24V 4000RPM 0.494Nm 207W 11.1A Ф85x66mm Brushless DC Motor

24V 4000RPM 0.494Nm 207W 11.1A Ф85x66mm Brushless DC Motor

Manufacturer Part Number: 85BL02402-0207-XXX
Frame Size: 85x85mm
Rated Voltage: 24V
Rated Speed: 4000RPM
Rated Torque: 0.494Nm
Power: 207W

  • Fast Delievery
  • Quality Assurance
  • Customization AvailableCustomization Available
Product Introduction

General Specification

Winding Type

star

Shaft Axial Play

0.025mm

Ambient Temperature

-20℃~55℃

Ambient Humidity

<85% ( without condensation )

MAX.Radial Force

95N@10mm from the flange

MAX.Axial Force

30N

Insulation Class

Class B

Insulation Resistance

100MΩMin.@500VDC

 

Wiring

Lead No.

Lead Color

Lead Gauge

Function

Description

1

Red

UL1007/26AWG

VCC

Supply Voltage for Hall Sensors

2

Black

 

GND

Ground for Hall Sensors

3

Yellow

 

HALL A

 

4

White

 

HALL B

 

5

Blue

 

HALL C

 

6

Orange

UL1007/18AWG

Phase A

 

7

Green

Phase B

 

8

Brown

Phase c

 

 

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

85BL02402-0207-XXX

24

4000

0.494

207

11.1

6300

0.86

0.125

0.337

3.8

66

 

Mechanical Dimension

30

FAQ: 

Q: Why BLDC motors are suitable for high-precision applications

A: There are several reasons why BLDC motors fit in high-precision applications.

1. High Positioning Accuracy: BLDC motors offer excellent positioning accuracy due to their precise control over speed and position. With the use of advanced control algorithms and feedback devices such as encoders or resolvers, BLDC motors can achieve accurate and repeatable positioning, making them suitable for applications that require precise movement control.

 

2. Low Rotor Inertia: BLDC motors typically have low rotor inertia, allowing them to respond quickly to changes in speed and direction. This responsiveness is crucial in high-precision applications where rapid and precise positioning is required.

 

3. Smooth Operation: BLDC motors operate smoothly with minimal torque ripple. This smooth operation helps in maintaining stability and reducing disturbances in high-precision applications where even small vibrations or variations can affect the overall performance.

 

4. High-Speed Capability: BLDC motors can operate at high speeds without compromising accuracy. This characteristic makes them suitable for applications such as robotics, CNC machines, and high-speed automation systems that demand both precision and speed.

 

5. Closed-Loop Control: BLDC motors can be operated in closed-loop control systems, where feedback from encoders or other position sensors is used to continuously monitor and adjust the motor's position and speed. Closed-loop control enhances the precision and stability of the motor's operation, making it well-suited for high-precision applications.

 

6. Low Maintenance: BLDC motors have a brushless design, which eliminates the need for brush maintenance and reduces the chances of wear and tear. This results in improved reliability and longevity, important factors in high-precision applications where downtime and maintenance can be costly.

 

7. Customization Options: BLDC motors can be customized to meet specific requirements of high-precision applications. This includes options for gear reduction, different rotor designs, and integration with control systems tailored for precise positioning and speed control.

 

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