24V 4000RPM 0.215Nm 90W 4.92A 42x42x100mm Brushless DC Motor

24V 4000RPM 0.215Nm 90W 4.92A 42x42x100mm Brushless DC Motor

Manufacturer Part Number: 42BL02402-0090-XXX
Frame Size: 42x42mm
Protection Grade: IP40
Body Length: 100mm
Rated Voltage: 24V
Rated Speed: 4000RPM
Rated Torque: 0.215Nm
Power: 90w

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Product Introduction

General Specification

Protection grade

IP40

Ambient Temperature

-20℃~55℃

Storage Temperature

-25℃~+70℃

Ambient Humidity

<85% ( without condensation )

Insulation Class

Class B

Insulation Resistance

100MΩMin.@500VDC

 

Wiring

Lead No.

Lead Color

Lead Gauge

Function

Description

1

Red

UL1061/24AWG

VCC

Supply voltage for Hall Sensors

2

Yellow

Hv

 

3

Blue

Hw

 

4

Black

GND

Ground for Hall Sensors

5

Orange

Hu

 

6

Blue

UL1061/20AWG

w

 

7

Orange

u

 

8

Yellow

v

 

 

Technical Specification

Model NO.

Rated Voltage

Speed

Rated Torque

Power

Rated Current

No-load Speed

No-load Current

Resistance/line-line

Inductance/line-line

Back EMF Constant

Length

 

VDC

rpm

N.m

W

A

rpm

A

Ω

mH

V/krpm

mm

42BL02402-0090-XXX

24

4000

0.215

90

4.92

5000

0.98

0.40

0.37 3.00

100

 

Mechanical Dimension

22

The Disadvantages of BLDC Motors

While brushless DC (BLDC) motors offer numerous advantages, they also have a few disadvantages. Here are some common disadvantages associated with BLDC motors:

1. Cost: BLDC motors are generally more expensive compared to brushed DC motors. This is primarily due to the added cost of the electronic controller required to operate the motor.

 

2. Complex control: BLDC motors require electronic controllers to manage the motor's operation. The control algorithms and circuits involved can be more complex than those used in brushed DC motors, requiring additional expertise and resources for implementation.

 

3. Electronic noise: BLDC motors generate electronic noise during operation, which can interfere with sensitive electronic equipment. Proper shielding and filtering measures need to be implemented to mitigate this issue.

 

4. Sensor requirement: In some cases, BLDC motors require position sensors, such as hall effect sensors, for proper operation. These sensors provide feedback to the controller about the rotor position, enabling precise control. However, the inclusion of sensors adds complexity and cost to the motor system.

 

5. Limited self-starting capabilities: Unlike brushed DC motors, BLDC motors do not have inherent self-starting capabilities. They require an initial push or a startup sequence from the controller to commence rotation. This can be a limitation in certain applications where instant motor startup is crucial.

 

6. Potential for electrical interference: BLDC motors utilize electronic commutation, which involves switching currents rapidly. This can lead to electrical interference or electromagnetic compatibility (EMC) issues if proper design and precautions are not taken.

 

It's important to note that despite these disadvantages, the benefits of BLDC motors often outweigh the drawbacks in many applications. The choice of the motor depends on the specific requirements and constraints of the intended use case.

 

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