Mo Series Wire Wound Disc Type DC Servo Motor Mo200/M0400/Mo600/Mo800/Mo1000/Mo2000/Mo3000/Mo4500/Mo6500/Mo13000

• Customization: Available
• Application: Industrial
• Speed: 3000rpm
• Model NO.: MO Series
• Number of Stator: Optional
• Function: Driving, Control
• Casing Protection: Protection Type
• Number of Poles: Optional
• Starting Mode: DC Servo Motor
• Certification: ISO9001
• Brand: Leo
• Fast Delivery: Yes
• Category: Drives
• Weight: 31kgs
• Rated Power: 4.3kw
• Rated Torque: 13.7nm
• Rated Speed: 3000rpm
• Maximum Speed: 4500rpm
• Maximum Torque: 120nm
• Insulation Class: F
• Protection Class: IP44
• Transport Package: Plywood Box Packing
• Specification: Standard
• Trademark: LEO or Customized
• Origin: China
• HS Code: 8501400000
• Production Capacity: 2000pieces/Year
• Package Size: 50.00cm * 50.00cm * 40.00cm
• Package Gross Weight: 35.000kg

Product Description

MO Series Wire Wound Disc Type DC Servo Motors
The MO Series wire wound disc type motor is a DC servo permanent magnet motor with excellent comprehensive performance such as high efficiency and low inertia. It is suitable for the speed regulation methods of general DC motor driving modes, such as changing the series resistance of the armature circuit and changing the armature voltage. It is especially suitable for pulse width modulation (PWM) driving mode.
This motor adopts computer - optimized design, selects high - performance permanent magnet materials, high - temperature - resistant insulating materials with excellent comprehensive performance, and high - strength, high - conductivity, and low - loss brushes for manufacturing. The service life exceeds 10,000 hours, and it can be started, accelerated, braked, and reversed frequently, and can withstand an 8 - 10 times rated current instantaneous impact.
The wire - wound disc - type DC servo permanent magnet motor has good reliability. Compared with ordinary DC motors, printed winding motors, and hollow - cup motors, it is more adaptable to harsh environments such as high and low temperatures, high humidity and heat, vibration, and impact.
The MO Series servo permanent magnet motor adopts a coreless, disc - shaped rotor encapsulated with insulating materials of excellent comprehensive performance. The inductance is small, and the moment of inertia is low (1/10 - 1/20 of that of ordinary motors). Optimal planar commutation is selected to achieve sparkless commutation, with low noise and electromagnetic interference; the coreless loss, with an efficiency of up to 70% - 95%; the linearity of the control characteristic is good, and ideal high - precision speed, position, and torque control can be achieved.
The axial size of this type of motor is small, smaller than the radial size of the printed winding motor, and the weight is lighter. It can be installed by means of convex edge installation or machine base installation, and is convenient to use and maintain.
Our company can design and manufacture wire - wound disc - type DC servo permanent magnet motors beyond this series according to customers' requirements.

 

Application Fields of MO Series Wire Wound Disc Type DC Servo Motors

1. Robotics
In the realm of robotics, the Series wire wound disc type servo motors play a crucial role. Their low inertia characteristic allows robotic arms and joints to achieve rapid acceleration and deceleration, enabling robots to perform complex movements with high precision and speed. For example, in industrial robotic arms used for assembly lines, these motors can accurately position the end - effector, ensuring that components are placed precisely in the correct location. The ability to withstand frequent starting, braking, and reversing also makes them suitable for robots that need to repeat tasks continuously, such as pick - and - place robots in warehouses.
 
2. CNC Machine Tools
CNC (Computer Numerical Control) machine tools demand high - precision motion control. The MO series motors, with their excellent control characteristics and high efficiency, can provide the necessary power for the feed and spindle drives of CNC machines. The low electromagnetic interference and sparkless commutation of these motors ensure stable operation, which is vital for machining high - precision parts. Whether it's milling, turning, or drilling operations, the motors can accurately follow the control commands, resulting in parts with tight tolerances and high surface quality.
 
3. Aerospace and Defense
In aerospace and defense applications, equipment often needs to operate in harsh environments with extreme temperature variations, vibration, and shock. The MO series motors, with their adaptability to high and low temperatures, high humidity, and harsh conditions, are well - suited for this field. They can be used in missile guidance systems, aircraft control surfaces, and satellite - borne equipment. Their high efficiency and reliability help reduce power consumption and ensure the normal operation of critical equipment in these high - stakes applications.
 
4. Medical Equipment
Medical devices require motors that are not only precise but also quiet and reliable. The MO series motors' low noise operation and good linear control characteristics make them ideal for medical equipment such as surgical robots, diagnostic imaging devices, and infusion pumps. In surgical robots, the motors can accurately control the movement of the robotic arms to assist surgeons in performing minimally invasive surgeries with high precision. For infusion pumps, the motors can provide a stable and accurate flow rate of medications, ensuring patient safety.
 
5. Automation in the Packaging Industry
The packaging industry needs to achieve high - speed and accurate packaging operations. The MO series motors can drive various components in packaging machines, such as conveyors, sealing mechanisms, and labeling devices. Their high - speed response and stable torque output ensure that packaging materials are processed and products are packaged at a high rate while maintaining quality. For example, in a beverage canning line, these motors can control the movement of cans accurately, enabling efficient filling, sealing, and labeling processes.
 
6. Precision Positioning Systems
In applications such as optical inspection equipment, semiconductor manufacturing, and precision measurement instruments, precise positioning is essential. The MO series motors, with their ability to achieve high - precision speed, position, and torque control, can accurately move the components in these systems. In semiconductor manufacturing, they can be used to position wafers with high accuracy, ensuring the quality of integrated circuit production. In optical inspection equipment, they can control the movement of lenses and sensors to achieve accurate detection of product defects.