ELAU MC-4/11/10/400 | Servo Driver

ELAU MC-4/11/10/40 servo drive

· parameter

· Power supply voltage: It usually supports three-phase AC power input, with a voltage range of 380V-480V and a frequency of 50Hz or 60Hz. It can adapt to the power 

supply standards of different regions and ensure stable operation in various industrial environments.

· Power: The power adapted to this model of driver usually corresponds to a certain specification of servo motor, and the power value may be in the range of several kilowatts, 

which can provide stable power support for the motor to meet the operating needs of different loads and working conditions.

· Output current: Output current is an important indicator for measuring the driving capability of a driver. The output current range of MC-4/11/10/40 can support the stable 

operation of servo motors with corresponding power, such as up to tens of amperes. The specific value depends on the detailed design and positioning of the product.

· performance parameter 

· Control mode: It has multiple control modes, including position control, speed control, and torque control.

· Position control: It can accurately control the rotation angle and displacement of the motor, achieve high-precision positioning, and the positioning accuracy can reach a high 

level. It is suitable for application scenarios that require strict position accuracy, such as tool positioning in CNC machine tools.

· Speed control: It can accurately adjust the speed of the motor, with high speed control accuracy and small speed fluctuations, which can meet the requirements of different 

production processes for motor speed stability, such as precise control of printing roller speed in printing machinery.

· Torque control: It can accurately control the torque output of the motor according to the load demand, ensuring stable operation of the motor under different load conditions. 

It is suitable for occasions that require precise torque control, such as yarn tension control in textile machinery.

· Slow down. Its dynamic response time is short, usually in milliseconds, which can effectively improve the production efficiency and operational flexibility of the equipment.

Speed regulation range: The speed regulation range is wide, and the motor can operate stably in a large speed range, such as from a few revolutions per minute at low speeds 

to thousands of revolutions per minute at high speeds, which can adapt to the requirements of different process stages for motor speed.

· Interface parameters

· Feedback interface: Supports multiple types of feedback interfaces, such as incremental encoders, absolute encoders, etc. By connecting with the encoder, the driver can obtain 

the actual operating status of the motor in real time (such as position, speed, etc.), and make precise control adjustments based on feedback information to improve control 

accuracy and stability.

· Communication interface: equipped with common communication interfaces such as CANopen, Ethernet, etc.

CANopen interface: facilitates communication and networking with other devices with CANopen communication capabilities, enabling data transmission and collaborative 

work in distributed control systems.

· Ethernet interface: It can be used for high-speed data communication with devices such as upper computers and industrial controllers, facilitating remote monitoring, parameter setting, and fault diagnosis, and improving the intelligent management level of equipment.

· Environmental parameters

· Working temperature: The working temperature range is generally between -20 ° C and 60 ° C, which can adapt to harsh industrial temperature changes. However, appropriate 

heat dissipation measures may be required in high temperature environments to ensure the normal performance and reliability of the drive.

· Humidity: The relative humidity range is usually between 0% and 95% (without condensation). When used in a humid environment, attention should be paid to moisture-proof 

treatment to avoid damage to electronic components caused by moisture.

· Protection level: The protection level generally reaches IP20 or above, which can prevent solid foreign objects with a diameter greater than 12.5mm from entering the interior 

of the driver and provide certain protection for internal electronic components. In some special industrial environments, higher protection levels of enclosures or protective 

measures may be required.