MGMF182L1H6M Torque Nm - 11.5, Fram Size- 130mm , RPM -3000 + BRK

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MGMF182L1H6M Torque Nm - 11.5, Fram Size- 130mm , RPM -3000 + BRK Specification

Sealed Type
Packing seal

Product Type
Servo Motor

Color
Black and Silver

Usage & Applications
Industrial Machinery

Weight
10.3 Kilograms (kg)

Warranty
1 Year

Phase
Three Phase

Material
Aluminum

MGMF182L1H6M Torque Nm - 11.5, Fram Size- 130mm , RPM -3000 + BRK Trade Information

Minimum Order Quantity
1 Number

Delivery Time
24 Hours

About MGMF182L1H6M Torque Nm - 11.5, Fram Size- 130mm , RPM -3000 + BRK

The Panasonic MGMF182L1H6M is the 1.8 kW middle inertia motor equipped with a mechanical holding brake. It is the most powerful motor in the 130 mm frame family with integrated safety locking.

Physical Dimensions (Imperial Units)

Weight: Approximately 22.7 lbs (10.3 kg).
- The brake adds about 4 lbs (1.8 kg) compared to the non-brake version.
Width & Height (Flange): 5.12 inches (130 mm).
Total Length:
- Body Length (with Brake): 8.15 inches (207 mm).
- Total Length (Body + Shaft): 10.31 inches (262 mm).
Shaft Dimensions:
- Diameter: 0.87 inches (22 mm).
- Length: 2.17 inches (55 mm).

Core Technical Specs

Rated Output: 1800 W (1.8 kW).
Rated Torque: 11.5 Nm.
Peak Torque: 34.5 Nm.
Rated Speed: 3000 r/min.
Holding Brake: Included (24V DC).
Brake Static Friction Torque: 13.7 Nm or higher (stronger than the motor's rated torque).
Protection: IP67 (dust-tight and water-resistant).

Comparison: 1.8 kW Brake vs. No Brake

Feature	MGMF182L1G6M (No Brake)	MGMF182L1H6M (With Brake)
Weight	~18.7 lbs	~22.7 lbs
Body Length	6.97"	8.15"
Total Length	9.13"	10.31"

Function Note: Because the brake torque (13.7 Nm) is higher than the motor's rated torque (11.5 Nm), it is highly reliable for holding vertical loads or heavy machine heads in place without slipping.

The Panasonic MGMF182L1H6M functions as a High-Power Safety Actuator. It is the most powerful motor in the 130mm frame size family that includes an integrated mechanical lock, designed to provide high-torque motion with a fail-safe for vertical or heavy loads.

1. Fail-Safe Mechanical Locking (The Brake)

The primary function of the integrated electromagnetic holding brake is to provide a physical lock when power is removed.

Static Friction Lock: It provides 13.7 Nm of holding torque. Since this is higher than the motor's rated torque (11.5 Nm), it can easily hold the motor's maximum continuous load indefinitely without power.
Vertical Safety: On Z-axis (vertical) applications, it functions to prevent "free-fall" of the machine head during an emergency stop or power outage.
Holding, Not Stopping: This brake is designed to hold the shaft at 0 RPM; it functions to keep the machine stationary, not to slow it down while it is spinning.

2. Maximum Torque in a 130mm Frame

This motor functions as the "powerhouse" of the 130mm series.

11.5 Nm Continuous Torque: It provides massive pushing power for a medium-sized motor, allowing it to drive large lead screws or heavy belt systems at 3000 RPM.
34.5 Nm Peak Burst: It can deliver 3x its rated torque for short durations to overcome static friction or perform aggressive, rapid accelerations.

3. Load Stabilization (Middle Inertia)

Its physical construction serves a damping function:

Vibration Suppression: Because it is a Middle Inertia type, the internal rotor has significant mass. This acts as a mechanical "buffer," preventing the machine from shaking or becoming unstable when the weight of the load changes.

4. Precision Positioning & Memory

23-bit Feedback: It functions with extreme precision, monitoring 8,388,608 unique points per revolution. This allows a machine to position parts within microns.
Absolute Tracking: It functions as a permanent digital ruler. It remembers its exact mechanical position even after the power is cut, so you never have to "home" the machine at the start of a shift.

5. Harsh Environment Reliability

IP67 Sealing: It is fully dust-tight and resistant to water/coolant immersion. It functions reliably in the "splash zones" of CNC machines where oil and metallic dust are constant.