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  • BLDC Motor with Hall Sensor 3 Phase High Torque BLDC Motor Brushless DC Motor for Electric Vehicle
  • BLDC Motor with Hall Sensor 3 Phase High Torque BLDC Motor Brushless DC Motor for Electric Vehicle
  • BLDC Motor with Hall Sensor 3 Phase High Torque BLDC Motor Brushless DC Motor for Electric Vehicle
  • BLDC Motor with Hall Sensor 3 Phase High Torque BLDC Motor Brushless DC Motor for Electric Vehicle
  • BLDC Motor with Hall Sensor 3 Phase High Torque BLDC Motor Brushless DC Motor for Electric Vehicle
  • BLDC Motor with Hall Sensor 3 Phase High Torque BLDC Motor Brushless DC Motor for Electric Vehicle
BLDC Motor with Hall Sensor 3 Phase High Torque BLDC Motor Brushless DC Motor for Electric Vehicle

BLDC Motor with Hall Sensor 3 Phase High Torque BLDC Motor Brushless DC Motor for Electric Vehicle

  • 3 - 29 Pieces
    $12.38
  • >= 30 Pieces
    $11.20

Customization:

Customized logo(Min.Order: 500 pieces)
Customized packaging(Min.Order: 500 pieces)
Graphic customization(Min.Order: 500 pieces)

BLDC Motor with Hall Sensor 3 Phase High Torque BLDC Motor Brushless DC Motor for Electric Vehicle

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Torque Power Delivery: Designed for electric vehicles and industrial applications, this 3-phase brushless DC (BLDC) motor delivers precise, high-torque performance with minimal energy loss due to IE4 efficiency standards.
  • Precision Control via Hall Sensors: Equipped with integrated Hall sensors for accurate speed and position regulation, ensuring reliable operation in dynamic environments.

Key features

  • 1. Enhanced Durability and Lightweight Design

  • With a steel and aluminum gearbox housing, you can achieve robust structural integrity and reduced weight.

  • 2. Precision Control with Hall Sensors

  • With integrated Hall sensors, you can ensure precise speed and position control for demanding applications.

  • 3. IE4 Energy Efficiency

  • With IE4 energy efficiency, you can reduce power consumption by up to 20% compared to lower-rated motors.

  • 4. High Torque for Electric Vehicle Applications

  • With high torque output, you can power demanding systems like electric vehicles efficiently.

  • 5. Compliance with Global Standards

  • With CE and RoHS certifications, you can ensure safety and environmental compliance.

Product details

BLDC Motor with Hall Sensor 3 Phase High Torque BLDC Motor Brushless DC Motor for Electric Vehicle

The BLDC Motor with Hall Sensor is a high-torque, 3-phase brushless DC motor designed for precision-driven applications like electric vehicles, industrial automation, and robotics. Built with steel and aluminum components, it combines durability with lightweight efficiency, certified to CE and RoHS standards for global compliance.

Technical specifications

FeatureSpecificationBenefit
CertificationCE, RoHSEnsures safety and environmental compliance
CommutationBrushlessEliminates wear-and-tear, reducing downtime
EfficiencyIE4 (Super Premium Efficiency)20% lower energy consumption vs. traditional motors
Gearbox HousingSteel/AluminumSteel for heavy-duty use; Aluminum for lightweight needs
Motor Type3-Phase BLDC MotorHigh torque & precise control for dynamic applications

Customization guide

Adjustable torque and speed parameters via the gearbox configuration to meet specific load/speed requirements. Custom material selection (steel for heavy-duty applications, aluminum for lightweight needs) ensures optimal performance in diverse environments.

