MAX-4/11/03/128/08/1/0/01 servo drive

MAX-4/11/03/128/08/1/0/01 is a servo drive from the ELAU brand that is part of the PAC Drives system, specifically designed for industrial automation applications. Here are some of the key features and parameters of the product:

Model: MAX-4/11/03/128/08/1/0/01
Manufacturer: ELAU (now part of Schneider Electric)
Power requirements: 24V DC (24V DC)
Output current: 1.5 amps (A)
Control mode: Pulse width modulation (PWM)
Communication interface: Support CANopen, Profibus-DP and other industrial communication protocols
Size: 80mm x 60mm x 30mm
Application: Suitable for a variety of industrial automation applications, such as packaging machinery, printing machinery, food processing machinery, robots, CNC machine tools, metal processing machinery, electronic manufacturing equipment, etc.
Features: High performance and reliability, small size, light weight, easy installation and maintenance, low noise and vibration, wide operating temperature range.
With its high performance, compact size and wide range of applications, this servo drive is a popular choice in industrial automation. It provides precise speed, position and torque control to meet a wide range of precise control needs.

MAX-4 11 03 128 99 1 1 00

Machine tool control: Used for servo motor control in numerical control machine tools (CNC), to achieve accurate position and speed control, improve machining accuracy and efficiency.

Robotics: In industrial robots and automated assembly lines, it is used to precisely control the individual joints of the robot, ensuring flexible and accurate operation.

Packaging machinery: In automated packaging equipment, conveyor belts, sorting mechanisms, etc., are controlled to achieve high-speed and precise packaging processes.

Printing machinery: In the printing equipment, it is used to control the paper positioning, embossing and other actions in the printing process to ensure the printing quality.

Textile machinery: In the textile production line, it is used to control the key movements of the loom, such as let-off and winding, to improve production efficiency and textile quality.

Material handling: In the material handling and conveying system, it is used to control conveyor belts, elevators and other equipment to achieve accurate positioning and handling of materials.

Electronic manufacturing: Used to control precision positioning platforms and pickup and placement mechanisms in the assembly and inspection of electronic components.

Food processing: In food processing and packaging production lines, it is used to control the movement of processing machinery to ensure the consistency and quality of products.

Medical devices: In medical imaging devices and other medical instruments, used to control moving parts, providing precise control and operation.

Energy industry: For precise positioning control in applications such as solar tracking systems and blade regulation for wind turbines.

Aerospace: Ground test equipment and flight control systems used in the aerospace field to control critical motion and positioning.

Simulation: Used in flight simulators and other training equipment to provide realistic feedback and control of motion.