MGDLTC3BF - E-CAT Panasonic A6 7500W Driver

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MGDLTC3BF - E-CAT Panasonic A6 7500W Driver Specification

Sealed Type
Packing seal

Product Type
Servo Motor

Color
Black and Silver

Usage & Applications
Industrial Machinery

Weight
8.2 Kilograms (kg)

Warranty
1 Year

Phase
Three Phase

Material
Aluminum

MGDLTC3BF - E-CAT Panasonic A6 7500W Driver Trade Information

Minimum Order Quantity
1 Number

Delivery Time
24 Hours

About MGDLTC3BF - E-CAT Panasonic A6 7500W Driver

The Panasonic MGDLTC3BF is the MINAS A6B Series high-power network servo driver specifically designed for EtherCAT communication. It manages the 7.5 kW motors (like your MDMF752 model) in high-speed, multi-axis automated systems. [1, 2]

Primary Function: EtherCAT Network Control

The "B" in the model number designates it as an EtherCAT type, distinguishing it from the RTEX (A6N) or Pulse/Analog (A6SF) models. [1]

Open Standardization: Unlike the proprietary RTEX network, EtherCAT is an open, standardized field bus. This allows the driver to communicate with any third-party EtherCAT motion controller or PLC, providing greater flexibility in system design.
CoE (CANopen over EtherCAT): It uses the CoE device profile, supporting standard motion control modes like Cyclic Synchronous Position (csp), Velocity (csv), and Torque (cst).
Synchronization: It supports distributed clocks (DC) to synchronize multiple axes with a minimum communication cycle time of 125 s, ensuring extremely precise simultaneous movement. [1, 2, 3, 4, 5]

Performance & Safety

3.2 kHz Bandwidth: Maintains the A6 family's high-speed response, allowing the motor to react nearly instantly to load changes or new commands.
Safety STO: Includes built-in hardware for Safe Torque Off, meeting SIL3/PLe safety standards to protect operators without requiring a full system power-down.
23-bit Encoder Interface: Perfectly translates the ultra-high resolution feedback from the motor into digital data for the EtherCAT master. [1, 2, 3, 4]

Physical Specifications (G-Frame)

Property [1, 2]	Measurement (Metric)	Measurement (Imperial)
Weight	8.2 kg	~18.1 lbs
Width	184 mm	~7.24"
Height	220 mm	~8.66"
Depth	253 mm	~9.96"

The Panasonic MGDLTC3BF (A6B Series) functions as an EtherCAT-native Power Controller. While it handles the same 7.5 kW electrical load as the previous models, its internal logic is built entirely around the EtherCAT open industrial protocol.

1. Universal "Open Network" Communication

The primary function of this "BF" model is to act as a CoE (CANopen over EtherCAT) slave.

Plug-and-Play with Third-Party PLCs: Unlike the RTEX version, this driver is designed to talk to almost any brand of controller (Beckhoff, Omron, Keyence, or PC-based systems) using standard EtherCAT cables.
CoE Device Profile: It functions using standardized motion profiles (CiA402), meaning it follows universal commands for "Move to Position" or "Homing" that are recognized across the industry.

2. Micro-Second Synchronization (Distributed Clocks)

Simultaneous Multi-Axis Control: It uses Distributed Clocks (DC) to sync its internal clock with other drivers on the network. This allows multiple 7.5 kW motors to start and stop at the exact same micro-second, which is essential for 5-axis CNC machining or synchronized heavy-lift robots.
Fast Cycle Times: It can receive a new instruction every 125 microseconds, making the motion extremely smooth and fluid.

3. Precise High-Power Execution

Current Injection: It converts your 3-phase 200V power into high-amperage (40.2A) current pulses. It functions to "force" the motor to follow the digital EtherCAT command exactly, even if the 48 Nm load is resisting the movement.
3.2 kHz Response: It monitors the motor's position so rapidly that it can detect and correct a "stall" or a "bump" before the human eye can see it.

4. Advanced Maintenance Functions

Condition Monitoring: The driver functions as a "sensor" for the machine's health. It tracks the friction levels and load ratios over time. If a bearing starts to wear out or a belt gets loose, the driver reports this data over EtherCAT to the master PLC for "Predictive Maintenance."
PANATERM via EtherCAT: You can often perform tuning and setup directly through the network cable, rather than needing a separate USB connection for every drive.

5. Integrated Safety (STO)

Safe Torque Off: It functions to disable the power transistors in the driver's output stage. This ensures the motor cannot produce torque (it goes limp) during a safety event, even if the internal computer is still receiving "Run" commands from the network.

Summary: The A6B is the most flexible version for modern factories. It allows you to use a 7.5 kW Panasonic Motor with any major brand's controller using the world's most popular high-speed industrial network.