MHMF022L1U2M Panasonic A6 200W Motor, Torque Nm -0.64, RPM - 3000

About MHMF022L1U2M Panasonic A6 200W Motor, Torque Nm -0.64, RPM - 3000

Detailed Functional Role

1. Precise Motion Control

• Executes exact rotation based on commands from the servo driver
• Used for:
  • CNC axis movement
  • Robotics
  • Automation machines

2. Speed Control

• Runs smoothly up to 3000 RPM rated speed
• Can go up to ~6500 RPM peak
• Maintains stable speed under varying load

3. Torque Output

• Provides 0.64 Nm rated torque
• Handles peak torque up to ~2.23 Nm
• Used for medium-load industrial motion

4. Closed-Loop Feedback

• Built-in 23-bit encoder (8,388,608 pulses/rev)
• Continuously sends position feedback to driver
• Ensures high accuracy and correction of errors

5. High-Inertia Motion Handling

• Designed for stable load movement (not ultra-light high-speed only type)
• Better for:
  • Smooth motion systems
  • Load stability applications

6. Continuous Industrial Operation

• Built for 24/7 industrial duty
• IP65 protection (dust & oil resistant)
• Oil seal included for durability

Main Function

This motors main function is:

To convert electrical commands from a servo driver into precise, controlled rotary motion with accurate control of position, speed, and torque.

Core Functions

1. Precise Positioning

• Rotates to exact angles based on driver commands
• Used in CNC machines, robotics, and automation systems
• Works in closed-loop control with encoder feedback

2. Speed Control

• Maintains stable rotation up to 3000 RPM rated speed
• Can operate at higher speeds (dynamic motion control)
• Ensures smooth acceleration and deceleration

3. Torque Generation

• Provides 0.64 Nm rated torque
• Supports peak load changes during operation
• Suitable for medium-duty industrial motion

4. Closed-Loop Feedback Control

• Uses high-resolution 23-bit encoder
• Continuously reports position and speed to the driver
• Corrects errors in real time for high accuracy

5. Continuous Industrial Motion

• Designed for continuous duty in automation systems
• Stable performance under varying load conditions
• High reliability for long-term operation

What It Does NOT Do

• No built-in brake (cannot hold position when power OFF)
• Cannot operate without a servo driver

Simple Real-Life Meaning

Think of it like:

• Electricity = command signal
• Motor = movement (rotation)
• Encoder = feedback system (accuracy check)

It constantly adjusts itself to follow commands precisely.

Typical Applications

• CNC machines
• Industrial robots
• Packaging machines
• Conveyor systems
• Pick-and-place automation