DEMAG DIC-4-004-E-0000-01 FREQUENCY INVERTER DRIVES

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DEMAG DIC-4-004-E-0000-01 FREQUENCY INVERTER DRIVES

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DEMAG DIC-4-004-E-0000-01 FREQUENCY INVERTER DRIVES Specification

Output Type
Three-Phase AC

Phase
Three-phase

Connector Type
Screw Terminals

Noise Level
50 dB(A)

Rated Current
9.5 A

Operating Temperature
-10C to +50C

Power Supply
Three-phase 400 V AC

Working Temperature
-10C to +50C

Features
Integrated diagnostics, compact design, overload protection, easy parameterization

Cooling Method
Forced Air Cooling

Output Current
9.5 A

Rated Power
4 kW

Application
Industrial Motor Control, Hoist and Crane Drives

Power Factor
> 0.95

Current Range
0 to 10 A

Product Type
Frequency Inverter Drives

Output Power
4 kW

Output Frequency
0.1 Hz to 400 Hz adjustable

Input Voltage
400 V AC

Voltage Protection
Integrated Over-voltage and Under-voltage Protection

Efficiency
High (up to 98%)

Material
Robust Industrial Grade Plastic and Metal

Line Regulation
0.5%

Storage Temperature
-40C to +70C

Weight
4.2 kg

About DEMAG DIC-4-004-E-0000-01 FREQUENCY INVERTER DRIVES

Enjoy a significant discount with the DEMAG DIC-4-004-E-0000-01 Frequency Inverter Drive, now available at a markdown with a reduced price for a limited time only. This pristine frequency inverter boasts blue-ribbon performance for superior industrial motor control, hoist, and crane applications. With advanced V/F and vector control methods, a robust IP20-rated enclosure, and an LED digital display, this unit promises high efficiency (up to 98%) and reliable operation. Integrated dynamic braking, galvanic isolation, and comprehensive voltage protection further enhance its appeal for discerning buyers seeking dependable and cost-effective solutions.

Superior Features & Industrial Applications

The DEMAG DIC-4-004-E-0000-01 Frequency Inverter Drive stands out with integrated diagnostics, superior overload protection, and compact panel-mount design. Its advanced V/F and vector control methods cater to precise industrial motor regulation. Built from industrial-grade materials, it functions efficiently under harsh environments. This drive is ideal for hoist and crane applications, delivering seamless manual and automatic frequency tuning from 0.1 Hz to 400 Hz, with easy parameterization and forced air cooling ensuring consistent, reliable operations.

Export Markets, Delivery & Valuation

Our DEMAG frequency inverter drives are esteemed in major export markets, including Europe, Southeast Asia, and the Middle East. The list price is competitive and reviewed to maintain superior valuation for businesses. Our expedited delivery times guarantee prompt fulfillment regardless of order size. Main domestic market coverage remains robust across India, giving local buyers the advantage of reliable supply with minimal charge and consistent after-sales support, aligned to industrial valuation standards.

FAQs of DEMAG DIC-4-004-E-0000-01 FREQUENCY INVERTER DRIVES:

Q: How does the DEMAG DIC-4-004-E-0000-01 inverter drive enhance industrial motor control?

A: The inverter drive employs both V/F and vector control methods, allowing precise and versatile regulation of motor speed for various industrial applications, especially hoist and crane operations.

Q: What special features does the DEMAG inverter provide for user convenience?

A: This model includes an LED digital display, integrated diagnostics, overload protection, and supports both manual and automatic frequency settings, ensuring easy operation and parameterization.

Q: Where can the DEMAG DIC-4-004-E-0000-01 inverter be used?

A: It is ideal for industrial environments such as factories, warehouses, and manufacturing units, particularly for controlling motors in cranes, hoists, and automated systems.

Q: When is the best time to purchase this inverter for the best price?

A: During promotional periods with markdowns or discounts, buyers can take advantage of reduced prices and maximize cost savings.

Q: What are the benefits of galvanic isolation in this frequency inverter?

A: Galvanic isolation on the control circuits enhances safety and reliability by electrically separating sensitive control signals from power circuits, minimizing risk of electrical interference or damage.

Q: How does the integrated dynamic braking improve operations?

A: Integrated dynamic braking allows for efficient deceleration of heavy loads, which is essential for safety and precision in hoists and cranes during routine or emergency stops.