BLDC370 / BLDC2430 6V 12V 24V Brushless DC Brushless DC Motor High Torque Custom OEM

| - Model Number: BLDC370/BL2430 (BL:brushless motor)
| - Shell Stator Size : Φ 24.4* L 30.8 mm
| - Shaft : Φ 2mm[0.078 inch]  screw lead, D shape, etc.
| - Shaft length(L) free customization
| - Rated Output Power: 2W - 30W
| - Rated Voltage: DC 6V - 24V (volatge can be customized)
| - Rated Torque: up to 75 gf-cm
| - Rotor: Strong magnet
| - Driver(Optional): built-in driver PCB with MCU
| - Construction: Permanent Magnet
| - Commutation: Brushless-PWM drive
|-  PWM pulse wide speed range
|-  Clockwise/counter-clockwise rotation (CW/CCW)
|-  Low EMC |-  Low noise
|-  Long lifespan: up to 20000hours

BLDC370/BL2430 Brushless DC Electric Motor Parameter Datasheet Samples &2D Drawing

All above technical parameters can be custom as your need. Contact US ! Provide a suitable brushless motor solution for you.

Application Case and Solution of Brushless 370 Motor in Micro Pumps

1. Overview of Brushless 370 Motor

• Voltage Range: Typically 3.7V – 12V

• Rated Power: 1 – 20W (depending on model)

• Control Method: Sensorless or Hall-based square wave drive; can also support FOC control for higher efficiency

• Advantages:

  • High speed (8,000 – 20,000 RPM)

  • Maintenance-free (no carbon brushes)

  • Low noise, long lifespan

  • High control precision

2. Typical Applications in Micro Pumps

3. Typical Solution Designs

Solution 1: 370 Brushless Motor + External Sensorless Driver (PWM Speed Control)

Features:

• Cost-effective

• Simple control (PWM signal from MCU)

• Suitable for water dispensers, aroma diffusers, portable air pumps

Configuration Diagram:

Technical Notes:

• Open-loop PWM for speed control

• Driver board should support 6V–12V input with soft-start protection

• Hall sensors optional for higher precision

Solution 2: 370 Brushless Motor + FOC Control (Closed-Loop)

Features:

• Excellent noise reduction (FOC vector control)

• Supports constant speed/constant current closed-loop control

• Ideal for medical and high-end beauty applications

Configuration Diagram:

Technical Notes:

• Enables flow/pressure closed-loop control

• Includes overcurrent, stall, undervoltage protection

• FOC algorithm can be implemented using ST/ESP32 platforms

 Solution 3: Integrated 370 BLDC Pump Assembly

Features:

• High integration and reliability

• Plug-and-play, ideal for OEMs

• Common in spray devices, electric breast pumps, etc.

Configuration Diagram:

Technical Notes:

• Built-in driver for fast deployment

• Simple control interface (power or PWM)

• Higher cost but faster time-to-market

4. Key Problem-Solving Strategies

5. Recommended Products (Example Models)