High-Precision Servo Electric Motor

The M2 advanced servo electric motor is engineered for precision, speed, and reliability in modern industrial automation. Equipped with a 23-bit or 17-bit absolute encoder, it ensures ultra-accurate positioning and smooth motion control. Supporting both AC 220V and AC 380V power options, the motor offers a wide power range up to 7.5 kW, making it ideal for various high-performance applications. With its high torque, fast response, and energy-efficient design, the M2 servo motor maximizes equipment performance while reducing operational costs.

Product Detail

Feature:

1.High Precision & Smooth Motion
Equipped with 23-bit optical absolute encoder or 17-bit magnetic absolute encoder, delivering superior accuracy and smoother operation for precision-demanding applications.

2.Enhanced Reliability & Protection
Standard oil seals and IP65-rated protection ensure durability in harsh environments. Optional waterproof motors and oil-resistant cables further improve dustproof and waterproof performance, extending service life.

3.Optimized Low-Speed Performance
The newly designed 10-pole rotor with field-oriented control (FOC) technology reduces pulse width, achieving smoother low-speed motion and improved surface finish quality.

Highlights:

·Wide Application Flexibility – Supports multiple encoder options and voltage ranges to adapt to diverse industrial automation needs.

·Durable in Harsh Environments – Robust structure with optional waterproof and oil-resistant configurations ensures long-term stability.

·High Performance Output – Combines precision, efficiency, and smooth control to maximize equipment productivity.

Application:

Servo motors are widely used in industrial automation, robotics, electronics manufacturing, medical equipment, new energy, logistics, and precision motion control, enabling high-performance operation across diverse applications.

Specification

Series	Specs	Unit	50W	100W	200W	400W	750W	1KW
M2H Flange Below 80 – High Inertia	Flange	mm	40	40	60	60	80	80
	Rated/Peak Torque	Nm	0.16/0.48	0.32/0.96	0.64/1.92	1.27/3.81	2.4/7.2	3.2/9.6
	Inertia: Without Brake / With Brake	X10^-4Kg㎡	0.035/0.038	0.05/0.53	0.29/0.32	0.53/0.56	1.62/1.72	2.1/2.2
	Speed: Rated / Maximum	r/min	3000/6000	3000/6000	3000/6000	3000/6000	3000/6000	3000/6000
	220V Motor Model		M2H040- S05B30C	M2H040- S10B30C	M2H060- S20B30C	M2H060- S40B30C	M2H080- S75B30C	M2H080- S10C30C
	380V Motor Model		–	–	–	–	–	–

Series	Specs	Unit	850W	1.3KW	1.8KW	2.2KW	2.9KW	4.4KW	5.5KW	7.5KW
M2H 130/180 Flange – High Inertia	Flange	mm	130	130	130	130	130	180	180	180
	Rated/Peak Torque	Nm	5.39/16.17	8.34/25.02	11.5/34.5	14.3/40	18.6/55.8	28.4/85.2	35/105	48/120
	Inertia: Without Brake / With Brake	X10^-4Kg㎡	10.9/12.13	16.9/18.13	21.4/22.63	27.1/28.33	63.5/69.5	88.5/94.5	114.4/120.4	136.6/142.6
	Speed: Rated / Maximum	r/min	1500/3000	1500/3000	1500/3000	1500/3000	1500/3000	1500/3000	1500/3000	1500/3000
	220V Motor Model		M2H130- S85B15C	M2H130- S13C15C	M2H130- S18C15C	M2H130- S22C15C	–	–	–	–
	380V Motor Model		M2H130- S85B15C	M2H130- T13C15C	M2H130- T18C15C	M2H130- T22C15C	M2H180- T29C15C	M2H180- T44C15C	M2H180- T55C15C	M2H180- T75C15C

Passed ISO 9001 and ISO 14001 management system certification and CE certificate.

Servo Electric Motor – Frequently Asked Questions (FAQs)

What is a servo motor?

A servo motor (servo electric motor) is a rotary or linear actuator that provides precise control of position, speed, and torque. It operates using a closed-loop feedback system, which continuously monitors and adjusts the motor’s movement. Servo motors are widely used in CNC machines, robotics, semiconductor equipment, packaging machinery, and precision manufacturing applications.

What makes up a servo motor?

A servo motor consists of several key components:

Stator – Generates a magnetic field
Rotor – A permanent magnet that rotates within the stator
Windings – Create a rotating magnetic field
Shaft – Transfers mechanical output power
Encoder (Feedback device) – Monitors position, speed, and rotations
Control circuit / drive – Processes feedback and adjusts motor performance

Together, these components ensure accurate and efficient operation.

How does a servo motor work?

A servo motor works using a closed-loop control system. The controller sends a command signal for position, speed, or torque. The encoder measures the actual output and sends feedback to the controller. If there is any difference between the desired and actual position, the system automatically corrects it, ensuring precise movement.

What are the different types of servo motors?

The main types of servo motors include:

DC Servo Motors – Known for fast response and high efficiency
AC Servo Motors – Used in industrial applications for higher power and durability
Brushless Servo Motors – Offer longer lifespan and lower maintenance
Linear Servo Motors – Provide straight-line motion instead of rotation