DEMAG DIC-4-002-C-0001-01 FREQUENCY INVERTER DRIVE

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DEMAG DIC-4-002-C-0001-01 FREQUENCY INVERTER DRIVE Specification

Noise Level
<65 dB(A)

Phase
Three Phase

Output Type
Three Phase AC

Working Temperature
-10C to +50C

Application
Industrial Automation, Crane Operations, Conveyor Drive Control

Power Supply
3-Phase 380-480 V AC, 50/60 Hz

Cooling Method
Forced Air Cooling with Built-in Fan

Current Range
0 to Rated Output Current

Rated Current
5.4 A

Power Factor
>0.95

Features
Digital Display, Programmable Settings, Soft Start, Protection Features

Connector Type
Screw Terminal

Output Current
5.4 A

Operating Temperature
-10C to +50C

Rated Power
2 kW

Product Type
HMI

Output Power
2 kW

Output Frequency
0-400 Hz

Input Voltage
380-480 V AC

Voltage Protection
Over-voltage and Under-voltage Protection

Efficiency
Over 95%

Material
Metal Housing with Plastic Front Panel

Line Regulation
1%

Storage Temperature
-40C to +70C

Weight
Approx. 3.8 kg

About DEMAG DIC-4-002-C-0001-01 FREQUENCY INVERTER DRIVE

Select the DEMAG DIC-4-002-C-0001-01 Frequency Inverter Drive and explore valiant industrial automation solutions. With an opulent blend of RS-485 (Modbus) communication, robust V/F and Sensorless Vector Control methods, and integrated protection features, this inverter is truly noteworthy. Featuring a digital LED/LCD panel, swift acceleration/deceleration (0.1 to 3000 s), and forced air cooling, it offers precision and reliability for demanding operations. Designed for three-phase supply, with over 95% efficiency, it suits applications like cranes and conveyor controls. Discover optimal performance and steadfast durability with every use.

Versatile Application & Superior Usability

The DEMAG DIC-4-002-C-0001-01 Frequency Inverter Drive is expertly crafted for industrial automation, making it well-suited for use in crane operations and conveyor drive control. Its versatile design ensures compatibility with complex manufacturing environments. From enhancing automated systems to providing reliable motion control, this drive type is remarkable for areas requiring robust performance under continuous operation. Select this inverter for seamless, efficient, and safe function in diverse industrial settings.

Prominent Export Markets & Certified Quality Assurance

Handover of the DEMAG DIC-4-002-C-0001-01 Frequency Inverter Drive is efficiently managed for global markets, with quick dispatch to minimize expenditure and ensure customer satisfaction. The product is frequently dispatched to export markets across Europe, Asia, and the Middle East. Recognized certifications uphold quality, and packaging is meticulously executed for safety during transit. Select this inverter drive for assured reliability, packaged securely and delivered promptly to your location.

FAQs of DEMAG DIC-4-002-C-0001-01 FREQUENCY INVERTER DRIVE:

Q: How does the DEMAG DIC-4-002-C-0001-01 enhance industrial automation processes?

A: The inverter drive utilizes advanced V/F and sensorless vector control, ensuring precise motor speed management and improved efficiency for various automation processes, reducing energy expenditures and equipment wear.

Q: What types of industrial applications is this frequency inverter best suited for?

A: It is ideal for crane operations, conveyor drive controls, and a range of demanding industrial automation setups that rely on robust, continuous operation and advanced protection features.

Q: When should the inverter drives programmable settings be configured?

A: Programmable settings are typically configured during installation or maintenance, allowing customization to match specific equipment requirements and optimize operational performance.

Q: Where can this inverter drive be mounted within an industrial facility?

A: The DEMAG DIC-4-002-C-0001-01 is designed for wall mounting, making it easy to deploy in control rooms, machinery enclosures, or near automation systems for convenient access and monitoring.

Q: What benefits does the integrated EMC filter and brake chopper provide?

A: The integrated EMC filter reduces electromagnetic interference, while the brake chopper efficiently manages rapid deceleration, both contributing to stable, safe, and reliable operation in challenging industrial environments.

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