is a 1 kW (1000 W) AC servo motor from the MINAS LIQI series. Unlike the high-performance A5 series previously discussed, the LIQI series is designed as a simple and cost-effective entry-level solution for basic positioning applications.
Core Functions
This motor is optimized for reliability and straightforward automation tasks:
Cost-Effective Positioning: Designed for machines requiring a technological upgrade over stepper motors or standard induction motors.
High Inertia Handling: Its high-inertia design allows for stable control of loads with high mass, making it ideal for packaging and printing machines.
Simple Integration: It uses a pulse train interface (up to 500 kpps) for position control, making it easy to pair with PLCs like the Panasonic FP series.
Technical Specifications
Feature
Specification
Rated Output
1000 W (1 kW)
Rated Torque
4.77 Nm (up to 4.8 Nm listed by some sources)
Rated Speed
2000 RPM
Max Speed
3000 RPM
Encoder Resolution
2500 pulses/rev (10000 ppr incremental)
Inertia Type
High Inertia
Brake Status
Without Holding Brake
Protection Class
IP65
Frame Size
130 mm sq.
Physical Dimensions (Imperial)
Weight: ~15.21 lbs (6.9 kg) to 19.62 lbs (8.9 kg) depending on exact configuration.
Length (Excluding Shaft): ~6.30 inches (160 mm).
Total Length (Including Shaft): ~7.68 inches (195 mm).
Width/Height: ~5.12 inches (130 mm).
The Panasonic MHMJ102P1G is part of the MINAS LIQI series, which is Panasonic's "Simple & Cost-Effective" line. It is a high-inertia 1 kW motor built for applications that need stability over extreme acceleration.
The Panasonic MHMJ102P1G is part of the MINAS LIQI series, which is Panasonic's "Simple & Cost-Effective" line. It is a high-inertia 1 kW motor built for applications that need stability over extreme acceleration.
Core Functions
High-Inertia Control: Unlike the A5 series, this motor is designed with more mass in the rotor. This makes it much more stable when moving large, heavy mechanical loads (like heavy conveyor belts or large lead screws) without vibrating.
Simple Position Control: It is designed to work via pulse-train commands, making it very easy to set up with basic PLCs for simple "Point A to Point B" movements.
Incremental Feedback: Uses a 2500 p/r incremental encoder (10,000 counts per revolution after 4x multiplication), providing high accuracy for general industrial tasks.
Physical Profile
Frame Size: 130 mm (approx. 5.12 inches) square.
Shaft Type: Key-way shaft for secure mechanical coupling.
Weight: ~15.2 lbs (6.9 kg).
Brake: This specific "P1G" model does not include a built-in electromagnetic brake.
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