DEMAG SERVO DRIVE

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DEMAG SERVO DRIVE Specification

Output Current
6 A

Phase
Three Phase

Features
Compact Design, Digital Control, High Dynamic Response

Rated Current
6 A

Application
Industrial Automation, Robotic Systems, Molding Machines

Operating Temperature
0C to +50C

Connector Type
Screw Terminal

Power Factor
>0.98

Output Type
Three Phase

Cooling Method
Forced Air Cooling

Power Supply
AC Power Input

Rated Power
2.2 kW

Noise Level
<65 dB

Working Temperature
0C to +50C

Current Range
0-6 A

Product Type
Servo Drive

Output Power
2.2 kW

Output Frequency
0-400 Hz

Input Voltage
380-480 V AC

Voltage Protection
Overvoltage, Undervoltage Protection

Efficiency
>95%

Material
Industrial Grade Metal Housing

Line Regulation
0.5%

Storage Temperature
-25C to +70C

Weight
6.5 kg

Start-Up Time
<3 seconds

Protection Rating
IP20

Control Method
Vector Control / V/F Control

Compatible Motors
AC Servo Motors

Mounting Type
Panel Mounting

Communication Interface
RS485, CANopen

EMC Compliance
EN61800-3

Display Type
Digital LED

About DEMAG SERVO DRIVE

Unlock an elite performance edge with the DEMAG SERVO DRIVE, a valiant addition to your industrial automation arsenal. This celebrated drive operates using advanced Vector/VF Control, boasting an incomparable efficiency of over 95%. Designed for panel mounting, it features a robust industrial-grade metal housing, digital LED display, and supports RS485 & CANopen interfaces. With IP20 protection, overvoltage/undervoltage shielding, and rapid start-up (<3s), its the deal of the season. Perfect for clearance applications in robotics, molding, and automation, handling three-phase AC motors with ease and precision.

Elite Usage Versatility & Advanced Features

The DEMAG SERVO DRIVE is ideally suited for intensive usage in industrial automation, robotic systems, and molding machines. Built for panel mounting, its application surface integrates seamlessly with most industrial setups. Standout extra features include a compact design, high dynamic response, digital control, and forced air cooling. Enjoy seamless integration and unrivaled reliability in environments demanding robust and efficient motion control performance.

Packaging, Payment & Supply on the Domestic Mar

Packaging for the DEMAG SERVO DRIVE is designed for secure transportation, employing industrial-grade materials to protect your investment. Payment terms are flexible, accommodating domestic mar customers with various options for convenience. Estimated supply ability ensures prompt delivery across regions, with a streamlined logistics process that prioritizes safety and efficiency, ensuring the drive reaches you in prime condition.

FAQs of DEMAG SERVO DRIVE:

Q: How does the DEMAG SERVO DRIVE ensure quick and reliable operation?

A: The DEMAG SERVO DRIVE features a rapid start-up time of less than 3 seconds, digital LED display, and advanced vector control, ensuring fast, reliable, and responsive operation for demanding industrial tasks.

Q: What applications are most suitable for the DEMAG SERVO DRIVE?

A: This drive excels in industrial automation, robotic systems, and molding machines, making it ideal for environments that require precision and high dynamic response.

Q: When should I use the vector control or V/F control method?

A: Vector control is beneficial for applications demanding precise speed and torque, while V/F control is suitable for more general or less demanding motor requirements.

Q: Where can I install the DEMAG SERVO DRIVE for optimal performance?

A: Designed for panel mounting, it is best suited for industrial settings such as automation panels, robotic control cabinets, and machinery units requiring reliable motion control.

Q: What is the process for purchasing and receiving the DEMAG SERVO DRIVE in India?

A: Contact your supplier or trader in India, discuss your requirements, choose suitable payment terms, and the drive will be packaged and transported securely, with supply ability estimated for prompt delivery.

Q: What are the main benefits of using this servo drive in industrial environments?

A: Key benefits include high efficiency (>95%), EMC compliance, robust overvoltage/undervoltage protection, easy digital control, and seamless integration with AC servo motors, ensuring superior performance and safety.

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