PANASONIC MDDDT3530 AC SERVO DRIVE

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PANASONIC MDDDT3530 AC SERVO DRIVE Specification

Base Material
Reinforced Plastic / Aluminum

Current Rating
30A

Operating Voltage
200-230V AC

Rated Current
21.0A

Cover Material
Plastic

Rated Insulation Voltage
2500V AC

Thickness
Standard Body

Rated Operation Voltage
230V AC

Way
Single

Protection Level
Overcurrent / Overvoltage / Overheat

Connectivity Type
RS232/RS485

Components
Servo Drive Module, Control Circuitry

Cooling System
Forced Air Cooling

Protection Class
Class I

Cabinet Material
Alloy / Plastic

Control System
Closed Loop

Features
High Response, Auto Tuning, Multi-mode Support

Panel Type
Digital

Product Type
AC Servo Drive

Material
Industrial Grade Components

Surface Finish
Matte

Standard
IEC/JIS/CQC

Surface Color
Black

Rated Voltage
200-230V AC

Frequency (MHz)
50/60

Maximum Output Current
30A

Dimension (L*W*H)
162 x 80 x 170 mm (approx)

Application
Industrial Automation, CNC, Robotics

IP Rating
IP20

Display Type
LED Display

About PANASONIC MDDDT3530 AC SERVO DRIVE

Discover the exclusive PANASONIC MDDDT3530 AC Servo Drive, a dazzling blend of premium engineering and superlative performance. With a paragon of features like an unbeatable price and compatibility with the MSMD Series Panasonic Servo Motor, this servo drive is designed for seamless industrial automation. Its robust design supports incremental encoder feedback and provides built-in regenerative braking. With superior protection against overcurrent, overvoltage, and overheating, plus a digital display for precision control, jump on this extraordinary offer for your robotics, CNC, or factory automation requirements today!

Engineered Materials & Versatile Application Sites

The PANASONIC MDDDT3530 AC Servo Drive is built with reinforced plastic, aluminum base, and industrial-grade components, ensuring lasting durability. A matte black finish offers both aesthetics and protection. Its panel and DIN rail mounting flexibility make it suitable for an array of site installations, including control panels and industrial machinery. Ideal for automation, CNC, and robotics workflows, this drive is equally impressive whether operated in factories, labs, or high-tech assembly floors.

Premium Samples, Trusted Certifications, and Swift Delivery

We offer premium sample access of the PANASONIC MDDDT3530 for a nominal expenditure, ensuring informed decisions. Certified under IEC, JIS, and CQC standards, the drive assures safety and quality. Benefiting from reliable transport services, doorstep delivery throughout India ensures your order arrives swiftly, typically within 57 business days. Buy with confidence, knowing that exceptional technical support and trusted logistics back every purchase.

FAQs of PANASONIC MDDDT3530 AC SERVO DRIVE:

Q: How does the PANASONIC MDDDT3530 ensure safety during operation?

A: The drive incorporates multiple protective features, including overcurrent, overvoltage, and overheat protection. It is designed to meet IEC, JIS, and CQC safety certifications, ensuring reliable and safe operation in industrial environments.

Q: What types of motors are compatible with the MDDDT3530 servo drive?

A: The MDDDT3530 is exclusively compatible with Panasonics MSMD Series Servo Motors, supporting incremental encoder feedback for accurate control.

Q: Where can the PANASONIC MDDDT3530 be applied effectively?

A: This servo drive is ideal for various industrial applications, including automation, CNC machinery, robotics, and factory assembly lines, offering versatile mounting options and robust connectivity.

Q: What is the process for obtaining a product sample?

A: Interested buyers can request a premium sample from the supplier. Samples are provided against a nominal expenditure, allowing customers to evaluate performance before making bulk purchases.

Q: How does the built-in regenerative braking unit benefit industrial operations?

A: The integrated regenerative braking system enhances operational efficiency by dissipating excess energy, reducing wear on components, and ensuring smoother control during high-performance cycles.