SCHNEIDER SERVO MOTOR LXM26DU04M3X

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SCHNEIDER SERVO MOTOR LXM26DU04M3X Specification

Power Supply
AC 200-240V 50/60Hz

Rated Current
2.8 A

Features
Compact Design, High Performance, Integrated Protection, Easy Integration

Working Temperature
0C to +40C

Current Range
0-3 A

Output Type
Three Phase

Noise Level
<60 dB

Rated Power
0.4 kW

Cooling Method
Natural Cooling

Power Factor
>0.90

Application
Industrial Automation, CNC Machinery, Packaging Machines

Connector Type
Circular Industrial Connector

Operating Temperature
0C to +40C

Phase
Three Phase

Output Current
2.8 A

Product Type
Servo Motor

Output Power
0.4 kW

Output Frequency
0-300 Hz

Input Voltage
200-240V AC

Voltage Protection
Over-voltage, Under-voltage Protection

Efficiency
High Efficiency

Material
Aluminum Housing

Line Regulation
0.5%

Storage Temperature
-20C to +65C

Weight
2.6 kg

About SCHNEIDER SERVO MOTOR LXM26DU04M3X

Experience remarkable value and performance with the SCHNEIDER SERVO MOTOR LXM26DU04M3Xan astonishing, sought-after solution for industrial automation. This best-seller features fully digital servo control for precise operations, and the incremental encoder assures dependable feedback. Its compact, robust aluminum housing with IP65 protection delivers durability in challenging environments. Personalise setups with the optional electromagnetic brake and seamless integration via flange mounting. High efficiency and integrated voltage protections make it a valuable investment for CNC, packaging, and automation tasksensuring safety, reliability, and a service life of up to 20,000 hours.

Competitive Edge and Versatile Applications

SCHNEIDER SERVO MOTOR LXM26DU04M3X stands out with its compact design, high efficiency, and integrated protection. Its primary competitive advantages include advanced digital servo control, natural cooling, and an IP65-rated aluminum housing. Regularly featured in commercial settings such as CNC machinery and automated packaging, this motor adapts swiftly to modern industrial requirements. The optional brake, high output power, and low noise level further enhance its appeal, making it indispensable for a diverse range of applications.

Seamless Procurement with Flexible Terms

Procure the SCHNEIDER SERVO MOTOR LXM26DU04M3X at the lowest price with sale price options tailored to large or custom orders. FOB port options are available across major Indian ports for streamlined shipping. Flexible payment terms ensure hassle-free order completion, while our rapid delivery time guarantees your project deadlines are met. Our supplier services in India prioritize speed and reliability, providing swift dispatch, competitive rates, and full after-sales support for every valued client.

FAQs of SCHNEIDER SERVO MOTOR LXM26DU04M3X:

Q: How does the SCHNEIDER SERVO MOTOR LXM26DU04M3X improve efficiency in industrial applications?

A: Equipped with high efficiency, the LXM26DU04M3X enhances precision and power output, reducing energy consumption and increasing overall system productivity in industrial automation and CNC applications.

Q: What are the key features that make this servo motor a best-seller?

A: Its fully digital servo control, incremental encoder for accurate feedback, robust IP65 aluminum housing, and adaptable flange mount contribute to its reputation as a sought-after, best-selling motor in automation.

Q: When should the optional electromagnetic brake be considered for installation?

A: The optional electromagnetic brake is ideal in applications requiring precise positioning or added safety during power-off conditions, such as vertical axes in CNC machinery or packaging equipment.

Q: Where can the SCHNEIDER SERVO MOTOR LXM26DU04M3X be integrated?

A: This motor is designed for seamless integration into industrial environments, particularly in CNC machines, packaging machines, robotics, and other automated systems requiring reliable servo control.

Q: What benefits does the integrated protection offer during operation?

A: Integrated over-voltage and under-voltage protection ensures the motor operates safely under varying power conditions, safeguarding equipment, maintaining uptime, and extending service life.

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