Get inspired

With its high torque and IE4 efficiency, this motor enables smooth, energy-efficient operation in electric vehicles. The Hall sensor ensures precise position control, ideal for robotics and automation systems requiring millimeter-level accuracy.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Torque (Nm)15+25% (18.75)+40% (21)
EfficiencyStandardEnhanced CoolingPremium IE4+
RPM150020003000
**Temp. Range (°C)-10°C to 60°C-20°C to 70°C-30°C to 80°C

Supplier's note

  1. Technical Breakthroughs:

    • IE4+ Efficiency: The Pro Model’s IE4+ rating reduces energy consumption by 20% vs. industry standards, cutting operational costs.
    • Hall Sensor Precision: Enables ±1° position accuracy, critical for EV drivetrains needing smooth acceleration/deceleration.
    • Material Customization: Steel housing in the Advanced Model offers 30% higher corrosion resistance than plastic alternatives.
  2. Version Selection Guidance:

    • Base Model: Ideal for standard EVs or low-load automation (e.g., conveyor systems).
    • Advanced Model: Best for industrial robotics or environments with extreme temperatures (-20°C to 70°C).
    • Pro Model: Designed for high-speed applications (e.g., aerospace systems) with its 3000 RPM and -30°C to 80°C tolerance.

With the Pro Model’s tripled chemical resistance and IE4+ efficiency, users can handle corrosive fluids while maintaining energy savings. Pair its aluminum housing with high-torque specs to achieve lightweight yet robust performance in demanding scenarios.

Frequently asked questions

  • Which BLDC motor model is best suited for high-torque applications in electric vehicle propulsion systems?

  • How do I maintain the BLDC motor with Hall Sensor to ensure longevity in outdoor environments?

  • Steel vs. Aluminum Gearbox Housing: Which material is better for heavy-duty EV applications?

  • Is the BLDC motor certified for EU standards (CE, RoHS)?

  • Does the BLDC motor meet IE4 energy efficiency standards?

  • Can the BLDC motor’s gearbox housing material be customized for specific applications?

  • What makes this BLDC motor suitable for electric vehicle propulsion systems?

  • How does the BLDC motor with Hall Sensor handle extreme temperatures and vibrations?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
High Torque BLDC Motor (Our Advanced)Electric vehicles, industrial automation- IE4 energy efficiency (▲ from IE3 in Base model)
- Steel/aluminum gearbox housing (ASTM F123)
- CE/RoHS certified (EU compliance)
▲ 15% energy savings vs Base model
Corrosion-resistant housing
Global regulatory compliance
Higher upfront cost
Requires advanced control systems
Standard BLDC Motor (Our Base)Consumer electronics, home appliances- IE3 energy efficiency (IEC 60034-30-1)
- Aluminum gearbox housing (ISO 52933)
- CE certified
Cost-effective for low-power use
Lightweight design (285g)
Basic regulatory compliance
Lower torque capacity
Less durable housing than steel
Limited certifications
Industry Standard BLDC MotorHVAC systems, general machinery- IE2 energy efficiency (IEC standard)
- Plastic gearbox housing (ISO 1043)
- Basic CE certification
Widely available
Affordable upfront cost
25% higher energy costs vs Our Advanced
Plastic housing degrades in harsh environments
Precision Stepper Motor3D printers, CNC machines- 1.8° step angle (ISO 9409-1)
- NEMA 17 frame size (IEC 60529)
- Open-loop control
▲ 0.1° positioning accuracy
Compact design (45mm x 45mm)
No feedback sensor required
Resonance at 500-1000 RPM
Lower torque at high speeds
Brushed DC MotorToys, small appliances- Carbon brush commutation (IEC 60034-1)
- Steel casing (ASTM A36)
- Low cost (ISO 14001)
Simple design and control
Lower initial cost ($15–$30)
▲ 30% less efficient than BLDC
Brush wear requires frequent maintenance
High-Precision Servo MotorIndustrial robotics, CNC- Closed-loop control with encoder (IEC 60204)
- IP67 rating (ISO 20653)
- 0.01° dynamic response (ISO 10218)
▲ 5× faster response than stepper motors
Withstands dust/water ingress
Extreme precision
3× higher cost than BLDC
Complex installation/maintenance requirements

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