Brushless motor DCB series
DC24 Vhigh-efficiency

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

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

9.41 W, 14.32 W, 24.23 W
(0.01 hp, 0.02 hp, 0.03 hp)

Intensity

Max.: 2.04 A

Min.: 0.19 A

Torque

Max.: 0.1972 Nm
(0.145447 ft.lb)

Min.: 0.0357 Nm
(0.026331 ft.lb)

Rotational speed

Max.: 4,671 rpm
(29,348.7586 rad.min-1)

Min.: 2,346 rpm
(14,740.3527 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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