MGMF132L1H6M Torque Nm - 8.28, Fram Size- 130mm , RPM -3000 + BRK

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MGMF132L1H6M Torque Nm - 8.28, Fram Size- 130mm , RPM -3000 + BRK Specification

Sealed Type
Packing seal

Product Type
Servo Motor

Usage & Applications
Industrial Machinery

Color
Black and Silver

Weight
8.2 Kilograms (kg)

Warranty
1 Year

Phase
Three Phase

Material
Aluminum

MGMF132L1H6M Torque Nm - 8.28, Fram Size- 130mm , RPM -3000 + BRK Trade Information

Minimum Order Quantity
1 Number

Delivery Time
24 Hours

About MGMF132L1H6M Torque Nm - 8.28, Fram Size- 130mm , RPM -3000 + BRK

The Panasonic MGMF132L1H6M is the 1.3 kW middle inertia motor featuring a built-in mechanical holding brake. It provides the same power as the previous model but adds the weight and length required for safety locking.

Physical Dimensions (Imperial Units)

Weight: Approximately 18.1 lbs (8.2 kg).
- The brake adds about 3.3 lbs (1.5 kg) compared to the non-brake version.
Width & Height (Flange): 5.12 inches (130 mm).
Total Length:
- Body Length (with Brake): 7.40 inches (188 mm).
- Total Length (Body + Shaft): 9.57 inches (243 mm).
Shaft Dimensions:
- Diameter: 0.87 inches (22 mm).
- Length: 2.17 inches (55 mm).

Core Technical Specs

Rated Output: 1300 W (1.3 kW).
Rated Torque: 8.28 Nm.
Peak Torque: 24.8 Nm.
Rated Speed: 3000 r/min.
Holding Brake: Included (24V DC).
Brake Static Friction Torque: 8 Nm or higher.
Protection: IP67 (dust-tight and water-resistant).

Comparison: 1.3 kW Brake vs. No Brake

Feature	MGMF132L1G6M (No Brake)	MGMF132L1H6M (With Brake)
Weight	~14.8 lbs	~18.1 lbs
Body Length	6.22"	7.40"
Total Length	8.39"	9.57"

Function Note: On this model, the brake torque is nearly identical to the motor's rated torque (8 Nm), making it perfect for holding vertical loads in place during a power-down or emergency stop.

The Panasonic MGMF132L1H6M functions as an Industrial Safety Actuator, providing a balance of 1.3 kW power, high-resolution precision, and a robust mechanical locking system.

1. Fail-Safe Load Holding (The Brake)

The primary function of the integrated electromagnetic holding brake is to prevent mechanical movement when power is disconnected. [1]

Static Friction Lock: It provides a static friction torque of 13.7 Nm or more, which is significantly higher than the motor's rated torque (8.28 Nm). This ensures that even under full load, the shaft remains locked.
Engagement Speed: It functions rapidly, with an engaging time of 100 ms or less and a releasing time of 50 ms or less.
Safety Restriction: It is strictly a holding brake and must not be used to stop a motor that is already in motion. [1]

2. High-Torque Middle Inertia Drive [1]

Designed for machines with ball screws or high-stiffness requirements, this motor stabilizes loads through its physical construction. [1]

8.28 Nm Continuous Torque: It maintains a steady force for heavy-duty industrial tasks.
Peak Burst Capability: It can produce a momentary peak torque of 23.3 Nm to handle aggressive starts and stops.
Stabilization: The "Middle Inertia" rotor acts as a buffer against external vibrations, making it suitable for SMT machines, food processing, and LCD production equipment. [1, 2, 3]

3. Precision & System Tracking

Despite its power, it functions with extreme accuracy via the 23-bit absolute encoder. [1, 2]

High Resolution: It monitors 8,388,608 unique points per revolution for micron-level positioning.
Absolute Feedback: It tracks the machine's location without needing a home-return sequence after power-up. [1]

4. Rugged Environmental Protection

IP67 Rating: It is fully dust-tight and resistant to water immersion, allowing it to function reliably in harsh factory environments where coolant or metallic dust is present. [1]