KOLLMORGEN 6SM57M – 3.000 Synchronous Servo motor

KOLLMORGEN 6SM57M – 3.000 Synchronous Servo motor

Specific Parameters​

• Power: 1.9KW​

• Torque: 8.0Nm​

• Speed: 3000/min​

• Current: 4.0A​

• Peak Current: 17A​

• Protection Class: IP64​

• Main Voltage: 400V/480V​

• Continuous Torque Range: The continuous torque range of this series is within a certain interval, and this model is within a reasonable range (The specific value can be further verified with the official as the data is not clear).​

• Upper Limit of Rated Speed: Up to 6,000 rpm​

• Insulation Class: Class F, in line with DIN 57530 standard​

• Vibration Resistance Class: Class N, in line with DIN EN 60034 – 14 standard​

• Feedback Device: Equipped with a bipolar hollow – shaft resolver, and a high – resolution encoder is optional​

Product Performance​

1. High Dynamic Response: The neodymium permanent magnet rotor structure enables the motor to quickly respond to control signals, achieving high – dynamic performance. It performs outstandingly in application scenarios with frequent start – stop and rapid acceleration – deceleration.​

2. Efficient and Stable Operation: Under the supply of 400V/480V main voltage, the motor can stably output power and maintain efficient operation, ensuring the continuous operation of equipment.​

3. High – Speed Capability: The maximum rated speed can reach 6,000 rpm, which can fully meet the application scenarios with high – speed operation requirements, expanding the application range.​

4. Good Torque Characteristics: It has a suitable continuous torque range. In the same type of products, for different torque requirements, multiple flange sizes are provided, which is convenient for optimizing the installation layout and achieving better inertia matching, ensuring the stable operation of the equipment.​

5. Reliable Protection and Durability: The IP64 protection class can effectively resist dust and a certain degree of water splashing. Combined with the Class F insulation level and Class N vibration resistance level, the motor can adapt to a variety of complex industrial environments, operate stably for a long time, reduce maintenance frequency, and lower the use cost.