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Servo motor_BLDC

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Servo motor_BLDC Specification

Installation Type
Flange Mount

Protection Level
IP54

Phase
Three Phase

Sensor Type
Hall Sensor

IP Rating
IP54

Output
200W

Mounting Type
Flange Mount

Connectivity Type
Wired

Usage & Applications
Industrial automation, Robotics, Printing Machinery, Medical Equipment

Current
4.2A

Features
High torque, Compact design, Low noise, Smooth operation

Product Type
Servo Motor BLDC

Input
DC

Diameter
60 mm

Application
Automation, Robotics, CNC Machines, Actuator Drives

Supply Voltage
48V DC

Accuracy
High precision

Dimension (L*W*H)
130 x 60 x 60 mm

Weight
2.5 kg

Maximum Torque
2.4 Nm

Noise Level
<55 dB(A)

Bearing Type
Ball Bearing

Material
Aluminum Alloy

Control Method
PWM/Servo Controller

Life Expectancy
20,000 hours

Shaft Type
Keyed Shaft

Ambient Humidity
85% RH

Rated Speed
3000 RPM

Insulation Class
Class F

Commutation
Electronic

Rotor Inertia
0.3 kgcm

About Servo motor_BLDC

Brushless DC Servo motor with 2500 PPR encoder feedback

Rating 40 watts to 750 Watts

RPM 3000 rpm

Torque 0.2 Nm to 2.8 Nm

Totally Integrated Solution with

Drivers

2) Motion Controllers

3) Transformers Power Supplies

4) CONTROL PANELS

5) Programming Installation Commissioning Documentation

Robust Performance and Reliability

With high torque output and consistent speed of 3000 RPM, this BLDC Servo Motor delivers reliable operation over prolonged periods. The ball bearing and Class F insulation ensure durability, while the electronic commutation provides smooth, hassle-free control. Its IP54 rating and long life expectancy (20,000 hours) make it suitable for challenging industrial environments.

Flexible Application and Easy Installation

The compact, 60 mm-diameter design, coupled with a keyed shaft and flange mounting, allows seamless integration into a variety of systems. From automation and robotics to medical and printing machinery, the versatility of this motor meets a range of application demands. Its wired connectivity and 48V DC supply make installation straightforward for most industrial settings.

FAQs of Servo motor_BLDC:

Q: How is the Servo Motor BLDC controlled in automation and robotics applications?

A: The Servo Motor BLDC is controlled primarily through PWM signals or a compatible servo controller, delivering precise position, speed, and torque regulation required in automation, robotics, CNC machines, and actuator drives.

Q: What benefits does the keyed shaft and flange mounting provide?

A: The keyed shaft ensures secure power transmission to your load, minimizing slip, while the flange mount allows for sturdy and accurate installation in different configurations, which is crucial for high-precision industrial operations.

Q: When is it ideal to use this BLDC Servo Motor in industrial settings?

A: This BLDC servo motor is best suited for applications demanding high precision, consistent operation, and durability, such as industrial automation, robotics, actuator drives, printing machinery, and medical equipment.

Q: Where can this servo motor be installed, considering environmental factors?

A: Thanks to its IP54 protection and aluminum alloy body, the motor is well-suited for installation in factory environments with up to 85% relative humidity, offering strong resistance to dust and splash water ingress.

Q: What is the advantage of using a Hall sensor in this motor?

A: The integrated Hall sensor provides accurate rotor position feedback, enabling precise electronic commutation and enhanced control accuracy, essential for smooth operation in high-precision tasks.

Q: How does its low noise feature benefit industrial operations?

A: With a noise level below 55 dB(A), this servo motor ensures minimal auditory disruption, facilitating a quieter workplace and smoother machine operation, which is particularly valuable in settings where noise reduction is important.

Q: What is the expected maintenance process for this servo motor?

A: Thanks to its ball bearing design and high-quality materials, the servo motor requires minimal maintenance. Periodic checks on electrical connections and cleaning of the external casing are recommended for optimal performance throughout its 20,000-hour service life.

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