KOLLMORGEN 6SM37M-6000 servo motor

KOLLMORGEN 6SM37M-6000 servo motor

Product Details Introduction

KOLLMORGEN 6SM37M-6000 servo motor is a high-performance servo motor produced by Kollmorgen company, widely used in precision motion control and automation systems. Kollmorgen is a globally renowned supplier of electric motors and drive technology, offering various types of motors, drives, and control systems. The 6SM37M-6000 series servo motor performs excellently in multiple industrial application fields, with characteristics such as high response, high precision, and high power density.

Main features and functions:

High precision and high dynamic performance:

The 6SM37M-6000 servo motor is designed for applications that require precise motion control. It provides high response speed and excellent control performance, especially suitable for tasks that require rapid acceleration and deceleration. This motor is suitable for systems that require precise positioning, speed control, and torque control.

High power density:

This series of motors has a high power density and can provide high output power in a compact size. This enables it to provide efficient power transmission, save equipment space, and reduce costs in space constrained applications.

Excellent cooling performance:

The 6SM37M-6000 servo motor adopts an efficient heat dissipation design, which can maintain a low operating temperature and ensure long-term stable operation of the motor. It can be applied in high load, long-term operating industrial environments to ensure sustained high efficiency performance.

High efficiency and low energy consumption:

The motor design emphasizes energy efficiency and can achieve high output power with low energy consumption. Its efficient electrical and mechanical design can reduce operating costs and effectively extend the service life of the motor.

High speed and high torque:

The 6SM37M-6000 motor can provide high speed and torque output, suitable for applications that require fast rotation and high loads. It is suitable for various industrial applications, such as automated assembly lines, robots, machine tools, textile equipment, etc.

Integrated sensors and feedback system:

This series of servo motors is usually equipped with high-precision feedback systems such as encoders, absolute position sensors, etc., providing real-time position, speed, and torque feedback. These feedback components ensure that the motor has high positioning accuracy and stability when operating in complex control systems.

Wide working temperature range:

The 6SM37M-6000 servo motor is capable of operating within a wide temperature range and can typically work stably in environments ranging from -10 ° C to+40 ° C or higher, adapting to various harsh environments.

Multiple options and configurations:

According to the specific needs of users, the 6SM37M-6000 motor offers a variety of configuration options including models, power, speed, and installation methods to meet the requirements of different applications.

Technical specifications (typical):

Rated power: Depending on the model, the rated power of 6SM37M-6000 motors typically ranges from a few hundred watts to several kilowatts, depending on the model.

Rated current: The rated current of a motor is usually related to power and load capacity, and the specific value depends on the specific configuration of the motor.

Rated speed: The rated speed range of this motor is usually wide, ranging from several thousand revolutions per minute (rpm) to tens of thousands of rpm.

Rated torque: The rated torque of this series of motors can adapt to applications with higher loads, and the specific values vary depending on the model and configuration.

Feedback type: generally incremental encoder or absolute value encoder.

Working voltage: Typically three-phase alternating current (AC), such as 220V or 380V, with specific voltage ranges depending on the model.

Size and weight: The size of the motor varies according to different power levels and design types, and standard industrial installation sizes (such as B5, B14, etc.) are generally used.

Cooling method: Generally natural cooling or forced air cooling, depending on the power and usage environment of the motor.

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