MDMFC12L1G6M Panasonic A6 11000W Motor , Torque Nm - 70, RPM - 1500

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MDMFC12L1G6M Panasonic A6 11000W Motor , Torque Nm - 70, RPM - 1500 Specification

Sealed Type
Packing seal

Product Type
Servo Motor

Usage & Applications
Industrial Machinery

Color
Black and Silver

Weight
48.5 Kilograms (kg)

Warranty
1 Year

Phase
Three Phase

Material
Aluminum

MDMFC12L1G6M Panasonic A6 11000W Motor , Torque Nm - 70, RPM - 1500 Trade Information

Minimum Order Quantity
1 Number

Delivery Time
24 Hours

About MDMFC12L1G6M Panasonic A6 11000W Motor , Torque Nm - 70, RPM - 1500

The Panasonic MINAS A6 MDMFC12L1G6M is a high-power 11 kW (11,000 W) middle inertia AC servo motor. It is engineered for industrial applications that demand massive torque and precise control. [1, 2, 3, 4]

Core Technical Specifications

Rated Output: 11,000 W (11 kW).
Rated Torque: 70.0 Nm.
Momentary Max Peak Torque: 175 Nm.
Rated Speed: 1500 r/min.
Maximum Speed: 2000 r/min.
Rated Current: 57.1 A (rms).
Voltage: 200 V AC. [1, 2]

Physical Dimensions & Build

Weight: Approximately 106.9 lbs (48.5 kg).
Flange Size (Width & Height): 8.66 inches (220 mm square).
Shaft Diameter: 2.17 inches (55 mm).
Encoder: 23-bit Absolute/Incremental (8,388,608 pulses per revolution).
Protection: IP67 rated, featuring a highly dust-proof and oil-tight seal.
Brake: This specific model (G6M) is without a holding brake. [1, 2, 3, 4, 5]

Key Functionality

Middle Inertia Performance: Designed to handle significant mechanical loads while maintaining high dynamic response.
23-bit Resolution: Provides extreme positioning accuracy, essential for large-scale CNC machinery or high-capacity industrial robots.
Environmentally Robust: The IP67 rating and heat-resistant oil seal allow it to function reliably in harsh factory environments containing oil or metal powder. [1, 3, 4, 5]

The Panasonic MDMFC12L1G6M functions as an Extra-High Power Actuator, serving as the "heavy-lifter" for large-scale industrial machinery. At 11 kW, it provides a massive 70 Nm of continuous torque, designed for machines where massive force must be combined with microscopic precision.

1. High-Torque Motion Conversion

The primary function is to convert high-current electrical energy into 70.0 Nm of sustained mechanical torque.

Massive Pushing Power: It can handle a peak "burst" torque of 175 Nm, which allows it to start and stop extremely heavy loads (like a multi-ton CNC table) almost instantly.
Consistent 1500 RPM: It is designed to maintain its speed precisely even when the load suddenly increases or hits an obstruction.

2. High-Resolution Position Tracking

Despite its size, it functions with the same surgical precision as smaller motors:

23-bit Feedback: It tells the driver its exact position 8,388,608 times per single rotation. This allows a 10-foot-long machine axis to move with a precision thinner than a human hair.
Absolute Memory: It functions to "remember" where it is. If the factory loses power, the motor knows its exact location the moment power returns, eliminating the need for a "homing" sequence.

3. Stability for Heavy Loads (Middle Inertia)

This motor is specifically a Middle Inertia type.

Function as a Counterweight: Its internal rotor has significant weight (inertia). This is intentional; it acts as a "buffer" to prevent heavy external parts from causing the motor to shake or lose control during high-speed moves.

4. Harsh Environment Endurance

IP67 Sealing: It is designed to function while being splashed with coolants, oils, or covered in metal shavings.
Heat Dissipation: It is engineered to shed the massive heat generated by 11,000 Watts of power, allowing it to run 24/7 in hot factory environments without losing torque.

Typical Applications

Large CNC Milling: Driving the main axes of large metal-cutting machines.
Injection Moulding: Powering the heavy clamping or injection units.
Heavy Duty Robotics: Moving the "shoulder" or "elbow" joints of robots that lift car frames or heavy pallets.
Large Press Machines: Providing the force needed for stamping or forming sheet metal.