Shunli Custom 12v 6000rpm Dc Motor for Hair Dryer /toy Car Electric Dc Motor

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Shunli Custom 12v 6000rpm Dc Motor for Hair Dryer /toy Car Electric Dc Motor

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Product Description

📦 Product Description

12v 6000rpm DC Motor for Hair Dryer and Electric Applications

High-performance electric DC motor designed for versatility in household appliances, toy cars, and personal care devices. Engineered for stability and efficiency.

🔍 Product Details

📐 Reference Drawing

RS - 365

RS - 385

RS - 395

📊 Reference Datasheet

PMDC MOTOR Technical Data
Model	Rated Voltage (V)		No-Load		Rated
	Operating Range	Nominal	Speed	Current	Speed	Current	Torque	Power
	Operating Range	Nominal	RPM	A	RPM	A	mN.m / gf.cm	W
RS-390SH	20156R	6.0~12.0	12VDC	5000	0.08	4243	0.33	6.07/61.9	2.72
RS-390SH	2975	6.0~12.0	12VDC	12000	0.29	10165	0.33	5.75/58.6	1.31
RS-395SH	15130	6.0~12.0	12VDC	3650	0.66	2949	0.25	5.83/59.5	1.8
RS-395SH	15100R	6.0~24.0	24VDC	10300	0.07	8893	0.38	7.09/72.3	6.68

🖼️ Manufacturing & Quality

💡 Frequently Asked Questions

Q1: What are the primary applications for these DC motors?

These motors are widely used in hair dryers, toy cars, small household appliances, and various electric DIY projects requiring high-speed rotation.

Q2: What is the standard voltage range for the RS-390 and RS-395 series?

The standard operating range is typically between 6.0V and 24.0V DC, depending on the specific model and winding configuration chosen.

Q3: Can the motor speed be controlled?

Yes, the speed of these PMDC motors can be easily regulated by adjusting the input voltage or using a PWM (Pulse Width Modulation) controller.

Q4: Are the motor dimensions and shaft lengths fixed?

While we provide standard reference drawings for RS-365, RS-385, and RS-395 models, the shaft length and specific mounting configurations are designed to meet standard industry requirements.

Q5: What is the maximum RPM available in this series?

According to our technical datasheet, some models like the RS-390SH can reach up to 12,000 RPM at a nominal 12VDC input under no-load conditions.

Q6: How do I ensure the motor fits my specific device?

Please refer to the detailed technical drawings provided above, which include precise measurements for motor diameter, length, and screw hole placement.