PANASONIC AC SERVO DRIVE MBDFT2507

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PANASONIC AC SERVO DRIVE MBDFT2507 Specification

Way
Single

Cooling System
Fan cooled

Connectivity Type
RS232/RS485

Protection Class
Class I

Rated Current
7A

Features
Compact design, high precision, quick response

Cabinet Material
Aluminum housing

Components
Servo amplifier, control circuit, power module

Rated Operation Voltage
230V AC

Cover Material
Plastic

Base Material
Aluminum

Protection Level
Overload/Overcurrent/Overvoltage

Panel Type
Digital

Control System
PWM (Pulse Width Modulation)

Current Rating
7A

Thickness
Compact design

Operating Voltage
200-230V AC

Rated Insulation Voltage
300V

Product Type
AC Servo Drive

Material
Metal and plastic

Surface Finish
Powder-coated and brushed

Standard
IEC/UL

Surface Color
Black and silver

Rated Voltage
200-230V AC

Frequency (MHz)
50/60Hz

Maximum Output Current
7A

Dimension (L*W*H)
Approx. 175 x 80 x 150 mm

Application
Industrial automation and motor control

IP Rating
IP20

Display Type
7-segment LED

About PANASONIC AC SERVO DRIVE MBDFT2507

Order Today and elevate your automation setup with the PANASONIC AC SERVO DRIVE MBDFT2507a sizzling solution for exceptional precision and classic reliability. Get It Now to experience opulent performance, supporting incremental encoder feedback and compatible with Panasonic MINAS series motors. With a panel mounting design, powder-coated finish, and robust protection features, this compact drive delivers 750W max output. Enjoy effortless control, advanced vibration resistance, and quick motor response in demanding industrial environments. Ready for digital display, RS232/RS485 connectivity, and durable aluminum housing.

Exceptional Features and Competitive Advantages

The PANASONIC AC SERVO DRIVE MBDFT2507 is designed for industrial automation, offering high precision and fast response. Its user-friendly panel mounting allows for simple integration and versatile usage. Competitive advantages include an inbuilt braking resistor, robust overload protection, and compatibility with leading Panasonic MINAS motors. The compact, lightweight design and advanced control system (PWM) provide seamless operation and flexible configuration in both new and existing setups.

Order Processing, Packaging, and Shipment

Packaging includes secure, impact-resistant materials to ensure the integrity of your servo drive during transit. With efficient Order Processing, every unit is carefully checked before shipment to guarantee quality. Samples are available to domestic customers for evaluation. Shipment options are tailored for main industrial hubs, ensuring prompt and safe delivery so you can get started quickly after your order arrives.

FAQs of PANASONIC AC SERVO DRIVE MBDFT2507:

Q: How do I install the PANASONIC AC SERVO DRIVE MBDFT2507?

A: Install the servo drive using panel mounting in accordance with standard IEC/UL guidelines. Ensure all connections follow the manufacturers wiring procedures for safe and efficient operation.

Q: What industries benefit most from using this AC servo drive?

A: This servo drive is ideally suited for industrial automation and motor control systems, enhancing precision, speed, and reliability for manufacturing, processing, and assembly lines.

Q: When can I expect shipment of my order after processing?

A: Orders are processed promptly and shipped to major domestic markets, often within a few business days, depending on inventory and destination.

Q: Where should the servo drive be mounted for optimal performance?

A: Mount the unit on a secure, vibration-free panel within the recommended temperature range (0C to 55C) to ensure consistent and safe operation.

Q: What are the key usage features of this Panasonic servo drive?

A: Key features include incremental encoder input, built-in braking resistor, digital display, RS232/RS485 connectivity, and advanced overload protections.

Q: How does the servo drive enhance system performance?

A: By ensuring quick response times and precision motion control, this servo drive helps increase efficiency, decrease downtime, and improve overall process accuracy in automated applications.

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