PANASONIC AC SERVO DRIVE MLDET2310P

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PANASONIC AC SERVO DRIVE MLDET2310P Specification

Cover Material
ABS Plastic

Control System
Position/Speed/Torque Control

Protection Level
IP20

Features
High Response, Energy Efficient, Compact Design

Connectivity Type
RS232/RS485, Pulse, Analog

Cabinet Material
Metal

Base Material
Aluminum

Panel Type
Digital

Rated Current
Varies by Model

Rated Insulation Voltage
250V AC

Cooling System
Built-in Fan

Operating Voltage
200-240V AC

Thickness
Standard

Protection Class
Class I

Way
Single

Rated Operation Voltage
220V AC

Current Rating
10A

Components
Drive unit, control panel

Product Type
AC Servo Drive

Material
Metal, Plastic

Surface Finish
Powder Coated

Standard
CE, UL, RoHS

Surface Color
Black & Silver

Rated Voltage
200-240V AC

Frequency (MHz)
50/60 Hz

Maximum Output Current
10A

Dimension (L*W*H)
180 mm 120 mm 110 mm

Application
Industrial Automation, CNC Machines

IP Rating
IP20

Display Type
LED Display

About PANASONIC AC SERVO DRIVE MLDET2310P

Highlighted by its gilt-edged reliability, the PANASONIC AC SERVO DRIVE MLDET2310P stands out as an unmatchable solution for advanced industrial automation. The uncommon blend of energy-efficient performance, high response, and robust panel-mounted design ensures versatile compatibility across CNC Machines and automation systems. Engineered for precision, its driving capabilities include a built-in regenerative circuit and incremental encoder support. Built with metal and ABS plastic finished in classy black and silver, this CE, UL, and RoHS certified device is offered at a competitive asking price. Limited stock! Buy now to secure your systems optimal performance.

Perfect Match for Automation and CNC Applications

The PANASONIC AC SERVO DRIVE MLDET2310P is suitable for industrial automation and CNC machines, offering unmatchable high-speed positioning and torque control. Its highlighted features include an energy-efficient cooling system, compact design, LED display, and panel mount installation. The device integrates a built-in fan and protective casing, ensuring operational safety in environments with high demand for precision, reliability, and consistent output.

Export Markets, Certifications, and Packaging Details

Our PANASONIC AC SERVO DRIVE MLDET2310P is estimated to perform exceptionally in global markets, including Asia and Europe. Certified to CE, UL, and RoHS standards, it assures quality and safety. We offer secure export packaging tailored to meet customer requirements, with prompt shipment on receiving a valid purchase offer. Prices are competitive, and our packaging guarantees your equipment arrives ready for immediate integration into operations.

FAQs of PANASONIC AC SERVO DRIVE MLDET2310P:

Q: How is the PANASONIC AC SERVO DRIVE MLDET2310P suitable for industrial automation?

A: The servo drive provides precise control over speed, position, and torque, making it perfect for automation in CNC machines and other demanding industrial applications.

Q: What are the main features of the MLDET2310P that enhance performance?

A: Key features include high response rate, built-in regenerative circuit, panel mounting, energy efficiency, compact design, and compatibility with digital, pulse, and analog input signals.

Q: When should I consider buying the MLDET2310P for my application?

A: Purchase the MLDET2310P if you need gilt-edged reliability, uncommon performance, and precision control in your automation or CNC processes, especially with limited stock available.

Q: Where can this servo drive be installed?

A: The servo drive is designed for panel mounting and integrates seamlessly into industrial machines, automation systems, and CNC equipment cabinets.

Q: What is the process for integrating the MLDET2310P into my system?

A: Integration involves mounting the drive, connecting it through RS232 or RS485 interfaces, and configuring the control signals for your specific speed, position, and torque requirements.

Q: What benefits does the built-in regenerative circuit offer?

A: The regenerative circuit improves energy efficiency by redirecting surplus energy back into the system, reducing power consumption and maximizing operational savings.

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