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High Performance VFD Frequency Inverter with PMSM and Servo Motor Support Featuring Modbus Protocol

High Performance VFD Frequency Inverter with PMSM and Servo Motor Support Featuring Modbus Protocol

MOQ: 5
قیمت: $99
Detail Information
محل منبع:
چین
جریان خروجی:
بار
بسامد خروجی:
50 هرتز یا 60 هرتز
نوع:
مبدل های DC/DC
شبکه:
NFC
نوع خروجی:
مجرد
اندازه:
505*205*165 میلی متر
وزن:
10 کیلوگرم
دامنه برق:
1.5kW-250kw
ولتاژ قدرت:
220V ، 230V ، 240V ، 380V ، 400V ، 440V ، 480V ، 500V ، 520V ، 600V ، 660V ، 690V
حالت کنترل:
کنترل DTC ، کنترل بردار
نوع پروتکل:
Modbus ، Canopen ، Profibus ، Profinet ، EtherCat ، اترنت
پاسخ گشتاور:
کمتر از 5 میلی ثانیه
دقت سرعت:
کمتر از 0.5 ٪
وضوح سرعت:
0.01 هرتز
THDI ورودی:
<5 ٪
برجسته کردن:

PMSM Motor Support VFD,Servo Motor Support Frequency Inverter,Modbus Protocol Variable Frequency Drive

,

Servo Motor Support Frequency Inverter

,

Modbus Protocol Variable Frequency Drive

توضیحات محصول
ACS580 Advanced VFD Frequency Inverter with DTC Technology
High-performance frequency inverter supporting PMSM and servo motors with advanced Direct Torque Control (DTC) technology.
High Performance VFD Frequency Inverter with PMSM and Servo Motor Support Featuring Modbus Protocol 0 High Performance VFD Frequency Inverter with PMSM and Servo Motor Support Featuring Modbus Protocol 1
Product Range ACS580 frequency inverter ABB Analog
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
High Performance VFD Frequency Inverter with PMSM and Servo Motor Support Featuring Modbus Protocol 2 High Performance VFD Frequency Inverter with PMSM and Servo Motor Support Featuring Modbus Protocol 3 High Performance VFD Frequency Inverter with PMSM and Servo Motor Support Featuring Modbus Protocol 4
Key Advantages of ACS580 DTC/Servo Drive
High Performance VFD Frequency Inverter with PMSM and Servo Motor Support Featuring Modbus Protocol 5
  • Direct torque control technology equivalent to ABB
  • Compatible with any sine wave AC motor including IM/PM/SynRM/Servo motors
  • Built-in EMC filters, DC reactor and braking units
  • Supports Modbus and CanOpen communication
  • 2x torque at zero speed without sensor control
  • Torque response time <5ms for sensorless applications
  • Speed loop dynamic response accuracy: 0.7%
  • Speed accuracy <0.5% for sensorless applications
  • Advanced weak magnetic control technology
  • Intelligent temperature-controlled fan
  • Built-in logic programming function
  • Multiple application parameter macros
High Performance VFD Frequency Inverter with PMSM and Servo Motor Support Featuring Modbus Protocol 6 High Performance VFD Frequency Inverter with PMSM and Servo Motor Support Featuring Modbus Protocol 7
Application Experience
Metallurgy Project - Henan Yaxin Iron and Steel Plant
The converter steelmaking process requires precise control of multiple parameters. Our system provides accurate process parameter detection and high-level automatic control to ensure molten steel quality and output.
Converter Requirements
  • 360° continuous rotation with precise positioning
  • Speed regulation according to process requirements
  • Maximum safety and reliability during operation
  • Flexibility to buffer shock load and torsional vibration
High Performance VFD Frequency Inverter with PMSM and Servo Motor Support Featuring Modbus Protocol 8
Solution
Implemented master/slave control for 4 rigidly connected 90kW motors, with data transmission between drives through internal communication. The host inverter adjusts speed and torque output while slave inverters follow torque response, eliminating "nodding" and "shaking" issues.
High Performance VFD Frequency Inverter with PMSM and Servo Motor Support Featuring Modbus Protocol 9
20-Roll Reversible Mill Project
Implemented regenerative drive system with 4 motors (1900kW main winding, 2x2000kW winding, 250kW unwinding) at 690VAC input. Achieved tension control accuracy <1% with maximum rolling line speed of 600m/min.
High Performance VFD Frequency Inverter with PMSM and Servo Motor Support Featuring Modbus Protocol 10
Mine Hoist Experience
Developed solution for SIEMAG TECBERG group with low harmonics and high torque at low frequency, meeting strict safety requirements for shaft hoisting systems.
High Performance VFD Frequency Inverter with PMSM and Servo Motor Support Featuring Modbus Protocol 11
Motor Test Bench Project
System features include motor durability testing, temperature rise analysis, field weakening performance evaluation, and real-time display of voltage, current, torque, speed, power, and efficiency.
High Performance VFD Frequency Inverter with PMSM and Servo Motor Support Featuring Modbus Protocol 12
Frequently Asked Questions
What is direct torque control?
Direct Torque Control (DTC) is a method that provides fast torque response without needing complex coordinate transforms. It maintains torque and flux within defined bands through hysteresis control.
What are the benefits of direct torque control?
  • Fast torque and flux changes by adjusting references
  • High efficiency with minimized switching losses
  • No overshoot in step response
  • No dynamic coordinate transforms required
  • No separate modulator needed
  • No PI current controllers or tuning required
  • Low audible noise due to random switching
  • Automatic compensation for DC voltage variations
What type of motor is compatible with inverters?
Three phase AC induction motors are compatible, preferably inverter-grade motors with 800V insulation for 200V class inverters or 1600V insulation for 400V class inverters.
What are common reasons for motor failure?
According to EPRI Power Industry Study: 41% bearing related, 37% stator related, 10% rotor related, and 12% other causes.
How do you select a VFD?
Consider motor specifications, application requirements, environmental conditions, and required features like communication protocols and control modes.