Panasonic MDDLN55NE MINAS A6 Series 1.5kW EtherCAT Servo Drive 200V
Product Overview
The Panasonic MDDLN55NE is a state-of-the-art 1.5kW (1500W) AC Servo Driver specifically engineered for high-speed network communication. As a premier model in the MINAS A6 Series, this drive comes equipped with a native EtherCAT interface, providing the ultra-low latency and high-speed synchronization required for modern smart factories and Industry 4.0 applications.
Operating on a 200V-240V input, the MDDLN55NE is a D-Frame powerhouse designed to drive high-torque 1.5kW motors (such as the MHMF152 or MDMF152 series). With its industry-leading 3.2kHz bandwidth, it virtually eliminates mechanical lag, allowing for sub-micron precision even under heavy loads.
Technical Specifications
Essential data for system integrators and automation engineers:
| Model Number |
MDDLN55NE |
| Series |
MINAS A6 Series |
| Communication Protocol |
EtherCAT (CoE / CiA402) |
| Rated Output |
1.5 kW (1500 W) |
| Frame Size |
D-Frame |
| Input Voltage |
3-Phase 200V - 240V AC |
| Frequency Response |
3.2 kHz (Industry Benchmark) |
| Encoder Support |
23-bit (8,388,608 pulses/rev) |
| Safety Features |
STO (Safe Torque Off) SIL3 Compliant |
Key Advantages
Ultra-Fast 3.2kHz Speed Response
The MINAS A6 series provides a massive 3.2kHz bandwidth, the highest in the industry. For 1.5kW applications, this means superior control over mechanical resonance and the ability to maintain high precision during rapid acceleration and deceleration cycles.
Seamless EtherCAT Integration
The native EtherCAT interface supports CoE (CAN over EtherCAT) and the CiA402 device profile. This ensures perfect synchronization with leading PLCs and motion controllers, making it ideal for high-speed robotic arms and synchronized multi-axis gantries.
High-Resolution 23-bit Feedback
Processes 23-bit high-resolution encoders, offering over 8 million pulses per revolution. This resolution allows for incredibly smooth rotation at low speeds and unmatched positioning accuracy for high-torque industrial applications.
Advanced Vibration Suppression
Equipped with an enhanced adaptive notch filter, the drive automatically detects mechanical vibrations and resonance. It applies corrective filters in real-time, protecting mechanical components and ensuring long-term reliability.
Primary Industrial Applications
- Advanced Robotics: High-speed 6-axis industrial robots and delta robots
- Lithium Battery Manufacturing: Precise electrode coating and high-speed winding axes
- Semiconductor Production: Precision wafer handling and multi-axis vacuum robotics
- Large-Scale CNC Machining: High-torque EtherCAT-controlled milling and cutting
- Automated Packaging: High-speed synchronized sorting and palletizing systems