MEDLN83NE - A6N Panasonic A6 2500W Driver

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MEDLN83NE - A6N Panasonic A6 2500W Driver Specification

Sealed Type
Packing seal

Product Type
Servo Motor

Color
Black and Silver

Usage & Applications
Industrial Machinery

Weight
2.7 Kilograms (kg)

Phase
Three Phase

Warranty
1 Year

Material
Aluminum

MEDLN83NE - A6N Panasonic A6 2500W Driver Trade Information

Minimum Order Quantity
1 Number

Delivery Time
24 Hours

About MEDLN83NE - A6N Panasonic A6 2500W Driver

The Panasonic MEDLN83NE (A6N series) is a 2.0 kW to 2.5 kW "E-Frame" AC servo driver from the MINAS A6 lineup, specifically designed for ultra-high-speed network communication using the RTEX (Realtime Express) protocol. [1, 2, 3, 4, 5]

Function

Ultra High-Speed Networking: Its primary role is to integrate into an RTEX network, a specialized 100 Mbps full-duplex communication system that allows for cycle times as fast as 0.0625 ms. This makes it ideal for highly synchronized multi-axis systems.
Comprehensive Control: Unlike basic models, the A6N series supports Position, Velocity, and Torque control.
Ultimate Real-Time Performance: Features a velocity response frequency of 3.2 kHz, which drastically reduces settling time and enhances stability under varying loads.
Encoder Support: Processes high-resolution 23-bit absolute encoder data (8.38 million pulses per revolution) for surgical precision in industrial automation. [1, 2, 3, 5]

Technical Specifications

Based on official data from Panasonic Industry:

Feature [1, 2, 3]	Specification
Rated Output	2.0 kW to 2.5 kW+
Series	MINAS A6N (RTEX Network Basic Type)
Input Voltage	3-Phase 200 V to 240 V AC (+10% -15%)
Control Method	Position, Velocity, and Torque control
Communication	RTEX and USB (for PANATERM setup)
Safety Function	Standard NE model is without the safety function (STO)
Frame Size	E-Frame

Physical Dimensions & Weight

Converted to imperial units for standard reference: [1]

Weight: Approximately 5.95 lbs (2.7 kg).
Width: 3.35 inches (85 mm).
Height: 6.61 inches (168 mm).
Depth: 7.60 inches (193 mm).

The primary function of the Panasonic MEDLN83NE is to act as a high-speed network command hub for 2.0kW to 2.5kW motors, specifically using Panasonics proprietary RTEX (Realtime Express) communication. It is designed for complex machines where many axes must move in perfect, high-speed harmony.

1. High-Speed Synchronized Motion (RTEX)

The "NE" series is built for RTEX networking.

The Conductor: It allows a master controller to talk to multiple drivers over a 100Mbps fiber-optic or high-speed cable system.
Real-Time Speed: It supports cycle times as fast as 0.0625ms, meaning it receives new instructions and sends feedback thousands of times per secondessential for high-speed robotics or synchronized printing and cutting.

2. Full-Feature Control (Position, Speed, & Torque)

Unlike basic pulse-only drivers, this network model is a "do-it-all" unit:

Positioning: Landing a heavy part exactly on a 1-micron target.
Velocity: Maintaining a perfectly steady speed, even if the load changes.
Torque: Controlling how much "push" the motor applies, which is vital for winding, tensioning, or pressing applications.

3. High-Power "E-Frame" Delivery

It functions as the heavy-duty power stage for the 2.5kW motor class.

Massive Power: It converts standard 3-phase factory power into the high-current electrical waves needed to drive huge motors that move hundreds of kilograms of machinery.

4. Advanced "Ghost" Correction (Vibration Suppression)

Moving 2.5kW worth of machinery often creates "ghost" vibrations or mechanical humming.

3.2 kHz Response: The driver monitors the motor so fast that it can detect a vibration before it even starts and instantly adjust the power to "cancel it out."
Adaptive Notch Filters: It automatically identifies the specific frequency at which your machine frame shakes and electronically blocks that frequency, allowing the machine to run faster and quieter.

5. High-Resolution Data Bridge

23-bit absolute feedback: It translates the 8.38 million pulses per turn from the motors encoder into digital data that the RTEX network can understand. This ensures the main controller always knows the exact location of the machine, even after a power outage (when using an absolute system).