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INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation

INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation

MOQ: 5
harga: $99
Detail Information
Tempat asal:
CINA
Arus keluaran:
Memuat
Frekuensi output:
50Hz atau 60Hz
Tipe output:
Lajang
Ukuran:
505*205*165 mm
Berat:
10kg
Rentang daya:
1.5kW-250kw
Tegangan daya:
220V, 230V, 240V, 380V, 400V, 440V, 480V, 500V, 520V, 600V, 660V, 690V
Mode kontrol:
Kontrol DTC, Kontrol Vektor
Jenis Protokol:
MODBUS, CANOPEN, PROFIBUS, PROFINET, ETHERCAT, ETHERNET
Respons torsi:
kurang dari 5 ms
Akurasi kecepatan:
Kurang dari 0,5%
Resolusi Kecepatan:
0,01Hz
Rentang Frekuensi Keluaran:
0 ~ 1000Hz
Pengulangan torsi:
1%
Masukan thdi:
<5%
Menyoroti:

380V-500V Variable Frequency Drive

,

1.5KW-250KW VFD

,

50HZ or 60HZ Frequency Inverter

Deskripsi Produk
INOMAX Low Voltage Frequency Inverter for Industrial Automation
High-performance ACS580 frequency inverter supporting 380V-500V power range and 1.5KW-250KW applications.
INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 0 INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 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 Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 2 INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 3 INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 4
ACS580 Key Advantages
INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 5
ACS580 DTC/Servo Drive 380V-480V 1.5KW-250KW Features:
  • Direct torque control technology equivalent to ABB systems
  • Compatible 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, smooth driver/brake switching
  • Torque response time under 5ms for sensorless applications (0 to rated torque)
  • Torque repeatability of 1%, comparable to closed-loop vector or DC devices
INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 6
  • Speed loop dynamic response accuracy of 0.7%
  • Sensorless speed accuracy under 0.5% (eliminating sensors in 95% of applications)
  • Advanced weak magnetic control technology for energy savings and reduced motor noise
  • Intelligent temperature-controlled fan extends drive lifespan
  • Built-in logic programming function reduces PLC requirements
  • Pre-configured application parameter macros for quick commissioning
INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 7
The ACS580 with direct torque control and position control functions is ideal for servo motor applications, including spindle drives, tower cranes, and flying shear machines.
Application Project Experience
INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 8 INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 9
Metallurgy Project: Henan Yaxin Iron and Steel Plant
The converter steelmaking process requires precise parameter detection and automatic control to ensure molten steel quality and output. Our system provides:
  • 360° continuous rotation with 4x 90KW variable frequency motors
  • Accurate stopping at any position with speed regulation
  • Safety interlocking with oxygen lance, ladle car and fume hood
  • Fault tolerance to continue operation during electrical/mechanical failures
  • Shock load and torsional vibration buffering during start/stop
INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 10 INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 11
Solution Implementation
Master/slave control with internal communication between drives ensures absolute synchronization of all four motors, eliminating "nodding" and "shaking" issues.
INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 12 INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 13
20-Roll Reversible Mill Project
Our regenerative drive application features:
  • 4 motors: 1x 1900kW main winding, 2x 2000kW winding, 1x 250kW unwinding
  • 690VAC input voltage
  • Main coiling motor: 18.2Hz rated, 56.6Hz max operating frequency
  • Tension control accuracy under 1%
  • 600m/min maximum rolling line speed
  • System design: 5x AFE + 16x SMM inverter
INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 14 INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 15 INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 16
Mine Hoist Experience
Selected by SIEMAG TECBERG group for shaft hoisting systems requiring:
  • Low harmonics (THDi < 3%)
  • High torque at low frequency operation
  • Safe low-speed operation for sensitive environments
INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 17 INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 18 INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 19 INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 20
Motor Test Bench Project
System configuration with 2 motors (MUT and DM) provides:
  • Motor durability and mechanical properties testing
  • Temperature rise and overload performance analysis
  • Field weakening performance and efficiency measurement
  • Real-time display of voltage, current, torque, speed, power and efficiency
INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 21
VFD Selection for Test Bench
Inomax AFE rectifier with LCL filter ensures:
  • Stable DC bus voltage for constant torque output
  • Input THDi under 5%
  • 0-1000Hz output frequency range with 0.01Hz resolution
  • Under 20ms open loop torque response time
INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 22
4Q Regenerative Drive Advantages
  • Significant energy savings through grid feedback
  • Bidirectional loading capability for different tests
  • Rated load torque from zero speed to 5-6x field weakening
  • ms-level torque response for simulated loads
  • Anti-drag capability for multi-purpose applications
INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 23 INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 24
Xiangyanghong Scientific Research Ship Winch System
High-end marine winch application requiring:
  • Strict EMI control for precision electronic equipment
  • Under 3% harmonics for sensitive marine environment
  • High-precision multi-machine torque coordination
INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 25 INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 26 INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 27
Oil Field Applications
INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 28 INOMAX Low Voltage Variable Frequency Drive with 380V-500V Range 1.5KW-250KW Power and 50HZ or 60HZ Output for Industry Automation 29
Frequently Asked Questions
What is direct torque control?
Advanced motor control technology that provides fast torque response by directly controlling motor flux and torque without complex coordinate transformations.
Benefits of direct torque control:
  • Fast torque and flux response to reference changes
  • High efficiency with minimized switching losses
  • No overshoot in step response
  • No PI current controllers or control tuning required
  • Low audible noise due to random switching spectrum
  • Automatic compensation for DC voltage variations
  • Simple synchronization to rotating machinery
Motor compatibility:
Three phase AC induction motors with proper insulation (800V for 200V class, 1600V for 400V class inverters). Select motor first, then match inverter.
Common motor failure causes:
  • 41% bearing related
  • 37% stator related
  • 10% rotor related
  • 12% other causes
VFD selection criteria:
Match motor specifications first, then consider application requirements for torque, speed, control accuracy, and environmental conditions.