24 Volt Servo Motor

In addition to supporting high-resolution encoders (17-bit single-turn/multi-turn absolute, 2500-line incremental) and ±0.005 mm repeat positioning accuracy, the servo motor features closed-loop control capability, providing real-time feedback on position and velocity to effectively resist external disturbances. The magnetic encoder offers strong resistance to oil and vibration, making it suitable for harsh industrial environments such as engraving, 3C assembly, and robot joints where high precision is critical.

The motor delivers millisecond-level acceleration and deceleration, with typical response times enabling start/stop or direction change within a few milliseconds. High dynamic response is achieved through a low rotor inertia design and optimized electromagnetic solutions, coupled with a high-performance driver to realize high bandwidth (e.g., speed loop of several hundred Hz). This significantly improves production line cycle times and tracking accuracy, making it ideal for applications such as pick-and-place machines, high-speed sorting, and parallel robots.

With a brushless electronic commutation structure, there is no carbon brush wear risk, resulting in a theoretical service life much longer than that of brushed motors. IP54 (frame size 60 and above) provides dust and splash protection, while size 40 motors also achieve IP54. Wide operating temperature range (-20°C to +80°C) and overload protection capability make it suitable for complex environments such as CNC machine tools, packaging machinery, and outdoor equipment. The mean time between failures (MTBF) is significantly extended.

Through optimized stator slot-pole combinations, sinusoidal wave drive, and precision dynamic balancing processes, the motor's noise at rated speed is typically below 50 dB(A) (depending on frame size and speed). Compared with traditional stepper or DC motors, there is no electromagnetic whine or mechanical commutation noise, making it suitable for applications with strict silence requirements such as medical equipment, laboratory instruments, home service robots, and office automation.

The motor can operate stably in the 0–3000 RPM range (rated torque region) and can be extended to 3000–6000 RPM (constant power region) via field-weakening control. At low speeds, torque is smooth without crawling; at high speeds, torque output remains stable. The speed regulation ratio can exceed 1:10,000. This wide speed regulation capability eliminates the need for mechanical transmission mechanisms-a single motor can cover diverse requirements from precise positioning to high-speed transfer, simplifying transmission design.

Motor efficiency typically exceeds 80% (at rated point), saving about 20%–40% energy compared with conventional induction motors or hydraulic systems. Standby power consumption is extremely low, and no additional cooling fan is required. The motor has passed China RoHS certification and contains no hazardous substances (lead, mercury, cadmium, etc.). The green design combined with high efficiency not only reduces user operating costs but also complies with the "dual carbon" policy requirements, making it suitable for environmentally oriented applications such as electric equipment, automatic packaging, and new energy production lines.