3.2 kW Servo Motor, Water Cooled, 380V, 15.2 Nm, 2000 rpm

Description

3.2 kW servo motor manufacturer direct sale. It is a liquid cooled AC servo motor with rated voltage 380V, rated current 11.5A, rated torque 15.2 N.m, and rated speed 2000 rpm, which provides precise control of angular or linear position, speed, and acceleration.

Specifications

• Model: ATO130SY-M15220HS1
• Rated Power: 3.2kW
• Rated Voltage: 380V
• Rated Current: 11.5A
• Rated Torque: 15.2 N.m
• Maximum Torque: 30 N.m
• Rated Speed: 2000 rpm
• Maximum Speed: 4000 rpm
• Rotor Inertia: 3X10^-3 kg.m²
• Weight: 11.8kg
• Length: 221mm

Dimension (Unit: mm)

Winding Wiring

Encoder Wiring

Details

Tips: Advantages of water-cooled servo motor

• Enhanced Thermal Management: Water cooling provides superior heat dissipation, allowing the servo motor to maintain optimal operating temperatures. This prevents overheating, which can lead to improved reliability and longevity of the motor.
• Increased Power Density: Due to effective cooling, water-cooled servo motors can operate at higher power levels without the risk of overheating. This enables a more compact motor design, providing higher power density and saving valuable space in machinery or equipment.
• Improved Efficiency: With better temperature control, water-cooled motors can maintain high efficiency even under heavy load conditions. This translates to reduced energy consumption and lower operational costs over time.
• Stable Performance: Consistent cooling ensures that the motor performs reliably under varying environmental conditions and load demands. This stability is crucial in precision applications where consistent performance is mandatory.
• Noise Reduction: Water cooling systems generally operate more quietly than air-cooling systems, reducing noise pollution in industrial settings and contributing to a more pleasant working environment.
• Flexibility in Installation: The absence of bulky air-cooling fans and the potential for a more compact motor design make water-cooled servo motors easier to integrate into different machine designs, offering greater flexibility in system configuration.