MHMD042G1U - Panasonic A5 Servo Motor

Price 14740.0 INR/ Number

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MHMD042G1U - Panasonic A5 Servo Motor Trade Information

Minimum Order Quantity
1 Number

Delivery Time
24 Hours

About MHMD042G1U - Panasonic A5 Servo Motor

The

MHMD042G1U

is a 400-watt AC Servo Motor from the high-performance Panasonic MINAS A5 Family. It is a "High Inertia" lead-wire type motor designed for applications requiring stability under heavy loads.

Panasonic minas A5 series servos provide high performance and function for systems where precision, smart control, safety, and easy configuration are needed.

Core Specifications

Feature	Specification
Power Output	400 Watts (0.4 kW)
Rated Speed	3000 RPM (Max 5000 RPM)
Rated Torque	1.3 Nm (Peak 3.8 Nm)
Encoder Type	20-bit Incremental (1,048,576 pulses/rev)
Frame Size	60 mm Square (2.36")
Mass (Weight)	3.08 lbs (1.4 kg)
Protection	IP65 (Dust and water-jet proof)

Dimensions in Inches

Height/Width: 2.362" x 2.362" (60 mm sq.).
Length: Approximately 3.54" (90 mm) body length.
Shaft: Features a key-way and center tap.

Key Improvements over MHMD022J1A

Higher Precision: Uses a 20-bit encoder (over 1 million pulses/rev) compared to the 2500 pulses/rev of the LIQI series.
Increased Torque: Delivers 1.3 Nm, roughly double the torque of the 200W model.
High Inertia: Better suited for driving loads with large mechanical inertia without losing stability.

The

MHMD042G1U

functions as a high-precision, high-inertia AC servo motor that provides exact control over position, speed, and torque.

Key Functional Roles

High-Resolution Positioning: With its 20-bit incremental encoder, it tracks over 1 million pulses per revolution. This allows it to perform extremely fine movements, making it ideal for CNC machinery and high-end robotics.
High-Inertia Stability: The "High Inertia" design is its most critical function. It is specifically built to drive heavy or unbalanced loads smoothly, where a standard motor might vibrate or lose accuracy during rapid stops and starts.
Dynamic Response: It features a frequency response of 2.3 kHz, meaning it can process commands and adjust its movement almost 2.5 times faster than the LIQI series (1 kHz).

Advanced Control Modes

When used with a compatible driver (like the MBDHT2510), this motor can operate in four distinct modes:

Position Control: Moves to a precise coordinate (used in 3D printing or CNC).
Velocity (Speed) Control: Maintains a constant RPM even if the load changes.
Torque Control: Maintains a specific amount of force (used in tensioning or pressing).
Full-Closed Control: Uses an external scale to ensure the final mechanical part reaches the target, bypassing any errors caused by mechanical belts or gears.

Common Use Cases

Industrial Robotics: Precision arm movements and Automated Guided Vehicles (AGVs).
High-Speed Packaging: Rapid sorting and sealing lines where timing is critical.
Semiconductor Handling: Safe and precise movement of delicate electronic components.