability and efficiency are critical.

5. Industrial-Grade Compliance

Constructed with materials meeting industry safety standards, you can ensure reliable operation in demanding environments.

Product details

The AEG MA2001 Armature/Rotor is a high-performance component designed for angle grinders, engineered to deliver robust torque and efficient energy conversion. Crafted from copper coils and a laminated steel core, this armature ensures minimal energy loss and optimal heat dissipation. Its gear attachment enables seamless power transmission, making it ideal for heavy-duty applications in construction, manufacturing, and industrial settings.

Technical specifications

Feature	Specification	Benefit
Material	Copper coils, laminated steel core	High conductivity and reduced magnetic resistance
Coil Design	Tightly wound with insulated layers	Enhanced durability and electrical safety
Gear Attachment	Precision-machined metal gear	Reliable rotational force transmission
Torque Capacity	5.2 Nm (adjustable via customization)	Handles demanding tasks in power tools
Efficiency Rating	88% energy conversion efficiency	Reduces heat buildup and prolongs motor life
Customization	Size/power output adaptable	Tailored for specific application needs

Customization guide

Adjustable parameters include coil winding density (for torque optimization), gear size (to match load requirements), and material composition (e.g., stainless steel for corrosive environments). These adjustments ensure compatibility with specialized machinery or extreme operating conditions.

Get inspired

With its rugged design and customizable features, the MA2001 armature is perfect for upgrading power tools in harsh environments. Whether you’re cutting through metal in a workshop or grinding stone in construction, this rotor ensures consistent performance under pressure.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Torque Output	5.2 Nm	+15% (6.0 Nm)	+30% (6.8 Nm)*
Efficiency	88%	92%	95%
Durability	Standard	Enhanced	Military-grade

Supplier's note

Three Technical Breakthroughs:
- Copper Coils: With copper’s high conductivity, you can achieve 20% faster energy conversion than aluminum-based alternatives.
- Laminated Steel Core: Reduces eddy current losses by 30%, minimizing heat buildup.
- Modular Gear Design: Allows quick replacement, reducing downtime by up to 50%.
Optimal Version Selection:
- Base Model: Ideal for occasional users or light industrial tasks (e.g., small workshop grinders).
- Advanced Model: Suited for professional contractors needing sustained high torque (e.g., metal fabrication).
- Pro Model: Designed for extreme environments (e.g., mining or aerospace) where durability and peak performance are critical. The Pro’s 6.8 Nm torque enables safe handling of abrasive materials, paired with its corrosion-resistant coating to withstand harsh chemicals.

Frequently asked questions

Which AEG MA2001 armature is best suited for heavy-duty angle grinder tasks?
How do I clean and maintain the copper coils of the MA2001 armature?
Why is copper used in the MA2001 armature instead of other materials?
Can the MA2001 armature be customized for specific torque requirements?
Is the MA2001 armature compatible with other brands’ angle grinders?
What certifications ensure the MA2001’s safety and reliability?
How does the MA2001’s gear design improve angle grinder performance?
What makes the MA2001 armature suitable for industrial environments?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Torque Capacity	Heavy-duty cutting/grinding tasks	Industry: 4.5 Nm Base: 5.5 Nm (ISO 14708) ▲ Advanced: 7.2 Nm ▲▲	Handles tougher materials, reduces tool wear	Higher weight, costlier Advanced version
Noise Level	Residential or workshop use	Industry: 58 dBA Base: 50 dBA (ISO 3744) ▲ Advanced: 45 dBA (quieter than fridge) ▲▲	Reduces noise complaints in shared spaces	Complex design may require expert installation
Energy Efficiency	Cordless angle grinders	Industry: 78% efficiency Base: 82% (IEC 60034-30) ▲ Advanced: 88% ▲▲	Longer battery life, cost savings	Higher initial cost
Material Durability	Harsh environments (e.g., metalwork)	Industry: 3000 hours lifespan Base: 4000 hours (ASTM D543) ▲ Advanced: 5000 hours ▲▲	Less frequent replacements, cost-effective over time	Heavier, bulkier construction
Customization Options	Specialized grinder models	Industry: Standard specs only Base: Adjustable gear ratio ▲ Advanced: Full material & design customization ▲▲	Perfect fit for unique tool requirements	Longer production time
Heat Dissipation	Continuous use scenarios	Industry: 80°C max temp Base: 75°C (IEC 60068-2-14) ▲ Advanced: 70°C ▲▲	Prevents overheating, extends tool life	Requires advanced cooling systems