Universal Integrated Servo Motor VFD Variable Frequency Drive inverter Wall Mounted

Wall mounted universal servo frequency converter is a driving device that integrates servo control technology and frequency conversion technology. It adopts a wall mounted installation method and is widely used in the field of industrial automation. It is suitable for scenarios with high control requirements for motor speed, torque, and position.

• Wall mounted design: Compact structure, saves installation space, suitable for industrial environments with limited space. Modular design, easy to maintain and expand.
• Universality: Supports multiple types of motors (such as asynchronous motors and synchronous motors), compatible with motors of different brands and specifications. The adjustable range of parameters is wide, adapting to different load requirements.
• Servo control function: High precision speed control and position control meet the requirements of precision machining, positioning, and other applications.
  Fast response characteristics and excellent dynamic performance.
• Variable frequency energy-saving
  By adjusting the motor speed, energy conservation can be achieved and energy consumption costs can be reduced.
  Support multiple control modes (such as V/F control, vector control) to adapt to different working conditions.

• Protection function
  Built in overcurrent, overvoltage, undervoltage, overload, overheating and other protection functions ensure the safe operation of the equipment.

• CNC machine tools: spindle drive, feed axis control, achieving high-precision machining.
• Textile machinery: speed and tension control of spinning, weaving and other equipment.
• Packaging machinery: synchronous control of equipment such as conveyor belts and sealing machines.
• Printing machinery: tension control and synchronous transmission of roll paper and printing rollers.
• Robots: joint drive, positioning control, improve motion accuracy.

• High precision control: Adopting advanced servo algorithms to achieve precise control of speed and position, the positioning accuracy can reach ± 0.01mm.
• Efficient and energy-saving: By using variable frequency speed regulation, the motor efficiency is increased by 10% -30% and energy consumption is reduced.
• Ease of Use: The parameter settings are simple and support communication with upper computers such as PLC and HMI, making it easy to integrate into automation systems.
• Reliability: Using industrial grade components and adapting to harsh environments, the MTBF (Mean Time Between Failures) can reach tens of thousands of hours.