390 Dc Motor for Machine Fan From Shenzhen Supplier 12v 6000rpm Motor

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390 Dc Motor for Machine Fan From Shenzhen Supplier 12v 6000rpm Motor

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Product Description

390 Dc Motor for Machine Fan 12v 6000rpm Motor

Product Description

390 dc motor for machine fan 12v 6000rpm motor

Product Details

★ Motor Customized Specification, Please contact us for more details.

Reference Drawing

RS - 365

RS - 385

RS - 395

★ The length of shaft can be customized.

Reference Datasheet

PMDC MOTOR Technical Data
Model		Rated Voltage (V)		No-Load		Rated				Stall
		Operating Range	Nominal	Speed	Current	Speed	Current	Torque	Power	Current	Torque
		Operating Range	Nominal	RPM	A	RPM	A	mN.m / gf.cm	W	A	mN.m / gf.cm
RS-390SH	20156R	6.0~12.0	12VDC	5000	0.08	4243	0.33	6.07 / 61.9	2.72	2.22	42.2 / 430
RS-390SH	2975	6.0~12.0	12VDC	12000	0.29	10165	0.33	5.75 / 58.6	1.31	8.9	80.4 / 820
RS-395SH	15130	6.0~12.0	12VDC	3650	0.66	2949	0.25	5.83 / 59.5	1.8	1.06	30.4 / 310
RS-395SH	15100R	6.0~24.0	24VDC	10300	0.07	8893	0.38	7.09 / 72.3	6.68	2.66	54.9 / 560

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Frequently Asked Questions

What are the primary applications for the 390 DC motor?

The 390 DC motor is widely utilized in machine fans, home appliances, smart devices, and customized mechanical drive assemblies requiring stable operation and high speeds.

Can the shaft length of the motor be customized?

Yes, the shaft length, shaft type (D-cut, round, threaded), and motor technical specifications can be customized to match your product design and mechanical requirements.

What voltage ranges are supported by these PMDC motors?

Depending on the specific model (e.g., RS-390SH or RS-395SH), the operating voltage ranges from 6.0V DC to 24.0V DC. You can choose the optimal nominal voltage like 12VDC or 24VDC based on the datasheet.

How can I select the right motor model between RS-365, RS-385, and RS-395?

You should check the reference drawings for physical dimensions and match them with the performance metrics in the technical datasheet (no-load speed, rated torque, and power output) to select the model that fits your load parameters.

What is the difference between no-load current and stall current?

No-load current is the power consumed by the motor when running freely without any external load, which is minimal (e.g., 0.07A to 0.29A). Stall current is the maximum current drawn when the motor shaft is completely stopped by a load, which is significantly higher (up to 8.9A).