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SCHNEIDER LXM32CD72N4 SERVO DRIVE

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SCHNEIDER LXM32CD72N4 SERVO DRIVE Specification

Operating Temperature
0C to 55C

Noise Level
<50 dB

Rated Current
17 A

Power Factor
>0.95

Current Range
0-17 A

Cooling Method
Forced Air Cooling

Connector Type
Screw Terminals

Phase
Three Phase

Features
High Performance, Integrated Safety, Modbus & CANopen Communication

Working Temperature
0C to 55C

Application
Industrial Automation, CNC Machinery, Robotics

Output Current
17 A

Rated Power
7.5 kW

Output Type
Three Phase

Power Supply
AC Power Supply

Product Type
Servo Drive

Output Power
7.5 kW

Output Frequency
0-599 Hz

Input Voltage
380-480 V AC

Voltage Protection
Over-voltage, Under-voltage, Short-circuit Protection

Efficiency
>98%

Material
Metal Body with Industrial Grade Finish

Line Regulation
1%

Storage Temperature
-25C to +70C

Weight
Approx. 7.5 kg

About SCHNEIDER LXM32CD72N4 SERVO DRIVE

Unlock first-class performance with the SCHNEIDER LXM32CD72N4 SERVO DRIVE an exclusive solution designed for valiant industrial automation and lofty manufacturing demands. With advanced Vector and V/f Control methods, built-in Modbus and CANopen communication, and robust IP20 protection, this servo drive guarantees efficient and reliable motion control. Seamlessly integrating with CNC machinery and robotics, it delivers an impressive 7.5 kW output and supports regenerative braking. Order today to experience unrivaled safety, firmware upgradability, and a cutting-edge metal finish, making it the preferred choice for sophisticated engineering environments across India.

Versatile Application and Usage

SCHNEIDER LXM32CD72N4 SERVO DRIVE is engineered for precision control in industrial automation, CNC machinery, and robotics. Its flexible mounting options and robust connectivity make it ideal for panel installations in factories, workshops, and advanced manufacturing units. The drive expertly manages high-performance motors in environments where reliable acceleration, positioning, and speed control are crucial, guaranteeing enhanced productivity and operational efficiency for mission-critical tasks.

Certifications, Export Market, and Delivery

Our SCHNEIDER LXM32CD72N4 SERVO DRIVE is supplied through a reliable export market and packaged with utmost care for secure delivery. FOB port services from key Indian harbors ensure timely shipping and efficient supply ability, catering to both domestic and international clients. Delivered units are certified to industrial standards, promising impeccable quality and seamless integration into automation systems. Every product reaches you intact and ready to elevate your operations.

FAQs of SCHNEIDER LXM32CD72N4 SERVO DRIVE:

Q: How does the SCHNEIDER LXM32CD72N4 SERVO DRIVE enhance industrial automation?

A: It provides advanced vector and V/f control methods, high input/output flexibility, and secure safety functions, which make it ideal for precise motion and process automation in manufacturing environments.

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

A: It is primarily used in CNC machinery, robotics, and various industrial automation applications where efficient motor control, speed regulation, and optimal positioning are required.

Q: Where can the servo drive be installed?

A: The servo drive is designed for panel mounting, making it suitable for installation in industrial control panels within factories, workshops, and automated production sites.

Q: What are the benefits of ordering SCHNEIDER LXM32CD72N4 from a certified supplier?

A: Ordering from a certified supplier ensures product authenticity, full warranty, professional packaging, and compliance with international standards, along with expert support and timely delivery.

Q: Does the servo drive support remote operation and firmware upgrades?

A: Yes, it offers both manual and remote operational capabilities and supports firmware upgrades to maintain peak performance and compatibility with evolving system requirements.

Q: What is the process for integrating this servo drive with industrial systems?

A: Integration involves installing the drive securely in the panel, establishing communication through Modbus/CANopen/Ethernet, and programming inputs/outputs for seamless interaction with existing automation controls.