SCHNEIDER LEXIUM SERVO DRIVE LXM26DU10M3X

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SCHNEIDER LEXIUM SERVO DRIVE LXM26DU10M3X Specification

Insulation Material
Polycarbonate

Shape
Rectangular

Feature
High Precision, Compact Design, Fast Response

Humidity %
5% to 95% (non-condensing)

Operating Temperature
0C to 40C

Efficiency
>96%

Mounting Type
Panel Mount

IP Rating
IP20

Connector Type
Plug-in/Screw Terminals

Power Factor
>0.98

Surface Finish
Painted / Coated

Overheating Protection
YES

Product Type
Servo Drive

Application
Industrial Automation, Motion Control

Protection Level
Overvoltage, Overload, Short Circuit

Frequency (MHz)
50/60 Hz

Rated Voltage
3 x 380-480 V AC

Energy Consumption
Depends on Load

Output Type
Digital/Analog

Color
Grey/Black

Dimension (L*W*H)
228 x 90 x 250 mm

Weight
2.8 kg

Input Voltage
3 x 380-480 V AC

Phase
Three Phase

Size
Standard

Material
Metal / Plastic

Connection Type
Screw Terminal

About SCHNEIDER LEXIUM SERVO DRIVE LXM26DU10M3X

Discover the new release SCHNEIDER LEXIUM SERVO DRIVE LXM26DU10M3Xan unmatchable solution trending in the world of motion control. Pick yours today to experience transcendent precision, classic reliability, and a compact design ideal for industrial automation. Boasting a maximum output current of 10 A with precise Position, Speed, and Torque Control, this servo drive supports Ethernet, CANopen, and Modbus communication interfaces. Its integrated alarm system, robust protection, and advanced energy efficiency make it the standard for modern automation needs.

Advanced Features for Versatile Usage

SCHNEIDER LEXIUM SERVO DRIVE LXM26DU10M3X stands out with extra features like regenerative braking, intuitive LED status indicators, and integrated alarm codes. It excels in demanding application media such as industrial automation and motion control in three-phase environments. Designed for high precision and fast response, this drive suits a wide range of usage types, from assembly lines to robotics, empowering industries to achieve brilliant operational efficiency and reliability in diverse conditions.

Logistics and Delivery Information

The LXM26DU10M3X is available for quick dispatch from major FOB ports across India. Packaging is durable and ensures product safety during transit. Estimate leads times are minimal, enabling prompt deliveries tailored to your requirements. If you are interested in evaluating the product, samples are available upon request. This streamlined process ensures seamless support from order placement to delivery, making it effortless for your facility to implement high-performance motion solutions.

FAQs of SCHNEIDER LEXIUM SERVO DRIVE LXM26DU10M3X:

Q: How can I use the SCHNEIDER LEXIUM SERVO DRIVE LXM26DU10M3X in industrial settings?

A: This servo drive is designed for integration into industrial automation and motion control systems. Its versatile controls for position, speed, and torque make it suitable for assembly lines, robotics, or any automated machinery demanding high-precision motion.

Q: What communication interfaces are supported by the LXM26DU10M3X?

A: The SCHNEIDER LEXIUM SERVO DRIVE LXM26DU10M3X supports Ethernet, CANopen, and Modbus, ensuring seamless connectivity with modern automation platforms and controllers.

Q: When should I consider using regenerative braking in my application?

A: Regenerative braking is beneficial in applications where quick deceleration is required or when energy savings are a priority, allowing excess energy to be recaptured and reused within your system.

Q: Where can I get product samples of this servo drive in India?

A: Product samples of the LXM26DU10M3X are available upon request from authorized Schneider suppliers and traders across India.

Q: What protection features does this servo drive offer?

A: This unit features extensive protections such as overvoltage, overload, short-circuit, and overheating safeguards, ensuring safe and reliable operation in demanding industrial environments.

Q: How does the alarm system work on the LXM26DU10M3X?

A: It incorporates integrated LED indicators and specific alarm codes, allowing users to quickly identify and address operational issues for minimal downtime.

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