MFDLNB3BE - E-CAT Panasonic A6 5000W Driver

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MFDLNB3BE - E-CAT Panasonic A6 5000W Driver Specification

Sealed Type
Packing seal

Product Type
Servo Motor

Usage & Applications
Industrial Machinery

Color
Black and Silver

Weight
5.2 Kilograms (kg)

Warranty
1 Year

Phase
Three Phase

Material
Aluminum

MFDLNB3BE - E-CAT Panasonic A6 5000W Driver Trade Information

Minimum Order Quantity
1 Number

Delivery Time
24 Hours

About MFDLNB3BE - E-CAT Panasonic A6 5000W Driver

The Panasonic MFDLNB3BE is a high-power 5000W (5.0 kW) "F-Frame" AC servo driver from the MINAS A6B series. It is a specialized EtherCAT (E-CAT) network driver designed for precise, high-speed industrial automation and high-performance motion control. [1, 2, 3, 4]

Function

EtherCAT Network Interface: Its primary function is to act as a high-speed node in an EtherCAT network, allowing for real-time (100 Mbps) synchronized multi-axis motion control across complex industrial lines.
Precision Control Modes: Supports 7 control modes of operation and 32 origin-return modes, providing versatile handling for position, velocity, and torque applications.
Advanced Stabilisation: Features a 3.2 kHz frequency response for rapid motor control and includes real-time auto-tuning and anti-vibration filters to eliminate mechanical resonance.
Lifespan Diagnosis: Provides built-in diagnosis for both motor and driver lifespan, helping to reduce maintenance downtime by issuing warnings for machine deterioration limits. [1, 2, 3, 4, 5, 6]

Technical Specifications

Based on official data from Panasonic Industry and retailers like Industrybuying and DigiKey:

Feature [1, 2, 3, 4, 5]	Specification
Rated Output	4000 W to 5000 W (4 kW - 5 kW)
Series	MINAS A6B (EtherCAT type)
Frame Size	F-Frame
Input Voltage	3-Phase 200 V to 240 V AC (+10% -15%)
Max Current	120 A (Instantaneous)
Safety Function	None (Basic "BE" series lacks the STO safety port)
IP Rating	IP20

Physical Dimensions & Weight

This driver utilizes the heavy-duty A6 F-Frame chassis: [1, 2, 3]

Weight: Approximately 11.46 lbs (5.2 kg).
Width: 5.12 inches (130 mm).
Height: 8.66 inches (220 mm).
Depth: 8.50 inches (216 mm).

The primary function of the Panasonic MFDLNB3BE is to act as a high-power EtherCAT (E-CAT) node for 5.0 kW motors. It is the "networked specialist" for heavy-duty axes, designed to coordinate massive mechanical loads in real-time across an industrial network.

1. High-Speed EtherCAT Communication

The "BE" series is built specifically for EtherCAT networking.

The Synchroniser: It allows an EtherCAT master (like Beckhoff, Omron, or a PC with TwinCAT) to coordinate dozens of motors simultaneously over a 100 Mbps network.
Real-Time Data: It sends position, speed, and torque feedback to the master in microseconds, ensuring that every axis on a large machine stays in perfect sync.

2. Multi-Mode Motion Execution

Unlike pulse-driven drivers, the BE series handles complex motion profiles directly through digital data:

Cyclic Synchronous Position (CSP): The driver follows a "path" sent by the master controller every millisecond, essential for 3D cutting or complex robotic movements.
Velocity & Torque Modes: It can be commanded to maintain a specific speed or a specific "pushing force" (torque), which is vital for tensioning and pressing applications.

3. Massive "F-Frame" Power Staging

It functions as the heavy-duty power stage for the 5.0 kW motor class.

Heavy Lifting: It manages the extremely high electrical current (up to 120A peak) required to move massive mechanical loads, such as large CNC gantries or heavy-duty conveyors.
Inertia Adaptation: It automatically senses the weight of the machine and adjusts the motor's "stiffness" (gain) so the machine stays stable even when the load changes.

4. Active Stabilisation (3.2 kHz Response)

The driver monitors the motor's motion 3,200 times per second to act as a digital stabilizer.

Resonance Suppression: It identifies the specific vibration frequency of your machine frame and electronically cancels it out. This allows the machine to run at much higher speeds without shaking or mechanical wear.
Quick Settling: It ensures that when the motor reaches its target, it stops instantly without "bouncing," which is vital for high-speed production.

5. Predictive Maintenance & Health Monitoring

Because it is a smart network driver, it provides transparency for the entire system:

Lifespan Diagnosis: It tracks internal temperatures, capacitor wear, and fan life, warning the master controller of potential failures before they happen.
23-bit Feedback: It processes the 8.38 million pulses per turn from the motors encoder and provides perfect transparency of the machines location to the operator.