DC motor DCB series
brushless24 Vhigh-efficiency

DC motor - DCB series - Mellor Electrics Ltd - brushless / 24 V / high-efficiency
DC motor - DCB series - Mellor Electrics Ltd - brushless / 24 V / high-efficiency
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Characteristics

AC/DC
DC
Type
brushless
Voltage
24 V
Other characteristics
high-efficiency, low-noise, with speed controller
Power

9.407 W, 14.324 W, 24.229 W
(0.013 hp, 0.019 hp, 0.033 hp)

Intensity

Max.: 2.04 A

Min.: 0.19 A

Torque

Max.: 0.1972 Nm
(0.1454 ft.lb)

Min.: 0.0357 Nm
(0.0263 ft.lb)

Rotational speed

Max.: 4,671 rpm
(29,348.76 rad.min-1)

Min.: 2,346 rpm
(14,740.35 rad.min-1)

Diameter

36 mm
(1.42 in)

Operating temperature

Max.: 30 °C
(86 °F)

Min.: 25 °C
(77 °F)

Description

Our DC range of motors is now complimented with a brushless DC option that features an inner rotor with integrated electronics for step-less speed control and exceptionally quiet operation with a longer life than that of the brushed motors. These highly efficient BLDC motors are suitable for continuous operation and can be supplied as a motor only or fitted to one of our gear boxes - see FBB T3 and UBB T6 gear motor series for output speed and torque ranges. • Rated voltage 24VDC • Bi-directional • PWM speed control • Speed signal feedback: six pulses per revolution • Locked rotor protection • Exceptionally low noise levels • Integrated current protection 2.5 Amps • Life up to 10,000 hours depending on usage • 125+/-15 °C Thermal shutdown temperature With all the functionality included into the design of this BLDC motor it is versatile yet strong enough to operate in many applications. 1. Operating voltage range: 8-26VDC. 2. Motor axial end play: 0.05-0.5mm. 3. Measuring method for motor output shaft extension: push the rotor against the end cap to measure the shaft extension. 4. Cable connection method: 4:1 When the red wire is connected to the positive pole if the power supply (+) and the black and blue wire are connected to the negative pole of the power supply (-) the motor direction is CW when viewed output shaft side of the motor. 4:2 When the red wire is connected to the positive pole if the power supply (+) and the black, blue and yellow wire are connected to the negative pole of the power supply (-) the motor direction is CCW when viewed output shaft side of the motor.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.