5 hp (3.8 kW) AC Servo Motor with Drive, 15 Nm, 2500 rpm

This 3.8 kW AC servo motor with drive offers a peak torque of 30 N·m, supports MODBUS bus control and multiple control mode switching, and operates reliably from -20°C to +50°C, making it perfect for precision applications such as 3D printing, laser equipment, and packaging machinery. Servo motor and servo drive come as a complete kit, order now to secure your unit.

Specification

Features

1. Strong Power Output: With 15 N·m rated torque, 30 N·m peak torque, and 2500 RPM rated speed, the 3.8kW servo motor provides stable and efficient performance for demanding automation equipment.
2. Accurate and Stable Motion Control: Equipped with DSP digital technology, this AC servo motor drive delivers stable speed regulation and reliable torque output without step loss.
3. Quiet and Smooth Operation: Advanced control algorithms and noise-reduction technology minimize vibration, resonance and operating noise, ensuring smooth low-speed operation of this servo motor kit.
4. Flexible Control and Communication: The servo drive supports Pulse plus Direction, Analog Voltage, AB Pulse, and RS485 Modbus RTU communication for easy integration with industrial automation systems.
5. Faster Dynamic Response: Built with premium silicon steel materials, the servo motor offers higher magnetic efficiency, quicker response speed, and improved operating performance.
6. Reliable Industrial Protection: Featuring IP66 protection and Class B insulation, this servo motor with drive operates reliably in dusty, humid, and harsh working environments.

Dimension (unit: mm)

Servo Motor

Servo Drive

Installation Notes: When installing or disassembling components at the motor shaft end, do not strike the shaft with force, as this may damage the encoder at the opposite end. Avoid excessive vibration of the shaft mounting assembly to prevent bearing damage.

Details

Servo Motor

Servo Drive

Tips: Why does the servo motor produce abnormal noise during operation?

Abnormal noise during servo motor operation is commonly caused by mechanical looseness, bearing wear, shaft misalignment, improper servo parameter settings, or excessive load vibration. Incorrect gain tuning in the servo drive may also create resonance or unstable motor movement, especially during acceleration and deceleration. In addition, poor lubrication, damaged couplings, or electrical interference from encoder signals can increase operating noise. Regular inspection, proper parameter adjustment, stable installation, and correct load matching can effectively reduce servo motor noise and improve system stability.