DEMAG SERVO DRIVE

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DEMAG SERVO DRIVE Specification

Output Current
10.5 A

Cooling Method
Forced Air Cooling

Current Range
0-12 A

Power Supply
AC Supply

Output Type
Digital/Analog

Connector Type
Screw Terminal

Application
Industrial Automation, Injection Molding Machines

Noise Level
<65 dB

Rated Power
4.5 kW

Operating Temperature
0C to +50C

Rated Current
10.5 A

Features
Short Circuit Protection, Overload Protection, Robust Design

Working Temperature
0C to +50C

Phase
Three Phase

Power Factor
>0.98

Product Type
Servo Drive

Output Power
4.5 kW

Output Frequency
0-600 Hz

Input Voltage
3 x 400 V AC

Voltage Protection
Overvoltage and Undervoltage Protection

Efficiency
>96%

Material
Industrial Grade Metal Housing

Line Regulation
0.5%

Storage Temperature
-25C to +70C

Weight
Approx. 5.8 kg

About DEMAG SERVO DRIVE

Introducing the New DEMAG SERVO DRIVE, a popular solution renowned for its marvelous performance in industrial automation. Engineered with top-tier features such as Vector, V/F, and Servo control modes, it guarantees ultimate precision with a terrific response time of less than 1 ms. The robust industrial metal housing ensures long-lasting reliability, while CE certification guarantees international quality standards. With an impressive efficiency of over 96%, advanced protection mechanisms, and versatile communication interfaces, this drive is perfect for injection molding machines and high-demand automation tasks across India.

Versatile Application Powerhouse

The DEMAG SERVO DRIVE excels in demanding application areas such as industrial automation and injection molding machines. Its advanced control modes make it suitable for precise and dynamic processes, while the robust design allows for continuous usage in challenging industrial environments. Additionally, it can be effectively used in various motor control, robotics, and general manufacturing systems, providing flexibility across multiple sectors. Its outstanding reliability assures top performance in both dedicated and versatile type-of-usage scenarios.

Sample & Shipping Details for Premium Experience

Premium DEMAG SERVO DRIVE samples are available for evaluation to ensure the product meets your requirements. Flexible payment terms are offered, facilitating a smooth transaction. We conveniently dispatch orders from our primary FOB port in India, ensuring a quick and secure drop-off to your location. Each unit is carefully packed for safe transportation, mirroring our commitment to quality and customer satisfaction in every shipment.

FAQs of DEMAG SERVO DRIVE:

Q: How does the DEMAG SERVO DRIVE ensure reliable operation in industrial settings?

A: With a robust industrial metal housing, IP20 protection, and advanced safety features like overvoltage, undervoltage, short circuit, and overload protection, the DEMAG SERVO DRIVE guarantees dependable performance in demanding environments.

Q: What are the main applications for the DEMAG SERVO DRIVE?

A: This drive is optimized for industrial automation and injection molding machines, but also excels in motor control, robotics, and general manufacturing systems requiring precise and efficient motion control.

Q: When can I expect the DEMAG SERVO DRIVE sample to be dispatched after placing an order?

A: Samples are promptly dispatched upon confirmation of order and payment, with shipping arranged efficiently from the primary FOB port in India.

Q: Where can the DEMAG SERVO DRIVE be installed?

A: Designed for panel mounting, the drive is suitable for integration into new or existing control systems commonly found in industrial facilities and automation enclosures.

Q: What benefits do the communication interfaces offer?

A: With RS485 and optional CANopen connectivity, users benefit from seamless integration into networked automation systems, enabling flexible communication and advanced control capabilities.

Q: How does the DEMAG SERVO DRIVE achieve high efficiency?

A: Utilizing advanced control algorithms and forced air cooling, the drive maintains an efficiency of over 96%, ensuring minimal energy loss during extended operations.

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