SCHNEIDER ELECTRIC AC SERVO DRIVE

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SCHNEIDER ELECTRIC AC SERVO DRIVE Specification

Rated Current
2.7A

Current Range
0-3A

Operating Temperature
0C to +50C

Power Supply
AC Input

Output Current
2.7A

Working Temperature
0C to +50C

Rated Power
0.4 kW

Noise Level
<50 dB

Power Factor
>0.95

Connector Type
Screw Terminal

Application
Precision Motor Control, Automation, Packaging, Robotics

Features
Short-Circuit Protection, High-Speed Response, Compact Design

Phase
Single/Three Phase

Output Type
Analog/Digital

Cooling Method
Forced Air Cooling

Product Type
AC Servo Drive

Output Power
400W

Output Frequency
0-500Hz

Input Voltage
200-240V AC

Voltage Protection
Overvoltage/Undervoltage Protection

Efficiency
>90%

Material
Industrial Grade Plastic & Metal

Line Regulation
0.5%

Storage Temperature
-20C to +70C

Weight
1.8 kg

About SCHNEIDER ELECTRIC AC SERVO DRIVE

Capitalise on ineffable performance with the SCHNEIDER ELECTRIC Lexium Series AC Servo Drive, tailored for grandiose automation solutions and stellar precision control. Enjoy a special rate and try now to revolutionise your motor control applicationsfeaturing an ultra-fast response time of less than 2 ms, advanced regenerative braking, and robust vibration resistance up to 5G. Suitable for Permanent Magnet Synchronous and Brushless Servo Motors, this drive supports both incremental and absolute encoder feedback. Its compact, industrial-grade design ensures supreme reliability in packaging, robotics, and automation tasks. Mount securely with panel mount installation and benefit from extensive voltage protection and energy efficiency exceeding 90%.

Efficiency and Application Excellence

SCHNEIDER ELECTRIC AC Servo Drive is engineered for stellar applications in automation, robotics, and precise motor control. Mounts easily in panel configurations, it excels in packaging sectors and delivers unmatched speed and reliability. Key advantages include short-circuit protection, high-speed response, and advanced voltage protection. Application is straightforwardsimply connect via pulse, analog, or RS485/Modbus interface and let the LED status indicator guide operation. Its compact build makes integration effortless for diverse industrial settings.

Sample Availability and Rapid Dispatching

Sample units of SCHNEIDER ELECTRIC AC Servo Drive are readily available for evaluation. With an export focus spanning major markets, supply ability stands at a grandiose level, ensuring high-volume demands are seamlessly met. Once expenditure is confirmed, units are dispatched swiftly and handed over to reputable carriers. Customers benefit from reliable delivery timelines, whether for local distribution or international shipping, making this an optimal choice for buyers seeking assurance and promptness.

FAQs of SCHNEIDER ELECTRIC AC SERVO DRIVE:

Q: How does the SCHNEIDER ELECTRIC AC Servo Drive improve automation processes?

A: The drive offers high-speed response (<2 ms), robust protection features, and versatile control interfaces, enabling more efficient and precise automation with minimal downtime.

Q: What applications is the Lexium Series Servo Drive best suited for?

A: It excels in precision motor control, packaging lines, robotics, and general automation where accuracy, reliability, and high performance are critical.

Q: When can I expect dispatched delivery after placing an order?

A: Once expenditure is confirmed, products are typically dispatched promptly and handed over to trusted logistics partners, ensuring rapid and reliable delivery.

Q: Where can I use this servo drive considering its protection and build?

A: With IP20 protection, industrial-grade materials, vibration resistance up to 5G, and temperature adaptability, its suitable for standard machinery enclosures in manufacturing, robotics, and similar industries.

Q: What is the process for connecting the drive to different motor types?

A: The drive supports Permanent Magnet Synchronous Motors (PMSM) and Brushless Servo Motors. Installation involves connecting via screw terminals, setting up via pulse, analog, or RS485/Modbus interface, and configuring encoder feedback types.

Q: How can I benefit from the regenerative braking feature?

A: Regenerative braking ensures energy efficiency by recuperating excess kinetic energy during braking, reducing operational costs and wear for high-performance applications.

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