Schneider MC-4/11/10/400 PacDrive Series Three-Phase Servo Drive

Rated Connection Voltage: AC 380V (-10%) to 480V (+10%)

Rated Current: 10A

Control Voltage/Power: DC 24V (-15%/+25%) / 1A

Power Frequency: 48-62Hz

Output Voltage: 0-480V AC

Dimensions: Approximately 23.0cm × 31.0cm × 7.0cm

Weight: Approximately 3.4kg

Compact Design: Adopts a compact and independent structure, suitable for wall-mounted installation. It integrates the power supply unit, power output stage, and axis software controller into a single housing, saving installation space.

Precise Control: As a servo drive, it can provide powerful and precise control for servo motors, enabling high-precision position, speed, and torque control. This ensures stable operation of the motor under various working conditions and helps build high-performance motion control systems.

Automatic Identification: Equipped with automatic motor identification function, it can self-configure with the help of the electronic nameplate in the motor, eliminating the need for complex manual settings.

Convenient Communication: Equipped with standard industrial communication interfaces such as PROFIBUS, EtherCAT, and CANopen, it supports seamless integration with other automation equipment or control systems like PLC and DCS. It also supports remote monitoring and data collection, facilitating system debugging and maintenance.

Safe and Reliable: Built-in multiple protection mechanisms such as overload, overvoltage, and overheating protection to ensure safe and stable operation of the system. It also has a wide voltage range adaptability, which can resist the impact of grid voltage fluctuations to a certain extent.

Industrial Robot Handling Scenario: In automobile manufacturing workshops, it is often used to control the movement of industrial robots. For example, when a handling robot needs to accurately transport auto parts from one position to another, the MC-4/11/10/400 can precisely control the position and speed of the servo motors of each axis of the robot, enabling it to accurately grasp and place parts according to the preset trajectory. This improves handling precision and efficiency, ensuring the accuracy and consistency of automobile assembly.

CNC Machine Tool Processing Scenario: In CNC machining centers, it can realize precise feeding and positioning of tools. For instance, when processing complex mechanical parts, it can accurately control the servo motor according to programming instructions, driving the tool to move along the predetermined path. This guarantees the machining precision and surface quality of parts, improves processing efficiency, and reduces the rejection rate.

Automated Assembly Line Scenario: In the automated assembly line of 3C products, it is used to control the movement of assembly robots and conveying equipment. For example, it can accurately assemble electronic components onto circuit boards or control the conveyor belt to precisely transport parts, ensuring that each assembly process is carried out accurately. This improves assembly efficiency and product quality while reducing labor costs.

Packaging Machinery Packaging Scenario: In food packaging machinery, it can precisely control the conveying length of packaging materials and the sealing position. For example, in candy packaging machines, it can accurately control the cutting length of packaging paper and the sealing position of candies, ensuring the beauty and consistency of packaging, improving packaging speed and quality, and meeting the requirements of high efficiency and hygiene in food production.

Printing Machinery Printing Scenario: In printing machines, it can be used to control the rotation speed and position of printing rollers, as well as the conveying precision of paper. This ensures uniform distribution of ink during printing, accurate positioning of printed texts and images, improves printing quality and overprinting precision, reduces the rejection rate, and is suitable for various high-precision printing needs.