MCDJT3220 - Panasonic Liqi 750W Driver

Price 24580.0 INR/ Number

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MCDJT3220 - Panasonic Liqi 750W Driver Specification

Usage & Applications
Industrial Machinery

Color
Black and Silver

Weight
1.6 Kilograms (kg)

Phase
Three Phase

Warranty
1 Year

Material
Industrial Material

MCDJT3220 - Panasonic Liqi 750W Driver Trade Information

Minimum Order Quantity
1 Number

Delivery Time
24 Hours

About MCDJT3220 - Panasonic Liqi 750W Driver

The

MCDJT3220

is a 750W (1 HP) AC Servo Driver from the Panasonic MINAS LIQI series. It is the specific "brain" paired with the MHMJ082P1U motor, serving as a cost-effective, high-performance controller for simple industrial positioning.

MCDJT3220

Simple and Cost-effective Servo Drive

Support Position Control Mode only

1.0 kHz Velocity response frequency

500 kHz Input pulse frequency

Product category
AC Servo Systems
Partner name
Panasonic
Series name
MINAS LIQI

Attributes

Product
Driver
Watts
750
Communication
W/O Communication

Core Function

The MCDJT3220 converts incoming power and control signals into precise motor movement.

Closed-Loop Positioning: It receives pulse train commands (up to 500kpps) from a PLC and uses feedback from the motor's encoder to ensure microscopic accuracy.
Real-Time Auto-Gain Tuning: This driver automatically calculates the necessary mechanical "stiffness" of your machine. It adjusts its internal parameters on the fly to prevent vibration or overshooting, even if the load weight changes.
Vibration Suppression: Built-in notch and damping filters (range: 50Hz to 5000Hz) eliminate the "humming" or resonance common in high-speed mechanical systems.
Integrated Safety: It features a dynamic brake function to stop the motor quickly and safely during emergency stops or power failures.

Weight & Dimensions in Inches

As a Frame C driver, it is larger than the 200W models to accommodate higher power outputs.

Metric	Inches (approx.)	Millimeters
Height	7.09"	180 mm
Width	2.58"	65.5 mm
Depth	7.09"	180 mm
Net Weight	3.6 lbs	1.6 kg

The primary function of the MCDJT3220 is to serve as the high-power control unit (the "brain") for a 750W servo system. It translates digital pulse signals from a controller into the specific electrical current needed to move the motor with extreme precision and stability.

Key Functional Roles

Precision Position Control: It receives a "Pulse Train" from a PLC. Each pulse represents a tiny movement (e.g., 1/10,000th of a rotation). The driver functions by ensuring the motor moves exactly that amount and holds its position perfectly once it arrives.
Intelligent Auto-Tuning: Its most critical "LIQI series" function is Real-Time Auto-Gain Tuning. It monitors the mechanical resistance of your machine and automatically adjusts the motor's power output. This prevents the machine from shaking or vibrating, even if the weight of the product it is moving changes.
Mechanical Resonance Suppression: It functions to protect your machine's hardware by using built-in filters to eliminate "humming" or high-frequency vibrations. This keeps the operation smooth and extends the life of your belts, gears, and bearings.
Power Management: It takes standard AC wall power (200V240V) and converts it into high-frequency DC pulses for the motor. It manages up to 10 Amps of continuous current to maintain a steady torque of 2.4 Nm.
Safety Supervisor: It constantly monitors the system for errors. If it detects a mechanical jam (Overload), a wiring short (Overcurrent), or an electrical spike (Overvoltage), it functions to instantly cut power to the motor to prevent a fire or mechanical breakage.

Common Use Cases

High-Speed Packaging: Coordinating the movement of heavy boxes on a conveyor belt.
Industrial Labeling: Applying labels to products moving at 3000 RPM with sub-millimetre accuracy.
Automated Filling: Controlling a screw or pump to dispense a exact volume of liquid or powder.

Functional Requirement

To perform these functions, the driver must be connected to a PC via its USB port for initial setup using PANATERM software, where you define the basic limits and direction of the motor.