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185KW-315KW Variable Frequency Drive for Low Voltage Synchronous Motor with 220V-1140V 3 Phase Power

185KW-315KW Variable Frequency Drive for Low Voltage Synchronous Motor with 220V-1140V 3 Phase Power

Brand Name: Inomax
Model Number: ACS880-B23-05A6-3B
MOQ: 1
Prijs: $500
Detail Information
Plaats van herkomst:
CHINA
Certificering:
ce
Controlemodus:
Slipcompensatieregeling, V/F -regeling, sensorloze vectorregeling, directe koppelregeling, PID -rege
Nominale spanning:
220 V, 380V, 690, 1140
Vermogensfase:
3
Nominale kracht:
1.5 kW-5000 kW
Afmetingen:
167.5*185.8*80mm
Vermogensbereik:
0,75 kW-5000 kW
Spanningsbereik:
220V, 230V, 240V, 380V, 400V, 440V, 480V, 500V, 520V, 600V, 660V, 690V
Protocoltype:
Modbus, Canopen, Profibus, Profinet, Ethercat, Ethernet
Koppelrespons:
Minder dan 5 ms
Herhaalbaarheid van koppel:
1%
Snelheidsnauwkeurigheid:
Minder dan 0,5%
Snelheidsreactie:
0,7% s
Frequentiebereik:
0 ~ 1000Hz
Frequentieresolutie:
0,01 Hz
Input THDI:
<5%
Markeren:

185KW-315KW Variable Frequency Drive

,

220V-1140V VFD

,

3 Phase Frequency Inverter

Productomschrijving
185KW-315KW Variable Frequency Drive for Low Voltage Synchronous Motor
ACS 880 high-performance DTC drive for complex industrial applications including speed control, tension control, position control, and lifting control.
185KW-315KW Variable Frequency Drive for Low Voltage Synchronous Motor with 220V-1140V 3 Phase Power 0
Model Reference ACS880 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 0.75KW-5000KW
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
185KW-315KW Variable Frequency Drive for Low Voltage Synchronous Motor with 220V-1140V 3 Phase Power 1
ACS880 DTC Drive Advantages
185KW-315KW Variable Frequency Drive for Low Voltage Synchronous Motor with 220V-1140V 3 Phase Power 2
  • Direct torque control technology equivalent to ABB
  • Compatible with any sine wave AC motor including IM/PM/SynRM/Servo motors
  • Four-quadrant inverter with energy feedback for energy savings and reduced harmonics
  • Supports stack type inverter or multi-drive modules type inverter
  • 380V-690V range from 0.75KW-5000KW
  • Built-in standard EMC filters, DC reactor and braking units
  • Supports multiple communication protocols: Budbus, Profibus, ProfiNET, EtherCAT, Ethernet
  • 2x torque in zero speed without sensor control
  • Torque response time <5ms for sensorless applications
185KW-315KW Variable Frequency Drive for Low Voltage Synchronous Motor with 220V-1140V 3 Phase Power 3
  • Speed loop dynamic response accuracy: 0.7%
  • Sensorless speed accuracy <0.5% (no sensor needed in 95% of applications)
  • Advanced weak magnetic control technology minimizes motor losses
  • Intelligent temperature-controlled fan extends drive lifespan
  • Built-in logic programming function reduces PLC requirements
  • Multiple application parameter macros for easy commissioning
ACS 880 with direct torque control and energy saving functions features four-quadrant energy regeneration and feedback, with built-in filters and reactors. Ideal for steel, cement, chemical, oil & gas, power, and mining applications.
Application Project Experience
Metallurgy Project: Henan Yaxin Iron and Steel Plant
The converter steelmaking process requires precise control systems for quality molten steel production. Our solution used 4 sets of 90KW variable frequency motors with master/slave control for absolute synchronization, eliminating "nodding" and "shaking" problems.
185KW-315KW Variable Frequency Drive for Low Voltage Synchronous Motor with 220V-1140V 3 Phase Power 4
Rolling Mill Application
20-roll reversible mill project featuring regenerative drive technology with 4 motors (1900kW main winding, 2x2000kW winding, and 250kW unwinding). Our design used 5 AFE +16 SMM inverters with tension control accuracy <1%.
185KW-315KW Variable Frequency Drive for Low Voltage Synchronous Motor with 220V-1140V 3 Phase Power 5
Mine Hoist System
Developed for SIEMAG TECBERG group to meet strict requirements for low harmonics and high torque at low frequency, ensuring safety in shaft hoisting operations.
185KW-315KW Variable Frequency Drive for Low Voltage Synchronous Motor with 220V-1140V 3 Phase Power 6
Motor Test Bench Project
System features two motors (MUT and DM) with controller managing speed and torque. Capabilities include durability testing, temperature rise analysis, field weakening performance, and real-time efficiency monitoring.
185KW-315KW Variable Frequency Drive for Low Voltage Synchronous Motor with 220V-1140V 3 Phase Power 7
Key Advantages for Motor Test Bench:
  • Significant energy savings through grid feedback
  • Bidirectional loading characteristics
  • Wide speed adaptation range
  • High torque response speed (ms level)
  • Anti-drag capability for multiple applications
National Key Project: Xiangyanghong Scientific Research Ship
High-end marine long-line winch drive system with harmonics <3%, meeting strict electromagnetic interference requirements for precision electronic equipment.
185KW-315KW Variable Frequency Drive for Low Voltage Synchronous Motor with 220V-1140V 3 Phase Power 8
Oil Field Applications
Specialized VFD solutions for top drive systems and drilling pump systems in oil field operations.
185KW-315KW Variable Frequency Drive for Low Voltage Synchronous Motor with 220V-1140V 3 Phase Power 9
Production & Packaging
185KW-315KW Variable Frequency Drive for Low Voltage Synchronous Motor with 220V-1140V 3 Phase Power 10 185KW-315KW Variable Frequency Drive for Low Voltage Synchronous Motor with 220V-1140V 3 Phase Power 11
Frequently Asked Questions
What is direct torque control?
Direct torque control (DTC) is an advanced motor control method that provides fast torque response without needing complex coordinate transformations.
What are the benefits of direct torque control?
  • Fast torque and flux response
  • 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
What type of motor is compatible with inverters?
Three phase AC induction motors are compatible, preferably inverter-grade motors with proper voltage class insulation (800V for 200V class, 1600V for 400V class).
How do you select a VFD?
Consider motor size, application requirements, control features needed, and environmental conditions. Match the VFD specifications to your motor's requirements.
Contact Us
185KW-315KW Variable Frequency Drive for Low Voltage Synchronous Motor with 220V-1140V 3 Phase Power 12