MHMD082G1U - Panasonic A5 Servo Motor

Price 18660.0 INR/ Unit

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MOQ : 1 Number

MHMD082G1U - Panasonic A5 Servo Motor Trade Information

Minimum Order Quantity
1 Number

Delivery Time
24 Hours

About MHMD082G1U - Panasonic A5 Servo Motor

The

MHMD082G1U

is a 750-watt (0.75 kW), high-inertia AC Servo Motor from the Panasonic MINAS A5 family. It is designed for applications requiring high precision and stability under significant mechanical loads, such as CNC machinery and industrial robotics.

We are engaged in providing the best quality range of AC Servo Motor and Servo Drives
and India best service support on site and off site with market competatvive price

Features:

Compact design
Excellent functionality
Longer service life
2.3 Khz Fastest velocity response frequency
two degree of freedom control system to improve productivity and machining accuracy
smooth opeartion and reduce vibration at stopping
accurate positioning in short time
most stable speed lower cogging and low noise

Applications:

Simple food processing
Packaging
Printing
Metal processing
Motor drives

Diffrent Model:

MHMJ082P1U
MHMD082G1U
MHMD082G1V
MHMD082S1U
MHMD082S1V
MSME082G1U
MSME082G1V
MHMJ082G1U
MHMJ082G1V

Panasonic A5 Servo Motor MHMD082G1U, 220 V

Core Specifications

Feature	Specification
Power Output	750 Watts (0.75 kW)
Rated Speed	3000 RPM (Max 4500 RPM)
Rated Torque	2.4 Nm (Peak 7.1 Nm)
Encoder Type	20-bit Incremental (1,048,576 pulses/rev)
Frame Size	80 mm Square (C-Frame)
Brake	Without electromagnetic brake
Shaft Design	Key-way, center tap with oil seal
Protection Rating	IP65

Dimensions & Weight (in Inches)

Dimension	Inches (approx.)	Millimeters
Height/Width (Frame)	3.15"	80 mm
Shaft Diameter	0.748"	19 mm
Shaft Length	1.378"	35 mm
Mounting Hole Spacing	3.543"	90 mm
Net Weight	5.5 lbs	2.5 kg

Primary Function

Precision Control: Its high-resolution 20-bit encoder allows for microscopic positioning accuracy.
High-Inertia Stability: It is specifically engineered to handle "heavy" loadsthose with a high moment of inertiapreventing vibrations and instability during rapid acceleration or deceleration.
Dynamic Response: With a velocity response frequency of 2.3 kHz, it adjusts to commands and load changes significantly faster than entry-level models