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INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output

INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output

MOQ: 5
Cena £: $99
Detail Information
Miejsce pochodzenia:
CHINY
Prąd wyjściowy:
Obciążenie
Częstotliwość wyjściowa:
50 Hz lub 60 Hz
Typ:
Konwertery DC/DC
Sieć:
NFC
Typ wyjściowy:
Pojedynczy
Rozmiar:
505*205*165 mm
Waga:
10 kg
Zakres mocy:
1,5 kW-250 kW
Napięcie mocy:
220 V, 230 V, 240 V, 380 V, 400 V, 440 V, 480 V, 500 V, 520 V, 600 V, 660 V, 690 V.
Tryb sterowania:
Kontrola DTC, kontrola wektora
Typ protokołu:
Modbus, Canopen, Profibus, Profinet, Ethercat, Ethernet
Reakcja momentu obrotowego:
Mniej niż 5 ms
Dokładność prędkości:
Mniej niż 0,5%
Zakres częstotliwości:
0 ~ 1000 Hz
Rozdzielczość częstotliwości:
0,01 Hz
Podkreślić:

2.2KW Variable Frequency Drive

,

4KW VFD

,

50HZ or 60HZ Frequency Inverter

Opis produktu
INOMAX Frequency Inverter Converter for Industrial Transmission (2.2KW-4KW)
ACS580 high-performance frequency inverter designed for demanding industrial applications requiring precise motor control.
INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 0 INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 1
Product Range ACS580 frequency inverter ABB Analog
Product Type High performance DTC drive
Applications Complex, Heavy duty, Speed control, Tension control, Position control, Lifting control, DTC, STO, Direction torque control, Safe Torque Off
Power Range 1.5kW-250kW
Voltage 220V, 230V, 240V, 380V, 400V, 440V, 480V, 500V, 520V, 600V, 660V, 690V
Control Mode DTC control, Vector control
Protocols Modbus, CanOpen, Profibus, Profinet, Ethercat, Ethernet
Warranty 24 months
INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 2 INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 3 INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 4
ACS580 Key Advantages
INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 5
ACS580 DTC/Servo Drive (380V-480V, 1.5KW-250KW)
  • Direct torque control technology equivalent to ABB systems
  • Universal compatibility with any sine wave AC motor including IM/PM/SynRM/Servo motors
  • Built-in standard EMC filters, DC reactor and braking units
  • Supports Modbus and Canopen communication protocols
  • 2x torque at zero speed without sensor control, with smooth transition between drive and brake modes
  • Torque response time under 5ms for sensorless applications (0 to rated torque)
INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 6
Advanced Performance Features
  • Speed loop dynamic response accuracy of 0.7%
  • Sensorless speed accuracy better than 0.5% (eliminating sensors in 95% of applications)
  • Advanced weak magnetic control technology for energy efficiency and reduced motor noise
  • Intelligent temperature-controlled fan for energy savings and extended drive life
  • Built-in logic programming function to reduce PLC requirements
  • Multiple application parameter macros for quick commissioning
INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 7
Industrial Application Experience
Metallurgy Project: Henan Yaxin Iron and Steel Plant
Implemented converter steelmaking process control system requiring precise parameter detection and automatic control to maintain molten steel quality and production output.
INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 8 INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 9
System Requirements
  • 360° continuous rotation with precise positioning for mechanical tilting converter
  • Speed regulation according to process requirements with equipment interlocking
  • Fault-tolerant operation to complete steelmaking cycle during partial failures
  • Shock load and torsional vibration absorption during start/stop cycles
Solution Implementation
Master/slave control configuration for four rigidly-connected 90KW motors with internal communication between drives to maintain absolute synchronization and eliminate operational instability.
INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 10 INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 11
20-Roll Reversible Mill Project
Regenerative drive application featuring 4 motors (1900kW main winding, 2x2000kW winding, 250kW unwinding) with 690VAC input and tension control accuracy under 1%.
INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 12 INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 13
Specialized Applications
Mine Hoist Systems
Selected by SIEMAG TECBERG group for shaft hoisting technology requiring low harmonics and high torque at low frequencies for safety-critical slow-speed operation.
INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 14 INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 15
Motor Test Bench Systems
Dual-motor configuration (MUT and DM) for comprehensive motor testing including durability, temperature rise, field weakening performance, and real-time parameter monitoring.
INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 16
Test Bench Advantages
  • Significant energy savings through regenerative operation
  • Bidirectional loading capability for comprehensive testing
  • Wide speed range with rated load torque from zero to 5-6x field weakening
  • Millisecond-level torque response for simulated load applications
  • Multi-purpose functionality including power drag and generator testing
INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 17 INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 18
Marine Winch Control System
Implemented on Xiangyanghong scientific research ship's 10,000m main cable winch with strict harmonic requirements (<3%) to protect sensitive marine detection equipment.
INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 19 INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 20
Oil Field Applications
Proven solutions for top drive systems and drilling pump operations in demanding oil field environments.
INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 21 INOMAX Variable Frequency Drive VFD for Industrial Transmission with 2.2KW and 4KW Power 50HZ or 60HZ Output 22
Frequently Asked Questions
What is direct torque control?
Advanced motor control technology that provides precise torque and flux regulation without complex coordinate transformations.
Key benefits of direct torque control:
  • Fast torque and flux response to reference changes
  • High efficiency with minimized switching losses
  • No overshoot in step response
  • Simplified control without PI current controllers
  • Automatic compensation for DC voltage variations
  • Low audible noise due to random switching spectrum
Motor Compatibility
Compatible with three-phase AC induction motors. For best performance, use inverter-grade motors with appropriate voltage insulation (800V for 200V class, 1600V for 400V class).
Common Motor Failure Causes
Industry studies show 41% bearing-related, 37% stator-related, 10% rotor-related, and 12% other causes.
VFD Selection Criteria
Consider application requirements, motor specifications, environmental conditions, and desired control features when selecting the appropriate variable frequency drive.