PANASONIC AC SERVO DRIVE MFDDTA390

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PANASONIC AC SERVO DRIVE MFDDTA390 Specification

Base Material
Alloy

Rated Insulation Voltage
300V AC

Control System
Digital Servo Control

Cover Material
Aluminum Alloy

Protection Level
Overcurrent/Overvoltage/Overheat Protection

Thickness
Standard

Panel Type
Digital Panel

Operating Voltage
200230V AC

Way
Single Phase / Three Phase

Current Rating
9A

Cooling System
Forced Air Cooling

Cabinet Material
Metal Enclosure

Rated Current
9A

Protection Class
Class I

Connectivity Type
RS232/RS485, Pulse Train, Encoder Feedback

Features
High Precision, Compact Design, Easy Integration

Rated Operation Voltage
200230V AC

Components
Power Module, Control Circuit, Cooling Fan

Product Type
AC Servo Drive

Material
Industrial Grade Components

Surface Finish
Matte Coated

Standard
IEC / JIS Compliant

Surface Color
Black and Silver

Rated Voltage
200230V AC

Frequency (MHz)
50/60

Maximum Output Current
9.0A

Dimension (L*W*H)
Approx. 210 x 50 x 170 mm

Application
Factory Automation, Robotics, CNC Machinery

IP Rating
IP20

Display Type
Digital LED Display

About PANASONIC AC SERVO DRIVE MFDDTA390

Dive into our sizzling clearance offer for the PANASONIC AC SERVO DRIVE MFDDTA390celebrated for its unparalleled performance and sublime engineering. This advanced drive features a rated power output of 1.5 kW to 3.0 kW (model dependent) with robust compatibility to Panasonic MINAS Servo Motors. Designed for industrial environments, it effortlessly supports digital panels and contemporary connectivity options including Ethernet/IP and Modbus. The MFDDTA390 combines high precision with compact design, guaranteed by industrial grade, IEC/JIS compliant components. Unlock exclusive rates during this clearance eventyour gateway to superior automation.

Application Versatility of PANASONIC AC SERVO DRIVE MFDDTA390

The MFDDTA390 finds celebrated use in factory automation, robotics, and CNC machinery. Its general and specific utility spans precise servo motor control in demanding industrial scenarios. This sublime device is designed as a core component for digital panel applications, delivering reliable operation in manufacturing, process control, and automated machinery. Experience seamless integration whether deploying in general automation or pinpoint motion control.

FOB Port, Payment Terms, and Packaging Details for MFDDTA390

All charges for the PANASONIC MFDDTA390 are processed at the designated FOB port before dispatching. Competitive rates are available as per ongoing offers. Payment terms include secure transfer or net terms upon agreement. Packaging is robust and industrial-grade to guarantee safe dispatching, with each unit carefully wrapped for protection during shipment. Choose the celebrated MFDDTA390 for a sublime experience, from order to delivery.

FAQs of PANASONIC AC SERVO DRIVE MFDDTA390:

Q: How does the PANASONIC AC SERVO DRIVE MFDDTA390 enhance factory automation processes?

A: The MFDDTA390 delivers high precision control for servo motors, which improves the accuracy and efficiency of automated machinery used in factory automation, robotics, and CNC applications.

Q: What protection features are built into the MFDDTA390 for reliable industrial usage?

A: It offers overcurrent, overvoltage, and overheat protection, alongside an IP20 rating and Class I protection class, ensuring safety and longevity in harsh environments.

Q: Where can the MFDDTA390 be panel-mounted, and is it suitable for compact installations?

A: This servo drive is specifically designed for panel mounting, making it an ideal choice for compact or space-constrained industrial cabinets.

Q: What is the benefit of the optional Ethernet/IP and Modbus interface on this unit?

A: The optional Ethernet/IP and Modbus interfaces enable seamless integration with modern communication networks, facilitating efficient real-time data exchange and remote control.

Q: How does the memory backup function safeguard its operation during power interruptions?

A: The EEPROM retention feature stores crucial operational data, ensuring quick recovery and continued performance after unexpected power outages.

Q: When should the MFDDTA390 be considered for new automation projects?

A: This model is optimal for projects requiring high-frequency response, flexible connectivity, and reliable servo control, especially in advanced automation and robotics sectors.

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