MHMF202L1G6M Panasonic A6 2000W Motor, Torque Nm - 9.55, RPM - 2000

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MHMF202L1G6M Panasonic A6 2000W Motor, Torque Nm - 9.55, RPM - 2000 Specification

Sealed Type
Packing seal

Product Type
Servo Motor

Usage & Applications
Industrial Machinery

Color
Black and Silver

Weight
11.3 Kilograms (kg)

Phase
Three Phase

Warranty
1 Year

Material
Aluminum

MHMF202L1G6M Panasonic A6 2000W Motor, Torque Nm - 9.55, RPM - 2000 Trade Information

Minimum Order Quantity
1 Number

Delivery Time
24 Hours

About MHMF202L1G6M Panasonic A6 2000W Motor, Torque Nm - 9.55, RPM - 2000

The Panasonic MHMF202L1G6M is a 2000W (2.0 kW) High-Inertia AC servo motor from the MINAS A6 series. It is specifically designed to provide the highest level of mechanical stability for heavy-duty industrial applications. [1, 2]

Function

High-Inertia Stability: Its primary function is to handle large mechanical loads or systems with high load-inertia ratios. The heavier internal rotor acts as a stabilizer, preventing vibrations and ensuring smooth control for massive machinery like large CNC gantries or material handling robots.
Precision Control: Equipped with a 23-bit absolute/incremental encoder (8.38 million pulses per revolution) for micro-degree positioning and high-speed responsiveness with a 3.2 kHz frequency response.
Robust Performance: Delivers a steady 9.55 Nm of rated torque and can reach a peak torque of 28.6 Nm for demanding tasks. [1, 2, 3, 4, 5]

Technical Specifications

Based on official data from Panasonic Industry and retailers like Industrybuying:

Feature [1, 2, 3, 4, 5]	Specification
Rated Output	2000 W (2.0 kW)
Rated Torque	9.55 Nm
Peak Torque	28.6 Nm
Rated / Max Speed	2000 RPM / 3000 RPM
Voltage	200 V
IP Rating	IP67 (Dust-tight and water-resistant)
Brake	Without holding brake

Physical Dimensions & Weight

Converted to imperial units for standard reference:

Weight: Approximately 24.91 lbs (11.3 kg).
Flange Width & Height: 6.93 inches (176 mm square).
Length (Body): Approximately 7.18 inches (182.5 mm).
Shaft Diameter: Approximately 0.866 inches (22 mm) [Consistent with A6 176mm flange models]. [1, 2, 3, 4]

Compatible Drivers

Panasonic recommends the following A6 series drivers for this motor: [1, 2]

Multifunction Type: MEDLT83SF
Basic Type: MEDLN83SE
RS485 Communication: MEDLN83SG [1]

The primary function of the Panasonic MHMF202L1G6M is to provide high-power motion control with maximum mechanical stability for very large industrial loads. It is the "heavyweight stabilizer" of the 2kW range.

1. Maximum Stability (High-Inertia Advantage)

The "High-Inertia" design is its most critical function.

Anti-Vibration: When a light motor tries to move a very large, heavy machine part, it often causes "resonance" (vibration/shaking). This motor has a much heavier internal rotor that acts as a mechanical flywheel, absorbing shocks and preventing vibration.
Inertia Matching: It is designed specifically for machines with massive mechanical components (like large gantries or heavy robotic arms) where a low-inertia motor would be too "jumpy" to control.

2. High-Torque Force

While high-speed motors focus on RPM, this motor focuses on pushing power.

Constant Force: It delivers a steady 9.55 Nm of torque (up to 28.6 Nm peak) at 2000 RPM.
Application: It is used to drive large ball screws, heavy-duty gearboxes, and large-scale industrial machinery that requires significant force to move smoothly.

3. Precise Heavy-Duty Positioning

Despite its size and the heavy loads it moves, it maintains surgical accuracy:

23-bit Encoder: It tracks its position within 8,388,608 steps per single turn. This allows a massive machine part to be positioned within microns of its target.
High Response: It communicates with the driver at 3.2 kHz, allowing it to make thousands of tiny adjustments per second to stay perfectly on path.

4. Rugged Industrial Durability

IP67 Rating: It is built to function reliably in environments with heavy dust, oil mist, or water splashing (common in large-scale metal cutting or food processing).
Heat Management: Designed to dissipate heat efficiently even while maintaining high torque over long production shifts.