- Product Details
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Quick Details
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Place of Origin:
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Jiangsu, China
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Brand Name:
-
HSE
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Model Number:
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H2838BL
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Torque:
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11.4 ~50 mN.m
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Product Name:
-
Brushless Motor
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Application:
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Household Appliances / Medical Equipment
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Motor type:
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Brushless
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Voltage:
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6V ~ 15V
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MOQ:
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500Pcs
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Size:
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28*38 mm
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Color:
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Silver
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Keywords:
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BLDC
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Power:
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15.43W
Quick Details
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Speed(RPM):
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9800 ~ 12000 r/Min
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Continuous Current(A):
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0.35 ~ 1.3 A
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Efficiency:
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IE 2
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Place of Origin:
-
Jiangsu, China
-
Brand Name:
-
HSE
-
Model Number:
-
H2838BL
-
Torque:
-
11.4 ~50 mN.m
-
Product Name:
-
Brushless Motor
-
Application:
-
Household Appliances / Medical Equipment
-
Motor type:
-
Brushless
-
Voltage:
-
6V ~ 15V
-
MOQ:
-
500Pcs
-
Size:
-
28*38 mm
-
Color:
-
Silver
-
Keywords:
-
BLDC
-
Power:
-
15.43W
Products Description
Product Feature :
▷ High output power
▷ Small size and weight
▷ Good heat dissipation and high efficiency
▷ The range of operating speed is wide
▷ Low electrical noise
▷ High reliability and low maintenance requirements
▷ High dynamic response
▷ There is little electromagnetic interference
Working Principle Of Brushless DC Motor :
As the name suggests, brushless DC motors do not use brushes. Instead of using a commutator to regulate the current inside the coil, a brushless DC motor uses an electronic commutator to deliver the current, which produces an alternating current signal that causes the motor to drive.
The working principle of a brushless DC motor is similar to that of a brushed DC motor. Lorentz's law of force states that as long as a current-carrying conductor is placed in a magnetic field, it will experience a force. Due to the reaction force, the magnet will experience equal and opposite forces. When the coil through the current, will produce a magnetic field, the magnetic field is driven by the stator's magnetic pole, with the polarity of the mutual repulsion, the opposite polarity attracts each other, if you continue to change the direction of the coil current, then the rotor induced by the magnetic field of the magnetic pole will continue to change, then the rotor will be rotating under the action of the magnetic field.
In a BLDC motor, the current-carrying conductor (stator) is fixed, while the permanent magnet (rotor) is in motion.
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